Package: bibtexconv
Version: 2.2.3-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 767
Depends: file, poppler-utils, zip, libc6 (>= 2.38), libcurl4t64 (>= 7.16.2), libgcc-s1 (>= 4.2), libssl3t64 (>= 3.0.0), libstdc++6 (>= 5.2)
Recommends: ietf2bibtex
Filename: s390x/bibtexconv_2.2.3-1_s390x.deb
Size: 242354
MD5sum: 945ea6b3ec25b20b3ba1c9b936100ebc
SHA1: 946b3865310d8fc02db8d026c6a48ec4e7100640
SHA256: 9c48206bbbcfa183f6085c750224f52a57bd82e4eb81af90c6a185dd75647833
Section: tex
Priority: optional
Homepage: https://www.nntb.no/~dreibh/bibtexconv/
Description: BibTeX Converter
 BibTeXConv is a BibTeX file converter which allows one to export
 BibTeX entries to other formats, including customly defined
 text output. Furthermore, it provides the possibility to
 check URLs (including MD5, size and MIME type computations)
 and to verify ISBN and ISSN numbers.

Package: bibtexconv
Version: 2.2.3-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 799
Depends: file, poppler-utils, zip, libc6 (>= 2.38), libcurl4t64 (>= 7.16.2), libgcc-s1 (>= 3.3.1), libssl3t64 (>= 3.0.0), libstdc++6 (>= 5.2)
Recommends: ietf2bibtex
Filename: ppc64el/bibtexconv_2.2.3-1_ppc64el.deb
Size: 248682
MD5sum: 841a4ef6da456965e538cfc84242de5a
SHA1: e7f489d6a82e628e7a55ce900f4adc2d3c0ecf40
SHA256: f20f237d7d287ec5b548cfeda4c1f018dabf3a2edcf169e32c153a93dbbfe1eb
Section: tex
Priority: optional
Homepage: https://www.nntb.no/~dreibh/bibtexconv/
Description: BibTeX Converter
 BibTeXConv is a BibTeX file converter which allows one to export
 BibTeX entries to other formats, including customly defined
 text output. Furthermore, it provides the possibility to
 check URLs (including MD5, size and MIME type computations)
 and to verify ISBN and ISSN numbers.

Package: bibtexconv
Version: 2.2.3-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 799
Depends: file, poppler-utils, zip, libc6 (>= 2.38), libcurl4t64 (>= 7.16.2), libgcc-s1 (>= 3.3.1), libssl3t64 (>= 3.0.0), libstdc++6 (>= 5.2)
Recommends: ietf2bibtex
Filename: arm64/bibtexconv_2.2.3-1_arm64.deb
Size: 240332
MD5sum: 1c885fbdf25da57f45af420eb54e2a13
SHA1: 19dd618339635dde0d0b8341c3676aa5af6a531b
SHA256: 7e0e5c2022f9a8d7473581d941ef72a34c1d1af442a3d1535a645f6e7e098264
Section: tex
Priority: optional
Homepage: https://www.nntb.no/~dreibh/bibtexconv/
Description: BibTeX Converter
 BibTeXConv is a BibTeX file converter which allows one to export
 BibTeX entries to other formats, including customly defined
 text output. Furthermore, it provides the possibility to
 check URLs (including MD5, size and MIME type computations)
 and to verify ISBN and ISSN numbers.

Package: bibtexconv
Version: 2.2.3-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 775
Depends: file, poppler-utils, zip, libc6 (>= 2.38), libcurl4t64 (>= 7.16.2), libgcc-s1 (>= 3.3.1), libssl3t64 (>= 3.0.0), libstdc++6 (>= 5.2)
Recommends: ietf2bibtex
Filename: amd64/bibtexconv_2.2.3-1_amd64.deb
Size: 242166
MD5sum: fb33397f4b0c2430af6c99cf1e7d87a3
SHA1: 3b97597d508e262f050dff8a9d7be7729007e992
SHA256: 3a884e860b8fbe93f3ac5bc6583f42dc188b2f63a3499528f0dd06b1c22f82b3
Section: tex
Priority: optional
Homepage: https://www.nntb.no/~dreibh/bibtexconv/
Description: BibTeX Converter
 BibTeXConv is a BibTeX file converter which allows one to export
 BibTeX entries to other formats, including customly defined
 text output. Furthermore, it provides the possibility to
 check URLs (including MD5, size and MIME type computations)
 and to verify ISBN and ISSN numbers.

Package: clifractgen
Source: fractgen
Version: 3.0.12-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 132
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.1.2), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins
Suggests: rsplib-tools
Filename: s390x/clifractgen_3.0.12-1_s390x.deb
Size: 62892
MD5sum: 70805d76712afb264c9132eee3ca8de3
SHA1: 9dd2a2786fadfa46bf8eecb2d52b46f5b45507a6
SHA256: eb37b4157c78614686c36eb3b41e136e655f35ce31373990f26a08b06aeef176
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (command-line version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the command-line version of FractGen.

Package: clifractgen
Source: fractgen
Version: 3.0.12-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 180
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.1.2), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins
Suggests: rsplib-tools
Filename: ppc64el/clifractgen_3.0.12-1_ppc64el.deb
Size: 64806
MD5sum: 0de1e4bd4f3a7740140b5ad3a4fca21d
SHA1: c9b7d37547e2488fc389cd19567794efa62976e5
SHA256: 3db1322e0441d2ecbb898522534a920d0f6a28769969dfc0e5fd1bec2cec7b99
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (command-line version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the command-line version of FractGen.

Package: clifractgen
Source: fractgen
Version: 3.0.12-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 180
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.1.2), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins
Suggests: rsplib-tools
Filename: arm64/clifractgen_3.0.12-1_arm64.deb
Size: 61382
MD5sum: fbf8d829675b83c5a1a62010bbe11889
SHA1: ad96e4f87d294d5cafef00aff0edbc8510e453e7
SHA256: 259437d810bbaef26c58540b54ee5f00048bd296319e181e6bed82c6d13227a4
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (command-line version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the command-line version of FractGen.

Package: clifractgen
Source: fractgen
Version: 3.0.12-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 136
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.1.2), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins
Suggests: rsplib-tools
Filename: amd64/clifractgen_3.0.12-1_amd64.deb
Size: 62084
MD5sum: 76fb9959e4c761bf947ae097c3df0bcc
SHA1: b2d1d0dc4d5eb6fc70e4ba5272f77a4bda608ff4
SHA256: 95438d38fa5201e5adea70ceff97ca7493c6a6c5705ae902a3f182b1d5e7b39b
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (command-line version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the command-line version of FractGen.

Package: dynmhs
Version: 0.3.5-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 430
Depends: iproute2, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Recommends: hipercontracer, netperfmeter, subnetcalc
Suggests: iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute, tsctp
Filename: ppc64el/dynmhs_0.3.5-1_ppc64el.deb
Size: 122176
MD5sum: a262cd94879692b4fb44fec37644f4b2
SHA1: c3ed8073d3be869987b3d2cf4a49c44f9cfe61c7
SHA256: bdc26d0e4ee8255aa24c01538e6dcff82ecdac08797b68fa0bb2a7efa90babfa
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/dynmhs/
Description: Dynamic Multi-Homing Setup (DynMHS)
 DynMHS dynamically sets up IP routing rules, to allow using multiple
 network connections simultaneously. That is, for each relevant network
 interface, a separate routing table is created and maintained. For each
 source address of a network interface managed by DynMHS, routing rules
 are maintained to point to the corresponding routing table. Software
 binding to a specific interface address can then use a specific
 network. In addition, multi-homing-capable network protocols like the
 Multi-Path TCP (MPTCP) or the Stream Control Transmission Protocol (SCTP)
 can take advantage of multi-homing for redundancy and load balancing.

Package: dynmhs
Version: 0.3.5-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 366
Depends: iproute2, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Recommends: hipercontracer, netperfmeter, subnetcalc
Suggests: iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute, tsctp
Filename: arm64/dynmhs_0.3.5-1_arm64.deb
Size: 108906
MD5sum: b21518224940186731e055a27d0cf145
SHA1: 19b368d1a0846798c287eb38e6164e1b01d97db4
SHA256: ab7a0e4c0b5c3133c22df32d7c8b4f99a8375c42d83e16465068b74197c26100
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/dynmhs/
Description: Dynamic Multi-Homing Setup (DynMHS)
 DynMHS dynamically sets up IP routing rules, to allow using multiple
 network connections simultaneously. That is, for each relevant network
 interface, a separate routing table is created and maintained. For each
 source address of a network interface managed by DynMHS, routing rules
 are maintained to point to the corresponding routing table. Software
 binding to a specific interface address can then use a specific
 network. In addition, multi-homing-capable network protocols like the
 Multi-Path TCP (MPTCP) or the Stream Control Transmission Protocol (SCTP)
 can take advantage of multi-homing for redundancy and load balancing.

Package: dynmhs
Version: 0.3.5-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 338
Depends: iproute2, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Recommends: hipercontracer, netperfmeter, subnetcalc
Suggests: iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute, tsctp
Filename: amd64/dynmhs_0.3.5-1_amd64.deb
Size: 113906
MD5sum: 67a771787e8bbe07eb0d0269e7ede554
SHA1: 009ad96a935f4402f46e42104252fccc96c11b78
SHA256: 8fef4397bcb93554dd57330321011bb0825bfa99d88df2ee60ac66147872412e
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/dynmhs/
Description: Dynamic Multi-Homing Setup (DynMHS)
 DynMHS dynamically sets up IP routing rules, to allow using multiple
 network connections simultaneously. That is, for each relevant network
 interface, a separate routing table is created and maintained. For each
 source address of a network interface managed by DynMHS, routing rules
 are maintained to point to the corresponding routing table. Software
 binding to a specific interface address can then use a specific
 network. In addition, multi-homing-capable network protocols like the
 Multi-Path TCP (MPTCP) or the Stream Control Transmission Protocol (SCTP)
 can take advantage of multi-homing for redundancy and load balancing.

Package: dynmhs
Version: 0.3.5~rc0-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 337
Depends: iproute2, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libstdc++6 (>= 13.1)
Recommends: hipercontracer, netperfmeter, subnetcalc
Suggests: iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute, tsctp
Filename: s390x/dynmhs_0.3.5~rc0-1_s390x.deb
Size: 113132
MD5sum: f784004d8ac884fe46fdf5d510f99f0f
SHA1: 604c5a02e7f831c330b2ceb8331c3c528ca7ee26
SHA256: 78d56d34672758a2eb82577ba8ffb57c0b0dc24ce0c9fb72e8d221d2f8eec37f
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/dynmhs/
Description: Dynamic Multi-Homing Setup (DynMHS)
 DynMHS dynamically sets up IP routing rules, to allow using multiple
 network connections simultaneously. That is, for each relevant network
 interface, a separate routing table is created and maintained. For each
 source address of a network interface managed by DynMHS, routing rules
 are maintained to point to the corresponding routing table. Software
 binding to a specific interface address can then use a specific
 network. In addition, multi-homing-capable network protocols like the
 Multi-Path TCP (MPTCP) or the Stream Control Transmission Protocol (SCTP)
 can take advantage of multi-homing for redundancy and load balancing.

Package: fractgen
Version: 3.0.12-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 213
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: s390x/fractgen_3.0.12-1_s390x.deb
Size: 84410
MD5sum: 21655984f09580318b001b3425358f84
SHA1: 6d81527193181dbbeab3154e69dad5c7f08c5686
SHA256: dcaa9032da8dd5272bd88dcd8866cff0df5697d5ab3a0a362d1aec78f328fd72
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (Qt version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the Qt version of FractGen.

Package: fractgen
Version: 3.0.12-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 249
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: ppc64el/fractgen_3.0.12-1_ppc64el.deb
Size: 88038
MD5sum: 808fbf1e0372ff9f844dc144999c1062
SHA1: 90b92eb03b38222cbb964ae1ea1fab34f730dd24
SHA256: b46f1bf4f92d544df331d227e1f9eca6dbc8ba584f25e8b661b3fdd73369afd1
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (Qt version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the Qt version of FractGen.

Package: fractgen
Version: 3.0.12-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 249
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: arm64/fractgen_3.0.12-1_arm64.deb
Size: 81558
MD5sum: ded7a94f1c86486494a79b56f5774ae7
SHA1: 2d04fefaff0a786c252b3721f6a6441efeaac335
SHA256: a0a582c97d129ed53ef2d8f53dffdb1081e34ba4ee548ae351b910fca1d43f39
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (Qt version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the Qt version of FractGen.

Package: fractgen
Version: 3.0.12-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 209
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: amd64/fractgen_3.0.12-1_amd64.deb
Size: 82352
MD5sum: 3c989fc23ea4fb3f9a5df9374a5b69c8
SHA1: 814a37d5d7b326d1c5688f19de518ab4b4a64eae
SHA256: f6d0f07f51cd08d7595f6518893249dd0178cdc626bb523ce550104070f34db3
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (Qt version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the Qt version of FractGen.

Package: fractgen-common
Source: fractgen
Version: 3.0.12-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 232
Breaks: fractgen (<< 3.0.0)
Replaces: fractgen (<< 3.0.0)
Filename: all/fractgen-common_3.0.12-1_all.deb
Size: 213162
MD5sum: 3a256c89f5caa1c244289708c6fead79
SHA1: ecc7f53a5fb044cbafdcf91b0e15c0443cdfc1d3
SHA256: f89e381da1141507b3af4b771609d0cf288ec59e58bd7de92e34315c4ac3d1ca
Section: graphics
Priority: optional
Multi-Arch: foreign
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Common files for FractGen
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This package contains common files for the Qt, KDE and command-line
 versions of FractGen.

Package: fractgen-examples
Source: fractgen
Version: 3.0.12-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 333
Recommends: fractgen
Breaks: fractgen (<< 3.0.0)
Replaces: fractgen (<< 3.0.0)
Filename: all/fractgen-examples_3.0.12-1_all.deb
Size: 73856
MD5sum: aa7ced8639d13e6198570bf9e998cfd6
SHA1: 349df83283132ce34437ccbef63952f74f643395
SHA256: 5f5166f940aa26563d96c297af99bb15105540f68f135ed0e8b9123026f15499
Section: graphics
Priority: optional
Multi-Arch: foreign
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Example files for FractGen
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This package contains some example input files for the fractal generator
 program FractGen. The example files contain the parameters for the
 fractal calculations. FractGen can perform the computations and display
 the resulting images.

Package: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 511
Depends: hipercontracer-common, iproute2, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: ethtool, hipercontracer-examples, hipercontracer-viewer
Suggests: hipercontracer-collector, hipercontracer-dbeaver-tools, hipercontracer-dbshell, hipercontracer-importer, hipercontracer-node, hipercontracer-query, hipercontracer-results, hipercontracer-sync, hipercontracer-trigger, hipercontracer-udp-echo-server, netperfmeter, td-system-info
Filename: s390x/hipercontracer_2.2.4-1_s390x.deb
Size: 241320
MD5sum: 174c0cbd9cb80a28ca8cc20e81c3e9f7
SHA1: bd99ce73f27fb2c70a11de6cda5afe55684fd95d
SHA256: da2ad1b7c2ee9463220b15cc7eac2dea0faca90c6029a919f809099cf17d9568
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: High-Performance Connectivity Tracer (HiPerConTracer)
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the core HiPerConTracer measurement program.

Package: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 571
Depends: hipercontracer-common, iproute2, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: ethtool, hipercontracer-examples, hipercontracer-viewer
Suggests: hipercontracer-collector, hipercontracer-dbeaver-tools, hipercontracer-dbshell, hipercontracer-importer, hipercontracer-node, hipercontracer-query, hipercontracer-results, hipercontracer-sync, hipercontracer-trigger, hipercontracer-udp-echo-server, netperfmeter, td-system-info
Filename: ppc64el/hipercontracer_2.2.4-1_ppc64el.deb
Size: 251404
MD5sum: c15cfa6ae3836b04d2ecb98938d5812f
SHA1: 6a83968c5ccd495e3be98fe8dd30a6c389200065
SHA256: 628fe50bb4845efbd9c949b27a853e84d191e0249d22b134e02a6002d56fdbf4
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: High-Performance Connectivity Tracer (HiPerConTracer)
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the core HiPerConTracer measurement program.

Package: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 507
Depends: hipercontracer-common, iproute2, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: ethtool, hipercontracer-examples, hipercontracer-viewer
Suggests: hipercontracer-collector, hipercontracer-dbeaver-tools, hipercontracer-dbshell, hipercontracer-importer, hipercontracer-node, hipercontracer-query, hipercontracer-results, hipercontracer-sync, hipercontracer-trigger, hipercontracer-udp-echo-server, netperfmeter, td-system-info
Filename: arm64/hipercontracer_2.2.4-1_arm64.deb
Size: 237440
MD5sum: 7e628034ddab6accb67e927b81de0a23
SHA1: 2f5e1d399887ca7c6fbac011f76561ac6aa71599
SHA256: 8c7c464a582b291440a15117ee843652e421009b99a0877804e717c50a07bdb0
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: High-Performance Connectivity Tracer (HiPerConTracer)
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the core HiPerConTracer measurement program.

Package: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 511
Depends: hipercontracer-common, iproute2, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: ethtool, hipercontracer-examples, hipercontracer-viewer
Suggests: hipercontracer-collector, hipercontracer-dbeaver-tools, hipercontracer-dbshell, hipercontracer-importer, hipercontracer-node, hipercontracer-query, hipercontracer-results, hipercontracer-sync, hipercontracer-trigger, hipercontracer-udp-echo-server, netperfmeter, td-system-info
Filename: amd64/hipercontracer_2.2.4-1_amd64.deb
Size: 243060
MD5sum: c8045cc5b38e33636513a3e2e0e61919
SHA1: 2fb6a35953138ee3cb006b11f3e4b674962b14fd
SHA256: b96f0eb0faee68ae494531b2fb6bb18a9c7e6f5b81af8eea2a3eb8d16c94762d
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: High-Performance Connectivity Tracer (HiPerConTracer)
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the core HiPerConTracer measurement program.

Package: hipercontracer-all
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 138
Depends: hipercontracer, hipercontracer-collector, hipercontracer-dbeaver-tools, hipercontracer-dbshell, hipercontracer-examples, hipercontracer-importer, hipercontracer-node, hipercontracer-query, hipercontracer-results, hipercontracer-sync, hipercontracer-trigger, hipercontracer-udp-echo-server, hipercontracer-viewer
Filename: all/hipercontracer-all_2.2.4-1_all.deb
Size: 133450
MD5sum: eb76dc6cd64adf8c38f5515808af6079
SHA1: 68b5832d9d0be8d4ba1015401dc9fb8c54ae5827
SHA256: 4e62d32dec6bcb966087bd9657d209fe3c02015beabbdf757ef631892d21df53
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer metapackage for all tools of the framework
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This metapackage installs all sub-packages of the HiPerConTracer Framework.

Package: hipercontracer-collector
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 176
Depends: hipercontracer-common, iproute2, openssh-client, openssh-server, rsync, sudo
Recommends: td-system-info, td-system-maintenance, unattended-upgrades
Filename: all/hipercontracer-collector_2.2.4-1_all.deb
Size: 141606
MD5sum: 2908504624fa641d3168a219bac3dee8
SHA1: ad10f454d9a33a5716c0756b8ff2361cf3513af0
SHA256: afe74c424363618cdaead73f7cf4497ad01d7ce7ca205b7ec41f73a81521a86f
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Collector Tools for collecting measurement results
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides helper scripts to set up and maintain a collector
 server.

Package: hipercontracer-common
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1257
Depends: acl, passwd
Filename: all/hipercontracer-common_2.2.4-1_all.deb
Size: 954514
MD5sum: 8968fb44d82ee4a98cc12b8fb83d6c6f
SHA1: 907b9e6a9bf5890a31ab0477d7cdb54fc360edd1
SHA256: cb8f8baee32a4320b5d3c79f3958e638183360c19c9d59bb5d793c93d164f25d
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer common files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains common files for HiPerConTracer and the
 HiPerConTracer Tools packages.

Package: hipercontracer-dbeaver-tools
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 163
Depends: hipercontracer-dbshell (>= 2.2.4-1), jq, openssl
Filename: all/hipercontracer-dbeaver-tools_2.2.4-1_all.deb
Size: 140116
MD5sum: 1c2c391d375d34c016bfb2d1c923cd70
SHA1: 8aed16d85d27693e3d396d85c33d581a69c3ee38
SHA256: f8785dacdce6b7ab2465c4d26e0a5571101a5716fb92c29cefe51573d6640537
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer DBeaver Tools for configuring access to databases
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains tools to integrate database settings into DBeaver.

Package: hipercontracer-dbshell
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 163
Recommends: hipercontracer-dbeaver-tools, mariadb-client | default-mysql-client, postgresql-client, pwgen
Suggests: mongodb-mongosh
Filename: all/hipercontracer-dbshell_2.2.4-1_all.deb
Size: 139524
MD5sum: 0292c00a5d0e027215a8bdb939a48b2d
SHA1: 5ce3a86133a3f43bd322b99429e79ce260624196
SHA256: e6e3510ae5866c3d47fc947d9e334b0abb5eaa742624b0d6e46d7903dcf96e06
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Database Shell for access testing to a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This tool provides a command-line interface to test database
 configurations.

Package: hipercontracer-examples
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2208
Depends: python3, python3-netifaces, r-base-core
Recommends: r-cran-data.table, r-cran-digest, r-cran-dplyr, r-cran-nanotime, r-cran-xtable
Filename: all/hipercontracer-examples_2.2.4-1_all.deb
Size: 2145694
MD5sum: cf1d6b62af3372c76439fe647fd13cf0
SHA1: 81b015dcbb51019e1c165198f35ba01b447df06e
SHA256: 185ff129053a0ae1141084f4bdeb5e92d23ad8a5fd3e8499282dfdaa66842d1f
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer example scripts and results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains example scripts and result files.

Package: hipercontracer-importer
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 832
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer-dbshell, python3, python3-netifaces
Suggests: hipercontracer
Filename: s390x/hipercontracer-importer_2.2.4-1_s390x.deb
Size: 318370
MD5sum: a7c5b953e5890f06a63188cf89140bc8
SHA1: c823961f1a3feddf9ba9eae4f34a9c2adc26a4ec
SHA256: 4d649677f4183e6b70b4a768c06e99768299579ee5f47b65ca77f10e679b1b04
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Importer for importing results into a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Importer Tool to import results into SQL or
 NoSQL databases.

Package: hipercontracer-importer
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 916
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer-dbshell, python3, python3-netifaces
Suggests: hipercontracer
Filename: ppc64el/hipercontracer-importer_2.2.4-1_ppc64el.deb
Size: 332642
MD5sum: fc43c922934093e0f8fa947b39ecf39f
SHA1: ee1d1a26972a73d51ba417f96a0c31d8fdde754a
SHA256: e8cc0af10f767845d911a79f58f4fd10c6b10275f942fbe2a97a77be31fa4518
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Importer for importing results into a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Importer Tool to import results into SQL or
 NoSQL databases.

Package: hipercontracer-importer
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 852
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer-dbshell, python3, python3-netifaces
Suggests: hipercontracer
Filename: arm64/hipercontracer-importer_2.2.4-1_arm64.deb
Size: 306610
MD5sum: f1692bc33a3c3422593acdb3afbae162
SHA1: 0858b4c07dd3014df79c6e86df2a6476cae6cb8b
SHA256: 7d662b6b5c8857dd2f652a2642325d377d20a6127e543c544fcf4a09c3ac9672
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Importer for importing results into a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Importer Tool to import results into SQL or
 NoSQL databases.

Package: hipercontracer-importer
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 844
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer-dbshell, python3, python3-netifaces
Suggests: hipercontracer
Filename: amd64/hipercontracer-importer_2.2.4-1_amd64.deb
Size: 316212
MD5sum: 0a3bc2fbe123896a3d2568a802c2158b
SHA1: 2b8d2b17c6fa5068af4e976c337d21f3f06b1ee2
SHA256: 2178ad0eab9261842ec333aeaad388fade0584716f54a82d41478186368e8716
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Importer for importing results into a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Importer Tool to import results into SQL or
 NoSQL databases.

Package: hipercontracer-node
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 161
Depends: hipercontracer, hipercontracer-rtunnel, hipercontracer-sync, sudo
Recommends: td-system-info, td-system-maintenance, unattended-upgrades
Filename: all/hipercontracer-node_2.2.4-1_all.deb
Size: 138724
MD5sum: d3cfdcbae9aa48c63248463077c6a95c
SHA1: 7004696daee7613f3600aada9acce3f992840a7f
SHA256: 14fd33999246a6360a82cee221b60c074976f0ec88ebbf6f727dd371aff87a38
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Node Tools for maintaining a measurement node
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides helper scripts to manage and attach a measurement
 node.

Package: hipercontracer-query
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 374
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 13.1)
Recommends: hipercontracer-dbshell, hipercontracer-results, hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-query-tool (<< 2.2.4-1)
Replaces: hipercontracer-query-tool
Provides: hipercontracer-query-tool
Filename: s390x/hipercontracer-query_2.2.4-1_s390x.deb
Size: 212496
MD5sum: 77ec9b53f61a5ec07f696b56dd003775
SHA1: a60a813088cc33ca1f8f0ffe24bbab8111608bd8
SHA256: a2b713673a50025b684aaaf8b8d9c2e6add5418338abc2634be230110a4a5ab3
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Query Tool to query results from a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Query Tool to retrieve results from a database.

Package: hipercontracer-query
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 410
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 13.1)
Recommends: hipercontracer-dbshell, hipercontracer-results, hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-query-tool (<< 2.2.4-1)
Replaces: hipercontracer-query-tool
Provides: hipercontracer-query-tool
Filename: ppc64el/hipercontracer-query_2.2.4-1_ppc64el.deb
Size: 215076
MD5sum: 601943a5dcca040b9eef3b027b88edac
SHA1: 40eeb1e1a136e92639234361fde57359cd10e5cf
SHA256: ef7d0f84e1a2bdacfab3153d39608178894f5550b36c8dc3542520d18d2be916
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Query Tool to query results from a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Query Tool to retrieve results from a database.

Package: hipercontracer-query
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 410
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 13.1)
Recommends: hipercontracer-dbshell, hipercontracer-results, hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-query-tool (<< 2.2.4-1)
Replaces: hipercontracer-query-tool
Provides: hipercontracer-query-tool
Filename: arm64/hipercontracer-query_2.2.4-1_arm64.deb
Size: 208688
MD5sum: ba235ca534fee57baebbadcd27d43520
SHA1: ec45d9d806592df4a6a62065ef03d0ff1b48a2a2
SHA256: d8b3ee4dd231a48938e4b8f07910c5ab0c2cb620f1a374f1b5eafa4f4b67180e
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Query Tool to query results from a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Query Tool to retrieve results from a database.

Package: hipercontracer-query
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 382
Depends: hipercontracer-common, libuniversalimporter2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctdb2 (>= 2.2.4), libhpctio2 (>= 2.2.4), libstdc++6 (>= 13.1)
Recommends: hipercontracer-dbshell, hipercontracer-results, hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-query-tool (<< 2.2.4-1)
Replaces: hipercontracer-query-tool
Provides: hipercontracer-query-tool
Filename: amd64/hipercontracer-query_2.2.4-1_amd64.deb
Size: 213250
MD5sum: 922bfa443ff13d00b8a590c55c515e4c
SHA1: 953aa1af654a69164051378b4531a0c62536accc
SHA256: e04e8f3f1cec4cedce465991d011536326d96df73b2f2d8d65377f5b5b55b10d
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Query Tool to query results from a database
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Query Tool to retrieve results from a database.

Package: hipercontracer-results
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 480
Depends: hipercontracer-common, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libhpctio2 (>= 2.2.4), libssl3t64 (>= 3.0.0), libstdc++6 (>= 14)
Recommends: hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-results-tool (<< 2.2.4-1)
Replaces: hipercontracer-results-tool
Provides: hipercontracer-results-tool
Filename: s390x/hipercontracer-results_2.2.4-1_s390x.deb
Size: 244906
MD5sum: 14a8d69d979ced99de7ae4365ae5095d
SHA1: 093687f4199304a45416fe33396bd69073fa557e
SHA256: 7252ce1b595356912b44c9513cfa4ee9e90e0d6b8459beb6a05a5e7526561923
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Results Tool to process results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Results Tool to process, merge, and convert
 result files.

Package: hipercontracer-results
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 548
Depends: hipercontracer-common, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libssl3t64 (>= 3.0.0), libstdc++6 (>= 14)
Recommends: hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-results-tool (<< 2.2.4-1)
Replaces: hipercontracer-results-tool
Provides: hipercontracer-results-tool
Filename: ppc64el/hipercontracer-results_2.2.4-1_ppc64el.deb
Size: 253354
MD5sum: ccae352276496da86b31a3c186096142
SHA1: d3d2f41172d7c7af6fe335cbae0b72216bf0f987
SHA256: 7f8ae220c6fb3f46db3d02f56d3468ea6060293aab70e66411977d786497fc48
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Results Tool to process results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Results Tool to process, merge, and convert
 result files.

Package: hipercontracer-results
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 548
Depends: hipercontracer-common, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libssl3t64 (>= 3.0.0), libstdc++6 (>= 14)
Recommends: hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-results-tool (<< 2.2.4-1)
Replaces: hipercontracer-results-tool
Provides: hipercontracer-results-tool
Filename: arm64/hipercontracer-results_2.2.4-1_arm64.deb
Size: 239432
MD5sum: cef146090351eb4664a7246e2a5b19a3
SHA1: 11c2c4cd6d3fd34268e1ecb3ca6ab8b40252dd4e
SHA256: 080126f462960377129b67da2c3492fe5efc50df19abd9652cf8672714cfaa90
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Results Tool to process results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Results Tool to process, merge, and convert
 result files.

Package: hipercontracer-results
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 492
Depends: hipercontracer-common, libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libssl3t64 (>= 3.0.0), libstdc++6 (>= 14)
Recommends: hipercontracer-viewer
Suggests: hipercontracer
Breaks: hipercontracer-results-tool (<< 2.2.4-1)
Replaces: hipercontracer-results-tool
Provides: hipercontracer-results-tool
Filename: amd64/hipercontracer-results_2.2.4-1_amd64.deb
Size: 246606
MD5sum: 52a34e659842b0cbc6570c8a0c975cd7
SHA1: 15d008b5d665c5393680d88154292473b73e3515
SHA256: 5c889557d1e0aa2225717ecee25f22b37ee156e9fcb5a69edc35cabf06324c2a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Results Tool to process results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Results Tool to process, merge, and convert
 result files.

Package: hipercontracer-rtunnel
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 165
Depends: hipercontracer-common, hipercontracer-sync, openssh-server
Filename: all/hipercontracer-rtunnel_2.2.4-1_all.deb
Size: 138860
MD5sum: 37a3786af8ea2efcd5b1b25bc52fc3c9
SHA1: 674a9e5677bce51d9bf7018a15df7c5f3fee9ff2
SHA256: a6a86942f832f92ac0a406758e96c9fe67ab9ce294a49c9c1457e4f05ea2362a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Reverse Tunnel Tool for reverse SSH tunnel setup
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the tool to maintain a reverse SSH tunnel for
 remote node maintenance.

Package: hipercontracer-sync
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 172
Depends: hipercontracer-common, openssh-client, rsync
Recommends: hipercontracer-results
Suggests: hipercontracer
Breaks: hipercontracer-sync-tool (<< 2.2.4-1)
Replaces: hipercontracer-sync-tool
Provides: hipercontracer-sync-tool
Filename: all/hipercontracer-sync_2.2.4-1_all.deb
Size: 139062
MD5sum: b195431895b0b10d2f0d7b3c6419a823
SHA1: 83a1925abb174d86a39bb632a49f519458160403
SHA256: da7d8a3289b378829e83fcf633f0410d1be566dfbe4826b63ec3a3eddfa113c6
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Sync Tool to synchronise results files to a server
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the HiPerConTracer Sync Tool for running RSync
 synchronisation of data to a central HiPerConTracer Collector server.

Package: hipercontracer-trigger
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 521
Depends: hipercontracer-common, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer
Filename: s390x/hipercontracer-trigger_2.2.4-1_s390x.deb
Size: 243994
MD5sum: 31889757c256cf09b06cd2b8fcef5e4a
SHA1: ccf606ada9e9107b646bbe193685d357d51e0954
SHA256: bfb03378f46f300647dbe3d9bebb8e449bc3de3ed8fcc30baf258520c202588a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Triggered HiPerConTracer service
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the tool to trigger measurements via incoming
 "Ping" packets.

Package: hipercontracer-trigger
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 621
Depends: hipercontracer-common, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer
Filename: ppc64el/hipercontracer-trigger_2.2.4-1_ppc64el.deb
Size: 252576
MD5sum: 282a863b4a3a354378d18929937ca06b
SHA1: 9bb58a1354fc6fcd84160bd50de56410db581a5f
SHA256: 9d004f373635a1c3143fe76a9273dc52b1f0e0cbb7d6801835e30d05dec6c101
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Triggered HiPerConTracer service
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the tool to trigger measurements via incoming
 "Ping" packets.

Package: hipercontracer-trigger
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 557
Depends: hipercontracer-common, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer
Filename: arm64/hipercontracer-trigger_2.2.4-1_arm64.deb
Size: 239638
MD5sum: 35fee37cdcebe948f4e0708bf8b0f289
SHA1: cf552bd4ff5ab5272ddcc9c6efb50fc10524015d
SHA256: f061fb19d9647492ad69de3001241ded115ad99f7a60fb332d4bebe2ad66b950
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Triggered HiPerConTracer service
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the tool to trigger measurements via incoming
 "Ping" packets.

Package: hipercontracer-trigger
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 525
Depends: hipercontracer-common, libhipercontracer2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Recommends: hipercontracer
Filename: amd64/hipercontracer-trigger_2.2.4-1_amd64.deb
Size: 244878
MD5sum: 175d263585f14566acc7ae387ece38f5
SHA1: 70c1582e1075ad1df83fc67f97077edb0378a59f
SHA256: 7a610fcf5b283c57591220e83acc2e5f63b5d8b4405405aaa925bf45d27dc4f9
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Triggered HiPerConTracer service
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the tool to trigger measurements via incoming
 "Ping" packets.

Package: hipercontracer-udp-echo-server
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 507
Depends: libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libstdc++6 (>= 14)
Suggests: hipercontracer
Filename: s390x/hipercontracer-udp-echo-server_2.2.4-1_s390x.deb
Size: 247880
MD5sum: 634e36ae5b4f7c443f2b67ea9a999bf4
SHA1: 032f2c76943f76f283d6a3e0633f7e71f3fe49df
SHA256: 76268cd23eb1a22af37a5587d1f5e7471953e5204e3d06eb7b237c8d7a273821
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer UDP Echo server for responding to UDP Pings
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains a simple UDP Echo server to respond to UDP Pings.

Package: hipercontracer-udp-echo-server
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 615
Depends: libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Suggests: hipercontracer
Filename: ppc64el/hipercontracer-udp-echo-server_2.2.4-1_ppc64el.deb
Size: 254594
MD5sum: ab74b829859dbec3031add58e6c59585
SHA1: 284d7648b3b854a36fb55ec8d81abafae9cf73e3
SHA256: 05f566bdbd6f116598d13220dd879eedde8d839e9a0abc2e3ac16d4ca19742a3
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer UDP Echo server for responding to UDP Pings
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains a simple UDP Echo server to respond to UDP Pings.

Package: hipercontracer-udp-echo-server
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 551
Depends: libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Suggests: hipercontracer
Filename: arm64/hipercontracer-udp-echo-server_2.2.4-1_arm64.deb
Size: 244092
MD5sum: 86b74e58cbf5d06375992b7867419c84
SHA1: b0137dfc820ffc93da5683e5340e717909ef37ce
SHA256: b39c0eb998e7fcd06194a1883cae09510f7bc560adecd6df44ca4f7cd1034f27
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer UDP Echo server for responding to UDP Pings
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains a simple UDP Echo server to respond to UDP Pings.

Package: hipercontracer-udp-echo-server
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 511
Depends: libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Suggests: hipercontracer
Filename: amd64/hipercontracer-udp-echo-server_2.2.4-1_amd64.deb
Size: 248396
MD5sum: 37f6580aa6a993acb5624eac371ed5c2
SHA1: 2f444345172981b88dd109be61108b93d8cc47b0
SHA256: 1a45c8f64b711b612018b2cdddde662ee571f993a573895f530b656b595f2c73
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer UDP Echo server for responding to UDP Pings
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains a simple UDP Echo server to respond to UDP Pings.

Package: hipercontracer-viewer
Source: hipercontracer
Version: 2.2.4-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 160
Depends: bzip2, hipercontracer-common, less, xz-utils, zstd
Recommends: hipercontracer-results, tree
Suggests: hipercontracer
Breaks: hipercontracer-viewer-tool (<< 2.2.4-1)
Replaces: hipercontracer-viewer-tool
Provides: hipercontracer-viewer-tool
Filename: all/hipercontracer-viewer_2.2.4-1_all.deb
Size: 138434
MD5sum: 1b78582b540726b5681513614c0a2960
SHA1: 58aeeee7ff535a1b02b49737d75817e528081100
SHA256: 6f873965425b95cb625fc53e132c36943e779369a8d1630d36d3330584929c4e
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: HiPerConTracer Viewer Tool to display results files
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package contains the Viewer Tool to display results files.

Package: ietf2bibtex
Source: bibtexconv
Version: 2.2.3-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 107
Depends: bibtexconv (>= 2.2.3-1), python3 (>= 3.9), python3-urllib3
Filename: all/ietf2bibtex_2.2.3-1_all.deb
Size: 70034
MD5sum: 99ad01bf6161254f5a1512faa6409aee
SHA1: 250dd2001c8ede5727b6337b8a29a3410dd25e62
SHA256: 42f16e9e9f2ea47bd57026ea03052e81ef7330660649f49903727507030a0390
Section: tex
Priority: optional
Homepage: https://www.nntb.no/~dreibh/bibtexconv/
Description: Create BibTeX entry for IETF document (RFC or Internet Draft)
 ietf2bibtex creates a BibTeX entry for an IETF document (i.e. RFC or Internet
 Draft). The necessary information is automatically obtained from online XML
 references and the actual document.

Package: kfractgen
Source: fractgen
Version: 3.0.12-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 225
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libkf6widgetsaddons6 (>= 6.0.0), libkf6xmlgui6 (>= 6.0.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: s390x/kfractgen_3.0.12-1_s390x.deb
Size: 87264
MD5sum: 7a4bcaf72af0addb152e102ad3504b68
SHA1: e1bb7662695d85701dfcd9cec2737df9a860dd6a
SHA256: cadd8808f13afadf1042f7bd018cd554e74d1c2076085fcfd007810c53cf55d7
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (KDE version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the KDE version of FractGen.

Package: kfractgen
Source: fractgen
Version: 3.0.12-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 313
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libkf6widgetsaddons6 (>= 6.0.0), libkf6xmlgui6 (>= 6.0.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: ppc64el/kfractgen_3.0.12-1_ppc64el.deb
Size: 89752
MD5sum: 93a9afce941910df312ad19e3e561d0c
SHA1: 9fba0941ae5acd67ac6335dbb91eae92fc403309
SHA256: cd381bc4bd85857e22fe68fdf36b7a5b459606404c977fb5a9daf3cec1247299
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (KDE version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the KDE version of FractGen.

Package: kfractgen
Source: fractgen
Version: 3.0.12-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 249
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libkf6widgetsaddons6 (>= 6.0.0), libkf6xmlgui6 (>= 6.0.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: arm64/kfractgen_3.0.12-1_arm64.deb
Size: 83562
MD5sum: edc22647c085cb9e2d0ee2a6dc51be31
SHA1: 9efc8ebd3933009eee57a96422c71aeed688e85a
SHA256: 7a4ede72e094c5e0e4ea45269ec90c2348c23ca85deb6dec33ce2b3503031ed5
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (KDE version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the KDE version of FractGen.

Package: kfractgen
Source: fractgen
Version: 3.0.12-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 221
Depends: fractgen-common (>= 3.0.12-1), libc6 (>= 2.34), libgcc-s1 (>= 4.0), libkf6widgetsaddons6 (>= 6.0.0), libkf6xmlgui6 (>= 6.0.0), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6printsupport6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), libstdc++6 (>= 13.1)
Recommends: fractgen-examples (>= 3.0.12-1), qt6-image-formats-plugins, rsplib-tools
Filename: amd64/kfractgen_3.0.12-1_amd64.deb
Size: 84720
MD5sum: a4e9c247328cd76b2284242271df0aa7
SHA1: 59228505e81f5c722de91d59beaf627c0cae23ad
SHA256: 7238a6514f1d2dfba8e257ae198f50391270f1e674707a91594aa96401158908
Section: graphics
Priority: optional
Homepage: https://www.nntb.no/~dreibh/fractalgenerator/
Description: Fractal images calculation application (KDE version)
 FractGen is a simple Qt-based fractal generator program for Mandelbrot
 fractals. The image size is only limited by virtual memory. It is possible
 to zoom into images. Image parameters are saved in and loaded from
 XML-encoded FractGen Settings Files (FSF). Calculated images can be
 exported as graphics files.
 .
 The intention of this program is to generate graphics to be post-processed
 by other image tools, e.g. in order to generate nice screen backgrounds or
 book covers.
 .
 This is the KDE version of FractGen.

Package: libcpprspserver-dev
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 209
Depends: libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: s390x/libcpprspserver-dev_3.5.9-1_s390x.deb
Size: 140636
MD5sum: e57fde7b6b2028644a2e5f54db18451b
SHA1: d374d4e373f71f3526742089fd5e605d5bee5839
SHA256: 18109d96376877014fdd8ade10aa4afda7a3ec7070470915253716e782dab39e
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the header files for the rsplib C++ API. You need them to
 develop your own RSerPool-based clients and servers based on the C++ API.

Package: libcpprspserver-dev
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 227
Depends: libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: ppc64el/libcpprspserver-dev_3.5.9-1_ppc64el.deb
Size: 143328
MD5sum: 5f4398fe0bd55df75c9a0a1e22dcf9c0
SHA1: ece975503c3007d22a1ba05eb0779f4b622b09ef
SHA256: e096cfd7ad950804209a3811f1ea01e52ee0030073d85e5d2e72aec624055619
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the header files for the rsplib C++ API. You need them to
 develop your own RSerPool-based clients and servers based on the C++ API.

Package: libcpprspserver-dev
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 212
Depends: libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: arm64/libcpprspserver-dev_3.5.9-1_arm64.deb
Size: 140148
MD5sum: d30d96977797f1530ff53b841ee22533
SHA1: 18f5d6c345fc099b347e72c74f121085eb2b07c4
SHA256: a1a24efb85f2569e1118731fbf5838437681900684a56897605216c5e4037215
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the header files for the rsplib C++ API. You need them to
 develop your own RSerPool-based clients and servers based on the C++ API.

Package: libcpprspserver-dev
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 213
Depends: libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: amd64/libcpprspserver-dev_3.5.9-1_amd64.deb
Size: 140658
MD5sum: 18306037523b900910d475a26440f769
SHA1: 06ced6c25dd12435bc0f201cb985e4cf8109f8a3
SHA256: 95546ce8f7bc9b6c9bcd5136903383e07e763b7232ecb53dd89428477874cc2e
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the header files for the rsplib C++ API. You need them to
 develop your own RSerPool-based clients and servers based on the C++ API.

Package: libcpprspserver3t64
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 188
Depends: librsplib3t64 (= 3.5.9-1), libc6 (>= 2.34), libgcc-s1 (>= 4.2), libstdc++6 (>= 5)
Breaks: libcpprspserver3 (<< 3.5.9-1)
Replaces: libcpprspserver3
Provides: libcpprspserver3 (= 3.5.9-1)
Filename: s390x/libcpprspserver3t64_3.5.9-1_s390x.deb
Size: 139984
MD5sum: 8f929f457fcb4186210f45f2882e9680
SHA1: 2040d83fd44c23eac9eda536bbe2f39d4999d439
SHA256: 849c437c148ebbb60eb1f5152709d8fc4a99d174b2d2e27f51843a322da09682
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides an object-oriented API for the rsplib library.

Package: libcpprspserver3t64
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 276
Depends: librsplib3t64 (= 3.5.9-1), libc6 (>= 2.34), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 5)
Breaks: libcpprspserver3 (<< 3.5.9-1)
Replaces: libcpprspserver3
Provides: libcpprspserver3 (= 3.5.9-1)
Filename: ppc64el/libcpprspserver3t64_3.5.9-1_ppc64el.deb
Size: 141286
MD5sum: 175906b2beb038ebfd27dfea634bcb16
SHA1: 056162ea953b74fa69ada21a63a431d827d75179
SHA256: 92605deb91589325df71edffd84a3d67369545383469be8bf71de57cd0e0708b
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides an object-oriented API for the rsplib library.

Package: libcpprspserver3t64
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 276
Depends: librsplib3t64 (= 3.5.9-1), libc6 (>= 2.34), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 5)
Breaks: libcpprspserver3 (<< 3.5.9-1)
Replaces: libcpprspserver3
Provides: libcpprspserver3 (= 3.5.9-1)
Filename: arm64/libcpprspserver3t64_3.5.9-1_arm64.deb
Size: 139032
MD5sum: 7f728854d117108d2bd99e067090d222
SHA1: 008bc374c126068f8f48bf6a12f1a2d736174c4d
SHA256: 437b1b76bc7af60c7955eac21fc8566e70aaf6e012aa9161a241013e1c5350d0
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides an object-oriented API for the rsplib library.

Package: libcpprspserver3t64
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 196
Depends: librsplib3t64 (= 3.5.9-1), libc6 (>= 2.34), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 5)
Breaks: libcpprspserver3 (<< 3.5.9-1)
Replaces: libcpprspserver3
Provides: libcpprspserver3 (= 3.5.9-1)
Filename: amd64/libcpprspserver3t64_3.5.9-1_amd64.deb
Size: 139926
MD5sum: d3b1e7d1f50269d3deb4647b1eb0690d
SHA1: 460dd8bad3ed843d55ee3728dc06c26e0bd16091
SHA256: bda5c93b1fbbd986f220e1487a4c4f43eedf5c12a397d070ae29e203eae904f7
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: C++ RSerPool client/server API library
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides an object-oriented API for the rsplib library.

Package: libexamplelibrary-dev
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 25
Depends: libexamplelibrary0 (= 0.1.3-1)
Filename: s390x/libexamplelibrary-dev_0.1.3-1_s390x.deb
Size: 8892
MD5sum: 2748c5203678511256dae5944d17c625
SHA1: 6bc36733a2fbe4fa23fdbdb0281486b4ff1d8b32
SHA256: 0aa41998c9953e403cf51465f56b79f0aa944cf668509ddd4327963e3f48f8da
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Development files for example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 This package provides header files for the library.

Package: libexamplelibrary-dev
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 26
Depends: libexamplelibrary0 (= 0.1.3-1)
Filename: ppc64el/libexamplelibrary-dev_0.1.3-1_ppc64el.deb
Size: 9062
MD5sum: 51c2ec27cdc74ad5702de053435fd0d1
SHA1: c4c4dc08a54ea5d4a1e5b0bbaad21b1c8e1eac82
SHA256: f157edd9169c5c0bd50bac911f15eac335575660587f9a851fe4ba6d5d510fcd
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Development files for example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 This package provides header files for the library.

Package: libexamplelibrary-dev
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 26
Depends: libexamplelibrary0 (= 0.1.3-1)
Filename: arm64/libexamplelibrary-dev_0.1.3-1_arm64.deb
Size: 9010
MD5sum: 5b439cdbd9015cbe444b421dd431c261
SHA1: f7528fd850b65507ba5d1325ffab8174d9c4fab4
SHA256: df1a8bdf6f3c8fec19dc70e1ade0e0228bac763d406ac07c7a391265bfb08286
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Development files for example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 This package provides header files for the library.

Package: libexamplelibrary-dev
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 25
Depends: libexamplelibrary0 (= 0.1.3-1)
Filename: amd64/libexamplelibrary-dev_0.1.3-1_amd64.deb
Size: 8950
MD5sum: 941993e4ba83053b94e76d467a260b8a
SHA1: 475e9432481b2e210147500b38c03df400395fd6
SHA256: 5a1bd8b5a3baca0f0e330d7fb6226305bba03fbfae87c4d4710024bbf16d20bc
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Development files for example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 This package provides header files for the library.

Package: libexamplelibrary0
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 28
Depends: libc6 (>= 2.2), libstdc++6 (>= 13.1)
Filename: s390x/libexamplelibrary0_0.1.3-1_s390x.deb
Size: 9860
MD5sum: 97924adc68c356a2b809480892705dd3
SHA1: d5fa61eea3fb008f3c13f1b50d75a4eb32931584
SHA256: cd975863179f14669c0c8b6a1ab97cd891766ff3a7b509719f67b9a0d36ef86d
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 The example library is provided by this package.

Package: libexamplelibrary0
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 88
Depends: libc6 (>= 2.17), libstdc++6 (>= 13.1)
Filename: ppc64el/libexamplelibrary0_0.1.3-1_ppc64el.deb
Size: 10024
MD5sum: 991baf8f5d47b1200f78bda64e76ef95
SHA1: 63384ff6d4730e9145cae6c7ff1989bf0ff138f7
SHA256: e0dda82a74dcfc85ef3ceec22e84eb4930ca62f9ab4c5162ec9f2ef0e8d6184b
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 The example library is provided by this package.

Package: libexamplelibrary0
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 89
Depends: libc6 (>= 2.17), libstdc++6 (>= 13.1)
Filename: arm64/libexamplelibrary0_0.1.3-1_arm64.deb
Size: 10040
MD5sum: c1630fc71380a7307b577d1a65395efa
SHA1: 908b0c980101b0e9deabe142aaa8805576e52a43
SHA256: 70efe47cca5fb9f1c86372c3c27eb5a78a2916c0ff4d6d4d309a220cd1230661
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 The example library is provided by this package.

Package: libexamplelibrary0
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 37
Depends: libc6 (>= 2.2.5), libstdc++6 (>= 13.1)
Filename: amd64/libexamplelibrary0_0.1.3-1_amd64.deb
Size: 9982
MD5sum: 575071ec5f743f0897b2180bb0d56688
SHA1: d2abe99283678e8c408c49d7a49f2ad6fbbb8137
SHA256: fe3a0212c7d4bb3f45d7bdf048a41f73be109c76d0b3d1ce6b7158de546d1d3f
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Example library
 This is a simple example library to be build and packaged by
 Build Tool.
 .
 The example library is provided by this package.

Package: libhipercontracer-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 3554
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhipercontracer2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Filename: s390x/libhipercontracer-dev_2.2.4-1_s390x.deb
Size: 476916
MD5sum: 5fcad44c4c46b20a007bcfb797f93db1
SHA1: 11a9ad9dd1625505fa3b86ccfc036f544bd95289
SHA256: 572fabde04945e5f64208b418f2caae117b8b4c5bf8d144ae2dc9a763648223c
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer library. You need
 them to integrate HiPerConTracer into your own programs.

Package: libhipercontracer-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 3859
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhipercontracer2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Filename: ppc64el/libhipercontracer-dev_2.2.4-1_ppc64el.deb
Size: 502666
MD5sum: 755a3c44337d97ef20bbe725ea61c2ef
SHA1: 5d29e10e3d0f8860b1c02c9bd6be7873141225e9
SHA256: 7e9f3f507df70861e1a0f050e6155ce897e66120f70a398fb87bddc20ffce238
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer library. You need
 them to integrate HiPerConTracer into your own programs.

Package: libhipercontracer-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 3850
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhipercontracer2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Filename: arm64/libhipercontracer-dev_2.2.4-1_arm64.deb
Size: 486940
MD5sum: 35eb7b4a7e9773363151b828616bf73a
SHA1: cc0bac09f2363da4b3ef65f253601b8d05ba0032
SHA256: 5d9060bf067a0ca8344ccd29d9f831b0e6b0a6d4de85daf6d884eb13385bafb5
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer library. You need
 them to integrate HiPerConTracer into your own programs.

Package: libhipercontracer-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 3567
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhipercontracer2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Filename: amd64/libhipercontracer-dev_2.2.4-1_amd64.deb
Size: 470488
MD5sum: 8c51b923568954e8a5915398337cd66f
SHA1: 33924d6073e78836149bb90fd9feeca33a025fb3
SHA256: 4742b169eef92f0f00a359fa8a950c38841577b98cef3cdabb56679e7e623153
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer library. You need
 them to integrate HiPerConTracer into your own programs.

Package: libhipercontracer2
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 585
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: s390x/libhipercontracer2_2.2.4-1_s390x.deb
Size: 282724
MD5sum: 294e7e7853e26bd678c19bf8ea163b85
SHA1: a0a238731b0d8d11c9244efac8981d8cba1514be
SHA256: 3196488ca727122871b65d7886757aacfc5b28335613b48ff2463a51af136df4
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the HiPerConTracer API library.

Package: libhipercontracer2
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 725
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: ppc64el/libhipercontracer2_2.2.4-1_ppc64el.deb
Size: 300270
MD5sum: 7f867476e057635198b09be1a96acaec
SHA1: c95bf775f52004b503dc0779bacad076ca959f94
SHA256: 9e2020fe87a5f6e1499a13d03bc7157e96f40debecb0beb38b0212662222daa8
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the HiPerConTracer API library.

Package: libhipercontracer2
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 598
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: arm64/libhipercontracer2_2.2.4-1_arm64.deb
Size: 276772
MD5sum: 33cbc1ec90c6af7dae56c4aafa48ce98
SHA1: 65c9d0fd82fd01597dc156a3f56667b9abf0c7e2
SHA256: cf8f09462f2e9448c72b32884020d2b6e729d312ffa7e0ff375b810ef65cc7f9
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the HiPerConTracer API library.

Package: libhipercontracer2
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 589
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: amd64/libhipercontracer2_2.2.4-1_amd64.deb
Size: 282494
MD5sum: aa62454bdfc3e20390030a8f7599540d
SHA1: 1350581fe344c574c08a91c2570e513dfccb0be6
SHA256: cc71b4c1e08eb0eb06e1d1d03f94d2b675c394c526d3c7f73d312452baae1f87
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the HiPerConTracer API library.

Package: libhpctdb-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 19909
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libhpctio-dev (<< 2.2.2), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1), libhpctio-dev (<< 2.2.2)
Filename: s390x/libhpctdb-dev_2.2.4-1_s390x.deb
Size: 4587090
MD5sum: 36cee250831c2c22435f51ff2d4333e3
SHA1: c0d50c71b32b2ac27afbbb251e2ef557c97bc148
SHA256: eef8abc6b33eddcdb0b71c0234ca98b54c0fba6d7055fc90ce703b390204090f
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer database access library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer
 database access library.

Package: libhpctdb-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1163
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libhpctio-dev (<< 2.2.2), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1), libhpctio-dev (<< 2.2.2)
Filename: ppc64el/libhpctdb-dev_2.2.4-1_ppc64el.deb
Size: 272022
MD5sum: 2dd2211fc78887e3e162200f3586770b
SHA1: fc208d474901a08af41909fc1609d54c6f27eaa5
SHA256: 149c39924d9a80de3a61d51f72b3a2cfc8b3b9ced19619f77712190c3c14f429
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer database access library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer
 database access library.

Package: libhpctdb-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 20013
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libhpctio-dev (<< 2.2.2), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1), libhpctio-dev (<< 2.2.2)
Filename: arm64/libhpctdb-dev_2.2.4-1_arm64.deb
Size: 4630634
MD5sum: 8b0900ac5fa3fa70139ebbc7a2425cb0
SHA1: b7772ec8f82df1eac1db9f5ec80bb95f34244a27
SHA256: d332e902f1fd52d9ee1216eeee21d57735b8fdc5a9f18d67978a2f5288d798da
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer database access library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer
 database access library.

Package: libhpctdb-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 20033
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb2 (= 2.2.4-1), libhpctio-dev (>= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libhpctio-dev (<< 2.2.2), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1), libhpctio-dev (<< 2.2.2)
Filename: amd64/libhpctdb-dev_2.2.4-1_amd64.deb
Size: 4658130
MD5sum: 5dc666fe37465f675a15736e31f54b42
SHA1: b05e913da36cbe42773aecb939e949aa3f71ab5d
SHA256: c8a7ddd3fb54956eb2adecdef8f370c681f1428498d0a050d0e225c53c7c1a76
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer database access library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer
 database access library.

Package: libhpctdb2
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 358
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libbson2-2 (>= 2.2.2), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libmariadb3 (>= 3.0.0), libmongoc2-2 (>= 2.2.2), libpqxx-7.10 (>= 7.10.0), libstdc++6 (>= 14)
Filename: s390x/libhpctdb2_2.2.4-1_s390x.deb
Size: 200846
MD5sum: d872a72cc714c906f58ae0a9a756abfc
SHA1: 6a6c7732506385a254e113f13ee3869a18828c1d
SHA256: 8f72b12fbae9b14918fe5a16125536ddc3b78fdbbf6d290bf731700b73ebcfaf
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Database access library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the database access library shared by
 HiPerConTracer components.

Package: libhpctdb2
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 410
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libbson2-2 (>= 2.2.2), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libmariadb3 (>= 3.0.0), libmongoc2-2 (>= 2.2.2), libpqxx-7.10 (>= 7.10.0), libstdc++6 (>= 14)
Filename: ppc64el/libhpctdb2_2.2.4-1_ppc64el.deb
Size: 206614
MD5sum: 8b53285325433297ab1265d0185dcb6f
SHA1: 8c502c75ef144082ee9cbc3ddb8d5f906682877c
SHA256: ee0514441ba4da41d01d1a52ccabf495ab1f88b9deb703ff0a914bd89bae04ad
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Database access library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the database access library shared by
 HiPerConTracer components.

Package: libhpctdb2
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 410
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libbson2-2 (>= 2.2.2), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libmariadb3 (>= 3.0.0), libmongoc2-2 (>= 2.2.2), libpqxx-7.10 (>= 7.10.0), libstdc++6 (>= 14)
Filename: arm64/libhpctdb2_2.2.4-1_arm64.deb
Size: 198538
MD5sum: 918c19eb51b2664e187cd8daf4462d6d
SHA1: 5245b2ab271975f5911ba08458683464607b4c63
SHA256: d4e97ca54e087e29609460ac51549dc24b066577947646c9bc4b54e7432b001c
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Database access library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the database access library shared by
 HiPerConTracer components.

Package: libhpctdb2
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 366
Depends: libhpctio2 (= 2.2.4-1), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libbson2-2 (>= 2.2.2), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libmariadb3 (>= 3.0.0), libmongoc2-2 (>= 2.2.2), libpqxx-7.10 (>= 7.10.0), libstdc++6 (>= 14)
Filename: amd64/libhpctdb2_2.2.4-1_amd64.deb
Size: 202664
MD5sum: d3e3e2d54a6b26304e74261c547be831
SHA1: 641f95d2422616d8d70e81c3f458be708cdf5f6b
SHA256: 2208376eccdaa402b7c689bd5ac6c933347db75c617cc4659582ac6680e3de59
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Database access library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the database access library shared by
 HiPerConTracer components.

Package: libhpctio-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2011
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctio2 (= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1)
Filename: s390x/libhpctio-dev_2.2.4-1_s390x.deb
Size: 338874
MD5sum: f81eb19c4945b8ce15bd612c0650ae07
SHA1: c4628d8f3ec4cb4a7acffc708e942632c7c398b4
SHA256: 64fca4ff76810e0fcba4e6c7e4b1b85bf73d95711ea74f790aa0041df654059d
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer I/O library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer I/O library.

Package: libhpctio-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2160
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctio2 (= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1)
Filename: ppc64el/libhpctio-dev_2.2.4-1_ppc64el.deb
Size: 355900
MD5sum: 0e44e8d2197bb6f5859424a99732b174
SHA1: 8acfe4488c672d5223449d4272e7011935a0bb76
SHA256: cc8d5e6fe7cc3d7feb22bad7dd81a1f7f49fa64ded216901fb91b5fcf65b71d2
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer I/O library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer I/O library.

Package: libhpctio-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2167
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctio2 (= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1)
Filename: arm64/libhpctio-dev_2.2.4-1_arm64.deb
Size: 345246
MD5sum: 1eeb17e3403428b38ae3eebec43d3868
SHA1: 7340a3dd3e20f12a3d6403bd8a270ea88f1ece8f
SHA256: ed4d04f6493d184a76d243ca31d547469c99d44e7cfdec75f6048074ed78f1d3
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer I/O library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer I/O library.

Package: libhpctio-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2013
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctio2 (= 2.2.4-1)
Breaks: libhipercontracer-dev (<< 2.2.4-1), libuniversalimporter-dev (<< 2.2.4-1)
Replaces: libhipercontracer-dev (<< 2.1.12-1)
Filename: amd64/libhpctio-dev_2.2.4-1_amd64.deb
Size: 340336
MD5sum: 03f13a573a495f183782f8cc32f8ad6b
SHA1: 7e4535e1ca2006b39bcffe5836fbf3c96dcb67d0
SHA256: 5eada290b1a5132e7757de26c463b2fa5c33334a310925ed500bab3deddaf0f1
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for the HiPerConTracer I/O library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the HiPerConTracer I/O library.

Package: libhpctio2
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 725
Depends: libboost-iostreams1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libstdc++6 (>= 14)
Filename: s390x/libhpctio2_2.2.4-1_s390x.deb
Size: 285682
MD5sum: 35f445d3e760a6105980a1e113680461
SHA1: a3e109b176225807ca08384fe847b5ae54f4a180
SHA256: 3cb867a269b2baeaa05b7abc371146dd130afa4833fb19adfe24b0bcb9c2ffd3
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: I/O library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the I/O library shared by HiPerConTracer
 components.

Package: libhpctio2
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 853
Depends: libboost-iostreams1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: ppc64el/libhpctio2_2.2.4-1_ppc64el.deb
Size: 300326
MD5sum: c30f3cb58890fdb531916400bdd9343f
SHA1: ecbca12c18349394b5e33f476c22d8a1a6c07eed
SHA256: 15e179bb8f7775a28924dbdb79198c59a10f695c51bc7c7a28336c72ede8c24f
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: I/O library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the I/O library shared by HiPerConTracer
 components.

Package: libhpctio2
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 726
Depends: libboost-iostreams1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: arm64/libhpctio2_2.2.4-1_arm64.deb
Size: 281914
MD5sum: 1428ec97e549ff33907be8e3b15f9aa8
SHA1: 301063550de1354266a72b2099e21b80f023d076
SHA256: 4ebce52036f1436eeca6e7acfb57d2baf488562f0816cfc39b8347790ccd6a5d
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: I/O library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the I/O library shared by HiPerConTracer
 components.

Package: libhpctio2
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 733
Depends: libboost-iostreams1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-thread1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 14)
Filename: amd64/libhpctio2_2.2.4-1_amd64.deb
Size: 291242
MD5sum: f50806c08bcefe7e6feda8ffe34b0471
SHA1: aaec3271a3d3ed44227a37b79633cac94cad2b9b
SHA256: a1793541412d6c1dfb22522d79543ffafe92d4950f4a4d3f7d4d5fe9598ee84f
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: I/O library of HiPerConTracer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the I/O library shared by HiPerConTracer
 components.

Package: libneat-dev
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 865
Depends: libneat1 (= 1.0.9-1), libuv1-dev (>= 1.0.2)
Filename: s390x/libneat-dev_1.0.9-1_s390x.deb
Size: 247794
MD5sum: 563f29eadfb6830b19e6c5657335ec46
SHA1: 8872a0acb56f51e1ed53ca9fe4f6d4e722af918e
SHA256: 643499acbf608f80ccb2c8ee7c18c6b0928c41f263b946a48514407efd30df30
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Core API.

Package: libneat-dev
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 932
Depends: libneat1 (= 1.0.9-1), libuv1-dev (>= 1.0.2)
Filename: ppc64el/libneat-dev_1.0.9-1_ppc64el.deb
Size: 264698
MD5sum: 32fb42fb30624a81e6cbdc0237b2ec0e
SHA1: ebb3a860c537b234df2a65d3bbc4823670d76275
SHA256: a94200cf9b2ffddbfba3a3a8253d8a80a19633cddcdc6e522f9674ee9d77bd3f
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Core API.

Package: libneat-dev
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 882
Depends: libneat1 (= 1.0.9-1), libuv1-dev (>= 1.0.2)
Filename: arm64/libneat-dev_1.0.9-1_arm64.deb
Size: 252008
MD5sum: 030f2a5ee8eef331b97475b8c73fa857
SHA1: db91088147475ca988942736b0f7f14c35f1fcbe
SHA256: da185fa0b68e8522b58f42efab194419bed6dd27d4be123f2be0c1cd9504ff47
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Core API.

Package: libneat-dev
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 871
Depends: libneat1 (= 1.0.9-1), libuv1-dev (>= 1.0.2)
Filename: amd64/libneat-dev_1.0.9-1_amd64.deb
Size: 249202
MD5sum: 0ad94872821ab8fef2a27c05e3cda53f
SHA1: f3eed8f146863bb45dcf89f06f43440ca6e505d8
SHA256: 0d074b485e07539fb1cac04a29144589f158a4b3bc9da1617620c570dba3e7e8
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Core API.

Package: libneat-doc
Source: libneat
Version: 1.0.9-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 18
Filename: all/libneat-doc_1.0.9-1_all.deb
Size: 5194
MD5sum: 047c1d09e0006c50c4b3737943a23d16
SHA1: 28846db4cfe75643397584bd0c5e456c763356f6
SHA256: 6eed4c0a4c4cf423db60711aa1aa7ca3892a829cf7a11c6e66aacfe65e392cbd
Section: doc
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Documentation
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the common documentation.

Package: libneat-examples
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 310
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libjansson4 (>= 2.14), libuv1t64 (>= 1.4.2)
Filename: s390x/libneat-examples_1.0.9-1_s390x.deb
Size: 55594
MD5sum: bf1daca47329f7239107c28253448c88
SHA1: e370e8ff35a211229596bb5b6da66f087e8b69cf
SHA256: 7d9a14cb74e1f7db9aef977bad0d05b0e375aac231bdbc887712e04ff7b20fe4
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Core API.

Package: libneat-examples
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1162
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libjansson4 (>= 2.14), libuv1t64 (>= 1.4.2)
Filename: ppc64el/libneat-examples_1.0.9-1_ppc64el.deb
Size: 55454
MD5sum: 546f955e3895bca0c8b4efb8dc4e37c5
SHA1: e1081708a3f65224d15a44d8a9ad0fb2e8506024
SHA256: 06af7e6657ca234f8c9db61590e2d63dbe8f43afcfe834b8112db5a8b6da4c27
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Core API.

Package: libneat-examples
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1162
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libjansson4 (>= 2.14), libuv1t64 (>= 1.4.2)
Filename: arm64/libneat-examples_1.0.9-1_arm64.deb
Size: 53524
MD5sum: 44cd8be4b4d1cf484f37dfcf1379d32b
SHA1: 7e05c14842cb8d3ada7272ad54feacebb500470d
SHA256: 5b1e3ba43eccee03b12b581aeb5ca01befa75b5c9a1325f3360e6f15ae4e178b
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Core API.

Package: libneat-examples
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 378
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libjansson4 (>= 2.14), libuv1t64 (>= 1.4.2)
Filename: amd64/libneat-examples_1.0.9-1_amd64.deb
Size: 54506
MD5sum: 7470218b08adcb3f09bbd7daee3e4ebe
SHA1: 47e318b969b480fba942e9cf8755b0f037fdab97
SHA256: f536e2db0860aa20ffbb7b95f6a3bbd91449f3ba26b27f0b85c8558083ad1e23
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Core API.

Package: libneat-socketapi-dev
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 136
Depends: libneat-dev (= 1.0.9-1), libneat-socketapi1 (= 1.0.9-1)
Filename: s390x/libneat-socketapi-dev_1.0.9-1_s390x.deb
Size: 30732
MD5sum: 639176f0c66fc88ac380353be46fefca
SHA1: 152cc8454e28e0d974154f5156b856fa49eb5493
SHA256: a164add36f08d7a7626fa31901b1c43e5c4b4dd18a74d9b3b3b137db7c9283a9
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Sockets API.

Package: libneat-socketapi-dev
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 163
Depends: libneat-dev (= 1.0.9-1), libneat-socketapi1 (= 1.0.9-1)
Filename: ppc64el/libneat-socketapi-dev_1.0.9-1_ppc64el.deb
Size: 35956
MD5sum: e897ad94a02862de94bc6263f8b760e6
SHA1: a4706de91bd27fe301de175d590610c60b7bd67d
SHA256: ea95c4bdd82385ca10773be2e809d57747f08cbe4cbbd52aa3f6f843c3c93b36
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Sockets API.

Package: libneat-socketapi-dev
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 146
Depends: libneat-dev (= 1.0.9-1), libneat-socketapi1 (= 1.0.9-1)
Filename: arm64/libneat-socketapi-dev_1.0.9-1_arm64.deb
Size: 32106
MD5sum: 9d9e892f7ad371ca0b6a2f100c491471
SHA1: 5b43b315e48abc0fa2d008bdf085fd3abf5edfdb
SHA256: 0ee8b1df7462ca0e7d78b25e78a90b9024173bde0142cd18b086bca2af6a4491
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Sockets API.

Package: libneat-socketapi-dev
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 140
Depends: libneat-dev (= 1.0.9-1), libneat-socketapi1 (= 1.0.9-1)
Filename: amd64/libneat-socketapi-dev_1.0.9-1_amd64.deb
Size: 31594
MD5sum: edc6441f9160ae266aef2eb9af858f5d
SHA1: e199387d545b73908eadf1bc34f0d7835040499c
SHA256: 13f77dd2dcef4fa7b5ad909231a18848e8be326a49dba3bed16bb44ddb56b746
Section: libdevel
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Development Files
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the development files for the NEAT Sockets API.

Package: libneat-socketapi-examples
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 204
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.38), libgcc-s1 (>= 4.2), libneat-socketapi1 (>= 1.0.9), libstdc++6 (>= 13.1)
Filename: s390x/libneat-socketapi-examples_1.0.9-1_s390x.deb
Size: 67026
MD5sum: f6a3f56210d1f48377f5407f59b41418
SHA1: 57d532276b74c46de1b6e5039f6675c39f10745e
SHA256: 06cd6abf23fb3c6ac34bc81bafc412698a2588fbba6838b943924ee355b091fe
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Sockets API.

Package: libneat-socketapi-examples
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 420
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libneat-socketapi1 (>= 1.0.9), libstdc++6 (>= 13.1)
Filename: ppc64el/libneat-socketapi-examples_1.0.9-1_ppc64el.deb
Size: 78694
MD5sum: 4156345d6e6de0620abe0ccaa87d07be
SHA1: fc5e1e55b805063875be8cd0398fb70ba1eea054
SHA256: 851f7954979d2c9a2530f919b1982497be3f7792071b1d2585d19d55e4dcbf3e
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Sockets API.

Package: libneat-socketapi-examples
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 356
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libneat-socketapi1 (>= 1.0.9), libstdc++6 (>= 13.1)
Filename: arm64/libneat-socketapi-examples_1.0.9-1_arm64.deb
Size: 60344
MD5sum: ccc7ea1bd0d2d60730f62788061d4efb
SHA1: f5eb340fd1fbf46119b799a9a94a1b01207011da
SHA256: 424998ae66b1da567fe4ce35bd24a88d49b3a181eba00d345f70c4bed08bb8e8
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Sockets API.

Package: libneat-socketapi-examples
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 228
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libneat-socketapi1 (>= 1.0.9), libstdc++6 (>= 13.1)
Filename: amd64/libneat-socketapi-examples_1.0.9-1_amd64.deb
Size: 64190
MD5sum: 4f50dcadcfca68f5d9bc7ab8fc1bdbff
SHA1: f6b9c2dcd34981cf33977f1dd2eead138530a330
SHA256: 4371caa14ca69120b46df53a964e69e3451804441ebbb7fb2d52e41048d7b3e1
Section: net
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API Examples
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the built examples for the NEAT Sockets API.

Package: libneat-socketapi1
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 88
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libsctp1 (>= 1.0.12+dfsg)
Filename: s390x/libneat-socketapi1_1.0.9-1_s390x.deb
Size: 27642
MD5sum: 3b5b0195ad63610169161640043517b8
SHA1: f70ca118d5fbc07d045ae1eadef05a460da7238e
SHA256: fabcc3d718f4bcc0533418f553021ca8cac5eafd21cbbde5e0c4001749491b3d
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Sockets API.

Package: libneat-socketapi1
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 152
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libsctp1 (>= 1.0.12+dfsg)
Filename: ppc64el/libneat-socketapi1_1.0.9-1_ppc64el.deb
Size: 31060
MD5sum: 6c830e6bbb5c1b40241eb43a0a79904d
SHA1: 035f281a992eeae91147d0df7c6d0a0f809dca34
SHA256: 391abc82e3ad96b47a938c8fd530adbe4c176d4e686a5eb8ca76eba65ef02a64
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Sockets API.

Package: libneat-socketapi1
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 89
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libsctp1 (>= 1.0.12+dfsg)
Filename: arm64/libneat-socketapi1_1.0.9-1_arm64.deb
Size: 27476
MD5sum: 7850df70e56bc179972fde34a49764a8
SHA1: ddcbc0b4d9d659ff5e1170ceec9af167488fc895
SHA256: f240602800698d7e6020c0c2da442f6235e8902a7e1d690ff21f80254c72fc08
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Sockets API.

Package: libneat-socketapi1
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 93
Depends: libneat1 (= 1.0.9-1), libc6 (>= 2.34), libsctp1 (>= 1.0.12+dfsg)
Filename: amd64/libneat-socketapi1_1.0.9-1_amd64.deb
Size: 28260
MD5sum: 331ad96dc6fd04762cb29e89ad4f3436
SHA1: 58d5cf0d5d9c1d953b468fffcfc55d3f466e69cf
SHA256: ac48e67792ee88261dfdf77e2ebe2d52717ca953c06851d5124a012074e4258a
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Sockets API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Sockets API.

Package: libneat1
Source: libneat
Version: 1.0.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 425
Depends: libc6 (>= 2.42), libjansson4 (>= 2.14), libldns3t64 (>= 1.7.1), libmnl0 (>= 1.0.3-4~), libsctp1 (>= 1.0.10+dfsg), libssl3t64 (>= 3.0.0), libuv1t64 (>= 1.4.2)
Filename: s390x/libneat1_1.0.9-1_s390x.deb
Size: 205776
MD5sum: 89c723487e37c63b41dbf13262261d69
SHA1: 06085476da1cbab135013c508b0f1feee1e2d98a
SHA256: 408e02493f03a5f5ca34171ea7da3a531ebe883d67cd321376f3aed9e03bcb35
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Core API.

Package: libneat1
Source: libneat
Version: 1.0.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 473
Depends: libc6 (>= 2.42), libjansson4 (>= 2.14), libldns3t64 (>= 1.7.1), libmnl0 (>= 1.0.3-4~), libsctp1 (>= 1.0.10+dfsg), libssl3t64 (>= 3.0.0), libuv1t64 (>= 1.4.2)
Filename: ppc64el/libneat1_1.0.9-1_ppc64el.deb
Size: 217862
MD5sum: 145aa8a3c137bf0f9204ad1004ed3ffc
SHA1: 0f533fbc15ac327529b9aa26a9e99b0b822d4600
SHA256: d3e0917c8dd8b8559b2e87ae0d9308b2735bef75b0c0bd6aab093bbbabc92499
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Core API.

Package: libneat1
Source: libneat
Version: 1.0.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 473
Depends: libc6 (>= 2.42), libjansson4 (>= 2.14), libldns3t64 (>= 1.7.1), libmnl0 (>= 1.0.3-4~), libsctp1 (>= 1.0.10+dfsg), libssl3t64 (>= 3.0.0), libuv1t64 (>= 1.4.2)
Filename: arm64/libneat1_1.0.9-1_arm64.deb
Size: 207274
MD5sum: ce5ed5be155590d266b211c0d0eefd78
SHA1: 1da42621fbc56dce5407ad8d9ec98e57896cd055
SHA256: 875829df77020cf77d96c725170d02b3bd47acfafa762f4dafefaf0f5f7a3309
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Core API.

Package: libneat1
Source: libneat
Version: 1.0.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 433
Depends: libc6 (>= 2.42), libjansson4 (>= 2.14), libldns3t64 (>= 1.7.1), libmnl0 (>= 1.0.3-4~), libsctp1 (>= 1.0.10+dfsg), libssl3t64 (>= 3.0.0), libuv1t64 (>= 1.4.2)
Filename: amd64/libneat1_1.0.9-1_amd64.deb
Size: 207296
MD5sum: 86d58a3370c7a4c945e9d246a251e0dc
SHA1: 2acb2b7d421a7436ed3ff010109c32bc8fdf186f
SHA256: ff5a7adda0d0c8361a643c5a54491e6133bd86d40954de0f6b19963fdbbb14f9
Section: libs
Priority: optional
Homepage: https://github.com/NEAT-project/neat
Description: NEAT Core API
 The NEAT project wants to achieve a complete redesign of the way in which
 Internet applications interact with the network. The goal is to allow network
 “services” offered to applications – such as reliability, low-delay
 communication or security – to be dynamically tailored based on application
 demands, current network conditions, hardware capabilities or local policies,
 and also to support the integration of new network functionality in an
 evolutionary fashion, without applications having to be rewritten. This
 architectural change will make the Internet truly “enhanceable”, by allowing
 applications to seamlessly and more easily take advantage of new network
 features as they evolve.
 .
 This package contains the shared library for the NEAT Core API.

Package: librsplib-dev
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1028
Depends: librsplib3t64 (= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: s390x/librsplib-dev_3.5.9-1_s390x.deb
Size: 285494
MD5sum: bf36450d65c08d02e780eb3a708cbdf0
SHA1: cd79093d20810126d5c51e21eb8d0a9f6dbe13a8
SHA256: 94356bdba70b9b00438e4047e24784f2fa0b3365e743af4b22a2c09625f563ac
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the RSerPool client/server API library rsplib
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides header files for the rsplib library. You need them
 to develop your own RSerPool-based clients and servers.

Package: librsplib-dev
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1242
Depends: librsplib3t64 (= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: ppc64el/librsplib-dev_3.5.9-1_ppc64el.deb
Size: 319904
MD5sum: 2a2019fb3cddf827d9be81229b544f1d
SHA1: 7715682d929056e55996aa8d8579fd30a123bc2f
SHA256: 653ebaeaafc73bf68c1f334158bbbec67dbe3bb6fe5d40091c7c632089872717
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the RSerPool client/server API library rsplib
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides header files for the rsplib library. You need them
 to develop your own RSerPool-based clients and servers.

Package: librsplib-dev
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1087
Depends: librsplib3t64 (= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: arm64/librsplib-dev_3.5.9-1_arm64.deb
Size: 290318
MD5sum: dc7f9197e065c5a17cae1453550e4bc5
SHA1: dbb186a2f1f9be7aa35a45a72ab283330ceb99cd
SHA256: 6ebc6dd9b6d3ae76cd5db2954042c3ac94f9a6a00090da7185a6305a28b81ce8
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the RSerPool client/server API library rsplib
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides header files for the rsplib library. You need them
 to develop your own RSerPool-based clients and servers.

Package: librsplib-dev
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1060
Depends: librsplib3t64 (= 3.5.9-1)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: amd64/librsplib-dev_3.5.9-1_amd64.deb
Size: 286142
MD5sum: d14f45afa3126e5f9008237a200b2a37
SHA1: 9caa6d1bbf40859a03c53413b32999c5ccf8b2b6
SHA256: 216d3c5ea2fd349c6c964f11eea61483ed0491021ff17d2a521b6558739d1e18
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: headers of the RSerPool client/server API library rsplib
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides header files for the rsplib library. You need them
 to develop your own RSerPool-based clients and servers.

Package: librsplib3t64
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 699
Depends: libc6 (>= 2.38), libsctp1 (>= 1.0.12+dfsg)
Breaks: librsplib3 (<< 3.5.9-1)
Replaces: librsplib3
Provides: librsplib3 (= 3.5.9-1)
Filename: s390x/librsplib3t64_3.5.9-1_s390x.deb
Size: 278252
MD5sum: 03d709ce44976f375db232d1245ed483
SHA1: d7cc824ca3e08c6d17a73d793e1c2882fca5acd7
SHA256: 526617adaf45b906c23e3d15456522a9e812d8758c2c157534ad5f5d3d58eb33
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool client/server API library for session management
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 The API library is provided by this package.

Package: librsplib3t64
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1371
Depends: libc6 (>= 2.38), libsctp1 (>= 1.0.12+dfsg)
Breaks: librsplib3 (<< 3.5.9-1)
Replaces: librsplib3
Provides: librsplib3 (= 3.5.9-1)
Filename: ppc64el/librsplib3t64_3.5.9-1_ppc64el.deb
Size: 291444
MD5sum: 3dcd51bac3590c1e07d86bf1dc63036a
SHA1: a8188413d70776aec52831f7977b11f916dd9053
SHA256: e9917ab8280b78e93ea4998b16fd16f11141cc46994ba7e64df4661aa4ac5503
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool client/server API library for session management
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 The API library is provided by this package.

Package: librsplib3t64
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1372
Depends: libc6 (>= 2.38), libsctp1 (>= 1.0.12+dfsg)
Breaks: librsplib3 (<< 3.5.9-1)
Replaces: librsplib3
Provides: librsplib3 (= 3.5.9-1)
Filename: arm64/librsplib3t64_3.5.9-1_arm64.deb
Size: 270892
MD5sum: a7dde0f1b28df857b7acdc682d719c47
SHA1: 18cfc310d32deab138f41610e67feac7ae73fb50
SHA256: a0aa7e2326e970a1d2a328fe2a3bab4625e4199701ae54a554fa7b88100f2d88
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool client/server API library for session management
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 The API library is provided by this package.

Package: librsplib3t64
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 736
Depends: libc6 (>= 2.38), libsctp1 (>= 1.0.12+dfsg)
Breaks: librsplib3 (<< 3.5.9-1)
Replaces: librsplib3
Provides: librsplib3 (= 3.5.9-1)
Filename: amd64/librsplib3t64_3.5.9-1_amd64.deb
Size: 275684
MD5sum: c3cbcb7077b183a51d9b0e960ae72805
SHA1: 4a4d461db271af7a084c6746b91daa6098414f5d
SHA256: 806f2043ca8b042b0f6436b4c7af8f0840a5d52383ac3876eafbfaf2318afa43
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool client/server API library for session management
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 The API library is provided by this package.

Package: libsctplib-dev
Source: sctplib
Version: 1:1.0.34-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 403
Depends: libsctplib1 (= 1:1.0.34-1)
Recommends: sctplib-doc
Filename: s390x/libsctplib-dev_1.0.34-1_s390x.deb
Size: 134276
MD5sum: 5a866720a216cf566abb339e96db46e8
SHA1: f36c1f84fd62d6b1954363f6999d97b95d68a449
SHA256: 38e1097231161f2c8f9e3f2bf991657f48683f37f666f687d5de84763454de70
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Headers and libraries of the user-space SCTP implementation SCTPLIB
 This package contains development files for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib-dev
Source: sctplib
Version: 1:1.0.34-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 481
Depends: libsctplib1 (= 1:1.0.34-1)
Recommends: sctplib-doc
Filename: ppc64el/libsctplib-dev_1.0.34-1_ppc64el.deb
Size: 149896
MD5sum: 07422dc010c752af07d0bda16271eaca
SHA1: eca2318b67fe68d980a7c78dceef20016e26b96e
SHA256: ba098674c2dab3e262ca7d4615bf391c1e14e4888fe15dae706bf941097bbfb2
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Headers and libraries of the user-space SCTP implementation SCTPLIB
 This package contains development files for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib-dev
Source: sctplib
Version: 1:1.0.34-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 407
Depends: libsctplib1 (= 1:1.0.34-1)
Recommends: sctplib-doc
Filename: arm64/libsctplib-dev_1.0.34-1_arm64.deb
Size: 135956
MD5sum: 490e4c2270660bd5142664474d64109f
SHA1: 901c0783a4afeef383912a6710b3989ff2e27760
SHA256: 7c241a65a061200a641900513dd1613e52ed0409f806c22b5541e87b6fbc7897
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Headers and libraries of the user-space SCTP implementation SCTPLIB
 This package contains development files for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib-dev
Source: sctplib
Version: 1:1.0.34-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 390
Depends: libsctplib1 (= 1:1.0.34-1)
Recommends: sctplib-doc
Filename: amd64/libsctplib-dev_1.0.34-1_amd64.deb
Size: 130742
MD5sum: 507a0e3c817ce19f65824b197b770653
SHA1: 3be270be40dbd2a71ad135a5b48ee3cb3738040f
SHA256: 473dae2f598a10d64fc54d876c79d9efb216e58686e8f2265c8c59b7029343f0
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Headers and libraries of the user-space SCTP implementation SCTPLIB
 This package contains development files for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib1
Source: sctplib
Version: 1:1.0.34-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 245
Depends: libc6 (>= 2.38), libglib2.0-0t64 (>= 2.12.0)
Filename: s390x/libsctplib1_1.0.34-1_s390x.deb
Size: 120644
MD5sum: 5b2a21b73bc1b86c5a5bd365e5dcd90d
SHA1: d01a502ebf3b97ba6b7ae0a349c63ee953cf1b75
SHA256: 7650d1e736181a950fdb89802e0ea0074f722bfb2450fac8a86d78729e2bc747
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: User-space implementation of the SCTP protocol RFC 4960
 This package contains the shared library for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib1
Source: sctplib
Version: 1:1.0.34-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 325
Depends: libc6 (>= 2.38), libglib2.0-0t64 (>= 2.12.0)
Filename: ppc64el/libsctplib1_1.0.34-1_ppc64el.deb
Size: 128576
MD5sum: 2649c027e579f0a84c6b71c786c966dc
SHA1: d524dfc70bedd7def982d72d276d89ba518665f4
SHA256: a5dabc63764cb64f2efc86452fd817612b7dd6d82ed9a5f26b2a8ab90840c5da
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: User-space implementation of the SCTP protocol RFC 4960
 This package contains the shared library for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib1
Source: sctplib
Version: 1:1.0.34-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 262
Depends: libc6 (>= 2.38), libglib2.0-0t64 (>= 2.12.0)
Filename: arm64/libsctplib1_1.0.34-1_arm64.deb
Size: 117966
MD5sum: b26c17cf187e9ebeb5628ad8877d7bc9
SHA1: 7b6f720f9c19e7d547191fa59706c8d2b60aef11
SHA256: 4db8b79896afe3e354b60689455a91c66e53b52c2c4e9172ab901af3e415460c
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: User-space implementation of the SCTP protocol RFC 4960
 This package contains the shared library for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctplib1
Source: sctplib
Version: 1:1.0.34-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 234
Depends: libc6 (>= 2.38), libglib2.0-0t64 (>= 2.12.0)
Filename: amd64/libsctplib1_1.0.34-1_amd64.deb
Size: 116736
MD5sum: b43ee79b8a0566bce7a9c15a746de4b8
SHA1: 271a5162237020eb501c65109e4ab50f688a54d5
SHA256: b6a7dbf2833866f7f8201fc6cb1af7172290654df8fde9cd9e9eac420e17e1aa
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: User-space implementation of the SCTP protocol RFC 4960
 This package contains the shared library for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.
 .
 The API of the library was modeled after Section 10 of RFC 4960, and most
 parameters and functions should be self-explanatory to the user familiar with
 this document. In addition to these interface functions between an Upper
 Layer Protocol (ULP) and an SCTP instance, the library also provides a number
 of helper functions that can be used to manage callback function routines to
 make them execute at a certain point of time (i.e. timer-based) or open and
 bind  UDP sockets on a configurable port, which may then be used for an
 asynchronous interprocess communication.

Package: libsctpsocket-dev
Source: socketapi
Version: 2:2.2.27-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 437
Depends: libsctpsocket2 (= 2:2.2.27-1)
Conflicts: libsocketapi-dev
Replaces: libsocketapi-dev
Filename: s390x/libsctpsocket-dev_2.2.27-1_s390x.deb
Size: 124996
MD5sum: 50e82132c58f4c2026b58aebcbde3492
SHA1: 208667499dddae36ce72f9752707a770089c0628
SHA256: 64e16f5e8bf1f8b46e123bf9393a465c8e801975bad7a6d9fa597de5b959f0c8
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Development package for Socket-API
 This package contains development files for Socket-API.
 .
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket-dev
Source: socketapi
Version: 2:2.2.27-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 510
Depends: libsctpsocket2 (= 2:2.2.27-1)
Conflicts: libsocketapi-dev
Replaces: libsocketapi-dev
Filename: ppc64el/libsctpsocket-dev_2.2.27-1_ppc64el.deb
Size: 136520
MD5sum: 7f4476fee1259ab7101b4a0f041565b9
SHA1: 48a278b7fdd5e84844faf9db23defb334e935d4d
SHA256: 1ccd92f2ec8f6755c3d83c8a6451c43207229fd8a5783f7839938e0cb74fffa9
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Development package for Socket-API
 This package contains development files for Socket-API.
 .
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket-dev
Source: socketapi
Version: 2:2.2.27-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 478
Depends: libsctpsocket2 (= 2:2.2.27-1)
Conflicts: libsocketapi-dev
Replaces: libsocketapi-dev
Filename: arm64/libsctpsocket-dev_2.2.27-1_arm64.deb
Size: 129986
MD5sum: f7aea83de434429cac7111436609bc37
SHA1: 47265d98ae7d006a8e490b830add6cc7d2130215
SHA256: dbfc732e189db8f901b61a6193f84db99ec2b908717dc53ac477ae3d27863f02
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Development package for Socket-API
 This package contains development files for Socket-API.
 .
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket-dev
Source: socketapi
Version: 2:2.2.27-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 460
Depends: libsctpsocket2 (= 2:2.2.27-1)
Conflicts: libsocketapi-dev
Replaces: libsocketapi-dev
Filename: amd64/libsctpsocket-dev_2.2.27-1_amd64.deb
Size: 123172
MD5sum: 672cb7d6ad6e4eabfee0ebd4fb7987cf
SHA1: 7d854ea68b753c38949557504b44b6e9cc840009
SHA256: 05028e214594f83fda46e4a7ae63fdf3b9e71e71deaf05f6802d7d0be7f27824
Section: libdevel
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Development package for Socket-API
 This package contains development files for Socket-API.
 .
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket2
Source: socketapi
Version: 2:2.2.27-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 258
Depends: libsctplib1 (>= 1:1.0.10), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Conflicts: libsocketapi2
Replaces: libsocketapi2
Filename: s390x/libsctpsocket2_2.2.27-1_s390x.deb
Size: 109940
MD5sum: a77168e4a9e21ee897882cdbcecb853f
SHA1: efa0c06ef4adc819033c61ef8d8ffd29abb21f50
SHA256: 856147e95e452c411c22f9dd5af2855e0d8f356bbab44ce3bb55a7acd1b956fe
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Socket API library for sctplib
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket2
Source: socketapi
Version: 2:2.2.27-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 322
Depends: libsctplib1 (>= 1:1.0.10), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Conflicts: libsocketapi2
Replaces: libsocketapi2
Filename: ppc64el/libsctpsocket2_2.2.27-1_ppc64el.deb
Size: 116316
MD5sum: 99804300c7c4a54e452ad527ba73b63b
SHA1: a75e440e55b41b7726a575ca2d1775e539047114
SHA256: d01aec30913e051a7291cc906ebf89302be7198ff77da83120da173c7f07a93d
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Socket API library for sctplib
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket2
Source: socketapi
Version: 2:2.2.27-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 258
Depends: libsctplib1 (>= 1:1.0.10), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Conflicts: libsocketapi2
Replaces: libsocketapi2
Filename: arm64/libsctpsocket2_2.2.27-1_arm64.deb
Size: 108320
MD5sum: b862b0d745f60f286911a691988d625a
SHA1: ffd2cb681589e23a2488ce86868626d4b79673c2
SHA256: 826c8374b3bf74132fa6e9a430740e79cc6f7d3e47aa3ae880f22c352911786d
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Socket API library for sctplib
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libsctpsocket2
Source: socketapi
Version: 2:2.2.27-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 258
Depends: libsctplib1 (>= 1:1.0.10), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libstdc++6 (>= 13.1)
Conflicts: libsocketapi2
Replaces: libsocketapi2
Filename: amd64/libsctpsocket2_2.2.27-1_amd64.deb
Size: 109004
MD5sum: f1023cdab1375c4f6289c91c638b5832
SHA1: e8dee778e7dad8ed19841737a7a8f49b8975a1ee
SHA256: 04a9d51e64247b707825274088db56f578a7c9d6ced4d268a6c617b559d6deb8
Section: libs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Socket API library for sctplib
 Socket-API provides a socket API for the SCTP user-space implementation
 SCTPLIB, conforming to RFC 6458.
 .
 This implementation is the product of a cooperation between Siemens AG (ICN),
 Munich, Germany and the Computer Networking Technology Group at the IEM of
 the University of Essen, Germany.

Package: libuniversalimporter-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1842
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb-dev (>= 2.2.4-1), libuniversalimporter2 (= 2.2.4-1)
Filename: s390x/libuniversalimporter-dev_2.2.4-1_s390x.deb
Size: 362238
MD5sum: 258b0c45a26d53aaaf9b11d1061f7af6
SHA1: dff4b10b1e4269a2d8dbe2e6b1c81d70110183d7
SHA256: d41ab1a8c7269615ecafa084ddcf7c44eb44b9238b55b204a2dc4a0fee72e642
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer Universal Importer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the Universal Importer library.
 You need them to integrate Universal Importer into your own programs.

Package: libuniversalimporter-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 2045
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb-dev (>= 2.2.4-1), libuniversalimporter2 (= 2.2.4-1)
Filename: ppc64el/libuniversalimporter-dev_2.2.4-1_ppc64el.deb
Size: 396844
MD5sum: 26f6e4577de0bb83e0b7c90916175c98
SHA1: b18c5de321b5ac128ab44116cf8d0288fc2f0bf6
SHA256: 41137e08e3a268e9a624fb857bc3b3afdec7b09ff00b8b41dcbe528c61b7dd3f
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer Universal Importer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the Universal Importer library.
 You need them to integrate Universal Importer into your own programs.

Package: libuniversalimporter-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1918
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb-dev (>= 2.2.4-1), libuniversalimporter2 (= 2.2.4-1)
Filename: arm64/libuniversalimporter-dev_2.2.4-1_arm64.deb
Size: 361944
MD5sum: c52fde29ef450c29c69bdc90c1502734
SHA1: 54390b33a1ab13d8b2f6ebc39ade109ecab5978a
SHA256: adf32f989bfd8a1ed838c4a7b5941bca9c35319afa0f09457ce09e1226d68679
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer Universal Importer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the Universal Importer library.
 You need them to integrate Universal Importer into your own programs.

Package: libuniversalimporter-dev
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1828
Depends: libboost-date-time-dev, libboost-filesystem-dev, libboost-iostreams-dev, libboost-log-dev, libboost-thread-dev, libhpctdb-dev (>= 2.2.4-1), libuniversalimporter2 (= 2.2.4-1)
Filename: amd64/libuniversalimporter-dev_2.2.4-1_amd64.deb
Size: 360678
MD5sum: 15e2aa2a93e13c0e3d5f89ccb73a525b
SHA1: cb8cabd5ae84c8437f29bbe33b287dceb9078a0e
SHA256: 901973490d207c95c7fec4b7c003b35569e225f8052320a5b780f1b96306b4c3
Section: libdevel
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: Development files for HiPerConTracer Universal Importer API library
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides header files for the Universal Importer library.
 You need them to integrate Universal Importer into your own programs.

Package: libuniversalimporter2
Source: hipercontracer
Version: 2.2.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 603
Depends: libhpctdb2 (= 2.2.4-1), libboost-filesystem1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Filename: s390x/libuniversalimporter2_2.2.4-1_s390x.deb
Size: 281258
MD5sum: 2fb7206c331ca235ec50731442997803
SHA1: d3baf09082e7f2d09235abd52018a5d094d4debc
SHA256: 47c165ee2c36645f4a4ae1222da2efebb7b7f0231e975e47745c8e02ca3c0262
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer Universal Importer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the Universal Importer API library.

Package: libuniversalimporter2
Source: hipercontracer
Version: 2.2.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 727
Depends: libhpctdb2 (= 2.2.4-1), libboost-filesystem1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Filename: ppc64el/libuniversalimporter2_2.2.4-1_ppc64el.deb
Size: 301730
MD5sum: 5b0ee4a1f7f7bfaccf0d3137d5a7a263
SHA1: 29b6067b65ab37d1deabc3aab57909a7a8af904c
SHA256: 13e757ca4d925347c3cb01077ec6a30f61b1e53109276755219cac8689def39b
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer Universal Importer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the Universal Importer API library.

Package: libuniversalimporter2
Source: hipercontracer
Version: 2.2.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 599
Depends: libhpctdb2 (= 2.2.4-1), libboost-filesystem1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Filename: arm64/libuniversalimporter2_2.2.4-1_arm64.deb
Size: 273276
MD5sum: 9c511337fb0265f7cf4c6ed17ed3412b
SHA1: 995d6b51f963a9e6a4ceff28042099925d8a55bc
SHA256: 152607d47ddf846d89fddf633c69f22e2e3b28f0dfa11773171116212554d8b7
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer Universal Importer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the Universal Importer API library.

Package: libuniversalimporter2
Source: hipercontracer
Version: 2.2.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 607
Depends: libhpctdb2 (= 2.2.4-1), libboost-filesystem1.90.0 (>= 1.90.0), libboost-log1.90.0 (>= 1.90.0), libboost-program-options1.90.0 (>= 1.90.0), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libhpctio2 (>= 2.2.4), libstdc++6 (>= 14)
Filename: amd64/libuniversalimporter2_2.2.4-1_amd64.deb
Size: 282962
MD5sum: 255fefa79cdfc273dca4e19d5e647c29
SHA1: a8a19e8f7cb60f25afd2dc5abf9d8e00617e642c
SHA256: a21b1ee0abeccd22c41337832d3ebe0ab41d64c2240530da3e99cf9ac2511862
Section: libs
Priority: optional
Multi-Arch: same
Homepage: https://www.nntb.no/~dreibh/hipercontracer/
Description: API library of HiPerConTracer Universal Importer
 High-Performance Connectivity Tracer (HiPerConTracer) is a Ping/Traceroute
 measurement framework. HiPerConTracer refers to the core measurement tool,
 which performs regular Ping and Traceroute runs among sites.
 Key features include:
  - Multi-transport-protocol support (ICMP, UDP);
  - Multi-homing and parallelism support;
  - Handling of network load balancing;
  - Multi-platform support (currently Linux and FreeBSD);
  - High-precision (nanosecond) timing (Linux software and hardware
    timestamping);
  - Integrated library (shared/static) for third-party software
    (libhipercontracer);
  - Open-source C++ codebase focused on performance and portability with
    only a small number of dependencies.
 .
 Furthermore, the HiPerConTracer framework provides additional tools for
 obtaining, processing, collecting, storing, and retrieving measurement
 data:
  - Viewer Tool: Displays the contents of results files.
  - Results Tool: Merges and converts results files (e.g., to CSV format).
  - Sync Tool: Copies data from a measurement node (vantage point) to a
    remote collector server via RSync/SSH.
  - Reverse Tunnel Tool: Maintains a reverse SSH tunnel from a remote
    measurement node to a collector server.
  - Collector/Node Tools: Simplify the setup of nodes and collectors.
  - Trigger Tool: Triggers measurements in the reverse direction.
  - Importer Tool: Stores measurement data into SQL (MariaDB/MySQL,
    PostgreSQL) or NoSQL (MongoDB) databases.
  - Query Tool: Queries data from a database and stores it into a results
    file.
  - Database Shell: A simple command-line front-end for the underlying
    database backends.
  - Database Tools: Helper scripts to join database configurations into
    an existing DBeaver configuration.
  - UDP Echo Server: A UDP Echo (RFC 862) protocol endpoint.
 .
 This package provides the Universal Importer API library.

Package: netperfmeter
Version: 2.0.7-1
Architecture: s390x
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 468
Depends: netperfmeter-common, libbz2-1.0, libc6 (>= 2.38), libgcc-s1 (>= 4.2), libsctp1 (>= 1.0.10+dfsg), libstdc++6 (>= 13.1)
Recommends: hipercontracer, iproute2, libgnutls28-dev, netperfmeter-examples, netperfmeter-plotting, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, netperfmeter-service, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: s390x/netperfmeter_2.0.7-1_s390x.deb
Size: 222812
MD5sum: 5eb83f943f67bb6b8218104ccaea33d2
SHA1: e9a49f781d753e59c2f82e7655aec69d80329c09
SHA256: 2110c04d9250de248c97063990e6334245d2fb3fbc8de819569f8151db4cc927
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (measurement program)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains the measurement program.

Package: netperfmeter
Version: 2.0.7-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 748
Depends: netperfmeter-common, libbz2-1.0, libc6 (>= 2.38), libgcc-s1 (>= 3.0), libsctp1 (>= 1.0.10+dfsg), libstdc++6 (>= 13.1)
Recommends: hipercontracer, iproute2, libgnutls28-dev, netperfmeter-examples, netperfmeter-plotting, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, netperfmeter-service, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: ppc64el/netperfmeter_2.0.7-1_ppc64el.deb
Size: 235638
MD5sum: 96e874dc8743231fff67362cf0321f63
SHA1: 834bc2942443dc9369b0c8f5ba2850d9121b13a5
SHA256: 438558025d191286e9abe01c12b1d2ca6bec8840b8075960041308f276693fa6
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (measurement program)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains the measurement program.

Package: netperfmeter
Version: 2.0.7-1
Architecture: arm64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 684
Depends: netperfmeter-common, libbz2-1.0, libc6 (>= 2.38), libgcc-s1 (>= 3.0), libsctp1 (>= 1.0.10+dfsg), libstdc++6 (>= 13.1)
Recommends: hipercontracer, iproute2, libgnutls28-dev, netperfmeter-examples, netperfmeter-plotting, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, netperfmeter-service, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: arm64/netperfmeter_2.0.7-1_arm64.deb
Size: 214370
MD5sum: 397e4f8cff7c64edf06bd968dfedab2f
SHA1: a31c9a54429d0ec5e010f6c4a0498413493fd6ef
SHA256: 68c287046fd65438e57d3823fd22198d54a8efc1ea25eeb5469bc18cd131525b
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (measurement program)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains the measurement program.

Package: netperfmeter
Version: 2.0.7-1
Architecture: amd64
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 492
Depends: netperfmeter-common, libbz2-1.0, libc6 (>= 2.38), libgcc-s1 (>= 3.0), libsctp1 (>= 1.0.10+dfsg), libstdc++6 (>= 13.1)
Recommends: hipercontracer, iproute2, libgnutls28-dev, netperfmeter-examples, netperfmeter-plotting, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, netperfmeter-service, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: amd64/netperfmeter_2.0.7-1_amd64.deb
Size: 222212
MD5sum: 433c699391242321f07d5f536867d950
SHA1: b1c824ce2cadda29f8d34f5cb9f6eaa1562d4471
SHA256: 5d3653bd1ee597813b852811839d13b89bc796c1cb6a5f7aea08a2a23f939d71
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (measurement program)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains the measurement program.

Package: netperfmeter-all
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 97
Depends: netperfmeter, netperfmeter-common, netperfmeter-examples, netperfmeter-plotting, netperfmeter-service, pdfproctools
Filename: all/netperfmeter-all_2.0.7-1_all.deb
Size: 91994
MD5sum: b15c8700881c9cac33960d9bed7666ac
SHA1: 7f092739947d7ce8bf07b50ec2891835fda2441d
SHA256: 5264d14053990592664ddfa637d45f204a835fbc0e9e1dd588587cbd27d4ac3a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: NetPerfMeter metapackage for all sub-packages
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This metapackage installs all sub-packages of NetPerfMeter.

Package: netperfmeter-common
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1359
Filename: all/netperfmeter-common_2.0.7-1_all.deb
Size: 992174
MD5sum: 96e7e56c327d7d7891e58a26f2a1c279
SHA1: 0126083d7d3c4f8214f479f4e75c242c5fa9b5dd
SHA256: af99668232c1587fb80a4f96f1b009a484eb04be9def945fdbfc218d9ae12e2f
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (common files)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains common NetPerfMeter files.

Package: netperfmeter-examples
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 1892
Depends: r-base-core, r-cran-bit64, r-cran-data.table, r-cran-dplyr, r-cran-ggplot2, r-cran-r.utils
Filename: all/netperfmeter-examples_2.0.7-1_all.deb
Size: 1075788
MD5sum: a46d54248d8ad9daa9b5d067243bacfe
SHA1: ffe8010c4ce92e66c70bf31b3b9930240d0f6913
SHA256: dc68b34ad8821d766719c12187f1cc1ca7672d0ad3f3a5e8c4b4a124d16269ac
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (example scripts and results files)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains some NetPerfMeter example scripts and results files.

Package: netperfmeter-plotting
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 210
Depends: pdfproctools, r-base-core, r-cran-bit64, r-cran-data.table, r-cran-dplyr, r-cran-ggplot2, r-cran-r.utils
Recommends: netperfmeter-examples
Filename: all/netperfmeter-plotting_2.0.7-1_all.deb
Size: 111912
MD5sum: 15746187580901b4c81a1610ce6925b4
SHA1: 19f8587ba42f73bba94b6e1a43e217f0f7fd415a
SHA256: bc2920f5a0e0ab1ce71e8fd4e69bbe3f9c4aea761ed9cf225369d50e33b41cad
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (plotting program)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package contains a plotting program for the results.

Package: netperfmeter-service
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 110
Depends: netperfmeter
Suggests: hipercontracer, hipercontracer-trigger, td-system-tools
Filename: all/netperfmeter-service_2.0.7-1_all.deb
Size: 93510
MD5sum: e90d1b8ee803e8623afcf25891c90e37
SHA1: 9a523ecb846fb0c5b6499b0067d9f92d15b00eb3
SHA256: 997b679e9e4e3c81f58f0c9ca1b994d1e557e8c9974eff4985b2b872fa327621
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: Network Performance Meter (server service)
 NetPerfMeter is a network performance meter for the TCP, MPTCP, SCTP, UDP,
 DCCP, and QUIC transport protocols over IPv4 and IPv6. It simultaneously
 transmits bidirectional flows to an endpoint and measures the resulting flow
 bandwidths and QoS. Flows can be saturated (i.e. “send as much as possible”
 or non-saturated with frame rate and frame sizes (like a multimedia
 transmission). Non-saturated flows can be configured with constant or
 variable frame rate/frame size, i.e. to realise Constant Bit Rate (CBR) or
 Variable Bit Rate (VBR) traffic. For both, frame rate and frame size, it is
 not only possible to set constant values but to also to use random
 distributions. Furthermore, flows can be set up as on/off flows. Of course,
 the flow parameters can be configured individually per flow and flow
 direction. The measurement results can be recorded as scalar files (summary
 of the run) and vector files (time series). These files can be processed
 further, e.g. for detailed analysis and plotting of the results. The
 Wireshark network protocol analyser provides out-of-the-box support for
 analysing NetPerfMeter packet traffic.
 .
 This package sets up a service running a NetPerfMeter server instance.

Package: pdfproctools
Source: netperfmeter
Version: 2.0.7-1
Architecture: all
Maintainer: Thomas Dreibholz <dreibh@simula.no>
Installed-Size: 122
Depends: ghostscript, libpdf-api2-perl, perl (>= 5.8.0), qpdf, perl:any
Filename: all/pdfproctools_2.0.7-1_all.deb
Size: 97696
MD5sum: 2ed71013b0af8e69f12c781362be8c53
SHA1: b0cc13be9b0448ec8c6d1491c8103dc4cc77789f
SHA256: 773646eebe879903f8c32eba7ec139d24886ac148b8440c4d1aad2c2691906ec
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/netperfmeter/
Description: PDF Processing Tools
 This package contains tools for PDF file processing.
 .
 SetPDFMetadata updates the metadata of a PDF file. In particular, it can be
 used to add outlines (bookmarks) to a document. Furthermore, it can set the
 document properties (e.g. author, title, keywords, creator, producer).
 .
 PDFEmbedFonts embeds all referenced fonts into a PDF file. Optionally, it
 can also linearize the PDF file for online publication
 ("fast web view", "optimized").

Package: rsplib-all
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 129
Depends: libcpprspserver-dev (>= 3.5.9-1), libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1), librsplib3t64 (= 3.5.9-1), rsplib-common (>= 3.5.9-1), rsplib-doc (>= 3.5.9-1), rsplib-fractalpooluser (= 3.5.9-1), rsplib-registrar (= 3.5.9-1), rsplib-services (= 3.5.9-1), rsplib-tools (= 3.5.9-1)
Filename: s390x/rsplib-all_3.5.9-1_s390x.deb
Size: 124924
MD5sum: 68b88f1476a76a68a74681cab2896139
SHA1: b6af41d6db12126eac65fd6e46a3a9eddb6647e2
SHA256: b398f1f6957558086f356df90fe9d7c9e4aeeacf6c6a4313fb240f6b61533f8a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool implementation RSPLIB
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This is the installation metapackage for the RSerPool implementation RSPLIB.
 It installs all RSPLIB components.

Package: rsplib-all
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 129
Depends: libcpprspserver-dev (>= 3.5.9-1), libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1), librsplib3t64 (= 3.5.9-1), rsplib-common (>= 3.5.9-1), rsplib-doc (>= 3.5.9-1), rsplib-fractalpooluser (= 3.5.9-1), rsplib-registrar (= 3.5.9-1), rsplib-services (= 3.5.9-1), rsplib-tools (= 3.5.9-1)
Filename: ppc64el/rsplib-all_3.5.9-1_ppc64el.deb
Size: 124924
MD5sum: 4bc80679e8c94bf31f63fcb195898242
SHA1: 332594fc09eacba0c28617e66e38956085249ac7
SHA256: 3d582efdf16d52ab8be0ec55e7710103aa8ae99dc58b814427a03413a0ccc9fa
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool implementation RSPLIB
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This is the installation metapackage for the RSerPool implementation RSPLIB.
 It installs all RSPLIB components.

Package: rsplib-all
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 129
Depends: libcpprspserver-dev (>= 3.5.9-1), libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1), librsplib3t64 (= 3.5.9-1), rsplib-common (>= 3.5.9-1), rsplib-doc (>= 3.5.9-1), rsplib-fractalpooluser (= 3.5.9-1), rsplib-registrar (= 3.5.9-1), rsplib-services (= 3.5.9-1), rsplib-tools (= 3.5.9-1)
Filename: arm64/rsplib-all_3.5.9-1_arm64.deb
Size: 124922
MD5sum: c52e221f567fb97ee87c0f1e2b495952
SHA1: e3d194de90f96099472ed469d8419e15be1b2ecf
SHA256: 30c901154e37f6e853d354391f64a5a0d02505490723f0f3ce960c79ed2b37cc
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool implementation RSPLIB
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This is the installation metapackage for the RSerPool implementation RSPLIB.
 It installs all RSPLIB components.

Package: rsplib-all
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 129
Depends: libcpprspserver-dev (>= 3.5.9-1), libcpprspserver3t64 (= 3.5.9-1), librsplib-dev (>= 3.5.9-1), librsplib3t64 (= 3.5.9-1), rsplib-common (>= 3.5.9-1), rsplib-doc (>= 3.5.9-1), rsplib-fractalpooluser (= 3.5.9-1), rsplib-registrar (= 3.5.9-1), rsplib-services (= 3.5.9-1), rsplib-tools (= 3.5.9-1)
Filename: amd64/rsplib-all_3.5.9-1_amd64.deb
Size: 124922
MD5sum: bdc7f583926978bef0e1ea7c25970dbc
SHA1: 7ea588b3ffc23e6a04958a1d4a47d9471123582c
SHA256: 6ad5ad1c87c522fffec1128ca6b2d0f495195c2b2a094acd47450baf0d263634
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool implementation RSPLIB
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This is the installation metapackage for the RSerPool implementation RSPLIB.
 It installs all RSPLIB components.

Package: rsplib-common
Source: rsplib
Version: 3.5.9-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1092
Recommends: rsplib-tools
Breaks: rsplib-fgp-cfgfiles (<< 3.5.9-1)
Replaces: rsplib-fgp-cfgfiles
Provides: rsplib-fgp-cfgfiles
Filename: all/rsplib-common_3.5.9-1_all.deb
Size: 619242
MD5sum: 3b4acfdc26fb2b171a0cf0990e21920c
SHA1: fa17805a272946487df74f8bc0a006409fab605b
SHA256: 2257a90c2f40fb14b987cca16db37afbcdf5d0294cfb93fc7c991a33703289d0
Section: net
Priority: optional
Multi-Arch: foreign
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool Fractal Generator Service example input files
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides common files for the example service.

Package: rsplib-doc
Source: rsplib
Version: 3.5.9-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 333
Recommends: rsplib-tools
Replaces: rsplib-docs
Provides: rsplib-docs
Filename: all/rsplib-doc_3.5.9-1_all.deb
Size: 331084
MD5sum: c42de455b17a9e591e1e8e4075492aad
SHA1: a76aec658731749be69636c2507b7c534f584ba9
SHA256: bce3c3371aa1a36ee1f81df23021c885433b5125c1109146724e631fb0903819
Section: doc
Priority: optional
Multi-Arch: foreign
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: documentation of the RSerPool implementation RSPLIB
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package contains the documentation for the RSerPool implementation
 RSPLIB.

Package: rsplib-fractalpooluser
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 223
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1), rsplib-services (= 3.5.9-1)
Breaks: rsplib-services (<< 3.5.1)
Replaces: rsplib-services (<< 3.5.1)
Filename: s390x/rsplib-fractalpooluser_3.5.9-1_s390x.deb
Size: 155176
MD5sum: 3200966f9eee89fa71275c951dad027c
SHA1: 7f21c966371fe31485da03256886c3219bab9e1a
SHA256: 9800704df440be36fca504510f13df7f0535372ffe0e2b0d36fafeafe97a9e0f
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool-based fractal generator client
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the provides the Pool User client for the
 FractalGenerator service. Is uses a Qt-based GUI.

Package: rsplib-fractalpooluser
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 283
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1), rsplib-services (= 3.5.9-1)
Breaks: rsplib-services (<< 3.5.1)
Replaces: rsplib-services (<< 3.5.1)
Filename: ppc64el/rsplib-fractalpooluser_3.5.9-1_ppc64el.deb
Size: 157202
MD5sum: 2720a1ba30bb0cbcb8506b2a6bd055eb
SHA1: 33dba55de820e5bab2ff899b1b2e3214dc05d1ff
SHA256: 4e32777708b583b9fa1364ad686e654b973798636f6f37d4d526b30c52dd64f8
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool-based fractal generator client
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the provides the Pool User client for the
 FractalGenerator service. Is uses a Qt-based GUI.

Package: rsplib-fractalpooluser
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 283
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1), rsplib-services (= 3.5.9-1)
Breaks: rsplib-services (<< 3.5.1)
Replaces: rsplib-services (<< 3.5.1)
Filename: arm64/rsplib-fractalpooluser_3.5.9-1_arm64.deb
Size: 154312
MD5sum: 33821c4330edb2a63110c8fd1be05134
SHA1: 8c290a17de420090819e465908f7a13b6ba09032
SHA256: fee3eb459dc7c41ce726fd4f0b0840242a9a5151634b27e92fb795dd6767f05c
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool-based fractal generator client
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the provides the Pool User client for the
 FractalGenerator service. Is uses a Qt-based GUI.

Package: rsplib-fractalpooluser
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 231
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), libqt6core6t64 (>= 6.10.2), libqt6gui6 (>= 6.1.2), libqt6widgets6 (>= 6.3.0), libqt6xml6 (>= 6.6.0), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1), rsplib-services (= 3.5.9-1)
Breaks: rsplib-services (<< 3.5.1)
Replaces: rsplib-services (<< 3.5.1)
Filename: amd64/rsplib-fractalpooluser_3.5.9-1_amd64.deb
Size: 154888
MD5sum: a5a8103f9038b249d9f1f8d7a737aa15
SHA1: 333a6cd22fbe878507043be63679e4e44459dfae
SHA256: a6ab5f10a6580134731f95ceffe7d61393c18fb43127b161cb3aeff8850d23ca
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool-based fractal generator client
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the provides the Pool User client for the
 FractalGenerator service. Is uses a Qt-based GUI.

Package: rsplib-registrar
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 279
Depends: libbz2-1.0, libc6 (>= 2.38), librsplib3t64 (>= 3.4.9)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: s390x/rsplib-registrar_3.5.9-1_s390x.deb
Size: 175786
MD5sum: ebb9318488c4e1edf46cd9734b880ef9
SHA1: 9b9ef294d442d6f93587090619d1fa0bc7c7bdee
SHA256: d103e00350fb10be1c6ef26b2828044c98f08018787abf2f3f42101534712d1b
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool Registrar service
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the registrar, which is the management component
 for RSerPool-based server pools. You need at least one registrar in a
 setup, but for redundancy reasons, you should have at least two.

Package: rsplib-registrar
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 347
Depends: libbz2-1.0, libc6 (>= 2.38), librsplib3t64 (>= 3.4.9)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: ppc64el/rsplib-registrar_3.5.9-1_ppc64el.deb
Size: 179906
MD5sum: fc0926df8e528fd7c54279eb4e6d785d
SHA1: c2a78eb346dcd0cb1650c418a66d51668b2d5e3b
SHA256: 5ae065f5535b65fe062fcdf5a9be679a4202cdc23b5ab076c8fa94fc39ef5ceb
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool Registrar service
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the registrar, which is the management component
 for RSerPool-based server pools. You need at least one registrar in a
 setup, but for redundancy reasons, you should have at least two.

Package: rsplib-registrar
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 283
Depends: libbz2-1.0, libc6 (>= 2.38), librsplib3t64 (>= 3.4.9)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: arm64/rsplib-registrar_3.5.9-1_arm64.deb
Size: 172728
MD5sum: 07bee224eea8c1811c945dd533939ee6
SHA1: aa7421ce3d7acd617e31c967bb52ce4f7902f353
SHA256: b59545f2b87a137999cd4519ff7a8b7864dedc72a02925292a8874f82de7af17
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool Registrar service
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the registrar, which is the management component
 for RSerPool-based server pools. You need at least one registrar in a
 setup, but for redundancy reasons, you should have at least two.

Package: rsplib-registrar
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 283
Depends: libbz2-1.0, libc6 (>= 2.38), librsplib3t64 (>= 3.4.9)
Recommends: rsplib-doc (>= 3.5.9-1)
Filename: amd64/rsplib-registrar_3.5.9-1_amd64.deb
Size: 176158
MD5sum: ce9727bb298a9f22e629c777097364e6
SHA1: 9efd9e54bff88aa0d429a0468fa17c47fddf35ed
SHA256: 0fa9a0d2d615d90ea110d92e46bd4ee30dbcb5f32a026912dc3e8ea5660e00f4
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool Registrar service
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the registrar, which is the management component
 for RSerPool-based server pools. You need at least one registrar in a
 setup, but for redundancy reasons, you should have at least two.

Package: rsplib-services
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 238
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 4.2), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1)
Suggests: rsplib-fractalpooluser
Filename: s390x/rsplib-services_3.5.9-1_s390x.deb
Size: 159324
MD5sum: 9b4329006e9aa050030e0708e3e7e0bb
SHA1: 1f98c9c3cc755620e75c9c300630a5529d6b25dd
SHA256: 3ede13ecdde525155d86232a08d25b5b469fff00d8f093740944a3b348952932
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool example services
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the rsplib RSerPool example services:
 Echo, Discard, Daytime, CharGen, CalcApp, and ScriptingService.

Package: rsplib-services
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 370
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1)
Suggests: rsplib-fractalpooluser
Filename: ppc64el/rsplib-services_3.5.9-1_ppc64el.deb
Size: 161666
MD5sum: 0f44e4bc90044ab4953d687f6f88f460
SHA1: a3f7421647947218ec24a65344efa66bb8e5985f
SHA256: 197e1de4aace0db3a6bc7cc6a58e1ea36b09781e54c9e57b6c7c68275e4f8901
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool example services
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the rsplib RSerPool example services:
 Echo, Discard, Daytime, CharGen, CalcApp, and ScriptingService.

Package: rsplib-services
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 370
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1)
Suggests: rsplib-fractalpooluser
Filename: arm64/rsplib-services_3.5.9-1_arm64.deb
Size: 158288
MD5sum: 0620d69377332a09454dfdeeeaad9f29
SHA1: 7d2bce0fcabe5a70c1bfc4a23eda71db5812f987
SHA256: fe442f79023b45c978a05e037c6401d87d21ee223c3276318e95edbadc6fbdd9
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool example services
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the rsplib RSerPool example services:
 Echo, Discard, Daytime, CharGen, CalcApp, and ScriptingService.

Package: rsplib-services
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 254
Depends: rsplib-common (>= 3.5.9-1), rsplib-tools (= 3.5.9-1), libc6 (>= 2.38), libgcc-s1 (>= 3.3.1), librsplib3t64 (>= 2.7.8), libstdc++6 (>= 13.1)
Recommends: rsplib-doc (>= 3.5.9-1)
Suggests: rsplib-fractalpooluser
Filename: amd64/rsplib-services_3.5.9-1_amd64.deb
Size: 159862
MD5sum: 79162e6a7c19fe2d73384773b86e5fe5
SHA1: 26a77f062dff7d795e3a8b47357ff0fb16e26c48
SHA256: 6fda5e5897b2398dc913e8a7df3b384a2507e77f163ce59d8e6561ab2ec82037
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool example services
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides the rsplib RSerPool example services:
 Echo, Discard, Daytime, CharGen, CalcApp, and ScriptingService.

Package: rsplib-tools
Source: rsplib
Version: 3.5.9-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 299
Depends: libc6 (>= 2.38), libcpprspserver3t64 (>= 2.7.8), libgcc-s1 (>= 4.0), librsplib3t64 (>= 3.4.9), libstdc++6 (>= 13.1)
Recommends: chrpath, rsplib-doc (>= 3.5.9-1)
Filename: s390x/rsplib-tools_3.5.9-1_s390x.deb
Size: 180920
MD5sum: 0af2df0a558b48ebbba9c62892514872
SHA1: bb1ef7995fc55cd51de9143638c6033e5ae46780
SHA256: 20cb2347cf85fc0a8b0f993d8d7fd739dd60de8b835774c23f04c68d9785d72a
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool test tools
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides some test tools for RSerPool setups.

Package: rsplib-tools
Source: rsplib
Version: 3.5.9-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 495
Depends: libc6 (>= 2.38), libcpprspserver3t64 (>= 2.7.8), libgcc-s1 (>= 4.0), librsplib3t64 (>= 3.4.9), libstdc++6 (>= 13.1)
Recommends: chrpath, rsplib-doc (>= 3.5.9-1)
Filename: ppc64el/rsplib-tools_3.5.9-1_ppc64el.deb
Size: 188014
MD5sum: 95ab88449b95de773d78871faef4a9e6
SHA1: 700c977db9fbd4cf5b0ea8cab88c58cb45f831a6
SHA256: e6ee11a81f05e709ec854feeba5750b95070cd22ec6b7eb626fd18074bded5ff
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool test tools
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides some test tools for RSerPool setups.

Package: rsplib-tools
Source: rsplib
Version: 3.5.9-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 495
Depends: libc6 (>= 2.38), libcpprspserver3t64 (>= 2.7.8), libgcc-s1 (>= 4.0), librsplib3t64 (>= 3.4.9), libstdc++6 (>= 13.1)
Recommends: chrpath, rsplib-doc (>= 3.5.9-1)
Filename: arm64/rsplib-tools_3.5.9-1_arm64.deb
Size: 178920
MD5sum: 42c5e1d69ba6b6ae4b91b12b02d505cb
SHA1: 18c0fcfef98a934b1007355d0a0428e44fcc3857
SHA256: 5363b478641d19da75ed13f6461d0e19e0c4fcb3967ecc20c515a4b9de9157af
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool test tools
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides some test tools for RSerPool setups.

Package: rsplib-tools
Source: rsplib
Version: 3.5.9-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 315
Depends: libc6 (>= 2.38), libcpprspserver3t64 (>= 2.7.8), libgcc-s1 (>= 4.0), librsplib3t64 (>= 3.4.9), libstdc++6 (>= 13.1)
Recommends: chrpath, rsplib-doc (>= 3.5.9-1)
Filename: amd64/rsplib-tools_3.5.9-1_amd64.deb
Size: 180998
MD5sum: 8a453db2781d1c79c88d43580cc87278
SHA1: b0a01d21d33a50d7d8904de1daa350153ef5cdfe
SHA256: 4af57a21b4504e90cc810105d7005682c71c940dbc6dacaa1d19f8ceaba098ea
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/rserpool/
Description: RSerPool test tools
 Reliable Server Pooling (RSerPool) is the IETF's standard (RFC 5351 to
 RFC 5356) for a lightweight server pool and session management framework.
 It provides highly available pool management (that is registration
 handling and load distribution/balancing) by components called Registrar
 and a client-side/server-side API for accessing the service of a pool.
 .
 This package provides some test tools for RSerPool setups.

Package: sctplib-doc
Source: sctplib
Version: 1:1.0.34-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 190
Depends: libsctplib1
Conflicts: sctplib-stable-doc
Replaces: sctplib-docs
Provides: sctplib-docs
Filename: all/sctplib-doc_1.0.34-1_all.deb
Size: 182756
MD5sum: c4c1ab4f77264a3e6043dab251201b01
SHA1: 9245856efa289bf7dddef24baafd2e1648434061
SHA256: 086f959933ebf9b3d1ff690e3db294ed74b9c78a0d542086bc7d3b28b8dd9cbf
Section: doc
Priority: optional
Homepage: https://www.nntb.no/~dreibh/sctplib/index.html
Description: Documentation of the user-space SCTP implementation SCTPLIB
 This package contains documentation files for SCTPLIB.
 .
 The SCTPLIB library is a fairly complete prototype implementation of the
 Stream Control Transmission Protocol (SCTP), a message-oriented reliable
 transport protocol that supports multi-homing, and multiple message streams
 multiplexed within an SCTP connection (also named association). SCTP is
 described in RFC 4960. This implementation is the product of a cooperation
 between Siemens AG (ICN), Munich, Germany and the Computer Networking
 Technology Group at the IEM of the University of Essen, Germany.

Package: subnetcalc
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 119
Depends: libc6 (>= 2.42), libgcc-s1 (>= 3.3.1), libmaxminddb0 (>= 1.0.2), libstdc++6 (>= 13.1)
Recommends: iproute2, iputils-tracepath, ping | iputils-ping, rsplib-tools, traceroute | inetutils-traceroute, whois
Filename: s390x/subnetcalc_2.7.4-1_s390x.deb
Size: 56860
MD5sum: ee7ebb92c794b8592c96a143cbb8c337
SHA1: b7b354b091083e6255e920f90851f862ca6ee419
SHA256: de05c57b74d8fdcd47233be406574ded14a9c3cb624e9bb1152e31ac00438699
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/subnetcalc/
Description: IPv4/IPv6 Subnet Calculator
 SubNetCalc is an IPv4/IPv6 subnet address calculator. For given IPv4 or
 IPv6 address and netmask or prefix length, it calculates network address,
 broadcast address, maximum number of hosts and host address range. The
 output is colourized for better readability (e.g. network part, host part).
 Also, it prints the addresses in binary format for better understandability.
 Furthermore, it can identify the address type (e.g. multicast, unique local,
 site local, etc.) and extract additional information from the address
 (e.g. type, scope, interface ID, etc.). Finally, it can generate
 IPv6 unique local prefixes.

Package: subnetcalc
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 143
Depends: libc6 (>= 2.42), libgcc-s1 (>= 3.3.1), libmaxminddb0 (>= 1.0.2), libstdc++6 (>= 13.1)
Recommends: iproute2, iputils-tracepath, ping | iputils-ping, rsplib-tools, traceroute | inetutils-traceroute, whois
Filename: ppc64el/subnetcalc_2.7.4-1_ppc64el.deb
Size: 58574
MD5sum: 8c42924f32321d564c87225e5e6794d1
SHA1: ac8766f325676753bffe3436f9276ec38d36d4a8
SHA256: 736e6e6e7f32bdd9387207014161ddcc886211e5fde416225e30228f815caa79
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/subnetcalc/
Description: IPv4/IPv6 Subnet Calculator
 SubNetCalc is an IPv4/IPv6 subnet address calculator. For given IPv4 or
 IPv6 address and netmask or prefix length, it calculates network address,
 broadcast address, maximum number of hosts and host address range. The
 output is colourized for better readability (e.g. network part, host part).
 Also, it prints the addresses in binary format for better understandability.
 Furthermore, it can identify the address type (e.g. multicast, unique local,
 site local, etc.) and extract additional information from the address
 (e.g. type, scope, interface ID, etc.). Finally, it can generate
 IPv6 unique local prefixes.

Package: subnetcalc
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 143
Depends: libc6 (>= 2.42), libgcc-s1 (>= 3.3.1), libmaxminddb0 (>= 1.0.2), libstdc++6 (>= 13.1)
Recommends: iproute2, iputils-tracepath, ping | iputils-ping, rsplib-tools, traceroute | inetutils-traceroute, whois
Filename: arm64/subnetcalc_2.7.4-1_arm64.deb
Size: 56262
MD5sum: 1d7f1b189d46761c8b4e538fc12bfd14
SHA1: 9c531644e63e959e0e32f372bce46b488cb1090f
SHA256: bfc2057cb62a1a0c66d9691caa0aa5b31cff0ebf6b910dd996fc1f3465389a45
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/subnetcalc/
Description: IPv4/IPv6 Subnet Calculator
 SubNetCalc is an IPv4/IPv6 subnet address calculator. For given IPv4 or
 IPv6 address and netmask or prefix length, it calculates network address,
 broadcast address, maximum number of hosts and host address range. The
 output is colourized for better readability (e.g. network part, host part).
 Also, it prints the addresses in binary format for better understandability.
 Furthermore, it can identify the address type (e.g. multicast, unique local,
 site local, etc.) and extract additional information from the address
 (e.g. type, scope, interface ID, etc.). Finally, it can generate
 IPv6 unique local prefixes.

Package: subnetcalc
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 123
Depends: libc6 (>= 2.42), libgcc-s1 (>= 3.3.1), libmaxminddb0 (>= 1.0.2), libstdc++6 (>= 13.1)
Recommends: iproute2, iputils-tracepath, ping | iputils-ping, rsplib-tools, traceroute | inetutils-traceroute, whois
Filename: amd64/subnetcalc_2.7.4-1_amd64.deb
Size: 57132
MD5sum: 9088d3a8f9fe11cc4996ab42e411e08e
SHA1: b1c74b86f9ce7112ebd6c26e7139d64d65c5ae26
SHA256: c9e389fc965f964a5e127cef0a02e8163e720c89c672f50fec9404be6c0e6c93
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/subnetcalc/
Description: IPv4/IPv6 Subnet Calculator
 SubNetCalc is an IPv4/IPv6 subnet address calculator. For given IPv4 or
 IPv6 address and netmask or prefix length, it calculates network address,
 broadcast address, maximum number of hosts and host address range. The
 output is colourized for better readability (e.g. network part, host part).
 Also, it prints the addresses in binary format for better understandability.
 Furthermore, it can identify the address type (e.g. multicast, unique local,
 site local, etc.) and extract additional information from the address
 (e.g. type, scope, interface ID, etc.). Finally, it can generate
 IPv6 unique local prefixes.

Package: td-build-tool
Source: td-build-tools
Version: 0.4.3-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 142
Depends: blhc, build-essential, debhelper, debian-archive-keyring, debian-ports-archive-keyring, distro-info, gnupg2, pbuilder, pigz, python3 (>= 3.9), python3-distro, python3-urllib3, reprepro
Recommends: licenserecon, rpm, rpmlint, td-system-info, td-system-maintenance
Filename: all/td-build-tool_0.4.3-1_all.deb
Size: 41114
MD5sum: 394f163b365e2bc695f057b4448ae946
SHA1: 7331968247f32ccbbdda7c7355e627b6f1da1ace
SHA256: c8b4c81ce62c765553c72f4131519a08c4c472b52ec5a4dd1d470c56c94eef61
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools/
Description: Build Tool
 Build Tool is a tool to help creating and maintaining package
 builds for Debian/Ubuntu, Fedora, FreeBSD and other systems.
 It performs the following tasks:
 creating a source tarball,
 creating a source package (Debian/Ubuntu, Fedora, etc.),
 building binary packages from the source package (including
 cross-architecture builds).

Package: td-build-tools
Version: 0.4.3-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 31
Depends: td-build-tool, td-version-bump
Recommends: td-system-tools
Filename: all/td-build-tools_0.4.3-1_all.deb
Size: 23150
MD5sum: 3f2c02898b4422ee288da5738fb0ea99
SHA1: bce086f79b9c20663503ffd2493f24b349227245
SHA256: 2d925912055e0a216a051053149c77634cd183d60f3d571b3ade4000aa75ebf2
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools/
Description: Metapackage for build tools
 This package is a metapackage for the build tools.

Package: td-build-tools-example-programs
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 56
Depends: libexamplelibrary0 (= 0.1.3-1), libc6 (>= 2.34), libstdc++6 (>= 13.1)
Filename: s390x/td-build-tools-example-programs_0.1.3-1_s390x.deb
Size: 14708
MD5sum: ebe3db075705487852eca637cfa2d68b
SHA1: d4d22f3174f8502e68e7ef22e3c88aef4ef944bc
SHA256: c8233a288723314f8c5460424757171ae52adfc42d90234bfeb9900f98e0b1ed
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools example programs
 These are simple example programs and files to be build and packaged by
 Build Tool.

Package: td-build-tools-example-programs
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 172
Depends: libexamplelibrary0 (= 0.1.3-1), libc6 (>= 2.34), libstdc++6 (>= 13.1)
Filename: ppc64el/td-build-tools-example-programs_0.1.3-1_ppc64el.deb
Size: 14784
MD5sum: ea95000c5254b7591e9f31a9c18d0e31
SHA1: 1f226755a220a40b5e71b72c1b28653f89c5a45a
SHA256: 496a6bb3d70d1a0cad7a6767c202846bb5c1d879bf408a6c1de3e67bac463e1f
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools example programs
 These are simple example programs and files to be build and packaged by
 Build Tool.

Package: td-build-tools-example-programs
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 172
Depends: libexamplelibrary0 (= 0.1.3-1), libc6 (>= 2.34), libstdc++6 (>= 13.1)
Filename: arm64/td-build-tools-example-programs_0.1.3-1_arm64.deb
Size: 14612
MD5sum: f02576a73ebfb2a85997fde32a2c7b02
SHA1: fc67934b689fc4ed42084d642313c24c8e95f317
SHA256: 3c62ded6e8f8df199124f3c2b5f5fbb0e0037222638536355546a33524cbc9db
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools example programs
 These are simple example programs and files to be build and packaged by
 Build Tool.

Package: td-build-tools-example-programs
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 68
Depends: libexamplelibrary0 (= 0.1.3-1), libc6 (>= 2.34), libstdc++6 (>= 13.1)
Filename: amd64/td-build-tools-example-programs_0.1.3-1_amd64.deb
Size: 14500
MD5sum: 548a455bbbd1e7c7afa42d6212f15fc3
SHA1: ea1b5ffbfb18b276e74da41343be4718d2f07950
SHA256: 038b21f02d55fcd171a2ec62ba030b61c72261359561a0c1b37fc3ea2e2d603c
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools example programs
 These are simple example programs and files to be build and packaged by
 Build Tool.

Package: td-build-tools-example-scripts
Source: td-build-tools-template
Version: 0.1.3-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 800
Depends: gettext-base, python3
Filename: all/td-build-tools-example-scripts_0.1.3-1_all.deb
Size: 721116
MD5sum: a4667aefa166da81f40265b9120aae3d
SHA1: b37ff754d9a21b84f6368a09afbc42b635f357f8
SHA256: c2c3ff2afb3c9b275028e1e25a8fb2cd93f9de13770467c638b292efeb5a89e6
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools example scripts
 These are simple example scripts and files to be build and packaged by
 Build Tool.

Package: td-build-tools-template
Version: 0.1.3-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 16
Filename: all/td-build-tools-template_0.1.3-1_all.deb
Size: 7478
MD5sum: d7a953a2772e3530eaeda25307a2dfb9
SHA1: b823ea3d2031ac66193c9d94b8a569b9746a725b
SHA256: bb2dbb9d9d7b90e1fe80441f59d463da070b5b970daf8cbfe0d5cfc5bb085c01
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools-template/
Description: Build tools template metapackage
 This is a metapackage to install the simple example programs,
 scripts, and files packaged by Build Tool.

Package: td-fingerprint-ssh-keys
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 113
Depends: gettext-base
Recommends: td-system-info
Filename: all/td-fingerprint-ssh-keys_2.7.4-1_all.deb
Size: 86386
MD5sum: 9022dae5fd3d37bad25932f686a2e17b
SHA1: 8e89d663fb057322f4aafffc53d07d3b38875a73
SHA256: 071f79f18e5ed5aa12a11edcfb82691b65d944b0338f19653b92bc8cd1a2a608
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print SSH key fingerprints
 This program prints the SSH key fingerprints of the local machine
 in different formats: SSH hash, DNS SSHFP RR.

Package: td-get-system-info
Source: td-system-tools
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 118
Depends: libc6 (>= 2.38)
Filename: s390x/td-get-system-info_2.7.4-1_s390x.deb
Size: 91346
MD5sum: 4a78819f2af9c866cec8f40eee964b97
SHA1: 0549aba9c47a1bc46284014a1d4358d2abeab9e6
SHA256: ac649a8182f3b02fb40700db577217f5407ed939fb83e469e436697add2190c5
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Obtain basic system information
 This small program obtains basic status information about the system:
 hostname, uptime, CPU, memory statistics, and networking information.
 The output is printed in machine-readable form, which can be evaluated
 in shell scripts for further processing.

Package: td-get-system-info
Source: td-system-tools
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 166
Depends: libc6 (>= 2.38)
Filename: ppc64el/td-get-system-info_2.7.4-1_ppc64el.deb
Size: 92588
MD5sum: 7ebc3130383926032aae6b4b161566a8
SHA1: f4eff4ece48b6bf4c297f3f5ef67dd50d26edc99
SHA256: 657bea961d1b12be2673e5dd6e4cea1eee57bd38d08e461a292b76410ccf7a33
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Obtain basic system information
 This small program obtains basic status information about the system:
 hostname, uptime, CPU, memory statistics, and networking information.
 The output is printed in machine-readable form, which can be evaluated
 in shell scripts for further processing.

Package: td-get-system-info
Source: td-system-tools
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 166
Depends: libc6 (>= 2.38)
Filename: arm64/td-get-system-info_2.7.4-1_arm64.deb
Size: 91672
MD5sum: 67202d96ae442122a591d1819fb1cdc9
SHA1: 541e435a78ae76a813ac7c27ae85f2b84ff569e3
SHA256: 5e8c62fa3fbbdcc800633a942c22f434ff17908cfbab6cc62be76af0208c66e9
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Obtain basic system information
 This small program obtains basic status information about the system:
 hostname, uptime, CPU, memory statistics, and networking information.
 The output is printed in machine-readable form, which can be evaluated
 in shell scripts for further processing.

Package: td-get-system-info
Source: td-system-tools
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 126
Depends: libc6 (>= 2.38)
Filename: amd64/td-get-system-info_2.7.4-1_amd64.deb
Size: 91582
MD5sum: 73f2b5388afb6d4a99e4c942a076ee55
SHA1: 38843498099730cdc73c83b8299f974ecb5841ee
SHA256: 0a20e7ce707043bf7eda386d71b0ca5c150c780c7abd5da749f306330e895fa3
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Obtain basic system information
 This small program obtains basic status information about the system:
 hostname, uptime, CPU, memory statistics, and networking information.
 The output is printed in machine-readable form, which can be evaluated
 in shell scripts for further processing.

Package: td-gimp-scripts
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 287
Depends: fontconfig, gimp, graphicsmagick
Recommends: clifractgen, fonts-lobstertwo, fonts-open-sans, fonts-urw-base35
Suggests: td-gimp-scripts-examples
Filename: all/td-gimp-scripts_2.7.4-1_all.deb
Size: 120168
MD5sum: 7c8d2c2d0ecdf75b78b2defb78e7c2ae
SHA1: ffd1aa328493af157c33baef184f0ba42690065f
SHA256: 67b97da50897470bc3f25e2171a952d1b46846f381fac5082056eb9f8e915365
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: GIMP image processing scripts
 This package contains some GIMP scripts for automated image processing.
 The main purpose of this script is to generate background images for
 desktops, boot splashes, etc. with some branding.

Package: td-gimp-scripts-examples
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 1827
Filename: all/td-gimp-scripts-examples_2.7.4-1_all.deb
Size: 1858402
MD5sum: 23561db3940997b0329c827491dd37fb
SHA1: f7a7526b0b4adf01afcc93feaee1039a01372164
SHA256: ac6b4e1e72c7a82316936cb1a8342bb201ad878fdd6fb2f6979c02106d6019b1
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Example files for the GIMP image processing scripts
 The GIMP scripts are scripts for automated image processing.
 The main purpose of this script is to generate background images for
 desktops, boot splashes, etc. with some branding.
 .
 This package contains some example input files for the testing the
 GIMP scripts.

Package: td-print-utf8
Source: td-system-tools
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 135
Depends: libc6 (>= 2.38)
Filename: s390x/td-print-utf8_2.7.4-1_s390x.deb
Size: 94538
MD5sum: 4b2b0c4dab90960eee523c2fda20b1b1
SHA1: 2c415dfbbaf872b8e275fbbdde16b480b993fb22
SHA256: 386ccfdc6fd2768afb8c6a2744f2a9cf43ccffbba592d13be7ea79d49cd27dd7
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print UTF-8 strings and obtain size/length/width information
 The print-utf8 tool is a simple program to print UTF-8 strings in the
 console with options for indentation, centering, and separators, as well
 as size/length/width information.

Package: td-print-utf8
Source: td-system-tools
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 179
Depends: libc6 (>= 2.38)
Filename: ppc64el/td-print-utf8_2.7.4-1_ppc64el.deb
Size: 94806
MD5sum: 91b87731c7883badd4ef5a3f9cb9f8d0
SHA1: 198632650f06e9b7e6963583d9e087afe1dff73b
SHA256: ada598b9fa9afaa1c6c13a4fe1f07ec135c66f50368e192e2a1624890b554b38
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print UTF-8 strings and obtain size/length/width information
 The print-utf8 tool is a simple program to print UTF-8 strings in the
 console with options for indentation, centering, and separators, as well
 as size/length/width information.

Package: td-print-utf8
Source: td-system-tools
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 179
Depends: libc6 (>= 2.38)
Filename: arm64/td-print-utf8_2.7.4-1_arm64.deb
Size: 94290
MD5sum: a4d8cc4eacb81d78fd5117e583aa448c
SHA1: 9215d2bc20fa24bc527588ae79e948b9d5d5d1d6
SHA256: 8a6fce7f846724c97337ead36af683ad363d9088622cdfe6aba576cf97e9ea14
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print UTF-8 strings and obtain size/length/width information
 The print-utf8 tool is a simple program to print UTF-8 strings in the
 console with options for indentation, centering, and separators, as well
 as size/length/width information.

Package: td-print-utf8
Source: td-system-tools
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 135
Depends: libc6 (>= 2.38)
Filename: amd64/td-print-utf8_2.7.4-1_amd64.deb
Size: 94240
MD5sum: ace8cb9a8f478ecd0908144a2dbb5539
SHA1: 0dfc4efaf18f3dc8cae187183bdd5e5680f5dbb3
SHA256: b83b11fdce240a16477dff0631bafde3f07c4be736e152cb46f263191537b56f
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print UTF-8 strings and obtain size/length/width information
 The print-utf8 tool is a simple program to print UTF-8 strings in the
 console with options for indentation, centering, and separators, as well
 as size/length/width information.

Package: td-random-sleep
Source: td-system-tools
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 117
Depends: gettext-base, libc6 (>= 2.34)
Breaks: td-misc (<< 2.4.1)
Replaces: td-misc (<< 2.4.1)
Filename: s390x/td-random-sleep_2.7.4-1_s390x.deb
Size: 88064
MD5sum: 19a2aa514d90a95ee25d2574ee33af8b
SHA1: e029721c9cab4d979e407f698c2796d6fdf6ec6c
SHA256: bd1f7562a310fa02a171931726d23b8e386f0e9021a8dc5803349d5d5a1a2458
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Wait for a random time span
 Random-sleep waits for a random time span, selected from a given
 interval, with support for fractional seconds.

Package: td-random-sleep
Source: td-system-tools
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 173
Depends: gettext-base, libc6 (>= 2.34)
Breaks: td-misc (<< 2.4.1)
Replaces: td-misc (<< 2.4.1)
Filename: ppc64el/td-random-sleep_2.7.4-1_ppc64el.deb
Size: 88256
MD5sum: 52358292f9d44c68d6581e3b74d85eb3
SHA1: 513fa03943490cf22e13e68c70d61618ad0e3df8
SHA256: f6701caa919e3dbf3ae759de0a461a6618dcda518f250108eb44393472f69751
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Wait for a random time span
 Random-sleep waits for a random time span, selected from a given
 interval, with support for fractional seconds.

Package: td-random-sleep
Source: td-system-tools
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 173
Depends: gettext-base, libc6 (>= 2.34)
Breaks: td-misc (<< 2.4.1)
Replaces: td-misc (<< 2.4.1)
Filename: arm64/td-random-sleep_2.7.4-1_arm64.deb
Size: 88196
MD5sum: 2507771f8dbdd5d9b4777ac4c90d25e1
SHA1: 61d61ab29a23d9bebe810c4c1311066ad005f5d3
SHA256: dd782ebd0bf72e4d2cd954385d35772bc1014322f0525a8029ee34fe765abbb0
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Wait for a random time span
 Random-sleep waits for a random time span, selected from a given
 interval, with support for fractional seconds.

Package: td-random-sleep
Source: td-system-tools
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 121
Depends: gettext-base, libc6 (>= 2.34)
Breaks: td-misc (<< 2.4.1)
Replaces: td-misc (<< 2.4.1)
Filename: amd64/td-random-sleep_2.7.4-1_amd64.deb
Size: 88130
MD5sum: 6f9bef481416793957f70e54eff96a4f
SHA1: 4bce33c0ea98d5ef6e233a957d64abe64833cc31
SHA256: 9e31eb4e26b6849d0d1b4cdebd7471a934a753b61045b62a3b443affb57ff25e
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Wait for a random time span
 Random-sleep waits for a random time span, selected from a given
 interval, with support for fractional seconds.

Package: td-reset-machine-id
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 135
Depends: gettext-base, sudo, uuid
Recommends: td-system-info, td-system-maintenance
Filename: all/td-reset-machine-id_2.7.4-1_all.deb
Size: 91972
MD5sum: 12add1af80001262711ae2f595807ca1
SHA1: 4d8bc38318ed6571532282fefc8bcf4ffb614592
SHA256: 1399d1cdf94ce59a85ad12986b51cc6bb7232cb809e56b3a930a47a7858df480
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Reset machine identity state
 This program helps to reset the machine identity state: resetting the
 machine ID, changing the hostname, replacing SSH keys, and suggesting
 hardened SSH client and server settings.

Package: td-system-configure-grub
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 113
Depends: gettext-base
Recommends: grub2-common, td-system-maintenance
Filename: all/td-system-configure-grub_2.7.4-1_all.deb
Size: 87774
MD5sum: 7414e01c236467e5cf60455911ee0b7b
SHA1: d3741eeeba62964b769e7776a07650eac1e5a7d1
SHA256: 83b23c3457940840328ede8cb74b96ad5b8b0edf45ca8425ec82ceaf76612980
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Helper tool to adjust GRUB configuration
 This program adjusts a GRUB configuration file by applying a configuration
 from a template, and merging the existing configuration settings with
 additional customisations. It can for example be used to set a custom
 screen resolution (GRUB_GFXMODE option) or startup tune (GRUB_INIT_TUNE
 option).
 Warning: This program is meant to be used by expert users! Do not modify
 a working GRUB configuration without knowing how to boot the system from
 a rescue medium to fix a broken configuration!

Package: td-system-info
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 172
Depends: figlet | toilet, gettext-base, mbuffer | buffer, td-get-system-info (>= 2.7.4-1), td-print-utf8 (>= 2.7.4-1)
Recommends: subnetcalc
Filename: all/td-system-info_2.7.4-1_all.deb
Size: 95454
MD5sum: bdddaafa74bbd5a1488058ad19653b55
SHA1: d760d53bdc4348cd7640cc64fe1d07e5e6a0ac92
SHA256: f05cbc206fd5b4de8d80d7a634cc609e4f3888160574894b5abfa7900d81ac54
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Print basic system information and banners
 This program displays basic status information about the system:
 hostname, uptime, CPU, memory statistics, disk space statistics,
 SSH public key hashes, and networking information. Furthermore,
 it can be configured to show one or more banners (for example,
 a project name).
 System-Info can be configured to be automatically run when logging
 in, providing the user an up-to-date overview of the system.

Package: td-system-maintenance
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 135
Depends: apt-show-versions, gettext-base, sudo
Recommends: td-system-info
Filename: all/td-system-maintenance_2.7.4-1_all.deb
Size: 90256
MD5sum: ab2193ee9af3f8d9c1522550c89de675
SHA1: 9726beec63fa98e461a21da25398de9ac6b981a3
SHA256: a6b2760dce82b96b99fb4f229923b8ac52473794e6d2d64ff04629f4fd69efa1
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Perform basic system maintenance
 This program runs basic system maintenance tasks:
 trying to repair broken package management, updating the package
 management databases, installing all available updates, checking
 for old kernels and removing them, trimming SSDs, or unmapping
 unused storage.

Package: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 89
Depends: td-system-tools-basic (>= 2.7.4-1)
Filename: all/td-system-tools_2.7.4-1_all.deb
Size: 81886
MD5sum: dd2438e342d50e5fba323c377844da42
SHA1: 846da37e0435d516e786f12ef72340b67fa522cc
SHA256: 30fc4d3657dc9adc8f9b178d716b7910baa5ffb6d4c955b845221401bd3789c3
Section: oldlibs
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Transitional package td-system-tools -> td-system-tools-basic
 This is a transitional dummy package. It can safely be removed.

Package: td-system-tools-basic
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 89
Depends: td-fingerprint-ssh-keys (>= 2.7.4-1), td-random-sleep (>= 2.7.4-1), td-reset-machine-id (>= 2.7.4-1), td-system-info (>= 2.7.4-1), td-system-maintenance (>= 2.7.4-1), td-text-block (>= 2.7.4-1), td-try-hard (>= 2.7.4-1), td-unixtimestamp-tools (>= 2.7.4-1), td-x509-tools (>= 2.7.4-1)
Recommends: td-system-configure-grub
Breaks: td-system-tools (<< 2.4.0)
Replaces: td-system-tools (<< 2.4.0)
Filename: all/td-system-tools-basic_2.7.4-1_all.deb
Size: 82740
MD5sum: 4fe292ebda06bcd2cee2794b132d2a24
SHA1: cf12d80bda5258296d2ef3404765f81ff219c047
SHA256: 79fcbb0d5a649849bb8fe8e4de857bd88fdf8297dddf600489ebf9090680ef00
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Metapackage for basic system tools sub-packages
 System-Tools is a collection of utilities for system management and
 maintenance.
 .
 The package includes:
  - System-Info: Displays system status (CPU, memory, storage, network)
    and configurable login banners.
  - System-Maintenance: Automates package updates, old kernel removal,
    and storage cleanup (e.g., SSD trimming).
  - Reset-Machine-ID: Resets machine IDs, hostnames, and SSH keys for
    cloned machines.
  - Fingerprint-SSH-Keys: Shows the machine's SSH public key fingerprints
    in different formats.
  - Configure-GRUB: Configures options for the GRUB boot loader.
  - Print-UTF8: Prints UTF-8 text with options for centering,
    adjusting, etc.
  - Text-Block: Edits files or streams by inserting, replacing, or
    removing text blocks.
  - Unix-Timestamp-Tools: Convert Unix timestamps (s, ms, us, ns) to
    and from date/time strings.
  - Try-Hard: Retries commands with a configurable backoff.
  - Random-Sleep: Waits for a random time span, with support for
    fractional seconds.
  - X.509-Tools: Provide utilities for viewing, verifying, and
    converting X.509 certificates, and testing TLS connections.
 .
 The utilities are suitable for non-interactive use in shell scripts and
 feature native internationalization support via GNU gettext.
 .
 This package is a metapackage for the basic sub-packages of System-Tools.
 Note that td-system-configure-grub is only added as weak dependency
 ("recommends"),  since it is only available on selected architectures.

Package: td-system-tools-complete
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 89
Depends: td-gimp-scripts (>= 2.7.4-1), td-gimp-scripts-examples (>= 2.7.4-1), td-system-tools-basic (>= 2.7.4-1)
Filename: all/td-system-tools-complete_2.7.4-1_all.deb
Size: 82586
MD5sum: 119930d557eb3471fc61acc348674aa0
SHA1: 0a196f6236e8ea8e3b44433667de0102ff568aba
SHA256: 64768b4843aa7162e2c36b4de9208aa78454708fd89baf9b425510f8f64b95f7
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Metapackage for complete system tools sub-packages
 System-Tools is a collection of utilities for system management and
 maintenance.
 .
 The package includes:
  - System-Info: Displays system status (CPU, memory, storage, network)
    and configurable login banners.
  - System-Maintenance: Automates package updates, old kernel removal,
    and storage cleanup (e.g., SSD trimming).
  - Reset-Machine-ID: Resets machine IDs, hostnames, and SSH keys for
    cloned machines.
  - Fingerprint-SSH-Keys: Shows the machine's SSH public key fingerprints
    in different formats.
  - Configure-GRUB: Configures options for the GRUB boot loader.
  - Print-UTF8: Prints UTF-8 text with options for centering,
    adjusting, etc.
  - Text-Block: Edits files or streams by inserting, replacing, or
    removing text blocks.
  - Unix-Timestamp-Tools: Convert Unix timestamps (s, ms, us, ns) to
    and from date/time strings.
  - Try-Hard: Retries commands with a configurable backoff.
  - Random-Sleep: Waits for a random time span, with support for
    fractional seconds.
  - X.509-Tools: Provide utilities for viewing, verifying, and
    converting X.509 certificates, and testing TLS connections.
 .
 The utilities are suitable for non-interactive use in shell scripts and
 feature native internationalization support via GNU gettext.
 .
 This package is a metapackage for all sub-packages of System-Tools.

Package: td-text-block
Source: td-system-tools
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 150
Depends: libc6 (>= 2.38)
Filename: s390x/td-text-block_2.7.4-1_s390x.deb
Size: 99138
MD5sum: cb60203cd74ebcd2241d6a6433be4cca
SHA1: 3a279fa342b65f1332d458eb0e5fc7ec2e82add7
SHA256: 41dcec4a3a72fd9840e02ad2fb15a8e7902b76b2978c71cb1003d9548fcaecee
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Apply modifications to text
 The text-block tool reads text from standard input or given file, and
 writes it to standard output or a given file. Various modifications can
 be applied to the text depending on the operation mode.

Package: td-text-block
Source: td-system-tools
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 190
Depends: libc6 (>= 2.38)
Filename: ppc64el/td-text-block_2.7.4-1_ppc64el.deb
Size: 99218
MD5sum: a02181b46764f78ecd182c7da7a366b0
SHA1: cd4040eaa180106c117700814c00dd0613c39799
SHA256: dabe34431bf95f7e3cbe9c4327c3887b0018cd241cd569eaf00848dcc7f8db66
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Apply modifications to text
 The text-block tool reads text from standard input or given file, and
 writes it to standard output or a given file. Various modifications can
 be applied to the text depending on the operation mode.

Package: td-text-block
Source: td-system-tools
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 190
Depends: libc6 (>= 2.38)
Filename: arm64/td-text-block_2.7.4-1_arm64.deb
Size: 98970
MD5sum: 35dd760df9e7ff58ef5d8c69b94996b4
SHA1: f32dcdd83b12a54c479de540be1f9c1e3f7f622e
SHA256: 0765b5674e9a17c6821642b6ac38fe4581463184303512b8d010f60d91d2ee94
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Apply modifications to text
 The text-block tool reads text from standard input or given file, and
 writes it to standard output or a given file. Various modifications can
 be applied to the text depending on the operation mode.

Package: td-text-block
Source: td-system-tools
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 154
Depends: libc6 (>= 2.38)
Filename: amd64/td-text-block_2.7.4-1_amd64.deb
Size: 99036
MD5sum: fcc703f6f1043a0f2922e71ce46bfac2
SHA1: 06f19221bfae25e34988e9437c69cced8fb39f86
SHA256: acbbecd26c2dea2a830613d754c695a7bd005f43b4a9f7f73226f88bfdf6ae82
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Apply modifications to text
 The text-block tool reads text from standard input or given file, and
 writes it to standard output or a given file. Various modifications can
 be applied to the text depending on the operation mode.

Package: td-try-hard
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 118
Depends: gettext-base, td-random-sleep (>= 2.7.4-1)
Breaks: td-misc (<< 2.4.1)
Replaces: td-misc (<< 2.4.1)
Provides: td-misc
Filename: all/td-try-hard_2.7.4-1_all.deb
Size: 88146
MD5sum: 9db98a779f8ed5924d7a47ebe5311454
SHA1: ced966366e481ed76b0dc2c3e4838c7b794acf26
SHA256: 1da78b61fdcb0e49f4c53a514d9ef0f89ffc0f8336d30c90219171436c81532f
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Make multiple trials to successfully run a command
 Try-hard runs a command and retries for a given number of times in case
 of error, with a delay between the trials.

Package: td-unixtimestamp-tools
Source: td-system-tools
Version: 2.7.4-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 142
Depends: libc6 (>= 2.38)
Filename: s390x/td-unixtimestamp-tools_2.7.4-1_s390x.deb
Size: 94138
MD5sum: 9af4dc749e6347534bfca39020556c2d
SHA1: 1225070081db0f81bc2ffa4ee393bd51d68735d7
SHA256: ad5205bd07c13c6c462a5083d6ad6e4e62d704f7fc3387cb5b195d3d60d90e12
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Unix timestamp conversion tools
 This package contains two simple tools:
 time2unixts converts a time string to a Unix timestamp.
 unixts2time converts a Unix timestamp to a time string.
 These tools support Unix timestamps (i.e. the time since
 January 1, 1970, 00:00:00.000000000 UTC) in seconds,
 milliseconds, microseconds, and nanoseconds.

Package: td-unixtimestamp-tools
Source: td-system-tools
Version: 2.7.4-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 250
Depends: libc6 (>= 2.38)
Filename: ppc64el/td-unixtimestamp-tools_2.7.4-1_ppc64el.deb
Size: 95318
MD5sum: 4c03e2f458cb0dbbab54fb42d32e8316
SHA1: 6c5e8fc1b95cf9141b56eb3ff63dd289755a7cdd
SHA256: 58c6f45faa5e2c25002a0b55624f1e6e49740b7e84e8d8208dd5884d4ff7e555
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Unix timestamp conversion tools
 This package contains two simple tools:
 time2unixts converts a time string to a Unix timestamp.
 unixts2time converts a Unix timestamp to a time string.
 These tools support Unix timestamps (i.e. the time since
 January 1, 1970, 00:00:00.000000000 UTC) in seconds,
 milliseconds, microseconds, and nanoseconds.

Package: td-unixtimestamp-tools
Source: td-system-tools
Version: 2.7.4-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 250
Depends: libc6 (>= 2.38)
Filename: arm64/td-unixtimestamp-tools_2.7.4-1_arm64.deb
Size: 98406
MD5sum: d4fb56c241248ffc5e22e964feeeea23
SHA1: 5996d24d2dd9a5a0579b31efe532a918657cc612
SHA256: 59caecbf0f16e111e85be9b76fc7a52829f016dfaa63198525eb8897462ab8a2
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Unix timestamp conversion tools
 This package contains two simple tools:
 time2unixts converts a time string to a Unix timestamp.
 unixts2time converts a Unix timestamp to a time string.
 These tools support Unix timestamps (i.e. the time since
 January 1, 1970, 00:00:00.000000000 UTC) in seconds,
 milliseconds, microseconds, and nanoseconds.

Package: td-unixtimestamp-tools
Source: td-system-tools
Version: 2.7.4-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 146
Depends: libc6 (>= 2.38)
Filename: amd64/td-unixtimestamp-tools_2.7.4-1_amd64.deb
Size: 94080
MD5sum: eff808f6f5b53f600b7444700539a348
SHA1: b8b2248a44d9ca471e32c19c142be19149e73c51
SHA256: 71ed29cbc6396d9988782c64d4dcec4205659250c0cd36b2293c00114ad42977
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: Unix timestamp conversion tools
 This package contains two simple tools:
 time2unixts converts a time string to a Unix timestamp.
 unixts2time converts a Unix timestamp to a time string.
 These tools support Unix timestamps (i.e. the time since
 January 1, 1970, 00:00:00.000000000 UTC) in seconds,
 milliseconds, microseconds, and nanoseconds.

Package: td-version-bump
Source: td-build-tools
Version: 0.4.3-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 74
Depends: python3 (>= 3.9), python3-distro, python3-packaging, python3-urllib3
Recommends: td-build-tool
Filename: all/td-version-bump_0.4.3-1_all.deb
Size: 30776
MD5sum: cd82a24b4f13cdf306b922a3f5a20c3c
SHA1: 777991a669fd8d7a23cea72749cbd202f2c234d0
SHA256: a5373938fa7308b6619ca2e44d5ae3b846263dde28ea6e4bed3cd6ffc0a2873b
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/build-tools/
Description: Version Bump
 Version Bump is a tool to help creating versioned packages
 with Git and Build Tool.

Package: td-x509-tools
Source: td-system-tools
Version: 2.7.4-1
Architecture: all
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 254
Depends: gettext-base, mbuffer | buffer, openssl, td-print-utf8, td-text-block
Recommends: gnutls-bin, libnss3-tools
Suggests: pwgen, python3, python3-netifaces
Breaks: td-x509 (<< 2.2.0)
Replaces: td-x509 (<< 2.2.0)
Provides: td-x509
Filename: all/td-x509-tools_2.7.4-1_all.deb
Size: 113450
MD5sum: e546635e1bee0c55a7ff7605587b3a19
SHA1: 58fc53caa73f802567cb6acfa3203b56fdcb2453
SHA256: 31321fc8bc31a9cd5416a813c70f1bf064828b9881707af24a0e26aa23d0f67e
Section: utils
Priority: optional
Homepage: https://www.nntb.no/~dreibh/system-tools/
Description: X.509 certificate handling tools
 This package contains X.509 certificate handling tools:
  * The view-certificate tool displays an X.509 certificate and its hierarchy.
  * The view-crl tool shows an X.509 certificate revocation list (CRL).
  * The check-certificate tool verifies an X.509 certificate using a CA
    certificate and optionally a revocation list.
  * The extract-pem tool extracts a PEM file.
  * The der2pem tool converts a certificate or CRL in DER format to PEM format.
  * The pem2der tool converts a certificate or CRL in PEM format to DER format.
  * The test-tls-connection tool tests a TCP TLS connection to a remote
    endpoint.

Package: tsctp
Version: 0.8.6-1
Architecture: s390x
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 68
Depends: libc6 (>= 2.42), libsctp1 (>= 1.0.10+dfsg)
Recommends: hipercontracer, iproute2, netperfmeter, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: s390x/tsctp_0.8.6-1_s390x.deb
Size: 39608
MD5sum: e790dcf69a3b9b4b71c3a19ee44c2669
SHA1: 85912ed9431ba1cc00b5af9accdb4814fbd2d377
SHA256: 940486253849ce491d4252e55b193037779d7deb1665e1b8025cffa57f6104cf
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/tsctp/
Description: SCTP Test Tool
 TSCTP is an SCTP test tool. Its purpose is to perform basic SCTP
 functionality tests to check implementations interoperability and
 to verify that the SCTP stack is working.

Package: tsctp
Version: 0.8.6-1
Architecture: ppc64el
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 117
Depends: libc6 (>= 2.42), libsctp1 (>= 1.0.10+dfsg)
Recommends: hipercontracer, iproute2, netperfmeter, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: ppc64el/tsctp_0.8.6-1_ppc64el.deb
Size: 39908
MD5sum: 043e078a1b3cc375cc5ef632df971e76
SHA1: d43a4217bb5f7a28f32db395b96f3eef3d1ab06c
SHA256: a48f836c62583fba1e18ae2088e168d2e682e7be9c78b2b03ed7049d7d622e90
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/tsctp/
Description: SCTP Test Tool
 TSCTP is an SCTP test tool. Its purpose is to perform basic SCTP
 functionality tests to check implementations interoperability and
 to verify that the SCTP stack is working.

Package: tsctp
Version: 0.8.6-1
Architecture: arm64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 117
Depends: libc6 (>= 2.42), libsctp1 (>= 1.0.10+dfsg)
Recommends: hipercontracer, iproute2, netperfmeter, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: arm64/tsctp_0.8.6-1_arm64.deb
Size: 39408
MD5sum: a4ed7a040e32a61c68e8852235541175
SHA1: bcd9d723a415530a4a89a09bd269598ef89cdd8e
SHA256: cc4b7c7c2e7c11dd731cffdda82411d10bc56daef19a6d877aa58b4ea67f12d2
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/tsctp/
Description: SCTP Test Tool
 TSCTP is an SCTP test tool. Its purpose is to perform basic SCTP
 functionality tests to check implementations interoperability and
 to verify that the SCTP stack is working.

Package: tsctp
Version: 0.8.6-1
Architecture: amd64
Maintainer: Thomas Dreibholz <thomas.dreibholz@gmail.com>
Installed-Size: 69
Depends: libc6 (>= 2.42), libsctp1 (>= 1.0.10+dfsg)
Recommends: hipercontracer, iproute2, netperfmeter, rsplib-tools, subnetcalc, tshark
Suggests: dynmhs, iputils-tracepath, ping | iputils-ping, td-system-tools, traceroute | inetutils-traceroute
Filename: amd64/tsctp_0.8.6-1_amd64.deb
Size: 39764
MD5sum: 75a393da7c18b71c5d3bd4b9be86faab
SHA1: bb97400e97052c5977750ca99384e33b0a4cb9f1
SHA256: 9cf2a5d3ad2b5f2cb872cb9115286f236ada8373f034c64534d009948d7981ba
Section: net
Priority: optional
Homepage: https://www.nntb.no/~dreibh/tsctp/
Description: SCTP Test Tool
 TSCTP is an SCTP test tool. Its purpose is to perform basic SCTP
 functionality tests to check implementations interoperability and
 to verify that the SCTP stack is working.

