- Update to version 3.36.1, for details see included RELEASE_NOTES.
- Added patches:
  * 0001-Use-libexecdir-for-path-to-helper-binaries.patch
  * 0001-Fix-CMAKE_LINUX_DISTRO-quoting.patch
- Obsoleted patches:
  * 0001-Fix-operator-precedence-in-planetlab-tab-creator.patch
  * ns3-3.29-adjust-test-tolerance-for-64bit-double.patch
  * ns3-3.29-use-UINT32_MAX-for-uint32_t.patch
  * ns3-3.20-no_python_build_dependencies.patch
  * ns3-3.17-libexec.patch
  * ns3-3.17-overlinking.patch
  * ns3-3.17-release_debug.patch
  * ns3-3.17-pkg_config.patch

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- Update to version 3.35, for details see included RELEASE_NOTES.

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- Update to version 3.30.1, for details see included CHANGES.html
  * fix issue with Block Ack transmit window leading to low throughput or
    connection dropping
  * fix invalid restriction on Wi-Fi VHT Capabilities MaxMpduLength field
  * support for Apple clang version 11.0.0 (macOS Catalina preview release)
  * fix the handling of ICMP time exceeded responses
  * fix syntax error in Wi-Fi-based Tap Bridge Python example
- Update to version 3.30, for details see included CHANGES.html
  * Radio Link Failure (RLF) functionality for LTE is now supported.
  * Cobalt queue disc model for traffic control
  * Wi-Fi preamble detection can now be modelled and is enabled by default.
  * 802.11ax spatial reuse features are now supported.
  * LTE/EPC model enhanced with new features: SGW, PGW, MME are full nodes; new
    S5 interface between SGW and PGW, allows simulations with multiple SGW/PGW
  * LTE eNB RRC extended to support improved S1 signalling model
  * LTE backhaul links can now use any link technology, not just point-to-point
  * ShowProgress object can be used to report on simulation execution
  * Additional new modules compatible with this release have been published
    in the ns-3 app store.
  * Finally, the release includes numerous bug fixes and small improvements,
    listed in the RELEASE_NOTES.
- Switch to Python 3 for building and bindings
- Add 0001-Fix-operator-precedence-in-planetlab-tab-creator.patch

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- Update to version from ns3 3.29, no changes in netanim
- Use correct categories in desktop file for Leap/SLE 15.x
- Update to version 3.29, for details see included CHANGES.html
  * An HTTP model based on a 3GPP reference model for HTTP/1.1
  * A priority queue disc (PrioQueueDisc) for the traffic control module
  * A model for the TCP Proportional Rate Reduction (PRR) recovery algorithm
  * A node position allocator that rejects positions that are located within
    buildings defined in the scenario
- Fix build on 32bit archs, add ns3-3.29-use-UINT32_MAX-for-uint32_t.patch
- Fix test without 80bit extended double precision,
  add ns3-3.29-adjust-test-tolerance-for-64bit-double.patch
- Add _constraints file, and limit parallel build with %limit_build

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- Build from ns3 package, as sources of ns3 and NetAnim are bundled now
- Release 3.108
  * Bug 2370 - Fails to build from source with GCC 6
  * Initial support for Ipv6
  * Fixes ambiguous operator << overload on g++ 7
- Release 3.107
  * Fixes an issue where nodes with images get incorrectly centered with the description missing
  * Fixes an issue where CSMA packets were not being completely animated
  * Fixes incorrect RGB assignment on node's colors, when property browser is used for editing
  * Fixes an issue where node colors change if cliked
- Release 3.106
  * Adds support for Qt 5 with gcc. Tested upto Qt 5.4
  * Nodes which are images(pixmaps) are positioned with their centers aligned with the node's
    x, y co-ordinate. Prior to this change, the node's x, y co-ordinate was aligned with the pixmap's
    top-left corner.
  * Enhancements to the early detection of invalid trace files.
------------------------------------------------------------------
- Add netanim-3.103-extra_libs.patch
- Initial version
- Remove openmpi-devel BuildRequires

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Depends on https://build.opensuse.org/request/show/619171

- Use split boost buildrequires
- Add missing python-xml, required for check
- Update to version 3.28, for details see included CHANGES.html
  * IPv6 support for LTE
  * TCP Pacing and TCP Low Priority (LP)
  * IP support for UAN
  * Extended addressing for LR-WPAN
  * FIFO and TBF queue discs
- Update to 3.27
  * Carrier Aggregation support was added to the LTE module.
  * Native TCP models have been extended to include SACK and LEDBAT models.
  * The Wi-Fi module was extended:
    + partial 802.11ax High Efficiency (HE) support
    + new Robust Rate Adaptation Algorithm (RRPAA) rate control
  * The traffic-control module has been reworked
- Update to 3.26
  * A new class SpectrumWifiPhy has been introduced
  * Several new TCP congestion control variants:
    TCP Vegas, Scalable, Veno, Illinois, Bic, YeAH, and H-TCP
  * Models for FQ-CoDel, PIE, and Byte Queue Limits
  * Support for IEEE 802.11e features including TXOP limits
- Update to 3.25
  * New traffic control framework inspired by the Linux tc subsystem
  * Additional support for 802.11n and 802.11ac modes
  * Refactored TCP model in the Internet module
- Update to 3.24
  * 802.11ac Very High Throughput (VHT) physical layer modes
  * Updates to the Waf build system and initial support for Python 3
  * The IPv4 ARP cache supports the manual removal and addition of entries
  * The SimpleChannel in module ‘network’ allows per-NetDevice blacklists
- Update to 3.23
  * Two-level frame aggregation for IEEE 802.11n networks
  * BSSBasicRateSet for control frames
  * PLCP header and payload reception decoupled for improved PHY modeling
  * RTS/CTS with A-MPDU is now fully supported
  * Compliance with the 802.11s-2012 standard
  * TvSpectrumTransmitter class for modeling of TV transmissions
- Update to 3.22
  * MPDU frame aggregation mechanism for IEEE 802.11n networks
  * Two WiFi rate adaptation algorithms with joint control of power and data rate
  * Extended support for vehicular wireless networks (VANET) based on WiFi
  * Complete LTE release bearer procedure is now implemented
- Update to 3.21
  * The LTE module features support for Frequency Reuse algorithms
  * Transport of S1-U, X2-U and X2-C interfaces over emulated links in RT mode
  * CoDel queue model and support for TCP Timestamps and Window Scale options
  * Improvements to the energy modeling of Wifi (sleep mode)
  * A general energy harvesting model was added
  * Packet Socket application and helper in the Network module
  * Extended SimpleNetDevice and channel models
- Drop ns3-3.17-tests.patch, test depending on NSC are automatically skipped
- Drop ns3-3.19-pybindgen_version.patch, no longer needed
- Disable NSC. NSC allows to use e.g. the Linux TCP stack inside NS3, but only
  supports the code from Linux 2.6.18. Its mostly deprecated by NS3's DCE.
  Drop ns3-3.17-force_nsc.patch

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- Update to 3.20

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- Update to 3.19

It has never built in the science repo because it requires a _link to
https://build.opensuse.org/package/show/devel:languages:python/python-PyBindGen.
Please, add it.

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I removed the unneeded BuildRequires. But I will still need you to create a link from devel:languages:python/python-PyBindGen for it to build in the science repo.

- Add ns3-3.17-no_python_build_dependencies.patch
  Don't make runtime dependencies also build time
- Change python-pybindgen BuildRequire for python-PyBindGen

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Network simulator... science?

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