Rebuild PJSIP with Opus and SHA-256 digest authentication - #16
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- Build Opus 1.5.2 statically for all three slices and link it into libPJSIP.a, so preferredCodecs can use opus/48000/2 for wideband calls. - Patch sip_auth_client.c (Patches/sip-auth-client-sha256.patch) to answer algorithm=SHA-256 challenges per RFC 8760 next to MD5, backed by a self-contained SHA-256 (Patches/callwave-sha256.h) that passes every NIST KAT vector; verified standalone via Patches/test-sha256.c. - build-pjsip-xcframework.sh is resumable via PJSIP_WORK_ROOT stamp files and greps PJMEDIA_HAS_OPUS_CODEC in config_auto.h after the build. - verify-pjsip-xcframework.sh now also checks Opus and SHA-256 symbols. - Add CallWavePJSIPCapabilityTests: SHA-256 digest against a known answer (cross-checked with shasum -a 256) and pjsua codec priority for opus. - Package.swift resolves release pjsip-2.17-ios15-opus-sha256.1 with checksum f534773f4dc0e813d0e7a7e3be10a751804232721876d1bad286ab3cba0d16a4. - Licenses for Opus and the SHA-256 snippet under Vendor/ThirdPartyLicenses.
PetrShtuka
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Aug 12, 2026
- Build Opus 1.5.2 statically for all three slices and link it into libPJSIP.a, so preferredCodecs can use opus/48000/2 for wideband calls. - Patch sip_auth_client.c (Patches/sip-auth-client-sha256.patch) to answer algorithm=SHA-256 challenges per RFC 8760 next to MD5, backed by a self-contained SHA-256 (Patches/callwave-sha256.h) that passes every NIST KAT vector; verified standalone via Patches/test-sha256.c. - build-pjsip-xcframework.sh is resumable via PJSIP_WORK_ROOT stamp files and greps PJMEDIA_HAS_OPUS_CODEC in config_auto.h after the build. - verify-pjsip-xcframework.sh now also checks Opus and SHA-256 symbols. - Add CallWavePJSIPCapabilityTests: SHA-256 digest against a known answer (cross-checked with shasum -a 256) and pjsua codec priority for opus. - Package.swift resolves release pjsip-2.17-ios15-opus-sha256.1 with checksum f534773f4dc0e813d0e7a7e3be10a751804232721876d1bad286ab3cba0d16a4. - Licenses for Opus and the SHA-256 snippet under Vendor/ThirdPartyLicenses. Co-authored-by: PeterSthuka <pitmailcom@gmail.com>
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PJSIP.xcframework— пункты P0.1 (Opus) и P0.4 (SHA-256 digest) из плана улучшений. База —feature/p0-call-quality, потому что PR #15 ещё не вмерджен; после его мержа базу нужно переключить наmain(кнопка Edit в PR).Opus 1.5.2
libPJSIP.a.preferredCodecsтеперь может включатьopus/48000/2— широкополосный звук.PJMEDIA_HAS_OPUS_CODEC 1вconfig_auto.h, чтобы Opus молча не потерялся.SHA-256 digest authentication (RFC 8760)
Patches/sip-auth-client-sha256.patchучит no-OpenSSL веткуsip_auth_client.cотвечать на challengealgorithm=SHA-256рядом с MD5. SHA-512-256 осознанно не включён.Patches/callwave-sha256.hпроходит все NIST KAT-векторы (empty / abc / 448-bit / million-a) — проверкаPatches/test-sha256.c.Проверки
./Scripts/verify-pjsip-xcframework.sh— зелёный: архитектуры, iOS 15 floor, Apple TLS, Opus и SHA-256 символы.CallWavePJSIPCapabilityTests: эталонный digest (сверен сshasum -a 256) и регистрация кодекаopus/48000/2черезpjsua_codec_set_priority../Scripts/run-package-tests.sh— 57/57 зелёных, в том числе прогон уже против бинарника, скачанного из релизаpjsip-2.17-ios15-opus-sha256.1(checksumf534773f4dc0e813d0e7a7e3be10a751804232721876d1bad286ab3cba0d16a4).Прочее
Scripts/build-pjsip-xcframework.shстал возобновляемым (stamp-файлы вPJSIP_WORK_ROOT).Vendor/ThirdPartyLicenses/OPUS-COPYINGиCALLWAVE-SHA256-SOURCE.txt.libPJSIP.a(23 МБ XCFramework), как и раньше.Релиз с ассетом уже опубликован: https://github.com/PetrShtuka/CallWaveKit/releases/tag/pjsip-2.17-ios15-opus-sha256.1