{"schema_version":1,"metadata":{"branch":"current","release":"7.9","architecture":"amd64","generated_at":"2026-09-09T04:04:41.004595+00:00","source_url":"https://cdn.openbsd.org/pub/OpenBSD/snapshots/packages/amd64/sqlports-7.55.tgz","source_sha256":"fcdbba1b9df747882aa9bab4af20ebec8dac10655069c90f1cd4145c06e1235e","package_count":12031,"source_kind":"sqlports"},"package":{"name":"libsamplerate-0.2.2p0","path":"audio/libsamplerate","url":"/packages/current/audio/libsamplerate/","comment":"audio sample rate conversion library","homepage":"https://libsndfile.github.io/libsamplerate/","maintainer":"Jan Stary <hans@stare.cz>","description":"Secret Rabbit Code (aka libsamplerate) is a Sample Rate Converter\nfor audio. One example of where such a thing would be useful is\nconverting audio from the CD sample rate of 44.1kHz to the 48kHz\nsample rate used by DAT players.\n\nSRC is capable of arbitrary and time varying conversions; from\ndownsampling by a factor of 256 to upsampling by the same factor.\nArbitrary in this case means that the ratio of input and output\nsample rates can be an irrational number. The conversion ratio\ncan also vary with time for speeding up and slowing down effects.\n\nSRC provides a small set of converters to allow quality to be\ntraded off against computation cost. The current best converter\nprovides a signal-to-noise ratio of 97dB with -3dB passband\nextending from DC to 96% of the theoretical best bandwidth for\na given pair of input and output sample rates.\n","package_architecture":"amd64","stem":"libsamplerate","readme":null,"dependencies":[{"path":"archivers/xz","type":"build","package_spec":"STEM->=5.4.0","url":"/packages/current/archivers/xz/"}],"reverse_dependencies":{"count":23,"url":"/packages/data/fb/fb73fcf5b31f685304b1ec96b215acea3448df6d79384a1aaa6fce4d6c2a2eca.json"},"categories":["audio"],"flavors":[],"only_for_architectures":[],"not_for_architectures":[]}}