| # The samples were produced by simply rewrapping the official test vectors from |
| # their custom format into Matroska. The reference decoded outputs are from the |
| # newest testvectors file from RFC8251 |
| |
| OPUS_CELT_SAMPLES = $(addprefix testvector, 01 11) tron.6ch.tinypkts |
| OPUS_HYBRID_SAMPLES = $(addprefix testvector, 05 06) |
| OPUS_SILK_SAMPLES = $(addprefix testvector, 02 03 04) |
| OPUS_SAMPLES = $(addprefix testvector, 07 08 09 10 12) |
| |
| define FATE_OPUS_TEST |
| FATE_OPUS += fate-opus-$(1) |
| FATE_OPUS$(2) += fate-opus-$(1) |
| fate-opus-$(1): CMD = ffmpeg -i $(TARGET_SAMPLES)/opus/$(1).mka -f s16le - |
| fate-opus-$(1): REF = $(SAMPLES)/opus/$(1)$(2).dec |
| endef |
| |
| $(foreach N,$(OPUS_CELT_SAMPLES), $(eval $(call FATE_OPUS_TEST,$(N)))) |
| $(foreach N,$(OPUS_HYBRID_SAMPLES),$(eval $(call FATE_OPUS_TEST,$(N),_v2))) |
| $(foreach N,$(OPUS_SILK_SAMPLES), $(eval $(call FATE_OPUS_TEST,$(N)))) |
| $(foreach N,$(OPUS_SAMPLES), $(eval $(call FATE_OPUS_TEST,$(N),))) |
| |
| FATE_OPUS := $(sort $(FATE_OPUS)) |
| |
| $(FATE_OPUS): CMP = stddev |
| $(FATE_OPUS): CMP_UNIT = s16 |
| $(FATE_OPUS): FUZZ = 3 |
| fate-opus-testvector01: CMP_TARGET = 0 |
| fate-opus-testvector02: CMP_TARGET = 191 |
| fate-opus-testvector03: CMP_TARGET = 139 |
| fate-opus-testvector04: CMP_TARGET = 119 |
| fate-opus-testvector05: CMP_TARGET = 108 |
| fate-opus-testvector06: CMP_TARGET = 106 |
| fate-opus-testvector07: CMP_TARGET = 0 |
| fate-opus-testvector08: CMP_TARGET = 6 |
| fate-opus-testvector09: CMP_TARGET = 0 |
| fate-opus-testvector10: CMP_TARGET = 38 |
| fate-opus-testvector11: CMP_TARGET = 0 |
| fate-opus-testvector12: CMP_TARGET = 160 |
| fate-opus-tron.6ch.tinypkts: CMP_TARGET = 0 |
| |
| $(FATE_OPUS_CELT): CMP = oneoff |
| $(FATE_OPUS_CELT): FUZZ = 6 |
| |
| FATE_SAMPLES_AVCONV-$(call DEMDEC, MATROSKA, OPUS) += $(FATE_OPUS) |
| fate-opus-celt: $(FATE_OPUS_CELT) |
| fate-opus-hybrid: $(FATE_OPUS_HYBRID) |
| fate-opus-silk: $(FATE_OPUS_SILK) |
| fate-opus: $(FATE_OPUS) |
