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78d4cd50e8
The stereo opcode variants have bit 1 of the command stream set. The polyphony is split into two parts: 1) polyphony, meaning that voices reuse the same opcodes; 2) multitrack voices, meaning that a track triggers more than voice. They both can be flexible defined in any combinations: for example voice 1 and 2 can be triggered by track 1 and use instrument 1, and voice 3 by track 2/instrument 2 and voice 4 by track 3/instrument 2. This is achieved through the use of bitmasks: in the aforementioned example, bit 1 of su_voicetrack_bitmask would be set, meaning "the voice after voice #1 will be triggered by the same track". On the other hand, bits 1 and 3 of su_polyphony_bitmask would be set to indicate that "the voices after #1 and #3 will reuse the same instruments".
101 lines
4.6 KiB
CMake
101 lines
4.6 KiB
CMake
function(regression_test testname)
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if(${ARGC} LESS 4)
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set(source ${testname})
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else()
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set(source ${ARGV3})
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endif()
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add_executable(${testname} ${source}.asm test_renderer.c)
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# the tests include the entire ASM but we still want to rebuild when they change
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file(GLOB FOURKLANG ${PROJECT_SOURCE_DIR}/src/*.inc ${PROJECT_SOURCE_DIR}/src/*.asm ${PROJECT_SOURCE_DIR}/src/opcodes/*.asm ${PROJECT_SOURCE_DIR}/src/opcodes/*.inc)
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set_source_files_properties(${source}.asm PROPERTIES OBJECT_DEPENDS "${FOURKLANG}")
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set_source_files_properties(${FOURKLANG} PROPERTIES HEADER_FILE_ONLY TRUE)
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add_test(${testname} ${testname})
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target_compile_definitions(${testname} PUBLIC TEST_NAME="${testname}" SU_USE_INTROSPECTION SU_USE_PLAYER)
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set (rawinput ${CMAKE_CURRENT_SOURCE_DIR}/expected_output/${testname}.raw)
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set (rawoutput ${CMAKE_CURRENT_BINARY_DIR}/expected_output/${testname}.raw)
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add_custom_target(${testname}_rawcopy
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COMMAND ${CMAKE_COMMAND} -E copy_if_different ${rawinput} ${rawoutput}
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)
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add_dependencies(${testname} ${testname}_rawcopy)
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if(ARGC GREATER 1)
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if (ARGV1)
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message("${testname} requires ${ARGV1}")
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set_tests_properties(${testname} PROPERTIES FIXTURES_REQUIRED "${ARGV1}")
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endif()
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endif()
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if(ARGC GREATER 2)
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if (ARGV2)
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message("${testname} setups ${ARGV2}")
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set_tests_properties(${testname} PROPERTIES FIXTURES_SETUP "${ARGV2}")
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endif()
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endif()
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endfunction(regression_test)
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regression_test(test_envelope "" ENVELOPE)
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regression_test(test_load "" LOAD)
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regression_test(test_send "" SEND)
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regression_test(test_globalstore)
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regression_test(test_panning ENVELOPE PANNING)
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regression_test(test_multiple_instruments ENVELOPE)
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regression_test(test_fop_pop LOAD FOP_POP)
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regression_test(test_fop_addp LOAD)
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regression_test(test_fop_mulp LOAD FOP_MULP)
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regression_test(test_fop_push "LOAD;FOP_POP" FOP_PUSH)
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regression_test(test_fop_xch LOAD)
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regression_test(test_fop_add LOAD)
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regression_test(test_fop_mul LOAD)
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regression_test(test_fop_addp2 LOAD)
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regression_test(test_fop_mulp2 LOAD FOP_MULP2)
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regression_test(test_fop_loadnote)
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regression_test(test_vco_sine ENVELOPE VCO_SINE)
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regression_test(test_vco_trisaw ENVELOPE)
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regression_test(test_vco_noise ENVELOPE VCO_NOISE)
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regression_test(test_vco_pulse ENVELOPE VCO_PULSE)
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regression_test(test_vco_gate ENVELOPE)
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regression_test(test_vco_stereo ENVELOPE)
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regression_test(test_vco_lfo "ENVELOPE;VCO_SINE;VCO_PULSE;FOP_MULP2")
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regression_test(test_vco_tm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_vco_dm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_vco_pm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_vco_cm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_vco_sm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_vco_gm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;FOP_PUSH;SEND")
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regression_test(test_dst ENVELOPE)
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regression_test(test_dst_modulation "VCO_SINE;ENVELOPE;SEND")
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regression_test(test_dst_sh ENVELOPE)
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regression_test(test_dst_sh_modulation "VCO_SINE;ENVELOPE;SEND")
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regression_test(test_dst_stereo ENVELOPE)
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regression_test(test_vcf_band "VCO_SINE;ENVELOPE;FOP_MULP")
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regression_test(test_vcf_low "VCO_SINE;ENVELOPE;FOP_MULP")
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regression_test(test_vcf_high "VCO_SINE;ENVELOPE;FOP_MULP")
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regression_test(test_vcf_peak "VCO_SINE;ENVELOPE;FOP_MULP")
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regression_test(test_vcf_stereo "VCO_SINE;ENVELOPE;FOP_MULP")
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regression_test(test_vcf_fm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;SEND")
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regression_test(test_vcf_rm_modulation "VCO_SINE;ENVELOPE;FOP_MULP;SEND")
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regression_test(test_dll "ENVELOPE;FOP_MULP;PANNING;VCO_SINE")
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regression_test(test_dll_stereo "ENVELOPE;FOP_MULP;PANNING;VCO_SINE")
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regression_test(test_dll_notetracking "ENVELOPE;FOP_MULP;PANNING;VCO_NOISE")
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regression_test(test_dll_reverb "ENVELOPE;FOP_MULP;PANNING;VCO_SINE")
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regression_test(test_dll_fm_modulation "ENVELOPE;FOP_MULP;PANNING;VCO_SINE;SEND")
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regression_test(test_dll_pm_modulation "ENVELOPE;FOP_MULP;PANNING;VCO_SINE;SEND")
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regression_test(test_dll_dm_modulation "ENVELOPE;FOP_MULP;PANNING;VCO_SINE;SEND")
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regression_test(test_dll_im_modulation "ENVELOPE;FOP_MULP;PANNING;VCO_SINE;SEND")
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regression_test(test_envelope_modulation "VCO_SINE;ENVELOPE;SEND")
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regression_test(test_envelope_16bit ENVELOPE "" test_envelope)
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target_compile_definitions(test_envelope_16bit PUBLIC SU_USE_16BIT_OUTPUT)
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regression_test(test_polyphony "ENVELOPE;VCO_SINE")
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