FreeCalypso > hg > fc-tourmaline
view src/cs/services/audio/tests/audio_test_misc.c @ 220:0ed36de51973
ABB semaphore protection overhaul
The ABB semaphone protection logic that came with TCS211 from TI
was broken in several ways:
* Some semaphore-protected functions were called from Application_Initialize()
context. NU_Obtain_Semaphore() called with NU_SUSPEND fails with
NU_INVALID_SUSPEND in this context, but the return value wasn't checked,
and NU_Release_Semaphore() would be called unconditionally at the end.
The latter call would increment the semaphore count past 1, making the
semaphore no longer binary and thus no longer effective for resource
protection. The fix is to check the return value from NU_Obtain_Semaphore()
and skip the NU_Release_Semaphore() call if the semaphore wasn't properly
obtained.
* Some SPI hardware manipulation was being done before entering the semaphore-
protected critical section. The fix is to reorder the code: first obtain
the semaphore, then do everything else.
* In the corner case of L1/DSP recovery, l1_abb_power_on() would call some
non-semaphore-protected ABB & SPI init functions. The fix is to skip those
calls in the case of recovery.
* A few additional corner cases existed, all of which are fixed by making
ABB semaphore protection 100% consistent for all ABB functions and code paths.
There is still one remaining problem of priority inversion: suppose a low-
priority task calls an ABB function, and some medium-priority task just happens
to preempt right in the middle of that semaphore-protected ABB operation. Then
the high-priority SPI task is locked out for a non-deterministic time until
that medium-priority task finishes its work and goes back to sleep. This
priority inversion problem remains outstanding for now.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Mon, 26 Apr 2021 20:55:25 +0000 |
| parents | 4e78acac3d88 |
| children |
line wrap: on
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/********************************************************************************/ /* */ /* File Name: audio_test_misc.c */ /* */ /* Purpose: This file gathers misc tests for AUDIO. */ /* */ /* Note: None. */ /* */ /* Version 0.1 */ /* */ /* Date Modification */ /* ----------------------------------------------------------------------------*/ /* 11 July 2001 Create */ /* */ /* Author Francois Mazard - Stephanie Gerthoux */ /* */ /* (C) Copyright 2001 by Texas Instruments Incorporated, All Rights Reserved */ /********************************************************************************/ /********************************************************************************/ /* */ /* Include files used for Audio riviera testing. */ /* */ /********************************************************************************/ #include "rvf/rvf_api.h" #include "tests/rv/rv_test_filter.h" #if (AUDIO_MISC == SW_COMPILED) #ifndef _WINDOWS #include "config/swconfig.cfg" #include "config/sys.cfg" #include "config/chipset.cfg" #endif #include "l1_confg.h" #include "rv/rv_general.h" #include "rvm/rvm_gen.h" #include "audio/tests/audio_test_regr.h" #include "audio/tests/audio_test_misc.h" #include "audio/audio_ffs_i.h" #include "audio/audio_api.h" #include "audio/audio_structs_i.h" #include "audio/audio_var_i.h" #include "audio/audio_messages_i.h" #include "rvf/rvf_target.h" #include "audio/audio_const_i.h" #include "audio/audio_error_hdlr_i.h" #ifdef _WINDOWS /* include the usefull L1 header */ #define BOOL_FLAG #include "l1_types.h" #include "l1audio_const.h" #include "l1audio_cust.h" #include "l1audio_defty.h" #include "l1audio_msgty.h" #include "l1audio_signa.h" #include "l1_const.h" #include "l1_defty.h" #include "l1_msgty.h" #include "l1_signa.h" #include "l1_varex.h" #endif #include "audio/tests/audio_test.h" /********************************************************************************/ /* */ /* Function Name: audio_test_misc */ /* */ /* Purpose: This function executes the AUDIO misc tests. */ /* */ /* Input Parameters: */ /* test number. */ /* */ /* Output Parameters: */ /* None. */ /* */ /* Note: */ /* None. */ /* */ /* Revision History: */ /* 11 July 2001 Stephanie Gerthoux: Creation. */ /* */ /********************************************************************************/ T_RV_MISC_RET audio_test_misc (T_RV_MISC_TEST_NBR test_number) { T_RV_MISC_ERR_TYPE error_type = NO_ERR; T_RV_MISC_RET test_verdict = TEST_PASSED; /************************* Start audio_test_misc function *************************/ RV_TEST_TRACE_HIGH ("**************** START AUDIO MISC ****************"); /************************************************************************/ /* */ /* Memory dump -> check memory used before testing. */ /* Task dump -> check task stack used before testing. */ /* */ /************************************************************************/ rvf_dump_mem (); rvf_dump_tasks(); switch(test_number) { #if (KEYBEEP) case 1: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 1: KB+auto stop"); test_verdict = audio_regr_test_1 (&error_type); break; } case 2: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 2: KB+requested stop"); test_verdict = audio_regr_test_2 (&error_type); break; } case 3: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 3: KB+requested stop before KB start"); test_verdict = audio_regr_test_3 (&error_type); break; } case 4: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 4: KB+2 start"); test_verdict = audio_regr_test_4 (&error_type); break; } case 5: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 5: KB+2 stop"); test_verdict = audio_regr_test_5 (&error_type); break; } case 6: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 6: KB+check error in parameters"); test_verdict = audio_regr_test_6 (&error_type); break; } case 7: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 7: KB+stop after a L1 stop"); test_verdict = audio_regr_test_7 (&error_type); break; } case 8: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 8: KB+callback func"); test_verdict = audio_regr_test_8 (&error_type); break; } #endif #if (TONE) case 10: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 10: TONE+auto stop"); test_verdict = audio_regr_test_10 (&error_type); break; } case 11: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 11: TONE+resquested stop"); test_verdict = audio_regr_test_11 (&error_type); break; } case 12: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 12: TONE+resquested stop before TONE start"); test_verdict = audio_regr_test_12 (&error_type); break; } case 13: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 13: TONE+2 start"); test_verdict = audio_regr_test_13 (&error_type); break; } case 14: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 14: TONE+2 stop"); test_verdict = audio_regr_test_14 (&error_type); break; } case 15: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 15: TONE+Check parameters"); test_verdict = audio_regr_test_15 (&error_type); break; } case 16: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 16: TONE+requested stop after L1 stop"); test_verdict = audio_regr_test_16 (&error_type); break; } case 17: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 17: TONE+callback func"); test_verdict = audio_regr_test_17 (&error_type); break; } #endif #if (MELODY_E1) case 18: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 18: MELODY E1+Check parameters"); test_verdict = audio_regr_test_18 (&error_type); break; } case 20: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 20:MELODY_E1+auto stop"); test_verdict = audio_regr_test_20 (&error_type); break; } case 21: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 21: MELODY_E1+resquested stop"); test_verdict = audio_regr_test_21 (&error_type); break; } case 22: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 22: MELODY_E1+resquested stop before L1 start"); test_verdict = audio_regr_test_22 (&error_type); break; } case 23: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 23: MELODY_E1+resquested stop before FFS initialization"); test_verdict = audio_regr_test_23 (&error_type); break; } case 24: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 24: MELODY_E1+2 start"); test_verdict = audio_regr_test_24 (&error_type); break; } case 25: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 25: MELODY_E1+2 stop"); test_verdict = audio_regr_test_25 (&error_type); break; } case 26: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 26: MELODY_E1+stop after a L1 stop"); test_verdict = audio_regr_test_26 (&error_type); break; } case 27: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 27: MELODY_E1+callback func"); test_verdict = audio_regr_test_27 (&error_type); break; } case 28: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 28: MELODY_E1+3 start and 1 unexpected stop"); test_verdict = audio_regr_test_28 (&error_type); break; } case 29: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 29: MELODY_E1+2 start in normal mode"); test_verdict = audio_regr_test_29 (&error_type); break; } case 39: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 39: MELODY_E1+ start and stop in loopback mode"); test_verdict = audio_regr_test_39 (&error_type); break; } #endif #if (VOICE_MEMO) case 30: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 30: VOICE_MEMO_PLAY + auto stop"); test_verdict = audio_regr_test_30 (&error_type); break; } case 31: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 31: VOICE_MEMO_PLAY + resquested stop"); test_verdict = audio_regr_test_31 (&error_type); break; } case 32: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 32: VOICE_MEMO_PLAY+resquested stop before L1 start"); test_verdict = audio_regr_test_32 (&error_type); break; } case 33: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 33: VOICE_MEMO_PLAY+resquested stop before FFS initialization"); test_verdict = audio_regr_test_33 (&error_type); break; } case 34: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 34: VOICE_MEMO_PLAY+2 start"); test_verdict = audio_regr_test_34 (&error_type); break; } case 35: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 35: VOICE_MEMO_PLAY+2 stop"); test_verdict = audio_regr_test_35 (&error_type); break; } case 36: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 36: VOICE_MEMO_PLAY+stop after a L1 stop"); test_verdict = audio_regr_test_36 (&error_type); break; } case 37: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 37: VOICE_MEMO_PLAY+callback func"); test_verdict = audio_regr_test_37 (&error_type); break; } case 38: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 38: VOICE_MEMO_PLAY +Check parameters"); test_verdict = audio_regr_test_38 (&error_type); break; } case 59: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 59: VOICE_MEMO_PLAY long duration 150s+ audio stop"); test_verdict = audio_regr_test_59 (&error_type); break; } case 40: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 40: VOICE_MEMO_RECORD + auto stop"); test_verdict = audio_regr_test_40 (&error_type); break; } case 41: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 41: VOICE_MEMO_RECORD + resquested stop"); test_verdict = audio_regr_test_41 (&error_type); break; } case 42: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 42: VOICE_MEMO_RECORD+resquested stop before L1 start"); test_verdict = audio_regr_test_42 (&error_type); break; } case 43: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 43: VOICE_MEMO_RECORD +resquested stop before FFS initialization"); test_verdict = audio_regr_test_43 (&error_type); break; } case 44: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 44: VOICE_MEMO_RECORD+2 start"); test_verdict = audio_regr_test_44 (&error_type); break; } case 45: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 45: VOICE_MEMO_RECORD+2 stop"); test_verdict = audio_regr_test_45 (&error_type); break; } case 46: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 46: VOICE_MEMO_RECORD+stop after a L1 stop"); test_verdict = audio_regr_test_46 (&error_type); break; } case 47: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 47: VOICE_MEMO_RECORD+callback func"); test_verdict = audio_regr_test_47 (&error_type); break; } case 48: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 48: VOICE_MEMO_RECORD+Check parameters"); test_verdict = audio_regr_test_48 (&error_type); break; } case 69: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 69: VOICE_MEMO_RECORD long duration 150s+ audio stop"); test_verdict = audio_regr_test_69 (&error_type); break; } #endif case 50: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 50: Audio mode full access write and read"); test_verdict = audio_regr_test_50 (&error_type); break; } case 51: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 51: Audio mode save"); test_verdict = audio_regr_test_51 (&error_type); break; } case 52: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 52: Audio mode load"); test_verdict = audio_regr_test_52 (&error_type); break; } case 53: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 53: Audio mode speaker volume"); test_verdict = audio_regr_test_53 (&error_type); break; } case 54: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 54: Audio mode path test"); test_verdict = audio_regr_test_54 (&error_type); break; } #if (TONE) && (MELODY_E1) case 60: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 60: Audio compatibilities: Tone + Melody E1"); test_verdict = audio_regr_test_60 (&error_type); break; } #endif #if (SPEECH_RECO) && (KEYBEEP) case 61: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 61: Audio compatibilities: Speech reco + Keybeep"); test_verdict = audio_regr_test_61 (&error_type); break; } #endif #if (SPEECH_RECO) case 70: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 70: SR_ENROLL without stop"); test_verdict = audio_regr_test_70 (&error_type); break; } case 71: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 71: SR_ENROLL + stop"); test_verdict = audio_regr_test_71 (&error_type); break; } case 72: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 72: SR_ENROLL+requested stop before start"); test_verdict = audio_regr_test_72 (&error_type); break; } case 73: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 73: SR_ENROLL+ 2 start"); test_verdict = audio_regr_test_73 (&error_type); break; } case 74: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 74: SR_ENROLL+ 2 stop"); test_verdict = audio_regr_test_74 (&error_type); break; } case 75: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 75: SR_ENROLL+check parameters"); test_verdict = audio_regr_test_75 (&error_type); break; } case 76: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 76: SR_ENROLL+ stop after the end"); test_verdict = audio_regr_test_76 (&error_type); break; } case 77: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 77: SR_ENROLL+ callback"); test_verdict = audio_regr_test_77 (&error_type); break; } case 78: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 78: SR_ENROLL+ 6 enroll"); test_verdict = audio_regr_test_78 (&error_type); break; } case 80: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 80: SR_UPDATE without stop"); test_verdict = audio_regr_test_80 (&error_type); break; } case 81: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 81: SR_UPDATE + stop"); test_verdict = audio_regr_test_81 (&error_type); break; } case 82: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 82: SR_UPDATE+requested stop before start"); test_verdict = audio_regr_test_82 (&error_type); break; } case 83: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 83: SR_UPDATE+ 2 start"); test_verdict = audio_regr_test_83 (&error_type); break; } case 84: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 84: SR_UPDATE+ 2 stop"); test_verdict = audio_regr_test_84 (&error_type); break; } case 85: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 85: SR_UPDATE+check parameters"); test_verdict = audio_regr_test_85 (&error_type); break; } case 86: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 86: SR_UPDATE+ stop after the end"); test_verdict = audio_regr_test_86 (&error_type); break; } case 87: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 87: SR_UPDATE+ callback"); test_verdict = audio_regr_test_87 (&error_type); break; } case 88: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 88: SR_UPDATE+ 6 update"); test_verdict = audio_regr_test_88 (&error_type); break; } case 90: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 90: SR_UPDATE_CHECK without stop"); test_verdict = audio_regr_test_90 (&error_type); break; } case 91: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 91: SR_UPDATE_CHECK + stop"); test_verdict = audio_regr_test_91 (&error_type); break; } case 92: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 92: SR_UPDATE_CHECK+requested stop before start"); test_verdict = audio_regr_test_92 (&error_type); break; } case 93: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 93: SR_UPDATE_CHECK+ 2 start"); test_verdict = audio_regr_test_93 (&error_type); break; } case 94: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 94: SR_UPDATE_CHECK+ 2 stop"); test_verdict = audio_regr_test_94 (&error_type); break; } case 95: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 95: SR_UPDATE_CHECK+check parameters"); test_verdict = audio_regr_test_95 (&error_type); break; } case 96: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 96: SR_UPDATE_CHECK+ stop after the end"); test_verdict = audio_regr_test_96 (&error_type); break; } case 97: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 97: SR_UPDATE_CHECK+ callback"); test_verdict = audio_regr_test_97 (&error_type); break; } case 98: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 98: SR_UPDATE_CHECK+ 6 update"); test_verdict = audio_regr_test_98 (&error_type); break; } case 100: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 100: SR_RECO without stop"); test_verdict = audio_regr_test_100 (&error_type); break; } case 101: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 101: SR_RECO + stop"); test_verdict = audio_regr_test_101 (&error_type); break; } case 102: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 102: SR_RECO+requested stop before start"); test_verdict = audio_regr_test_102 (&error_type); break; } case 103: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 103: SR_RECO+ 2 start"); test_verdict = audio_regr_test_103 (&error_type); break; } case 104: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 104: SR_RECO+ 2 stop"); test_verdict = audio_regr_test_104 (&error_type); break; } case 105: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 105: SR_RECO+check parameters"); test_verdict = audio_regr_test_105 (&error_type); break; } case 106: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 106: SR_RECO+ stop after the end"); test_verdict = audio_regr_test_106 (&error_type); break; } case 107: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 107: SR_RECO+ callback"); test_verdict = audio_regr_test_107 (&error_type); break; } #endif #if (MELODY_E2) case 110: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 110:MELODY_E2+auto stop"); test_verdict = audio_regr_test_110 (&error_type); break; } case 111: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 111: MELODY_E2+resquested stop"); test_verdict = audio_regr_test_111 (&error_type); break; } case 112: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 112: MELODY_E2+resquested stop before L1 start"); test_verdict = audio_regr_test_112 (&error_type); break; } case 113: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 113: MELODY_E2+resquested stop before FFS initialization"); test_verdict = audio_regr_test_113 (&error_type); break; } case 114: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 114: MELODY_E2+2 start"); test_verdict = audio_regr_test_114 (&error_type); break; } case 115: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 115: MELODY_E2+2 stop"); test_verdict = audio_regr_test_115 (&error_type); break; } case 116: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 116: MELODY_E2+stop after a L1 stop"); test_verdict = audio_regr_test_116 (&error_type); break; } case 117: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 117: MELODY_E2+callback func"); test_verdict = audio_regr_test_117 (&error_type); break; } case 118: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 118: MELODY_E2+3 start and 1 unexpected stop"); test_verdict = audio_regr_test_118 (&error_type); break; } case 119: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 119: MELODY_E2+2 start in normal mode"); test_verdict = audio_regr_test_119 (&error_type); break; } case 120: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 120: MELODY_E2+ start and stop in loopback mode"); test_verdict = audio_regr_test_120 (&error_type); break; } case 121: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 121: MELODY E2+Check parameters"); test_verdict = audio_regr_test_121 (&error_type); break; } case 122: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 122: MELODY E2 without loading the instruments file "); test_verdict = audio_regr_test_122 (&error_type); break; } #endif #if (L1_GTT == 1) case 130: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 130: TTY + requested stop"); test_verdict = audio_regr_test_130 (&error_type); } break; case 131: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 131: TTY + requested stop before L1 start"); test_verdict = audio_regr_test_131 (&error_type); } break; case 132: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 132: TTY + 2 start + stop"); test_verdict = audio_regr_test_132 (&error_type); } break; case 133: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 133: TTY + 2 stop"); test_verdict = audio_regr_test_133 (&error_type); } break; case 134: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 134: TTY + check error in parameters"); test_verdict = audio_regr_test_134 (&error_type); } break; case 135: { RV_TEST_TRACE_HIGH ("**AUDIO TEST REGR 135: TTY + callback function"); test_verdict = audio_regr_test_135 (&error_type); } break; #endif #if (AUDIO_MEM_MANAGER) case 140: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 140: Flash/RAM Voice Memo AMR, start record + auto stop"); test_verdict = audio_regr_test_140 (&error_type); } break; case 141: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 141: Flash/RAM Voice Memo AMR, start record + requested stop"); test_verdict = audio_regr_test_141 (&error_type); } break; case 142: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 142: Flash/RAM Voice Memo AMR, start record + requested stop just after start"); test_verdict = audio_regr_test_142 (&error_type); } break; case 143: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 143: Flash/RAM Voice Memo AMR, start record + 2 starts"); test_verdict = audio_regr_test_143 (&error_type); } break; case 144: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 144: Flash/RAM Voice Memo AMR, start record + 2 stops"); test_verdict = audio_regr_test_144 (&error_type); } break; case 145: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 145: Flash/RAM Voice Memo AMR, start record check parameters"); test_verdict = audio_regr_test_145 (&error_type); } break; case 146: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 146: Flash/RAM Voice Memo AMR, start record + start error with callback_function"); test_verdict = audio_regr_test_146 (&error_type); } break; case 147: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 147: Flash Voice Memo AMR, start record + auto stop (180s)"); test_verdict = audio_regr_test_147 (&error_type); } break; case 150: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 150: Flash/RAM Voice Memo AMR, start play + auto stop"); test_verdict = audio_regr_test_150 (&error_type); } break; case 151: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 151: Flash/RAM Voice Memo AMR, start play + requested stop"); test_verdict = audio_regr_test_151 (&error_type); } break; case 152: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 152: Flash/RAM Voice Memo AMR, start play + requested stop just after start"); test_verdict = audio_regr_test_152 (&error_type); } break; case 153: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 153: Flash/RAM Voice Memo AMR, start play + 2 starts"); test_verdict = audio_regr_test_153 (&error_type); } break; case 154: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 154: Flash/RAM Voice Memo AMR, start play + 2 stops"); test_verdict = audio_regr_test_154 (&error_type); } break; case 155: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 155: Flash/RAM Voice Memo AMR, start play check parameters"); test_verdict = audio_regr_test_155 (&error_type); } break; case 156: { RV_TEST_TRACE_HIGH ("**AUDIO TEST MISC 156: Flash/RAM Voice Memo AMR, start play + start with callback_function"); test_verdict = audio_regr_test_156 (&error_type); } break; #endif // AUDIO_MEM_MANAGER #if (L1_MIDI==1) case 160: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 160: MIDI, start + automatic stop"); test_verdict=audio_regr_test_160(&error_type); } break; case 161: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 161: MIDI, start + requested stop"); test_verdict=audio_regr_test_161(&error_type); } break; case 162: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 162: MIDI, start + immediate stop"); test_verdict=audio_regr_test_162(&error_type); } break; case 163: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 163: MIDI, start with wrong parameters"); test_verdict=audio_regr_test_163(&error_type); } break; case 164: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 164: MIDI, 2 starts"); test_verdict=audio_regr_test_164(&error_type); } break; case 165: { RV_TEST_TRACE_HIGH("**AUDIO TEST MISC 165: MIDI, start + 2 requested stops"); test_verdict=audio_regr_test_165(&error_type); } break; #endif // L1_MIDI==1 default: { RV_TEST_TRACE_ERROR ("!!! ERROR !!! Invalid AUDIO test_number value for MISC test_type"); test_verdict = TEST_IRRECOVERABLY_FAILED; break; } } /* switch */ trace_audio_test_verdict (test_verdict, 0, test_number, &error_type); trace_audio_test_verdict (test_verdict, test_number, test_number, &error_type); /************************************************************************/ /* */ /* Memory dump -> check memory used before testing. */ /* Task dump -> check task stack used before testing. */ /* */ /************************************************************************/ rvf_dump_mem (); rvf_dump_tasks(); return (test_verdict); } /************************** Stop audio_test_misc function *************************/ #endif /* #if (AUDIO_MISC == SW_COMPILED) */