marvell/services/mislic/api_lib/includes/vp_debug.h

/** \file vp_debug.h
 * vp_debug.h
 *
 * This file contains the configuration and compile time settings for
 * the VoicePath API debug statements.
 *
 * Copyright (c) 2011, Microsemi Corporation
 *
 * $Revision: 12408 $
 * $LastChangedDate: 2017-06-08 16:48:24 -0500 (Thu, 08 Jun 2017) $
 *
 * As of svn 5835, no part of the VP-API-II uses the old VP_DOUT method.
 */

#ifndef VP_DEBUG_H
#define VP_DEBUG_H

#include "vp_api_cfg.h"
#include "vp_api_types.h"
#include "sys_service.h"

/*
 * These are not documented in the API-II and should be used for internal
 * purposes only. Reserved range (0x00010000 to 0x80000000)
 */
#define DBG_EVENT_VERBOSE   0x00010000 /* Verbose event debug (792) */
#define DBG_BOOT_WRITE      0x00020000 /* Displays all boot blocks */

/* Define VP_DEBUG_COLOR to display ANSI X3.64 color codes in debug output. */
#define VP_DEBUG_COLOR
#include "vp_debug_colors.h"

/* Colors for debug messages (if VP_DEBUG_COLOR is defined): */
#define VP_DBG_ERROR_COLOR          bright_red
#define VP_DBG_WARNING_COLOR        dark_yellow
#define VP_DBG_INFO_COLOR           dark_blue
#define VP_DBG_API_FUNC_COLOR       bright_cyan
#define VP_DBG_API_FUNC_INT_COLOR   dark_cyan
#define VP_DBG_HAL_COLOR            bright_white
#define VP_DBG_SSL_COLOR            dark_green
#define VP_DBG_EVENT_COLOR          bright_blue
#define VP_DBG_CALIBRATION_COLOR    bright_white
#define VP_DBG_LINE_STATE_COLOR     dark_yellow
#define VP_DBG_HOOK_COLOR           bright_cyan
#define VP_DBG_TEST_COLOR           bright_blue
#define VP_DBG_TEST_FUNC_COLOR      bright_yellow
#define VP_DBG_FXO_FUNC_COLOR       dark_green
#define VP_DBG_SEQUENCER_COLOR      dark_blue
#define VP_DBG_CID_COLOR            bright_white
#define VP_DBG_TEST_PCM_COLOR       bright_cyan
#define VP_DBG_GAIN_COLOR           dark_yellow
#define VP_DBG_TIMER_COLOR          bright_green
#define VP_DBG_TEST_CALC_COLOR      dark_yellow
#define VP_DBG_ADP_RING_COLOR       dark_green
#define VP_DBG_INTERRUPT_COLOR      dark_cyan
#define VP_DBG_DTMF_COLOR           dark_green
#define VP_DBG_DTMF_DETAIL_COLOR    dark_blue

/* Define VP_DEBUG_LOC to include the location (file and line) in each debug message. */
#undef VP_DEBUG_LOC

#ifdef VP_DEBUG_LOC
#define VP_SHOW_LOC() VpSysDebugPrintf(" (" __FILE__ ":%d)", __LINE__)
#else
#define VP_SHOW_LOC()
#endif

/* Basic debug output macro: */
#define VP_DOUT_(msgType, msgColor, objType, pObj, printf_args) \
    if (VpDebugEnabled_ ## objType (VP_DBG_ ## msgType, color_fg(msgColor) #msgType, pObj)) { \
        VpSysDebugPrintf printf_args; \
        VP_SHOW_LOC(); \
        VpSysDebugPrintf(color_reset "\n"); \
    }

/* Conditionally compile in various types of debug messages: */
#if !defined(VP_DEBUG) && defined(VP_CC_DEBUG_SELECT)
#undef VP_CC_DEBUG_SELECT
#endif
#ifndef VP_CC_DEBUG_SELECT
#define VP_CC_DEBUG_SELECT 0
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_ERROR)
#define VP_ERROR(objType, pObj, printf_args) VP_DOUT_(ERROR, VP_DBG_ERROR_COLOR, objType, pObj, printf_args)
#else
#define VP_ERROR(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_WARNING)
#define VP_WARNING(objType, pObj, printf_args) VP_DOUT_(WARNING, VP_DBG_WARNING_COLOR, objType, pObj, printf_args)
#else
#define VP_WARNING(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_INFO)
#define VP_INFO(objType, pObj, printf_args) VP_DOUT_(INFO, VP_DBG_INFO_COLOR, objType, pObj, printf_args)
#else
#define VP_INFO(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_API_FUNC)
#define VP_API_FUNC(objType, pObj, printf_args) VP_DOUT_(API_FUNC, VP_DBG_API_FUNC_COLOR, objType, pObj, printf_args)
#else
#define VP_API_FUNC(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_API_FUNC_INT)
#define VP_API_FUNC_INT(objType, pObj, printf_args) VP_DOUT_(API_FUNC_INT, VP_DBG_API_FUNC_INT_COLOR, objType, pObj, printf_args)
#else
#define VP_API_FUNC_INT(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_CALIBRATION)
#define VP_CALIBRATION(objType, pObj, printf_args) VP_DOUT_(CALIBRATION, VP_DBG_CALIBRATION_COLOR, objType, pObj, printf_args)
#else
#define VP_CALIBRATION(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_LINE_STATE)
#define VP_LINE_STATE(objType, pObj, printf_args) VP_DOUT_(LINE_STATE, VP_DBG_LINE_STATE_COLOR, objType, pObj, printf_args)
#else
#define VP_LINE_STATE(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_HOOK)
#define VP_HOOK(objType, pObj, printf_args) VP_DOUT_(HOOK, VP_DBG_HOOK_COLOR, objType, pObj, printf_args)
#else
#define VP_HOOK(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_TEST)
#define VP_TEST(objType, pObj, printf_args) VP_DOUT_(TEST, VP_DBG_TEST_COLOR, objType, pObj, printf_args)
#else
#define VP_TEST(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_TEST_FUNC)
#define VP_TEST_FUNC(objType, pObj, printf_args) VP_DOUT_(TEST_FUNC, VP_DBG_TEST_FUNC_COLOR, objType, pObj, printf_args)
#else
#define VP_TEST_FUNC(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_FXO_FUNC)
#define VP_FXO_FUNC(objType, pObj, printf_args) VP_DOUT_(FXO_FUNC, VP_DBG_FXO_FUNC_COLOR, objType, pObj, printf_args)
#else
#define VP_FXO_FUNC(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_SEQUENCER)
#define VP_SEQUENCER(objType, pObj, printf_args) VP_DOUT_(SEQUENCER, VP_DBG_SEQUENCER_COLOR, objType, pObj, printf_args)
#else
#define VP_SEQUENCER(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_CID)
#define VP_CID(objType, pObj, printf_args) VP_DOUT_(CID, VP_DBG_CID_COLOR, objType, pObj, printf_args)
#else
#define VP_CID(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_TEST_PCM)
#define VP_TEST_PCM(objType, pObj, printf_args) VP_DOUT_(TEST_PCM, VP_DBG_TEST_PCM_COLOR, objType, pObj, printf_args)
#else
#define VP_TEST_PCM(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_GAIN)
#define VP_GAIN(objType, pObj, printf_args) VP_DOUT_(GAIN, VP_DBG_GAIN_COLOR, objType, pObj, printf_args)
#else
#define VP_GAIN(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_TIMER)
#define VP_TIMER(objType, pObj, printf_args) VP_DOUT_(TIMER, VP_DBG_TIMER_COLOR, objType, pObj, printf_args)
#else
#define VP_TIMER(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_TEST_CALC)
#define VP_TEST_CALC(objType, pObj, printf_args) VP_DOUT_(TEST_CALC, VP_DBG_TEST_CALC_COLOR, objType, pObj, printf_args)
#else
#define VP_TEST_CALC(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_ADP_RING)
#define VP_ADP_RING(objType, pObj, printf_args) VP_DOUT_(ADP_RING, VP_DBG_ADP_RING_COLOR, objType, pObj, printf_args)
#else
#define VP_ADP_RING(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_INTERRUPT)
#define VP_INTERRUPT(objType, pObj, printf_args) VP_DOUT_(INTERRUPT, VP_DBG_INTERRUPT_COLOR, objType, pObj, printf_args)
#else
#define VP_INTERRUPT(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_DTMF)
#define VP_DTMF(objType, pObj, printf_args) VP_DOUT_(DTMF, VP_DBG_DTMF_COLOR, objType, pObj, printf_args)
#else
#define VP_DTMF(objType, pObj, printf_args)
#endif
#if (VP_CC_DEBUG_SELECT & VP_DBG_DTMF_DETAIL)
#define VP_DTMF_DETAIL(objType, pObj, printf_args) VP_DOUT_(DTMF_DETAIL, VP_DBG_DTMF_DETAIL_COLOR, objType, pObj, printf_args)
#else
#define VP_DTMF_DETAIL(objType, pObj, printf_args)
#endif


#if (VP_CC_DEBUG_SELECT & VP_DBG_SSL)
#define VP_SSL(objType, pObj, printf_args) VP_DOUT_(SSL, VP_DBG_SSL_COLOR, objType, pObj, printf_args)
#define VP_SYS_ENTER_CRITICAL(deviceId, criticalSecType) VpSysEnterCriticalWrapper(deviceId, criticalSecType)
#define VP_SYS_EXIT_CRITICAL(deviceId, criticalSecType) VpSysExitCriticalWrapper(deviceId, criticalSecType)
#define VP_SYS_WAIT(time) \
    (VP_SSL(None, VP_NULL, ("VpSysWait(%u frames = %u ms)", (time), ((time) + 7 / 8))), VpSysWait(time))
#else
#define VP_SSL(objType, pObj, printf_args)
#define VP_SYS_ENTER_CRITICAL(deviceId, criticalSecType) VpSysEnterCritical(deviceId, criticalSecType)
#define VP_SYS_EXIT_CRITICAL(deviceId, criticalSecType) VpSysExitCritical(deviceId, criticalSecType)
#define VP_SYS_WAIT(time) VpSysWait(time)
#endif

#ifndef VP_HAL_DEVICE_TYPE
#define VP_HAL_DEVICE_TYPE VP_DEV_VCP_SERIES
#endif

#if (VP_CC_DEBUG_SELECT & VP_DBG_HAL)
#define VP_HAL(objType, pObj, printf_args) VP_DOUT_(HAL, VP_DBG_HAL_COLOR, objType, pObj, printf_args)
#define VP_HAL_HBI_CMD(deviceId, cmd) \
    (VpDisplayHbiCmd(VP_HAL_DEVICE_TYPE, deviceId, cmd), \
    VpHalHbiCmd(deviceId, cmd))
#define VP_HAL_HBI_WRITE(deviceId, cmd, numwords, data) \
    (VpDisplayHbiCmd(VP_HAL_DEVICE_TYPE, deviceId, cmd), \
    VpDisplayHbiData(deviceId, numwords + 1, data), \
    VpHalHbiWrite(deviceId, cmd, numwords, data))
#define VP_HAL_HBI_READ(deviceId, cmd, numwords, data) \
    VpHalHbiReadWrapper(VP_HAL_DEVICE_TYPE, deviceId, cmd, numwords, data)
#if (VP_CC_DEBUG_SELECT & DBG_BOOT_WRITE)
#define VP_HAL_HBI_BOOT_WR(deviceId, numWords, data) \
    (VpDisplayHbiAccess(VP_HAL_DEVICE_TYPE, deviceId, numWords + 1, (uint16p)(data)), \
    VpHalHbiBootWr(deviceId, numWords, data))
#else
#define VP_HAL_HBI_BOOT_WR(deviceId, numWords, data) \
    VpHalHbiBootWr(deviceId, numWords, data)
#endif
#else
#define VP_HAL(objType, pObj, printf_args)
#define VP_HAL_HBI_CMD(deviceId, cmd) \
    VpHalHbiCmd(deviceId, cmd)
#define VP_HAL_HBI_WRITE(deviceId, cmd, numwords, data) \
    VpHalHbiWrite(deviceId, cmd, numwords, data)
#define VP_HAL_HBI_READ(deviceId, cmd, numwords, data) \
    VpHalHbiRead(deviceId, cmd, numwords, data)
#define VP_HAL_HBI_BOOT_WR(deviceId, numWords, data) \
    VpHalHbiBootWr(deviceId, numWords, data)
#endif

/* Basic assert macro: */
#define VP_ASSERT(condition) \
    if (!(condition)) { \
        VP_ERROR(None, VP_NULL, ("Assertion failed: %s\n", #condition)); \
        /* exit(-1); */ \
    }

#define VP_DOUT(msgType, printf_args)

/* Global debug select mask (for messages that are not specific to a particular
   line or device): */
EXTERN uint32 vpDebugSelectMask;

#ifdef VP_CC_VCP2_SERIES
EXTERN bool
VpDebugEnabled_VpVcp2DeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpVcp2DeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_VpVcp2LineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpVcp2LineObjectType *pLineObj);
#endif

#ifdef VP_CC_MELT_SERIES
EXTERN bool
VpDebugEnabled_VpMeltDeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpMeltDeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_VpMeltLineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpMeltLineObjectType *pLineObj);
#endif

#ifdef VP_CC_MELT792_SERIES
EXTERN bool
VpDebugEnabled_VpMelt792DeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpMelt792DeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_VpMelt792LineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    VpMelt792LineObjectType *pLineObj);
#endif

#ifdef VP_CC_890_SERIES
EXTERN bool
VpDebugEnabled_Vp890DeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp890DeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_Vp890LineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp890LineObjectType *pLineObj);
#endif

#ifdef VP_CC_880_SERIES
EXTERN bool
VpDebugEnabled_Vp880DeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp880DeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_Vp880LineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp880LineObjectType *pLineObj);
#endif

#ifdef VP_CC_886_SERIES
EXTERN bool
VpDebugEnabled_Vp886DeviceObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp886DeviceObjectType *pDevObj);

EXTERN bool
VpDebugEnabled_Vp886LineObjectType(
    uint32 msgType,
    char *msgTypeStr,
    Vp886LineObjectType *pLineObj);
#endif

EXTERN bool
VpDebugEnabled_VpDeviceIdType(
    uint32 msgType,
    char *msgTypeStr,
    VpDeviceIdType *pDeviceId);

EXTERN bool
VpDebugEnabled_VpLineIdType(
    uint32 msgType,
    char *msgTypeStr,
    VpLineIdType *pLineId);

EXTERN bool
VpDebugEnabled_VpDevCtxType(
    uint32 msgType,
    char *msgTypeStr,
    VpDevCtxType *pDevCtx);

EXTERN bool
VpDebugEnabled_VpLineCtxType(
    uint32 msgType,
    char *msgTypeStr,
    VpLineCtxType *pLineCtx);

EXTERN bool
VpDebugEnabled_None(
    uint32 msgType,
    char *msgTypeStr,
    void *nothing);

EXTERN const char *
VpGetString_VpStatusType(
    VpStatusType status);

EXTERN const char *
    VpGetString_VpOptionIdType(
    VpOptionIdType status);

EXTERN const char *
VpGetString_VpProfileType(
    VpProfileType profType);

EXTERN void
VpDisplayEvent(
    VpEventType *pEvent);

EXTERN void
VpDisplayResults(
    VpEventType *pEvent,
    void *pResult);

EXTERN void
VpDisplayHbiAccess(
    VpDeviceType deviceType,
    VpDeviceIdType deviceId,
    unsigned bufLen,
    uint16 *buf);

EXTERN unsigned
VpDisplayHbiCmd(
    VpDeviceType deviceType,
    VpDeviceIdType deviceId,
    uint16 cmd);

EXTERN void
VpDisplayHbiData(
    VpDeviceIdType deviceId,
    unsigned bufLen,
    uint16 *buf);

EXTERN bool
VpHalHbiReadWrapper(
    VpDeviceType deviceType,
    VpDeviceIdType deviceId,
    uint16 cmd,
    uint8 numwords,
    uint16 *data);

#if (VP_CC_DEBUG_SELECT & VP_DBG_SSL)
EXTERN const char *
VpGetString_VpCriticalSecType(
    VpCriticalSecType criticalSecType);

EXTERN uint8
VpSysEnterCriticalWrapper(
    VpDeviceIdType deviceId,
    VpCriticalSecType criticalSecType);

EXTERN uint8
VpSysExitCriticalWrapper(
    VpDeviceIdType deviceId,
    VpCriticalSecType criticalSecType);
#endif

/* Derivative debug macros: */
#define VP_API_ENTER(objType, pObj, funcName) \
    VP_API_FUNC(objType, pObj, ("Vp%s():", funcName))
#define VP_API_EXIT(objType, pObj, funcName, status) \
    VP_API_FUNC(objType, pObj, ("Vp%s() = %s", funcName, VpGetString_VpStatusType(status)))
#define VP_API_INT_ENTER(objType, pObj, funcName) \
    VP_API_FUNC_INT(objType, pObj, ("%s():", funcName))
#define VP_API_INT_EXIT(objType, pObj, funcName, status) \
    VP_API_FUNC_INT(objType, pObj, ("%s() = %s", funcName, VpGetString_VpStatusType(status)))

#if (VP_CC_DEBUG_SELECT & VP_DBG_INFO)
void VpPrintVpApiVersion(void);
#if defined (VP_CC_880_SERIES) || defined (VP_CC_890_SERIES) || defined (VP_CC_886_SERIES)
void VpPrintTermType(VpTermType termType);
void VpPrintLineStateType(VpLineStateType lineState, char *strLineState);
void VpPrintOptionRingControlType(VpOptionRingControlType *ringCtrl);
void VpPrintOptionZeroCrossType(VpOptionZeroCrossType zeroCross);
void VpPrintRelayControlType(VpRelayControlType relayState);
void VpPrintOptionCodecType(VpOptionCodecType codec);
void VpPrintOptionPcmTxRxCntrlType(VpOptionPcmTxRxCntrlType pcmTxRxCtrl);
void VpPrintDigitType(VpDigitType digit, char *name);
void VpPrintCallerIdType(VpCallerIdType *callerId);
void VpPrintCidSeqDataType(VpCidSeqDataType *cidSeq);
void VpPrintSeqDataType(VpSeqDataType *cadence);
void VpPrintVpCslacTimerStruct(VpCslacTimerStruct *lineTimers);


void VpPrintApiIntLineState(VpApiIntLineStateType *lineState);
void VpPrintDigitGenDataType(VpDigitGenerationDataType *digitGenStruct);


void VpPrintDynamicInfoStruct(VpDeviceDynamicInfoType *dynamicInfo);
void VpPrintStaticInfoStruct(VpDeviceStaticInfoType *staticInfo);

/* Bit-wise values from VpDeviceBusyFlagsType */
void VpPrintStateInformation(uint16 state);
void
VpPrintDeviceProfileStruct(
    VpDeviceType deviceType,
    void *devProfileData);

void
VpPrintEventMaskStruct(
    bool isDeviceInfo,
    bool isMask,
    VpOptionEventMaskType *eventMask);

void VpPrintCriticalFltStruct(VpOptionCriticalFltType *criticalFault);
void VpPrintGetResultsOptionStruct(VpGetResultsOptionsType *resultsOption);
void VpPrintRelGainResultsStruct(VpRelGainResultsType *relGainResults);

#define VpPrintEventHandle(eventHandle)     VpSysDebugPrintf("\n\n\rpDevObj->eventHandle = 0x%04X", eventHandle)
#define VpPrintTimeStamp(timeStamp)         VpSysDebugPrintf("\n\n\rpDevObj->timeStamp = 0x%04X", timeStamp)

void VpPrintDeviceProfileTable(VpCSLACDeviceProfileTableType *devProfileTable);
void VpPrintProfileTableEntry(VpCSLACProfileTableEntryType *profEntry);

#if defined (VP890_FXS_SUPPORT) || defined (VP880_FXS_SUPPORT)
void
VpPrintPulseSpecs(
    uint8 specNumber,
    VpOptionPulseType *pulseSpecs);
void
VpPrintDPStateMachine(
    uint8 stateMachineNum,
    VpDialPulseDetectType  *dpStruct);
#endif

void
VpPrintDeviceTimers(
    uint16 devTimer[VP_DEV_TIMER_LAST]);

#define VpPrintResponseData(responseData)       VpSysDebugPrintf("\n\n\rpDevObj->responseData = 0x%04X", responseData)
#define VpPrintTxBufferRate(txBufferDataRate)   VpSysDebugPrintf("\n\n\rpDevObj->txBufferDataRate = %d", txBufferDataRate)

#if defined (VP_CC_886_SERIES)
void VpPrintTimerQueue(VpTimerQueueInfoType *pInfo, VpTimerQueueNodeType *pNodes);
void VpPrintPulseDecodeData(VpPulseDecodeDataType *pPulseDecode);
void VpPrintSlacBufData(VpSlacBufDataType *pSlacBuf);
#endif /* defined (VP_CC_886_SERIES) */


#endif  /* defined (VP_CC_880_SERIES) || defined (VP_CC_890_SERIES) || defined (VP_CC_886_SERIES) */
#endif  /* VP_CC_DEBUG_SELECT & VP_DBG_INFO */







#endif /* VP_DEBUG_H */