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|
/**************************************************************************
*** COPYRIGHT (c) 2002 by TransNexus, Inc. ***
*** ***
*** This software is property of TransNexus, Inc. ***
*** This software is freely available under license from TransNexus. ***
*** The license terms and conditions for free use of this software by ***
*** third parties are defined in the OSP Toolkit Software License ***
*** Agreement (LICENSE.txt). Any use of this software by third ***
*** parties, which does not comply with the terms and conditions of the ***
*** OSP Toolkit Software License Agreement is prohibited without ***
*** the prior, express, written consent of TransNexus, Inc. ***
*** ***
*** Thank you for using the OSP ToolKit(TM). Please report any bugs, ***
*** suggestions or feedback to support@transnexus.com ***
*** ***
**************************************************************************/
/*
* nonblocking.c - NonBlockingMonitor object funcions.
*/
#include "nonblocking.h"
#include "osp/osptrans.h"
OSPTTHREADRETURN WorkThread(void *);
void NonBlockingQueueMonitorIncrementActiveWorkThreadCounter(NBMONITOR *);
void NonBlockingQueueMonitorDecrementActiveWorkThreadCounter(NBMONITOR *);
unsigned NonBlockingQueueMonitorGetActiveWorkThreadCounter(NBMONITOR *);
OSPTUINT64 GetDeltaMS(OSPTTIME FromTimeSec, unsigned int FromTimeMS, OSPTTIME ToTimeSec, unsigned int ToTimeMS);
typedef struct _NBAUTHREQ {
OSPTTRANHANDLE ospvTransaction; /* In - Transaction Handle */
const char *ospvSource; /* In - Source of call */
const char *ospvSourceDevice; /* In - SourceDevice of call */
const char *ospvCallingNumber; /* In - Calling number */
OSPE_NUMBER_FORMAT ospvCallingNumberFormat; /* In - Calling number Format */
const char *ospvCalledNumber; /* In - Called number */
OSPE_NUMBER_FORMAT ospvCalledNumberFormat; /* In - Called number Format */
const char *ospvUser; /* In - End user (optional) */
unsigned ospvNumberOfCallIds; /* In - Number of call identifiers */
OSPT_CALL_ID **ospvCallIds; /* In - List of call identifiers */
const char **ospvPreferredDestinations; /* In - List of preferred destinations for call */
unsigned *ospvNumberOfDestinations; /* In\Out - Max number of destinations \ Actual number of dests authorised */
unsigned *ospvSizeOfDetailLog; /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog; /* In\Out - Location of detail log storage */
} NBAUTHREQ;
typedef struct _NBUSEIND {
OSPTTRANHANDLE ospvTransaction; /* In - Transaction handle */
unsigned ospvDuration; /* In - Length of call */
OSPTTIME ospvStartTime; /* In - StartTime of call */
OSPTTIME ospvEndTime; /* In - EndTime of call */
OSPTTIME ospvAlertTime; /* In - AlertTime of call */
OSPTTIME ospvConnectTime; /* In - ConnectTime of call */
OSPTBOOL ospvHasPDDInfo; /* In - Is PDD info present */
unsigned ospvPostDialDelay; /* In - PDD in milliseconds */
OSPE_RELEASE ospvReleaseSource; /* In - Rel Src */
char ospvConferenceId[OSPC_SIZE_CONFID]; /* In - ConferenceId */
int ospvLossPacketsSent; /* In - Packets not received by peer */
int ospvLossFractionSent; /* In - Fraction of packets not received by peer */
int ospvLossPacketsReceived; /* In - Packets not received that were expected */
int ospvLossFractionReceived; /* In - Fraction of packets expected but not received */
unsigned *ospvSizeOfDetailLog; /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog; /* In\Out - Location of detail log storage */
} NBUSEIND;
typedef struct _NBCAPIND {
OSPTTRANHANDLE ospvTransaction; /* In - Transaction Handle */
const char *ospvSource; /* In - Source of call */
const char *ospvSourceDevice; /* In - SourceDevice of call */
const char *ospvSourceNetworkId; /* In - NetworkId of call */
unsigned ospvAlmostOutOfResources; /* In - A Boolean flag indicating device's availability */
unsigned *ospvSizeOfDetailLog; /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog; /* In\Out - Location of detail log storage */
} NBCAPIND;
typedef struct _NBVALIDATEAUTH {
OSPTTRANHANDLE ospvTransaction; /* In - Transaction Handle */
const char *ospvSource; /* In - Source of call */
const char *ospvDestination; /* In - Dest of call */
const char *ospvSourceDevice; /* In - SourceDevice of call */
const char *ospvDestinationDevice; /* In - DestDevice of call */
const char *ospvCallingNumber; /* In - Calling number */
OSPE_NUMBER_FORMAT ospvCallingNumberFormat; /* In - Calling number Format */
const char *ospvCalledNumber; /* In - Called number */
OSPE_NUMBER_FORMAT ospvCalledNumberFormat; /* In - Called number Format */
unsigned ospvSizeOfCallId; /* In - Size of call id value */
const void *ospvCallId; /* In - Call Id for this call */
unsigned ospvSizeOfToken; /* In - Size of authorization token */
const void *ospvToken; /* In - Authorization token */
unsigned *ospvAuthorised; /* Out - Call authorization indicator */
unsigned *ospvTimeLimit; /* Out - Number of seconds call is authorized for */
unsigned *ospvSizeOfDetailLog; /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog; /* In\Out - Location of detail log storage */
unsigned ospvTokenAlgo; /* In - Algorithm to be used for Validating Token */
} NBVALIDATEAUTH;
typedef union _OSPMESSAGE {
NBAUTHREQ AuthReq;
NBUSEIND UseInd;
NBCAPIND CapInd;
NBVALIDATEAUTH ValidateAuth;
} OSPMESSAGE;
#define MESSAGE_TYPE_INVALID 0
#define MESSAGE_TYPE_AUTH_REQ 1
#define MESSAGE_TYPE_USE_IND 2
#define MESSAGE_TYPE_CAP_IND 3
#define MESSAGE_TYPE_VALIDATE_AUTH 4
#define MESSAGE_TYPE_TIME_TO_EXIT 10
typedef struct _NBDATA {
OSPTLISTLINK NextItem;
int MessageType;
int *ErrorCode;
union {
NBAUTHREQ AuthReq;
NBUSEIND UseInd;
NBCAPIND CapInd;
NBVALIDATEAUTH ValidateAuth;
} Message;
int ShouldBlock; /* Ussed to indicate if the caller is blocked */
OSPTMUTEX Mutex; /* Used to wake up blocked call */
OSPTCONDVAR CondVar; /* Used to wake up blocked call */
/* Stats */
OSPTTIME InQuequeTime;
unsigned int InQuequeTimeMS;
OSPTTIME OutQuequeTime;
unsigned int OutQuequeTimeMS;
OSPTTIME OutToolKitTime;
unsigned int OutToolKitTimeMS;
} NBDATA;
int newNBDATA(NBDATA **nbData, int MessageType);
int deleteNBDATA(NBDATA *nbData);
/*
* Allocate memory
* Set MessageType
* Init Mutex and CondVar
*/
int newNBDATA(NBDATA **nbData, int MessageType)
{
int errorcode = OSPC_ERR_NO_ERROR;
OSPM_MALLOC((*nbData), NBDATA, sizeof(NBDATA));
if ((*nbData) != OSPC_OSNULL) {
OSPM_MEMSET((*nbData), 0, sizeof(NBDATA));
(*nbData)->MessageType = MessageType;
OSPM_MUTEX_INIT((*nbData)->Mutex, OSPC_OSNULL, errorcode);
if (OSPC_ERR_NO_ERROR == errorcode) {
OSPM_CONDVAR_INIT((*nbData)->CondVar, OSPC_OSNULL, errorcode);
}
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
return errorcode;
}
/*
* Destroy Mutex and CondVar
* De-allocate memory
*/
int deleteNBDATA(NBDATA * nbData)
{
int errorcode = OSPC_ERR_NO_ERROR;
// check input
if (nbData == OSPC_OSNULL) {
errorcode = OSPC_ERR_UTIL_INVALID_ARG;
} else {
OSPM_MUTEX_DESTROY(nbData->Mutex, errorcode);
OSPM_CONDVAR_DESTROY(nbData->CondVar, errorcode);
OSPM_FREE(nbData);
}
return errorcode;
}
int NonBlockingQueueMonitorNew(NBMONITOR **nbMonitor,
unsigned NumberOfWorkThreads,
unsigned MaxQueSize,
unsigned MaxQueWaitMS)
{
int errorcode = OSPC_ERR_NO_ERROR;
unsigned int i = 0;
// check input
if ((nbMonitor == OSPC_OSNULL) ||
(NumberOfWorkThreads > MAX_WORK_THREAD_NUM)) {
errorcode = OSPC_ERR_UTIL_INVALID_ARG;
}
// allocate space
if (errorcode == OSPC_ERR_NO_ERROR) {
OSPM_MALLOC(*nbMonitor, NBMONITOR, sizeof(NBMONITOR));
if (*nbMonitor != OSPC_OSNULL) {
// Zero out newly allocated space
OSPM_MEMSET(*nbMonitor, 0, sizeof(NBMONITOR));
// Init memeber variables
(*nbMonitor)->NumberOfWorkThreads = NumberOfWorkThreads;
(*nbMonitor)->MaxQueSize = MaxQueSize;
(*nbMonitor)->MaxQueWaitMS = MaxQueWaitMS;
(*nbMonitor)->NumberOfActiveWorkThreads = 0;
(*nbMonitor)->TimeToShutDown = 0;
// Init mutex variable
OSPM_MUTEX_INIT((*nbMonitor)->Mutex, OSPC_OSNULL, errorcode);
assert(errorcode == OSPC_ERR_NO_ERROR);
// Init conditional variable
OSPM_CONDVAR_INIT((*nbMonitor)->CondVarNoActiveWorkThreads, OSPC_OSNULL, errorcode);
assert(errorcode == OSPC_ERR_NO_ERROR);
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
}
// start sync queue
if (errorcode == OSPC_ERR_NO_ERROR) {
errorcode = SyncQueueNew(&((*nbMonitor)->SyncQue));
}
// start work threads queue
if (errorcode == OSPC_ERR_NO_ERROR) {
for (i = 0; i < (*nbMonitor)->NumberOfWorkThreads; i++) {
OSPM_CREATE_THREAD((*nbMonitor)->WorkThreadIDs[i], NULL, WorkThread, (*nbMonitor), errorcode);
if (errorcode != OSPC_ERR_NO_ERROR) {
break;
}
}
}
return errorcode;
}
int NonBlockingQueueMonitorDelete(NBMONITOR **nbMonitor)
{
int errorcode = OSPC_ERR_NO_ERROR;
unsigned int i = 0;
// check input
if ((nbMonitor == OSPC_OSNULL) || (*nbMonitor == OSPC_OSNULL)) {
errorcode = OSPC_ERR_UTIL_INVALID_ARG;
}
// Signal that no more requests should be processed
(*nbMonitor)->TimeToShutDown = 1;
// Wait for all current transactions to stop
errorcode = NonBlockingQueueMonitorBlockWhileQueueNotEmpty(*nbMonitor);
if (errorcode == OSPC_ERR_NO_ERROR) {
// For every work thread / put TIME_TO_EXIT message
for (i = 0; i < (*nbMonitor)->NumberOfWorkThreads; i++) {
NBDATA *nbData = OSPC_OSNULL;
errorcode = newNBDATA(&nbData, MESSAGE_TYPE_TIME_TO_EXIT);
if (errorcode == OSPC_ERR_NO_ERROR) {
errorcode =
SyncQueueAddTransaction((*nbMonitor)->SyncQue, nbData);
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
// break on any ERROR
if (errorcode != OSPC_ERR_NO_ERROR) {
break;
}
}
}
// delete the queu
if (errorcode == OSPC_ERR_NO_ERROR) {
NonBlockingQueueMonitorBlockWhileQueueNotEmpty(*nbMonitor);
SyncQueueDelete(&((*nbMonitor)->SyncQue));
for (i = 0; i < (*nbMonitor)->NumberOfWorkThreads; i++) {
OSPM_THR_JOIN((*nbMonitor)->WorkThreadIDs[i], NULL);
}
}
// release memory
OSPM_FREE((*nbMonitor));
*nbMonitor = OSPC_OSNULL;
return errorcode;
}
void NonBlockingQueueMonitorIncrementActiveWorkThreadCounter(NBMONITOR *nbMonitor)
{
unsigned errcode = OSPC_ERR_NO_ERROR;
OSPM_MUTEX_LOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
nbMonitor->NumberOfActiveWorkThreads++;
OSPM_MUTEX_UNLOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
}
void NonBlockingQueueMonitorDecrementActiveWorkThreadCounter(NBMONITOR *nbMonitor)
{
unsigned errcode = OSPC_ERR_NO_ERROR;
OSPM_MUTEX_LOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
nbMonitor->NumberOfActiveWorkThreads--;
// there are no more active work threads
if (nbMonitor->NumberOfActiveWorkThreads == 0) {
OSPM_CONDVAR_SIGNAL(nbMonitor->CondVarNoActiveWorkThreads, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
}
OSPM_MUTEX_UNLOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
}
unsigned NonBlockingQueueMonitorGetActiveWorkThreadCounter(NBMONITOR *nbMonitor)
{
return nbMonitor->NumberOfActiveWorkThreads;
}
int NonBlockingQueueMonitorBlockWhileQueueNotEmpty(NBMONITOR *nbMonitor)
{
unsigned errcode = OSPC_ERR_NO_ERROR;
errcode = SyncQueueBlockWhileNotEmpty(nbMonitor->SyncQue);
if (errcode == OSPC_ERR_NO_ERROR) {
OSPM_MUTEX_LOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
while (NonBlockingQueueMonitorGetActiveWorkThreadCounter(nbMonitor) >
0) {
OSPM_CONDVAR_WAIT(nbMonitor->CondVarNoActiveWorkThreads,
nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
}
OSPM_MUTEX_UNLOCK(nbMonitor->Mutex, errcode);
assert(errcode == OSPC_ERR_NO_ERROR);
}
return errcode;
}
OSPTTHREADRETURN WorkThread(void *arg)
{
NBMONITOR *nbMonitor = (NBMONITOR *)arg;
NBDATA *transaction = NULL;
int TimeToExit = 0;
int errcode = 0;
OSPTUINT64 QTime = 0;
OSPTUINT64 TKTime = 0;
while (TimeToExit == 0) {
/*
* block waiting for a message to process
*/
if (OSPC_ERR_NO_ERROR == SyncQueueRemoveTransaction(nbMonitor->SyncQue, (void **)&transaction)) {
NonBlockingQueueMonitorIncrementActiveWorkThreadCounter(nbMonitor);
// Time stamp OUT QUEUE
OSPPOSTimeGetTime(&transaction->OutQuequeTime, &transaction->OutQuequeTimeMS);
// Calculate Queue time
QTime = GetDeltaMS(transaction->InQuequeTime,
transaction->InQuequeTimeMS,
transaction->OutQuequeTime,
transaction->OutQuequeTimeMS);
/*
* What kind of message is it? (AuthReq or UseInd)
*/
switch (transaction->MessageType) {
case MESSAGE_TYPE_TIME_TO_EXIT:
TimeToExit = 1;
break;
case MESSAGE_TYPE_AUTH_REQ: // AuthorisationRequest
/*
* Make sure that the request has not expired
*/
if (QTime < nbMonitor->MaxQueWaitMS) {
*(transaction->ErrorCode) = OSPPTransactionRequestAuthorisation(transaction->Message.AuthReq.ospvTransaction,
transaction->Message.AuthReq.ospvSource,
transaction->Message.AuthReq.ospvSourceDevice,
transaction->Message.AuthReq.ospvCallingNumber,
transaction->Message.AuthReq.ospvCallingNumberFormat,
transaction->Message.AuthReq.ospvCalledNumber,
transaction->Message.AuthReq.ospvCalledNumberFormat,
transaction->Message.AuthReq.ospvUser,
transaction->Message.AuthReq.ospvNumberOfCallIds,
transaction->Message.AuthReq.ospvCallIds,
transaction->Message.AuthReq.ospvPreferredDestinations,
transaction->Message.AuthReq.ospvNumberOfDestinations,
transaction->Message.AuthReq.ospvSizeOfDetailLog,
transaction->Message.AuthReq.ospvDetailLog);
} else {
/*
* AuthRequest has expired
*/
OSPM_DBGPRINTF("AUTH REQ EXPIRED\n");
*(transaction->ErrorCode) = -1;
}
break;
case MESSAGE_TYPE_USE_IND: // UseageReport
*(transaction->ErrorCode) = OSPPTransactionReportUsage(transaction->Message.UseInd.ospvTransaction,
transaction->Message.UseInd.ospvDuration,
transaction->Message.UseInd.ospvStartTime,
transaction->Message.UseInd.ospvEndTime,
transaction->Message.UseInd.ospvAlertTime,
transaction->Message.UseInd.ospvConnectTime,
transaction->Message.UseInd.ospvHasPDDInfo,
transaction->Message.UseInd.ospvPostDialDelay,
transaction->Message.UseInd.ospvReleaseSource,
transaction->Message.UseInd.ospvConferenceId,
transaction->Message.UseInd.ospvLossPacketsSent,
transaction->Message.UseInd.ospvLossFractionSent,
transaction->Message.UseInd.ospvLossPacketsReceived,
transaction->Message.UseInd.ospvLossFractionReceived,
transaction->Message.UseInd.ospvSizeOfDetailLog,
transaction->Message.UseInd.ospvDetailLog);
break;
case MESSAGE_TYPE_CAP_IND: // CapabilitiesIndication
*(transaction->ErrorCode) = OSPPTransactionIndicateCapabilities(transaction->Message.CapInd.ospvTransaction,
transaction->Message.CapInd.ospvSource,
transaction->Message.CapInd.ospvSourceDevice,
transaction->Message.CapInd.ospvSourceNetworkId,
transaction->Message.CapInd.ospvAlmostOutOfResources,
transaction->Message.CapInd.ospvSizeOfDetailLog,
transaction->Message.CapInd.ospvDetailLog);
break;
case MESSAGE_TYPE_VALIDATE_AUTH: // ValidationRequest
/*
* Make sure that the request has not expired
*/
if (QTime < nbMonitor->MaxQueWaitMS) {
*(transaction->ErrorCode) = OSPPTransactionValidateAuthorisation(transaction->Message.ValidateAuth.ospvTransaction,
transaction->Message.ValidateAuth.ospvSource,
transaction->Message.ValidateAuth.ospvDestination,
transaction->Message.ValidateAuth.ospvSourceDevice,
transaction->Message.ValidateAuth.ospvDestinationDevice,
transaction->Message.ValidateAuth.ospvCallingNumber,
transaction->Message.ValidateAuth.ospvCallingNumberFormat,
transaction->Message.ValidateAuth.ospvCalledNumber,
transaction->Message.ValidateAuth.ospvCalledNumberFormat,
transaction->Message.ValidateAuth.ospvSizeOfCallId,
transaction->Message.ValidateAuth.ospvCallId,
transaction->Message.ValidateAuth.ospvSizeOfToken,
transaction->Message.ValidateAuth.ospvToken,
transaction->Message.ValidateAuth.ospvAuthorised,
transaction->Message.ValidateAuth.ospvTimeLimit,
transaction->Message.ValidateAuth.ospvSizeOfDetailLog,
transaction->Message.ValidateAuth.ospvDetailLog,
transaction->Message.ValidateAuth.ospvTokenAlgo);
} else {
/*
* Validate Req has expired
*/
OSPM_DBGPRINTF("VALIDATE REQ EXPIRED\n");
*(transaction->ErrorCode) = -1;
}
break;
default:
break;
}
/*
* Log a message
*/
if (MESSAGE_TYPE_TIME_TO_EXIT != transaction->MessageType) {
// Time stamp OUT ToolKit
OSPPOSTimeGetTime(&transaction->OutToolKitTime, &transaction->OutToolKitTimeMS);
// Calculate TK time
TKTime = GetDeltaMS(transaction->OutQuequeTime,
transaction->OutQuequeTimeMS,
transaction->OutToolKitTime,
transaction->OutToolKitTimeMS);
OSPM_DBGPRINTF ("InQ[%llu:%3llu] OutQ[%llu:%3llu] OutTK[%llu:%3llu] QTime[%7llu] TKTime[%7llu] QSize[%5u] MsgType[%d]\n",
(OSPTUINT64) transaction->InQuequeTime,
(OSPTUINT64) transaction->InQuequeTimeMS,
(OSPTUINT64) transaction->OutQuequeTime,
(OSPTUINT64) transaction->OutQuequeTimeMS,
(OSPTUINT64) transaction->OutToolKitTime,
(OSPTUINT64) transaction->OutToolKitTimeMS, QTime,
TKTime,
SyncQueueGetNumberOfTransactions(nbMonitor->SyncQue),
transaction->MessageType);
}
/*
* This is a bit odd. If the caller wants to wait,
* it is responsible for deleting nbData.
* Oterwise, the work thread will clean up
*/
if (1 == transaction->ShouldBlock) {
/*
* Yes, wake it up
*/
OSPM_CONDVAR_SIGNAL(transaction->CondVar, errcode);
} else {
/*
* No, we are responsible for cleaning up
*/
deleteNBDATA(transaction);
}
NonBlockingQueueMonitorDecrementActiveWorkThreadCounter(nbMonitor);
} else {
/*
* Error removing transaction for the queue
*/
}
}
OSPTTHREADRETURN_NULL();
}
int OSPPTransactionValidateAuthorisation_nb(NBMONITOR *nbMonitor, /* In - NBMonitor Pointer */
int ShouldBlock, /* In - 1 WILL block, 0 - will NOT block */
int *OSPErrorCode, /* Out- Error code returned by the blocking function */
OSPTTRANHANDLE ospvTransaction, /* In - Transaction handle */
const char *ospvSource, /* In - Source of call */
const char *ospvDestination, /* In - Destination for call */
const char *ospvSourceDevice, /* In - SourceDevice of call */
const char *ospvDestinationDevice, /* In - DestinationDevice for call */
const char *ospvCallingNumber, /* In - Calling number string */
OSPE_NUMBER_FORMAT ospvCallingNumberFormat, /* In - Calling number Format */
const char *ospvCalledNumber, /* In - Called number string */
OSPE_NUMBER_FORMAT ospvCalledNumberFormat, /* In - Calling number Format */
unsigned ospvSizeOfCallId, /* In - Size of call id value */
const void *ospvCallId, /* In - Call Id for this call */
unsigned ospvSizeOfToken, /* In - Size of authorization token */
const void *ospvToken, /* In - Authorization token */
unsigned *ospvAuthorised, /* Out - Call authorization indicator */
unsigned *ospvTimeLimit, /* Out - Number of seconds call is authorized for */
unsigned *ospvSizeOfDetailLog, /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog, /* In\Out - Location of detail log storage */
unsigned ospvTokenAlgo) /* In - Algorithm to be used for Validating Token */
{
int errorcode = OSPC_ERR_NO_ERROR;
NBDATA *nbData = OSPC_OSNULL;
if (nbMonitor->TimeToShutDown == 1) {
/*
* Q is shutting down
*/
errorcode = -1;
} else if (SyncQueueGetNumberOfTransactions(nbMonitor->SyncQue) >
nbMonitor->MaxQueSize) {
/*
* There are already to many requests in the Q
*/
errorcode = -1;
} else {
/*
* allocate space
* the space will be deallocated by one of the working thread
*/
errorcode = newNBDATA(&nbData, MESSAGE_TYPE_VALIDATE_AUTH);
if (OSPC_ERR_NO_ERROR == errorcode) {
// fill out the data structure
nbData->ShouldBlock = ShouldBlock;
nbData->ErrorCode = OSPErrorCode;
nbData->Message.ValidateAuth.ospvTransaction = ospvTransaction;
nbData->Message.ValidateAuth.ospvSource = ospvSource;
nbData->Message.ValidateAuth.ospvDestination = ospvDestination;
nbData->Message.ValidateAuth.ospvSourceDevice = ospvSourceDevice;
nbData->Message.ValidateAuth.ospvDestinationDevice = ospvDestinationDevice;
nbData->Message.ValidateAuth.ospvCallingNumber = ospvCallingNumber;
nbData->Message.ValidateAuth.ospvCallingNumberFormat = ospvCallingNumberFormat;
nbData->Message.ValidateAuth.ospvCalledNumber = ospvCalledNumber;
nbData->Message.ValidateAuth.ospvCalledNumberFormat = ospvCalledNumberFormat;
nbData->Message.ValidateAuth.ospvSizeOfCallId = ospvSizeOfCallId;
nbData->Message.ValidateAuth.ospvCallId = ospvCallId;
nbData->Message.ValidateAuth.ospvSizeOfToken = ospvSizeOfToken;
nbData->Message.ValidateAuth.ospvToken = ospvToken;
nbData->Message.ValidateAuth.ospvAuthorised = ospvAuthorised;
nbData->Message.ValidateAuth.ospvTimeLimit = ospvTimeLimit;
nbData->Message.ValidateAuth.ospvSizeOfDetailLog = ospvSizeOfDetailLog;
nbData->Message.ValidateAuth.ospvDetailLog = ospvDetailLog;
nbData->Message.ValidateAuth.ospvTokenAlgo = ospvTokenAlgo;
// time stamp (AuthReq) IN QUEUE event
OSPPOSTimeGetTime(&nbData->InQuequeTime, &nbData->InQuequeTimeMS);
// put a new message to the non-blocking queue
*(nbData->ErrorCode) = OSPC_AUTH_REQUEST_BLOCK;
errorcode = SyncQueueAddTransaction(nbMonitor->SyncQue, nbData);
if (OSPC_ERR_NO_ERROR == errorcode) {
/*
* This is a bit odd. If the caller wants to wait,
* it is responsible for deleting nbData.
* Oterwise, the work thread will clean up
*/
if (1 == nbData->ShouldBlock) {
/*
* SHOULD wait
*/
OSPM_MUTEX_LOCK(nbData->Mutex, errorcode);
while ((*(nbData->ErrorCode) == OSPC_AUTH_REQUEST_BLOCK) && (OSPC_ERR_NO_ERROR == errorcode)) {
OSPM_CONDVAR_WAIT(nbData->CondVar, nbData->Mutex, errorcode);
}
OSPM_MUTEX_UNLOCK(nbData->Mutex, errorcode);
deleteNBDATA(nbData);
} else {
/*
* should NOT wait
*/
}
}
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
}
return errorcode;
}
int OSPPTransactionRequestAuthorisation_nb(NBMONITOR *nbMonitor, /* In - NBMonitor Pointer */
int ShouldBlock, /* In - 1 WILL block, 0 - will NOT block */
int *OSPErrorCode, /* Out- Error code returned by the blocking function */
OSPTTRANHANDLE ospvTransaction, /* In - Transaction Handle */
const char *ospvSource, /* In - Source of call */
const char *ospvSourceDevice, /* In - SourceDevice of call */
const char *ospvCallingNumber, /* In - Calling number */
OSPE_NUMBER_FORMAT ospvCallingNumberFormat, /* In - Calling number Format */
const char *ospvCalledNumber, /* In - Called number */
OSPE_NUMBER_FORMAT ospvCalledNumberFormat, /* In - Called number Format */
const char *ospvUser, /* In - End user (optional) */
unsigned ospvNumberOfCallIds, /* In - Number of call identifiers */
OSPT_CALL_ID *ospvCallIds[], /* In - List of call identifiers */
const char *ospvPreferredDestinations[], /* In - List of preferred destinations for call */
unsigned *ospvNumberOfDestinations, /* In\Out - Max number of destinations \ Actual number of dests authorised */
unsigned *ospvSizeOfDetailLog, /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog) /* In\Out - Location of detail log storage */
{
int errorcode = OSPC_ERR_NO_ERROR;
NBDATA *nbData = OSPC_OSNULL;
if (nbMonitor->TimeToShutDown == 1) {
/*
* Q is shutting down
*/
errorcode = -1;
} else if (SyncQueueGetNumberOfTransactions(nbMonitor->SyncQue) > nbMonitor->MaxQueSize) {
/*
* There are already to many requests in the Q
*/
errorcode = -1;
} else {
/*
* allocate space
* the space will be deallocated by one of the working thread
*/
errorcode = newNBDATA(&nbData, MESSAGE_TYPE_AUTH_REQ);
if (OSPC_ERR_NO_ERROR == errorcode) {
// fill out the data structure
nbData->ShouldBlock = ShouldBlock;
nbData->ErrorCode = OSPErrorCode;
nbData->Message.AuthReq.ospvTransaction = ospvTransaction;
nbData->Message.AuthReq.ospvSource = ospvSource;
nbData->Message.AuthReq.ospvSourceDevice = ospvSourceDevice;
nbData->Message.AuthReq.ospvCallingNumber = ospvCallingNumber;
nbData->Message.AuthReq.ospvCallingNumberFormat = ospvCallingNumberFormat;
nbData->Message.AuthReq.ospvCalledNumber = ospvCalledNumber;
nbData->Message.AuthReq.ospvCalledNumberFormat = ospvCalledNumberFormat;
nbData->Message.AuthReq.ospvUser = ospvUser;
nbData->Message.AuthReq.ospvNumberOfCallIds = ospvNumberOfCallIds;
nbData->Message.AuthReq.ospvCallIds = ospvCallIds;
nbData->Message.AuthReq.ospvPreferredDestinations = ospvPreferredDestinations;
nbData->Message.AuthReq.ospvNumberOfDestinations = ospvNumberOfDestinations;
nbData->Message.AuthReq.ospvSizeOfDetailLog = ospvSizeOfDetailLog;
nbData->Message.AuthReq.ospvDetailLog = ospvDetailLog;
// time stamp (AuthReq) IN QUEUE event
OSPPOSTimeGetTime(&nbData->InQuequeTime, &nbData->InQuequeTimeMS);
// put a new message to the non-blocking queue
*(nbData->ErrorCode) = OSPC_AUTH_REQUEST_BLOCK;
errorcode = SyncQueueAddTransaction(nbMonitor->SyncQue, nbData);
if (OSPC_ERR_NO_ERROR == errorcode) {
/*
* This is a bit odd. If the caller wants to wait,
* it is responsible for deleting nbData.
* Oterwise, the work thread will clean up
*/
if (1 == nbData->ShouldBlock) {
/*
* SHOULD wait
*/
OSPM_MUTEX_LOCK(nbData->Mutex, errorcode);
while ((*(nbData->ErrorCode) == OSPC_AUTH_REQUEST_BLOCK) && (OSPC_ERR_NO_ERROR == errorcode)) {
OSPM_CONDVAR_WAIT(nbData->CondVar, nbData->Mutex, errorcode);
}
OSPM_MUTEX_UNLOCK(nbData->Mutex, errorcode);
deleteNBDATA(nbData);
} else {
/*
* should NOT wait
*/
}
}
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
}
return errorcode;
}
int OSPPTransactionReportUsage_nb(
NBMONITOR *nbMonitor, /* In - NBMonitor Pointer */
int ShouldBlock, /* In - 1 WILL block, 0 - will NOT block */
int *OSPErrorCode, /* Out- Error code returned by the blocking function */
OSPTTRANHANDLE ospvTransaction, /* In - Transaction handle */
unsigned ospvDuration, /* In - Length of call */
OSPTTIME ospvStartTime, /* In - StartTime of call */
OSPTTIME ospvEndTime, /* In - EndTime of call */
OSPTTIME ospvAlertTime, /* In - AlertTime of call */
OSPTTIME ospvConnectTime, /* In - ConnectTime of call */
OSPTBOOL ospvHasPDDInfo, /* In - Is PDD info available */
unsigned ospvPostDialDelay, /* In - PDD in milliseconds */
OSPE_RELEASE ospvReleaseSource, /* In - Release Src */
const char *ospvConferenceId, /* In - ConferenceId */
int ospvLossPacketsSent, /* In - Packets not received by peer */
int ospvLossFractionSent, /* In - Fraction of packets not received by peer */
int ospvLossPacketsReceived, /* In - Packets not received that were expected */
int ospvLossFractionReceived, /* In - Fraction of packets expected but not received */
unsigned *ospvSizeOfDetailLog, /* In/Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog) /* Out - Pointer to detail log storage */
{
int errorcode = OSPC_ERR_NO_ERROR;
NBDATA *nbData = OSPC_OSNULL;
if (nbMonitor->TimeToShutDown == 0) {
/*
* allocate space
* the space will be deallocated by one of the working thread
*/
errorcode = newNBDATA(&nbData, MESSAGE_TYPE_USE_IND);
if (OSPC_ERR_NO_ERROR == errorcode) {
// fill out the data structure
nbData->ShouldBlock = ShouldBlock;
nbData->ErrorCode = OSPErrorCode;
nbData->Message.UseInd.ospvTransaction = ospvTransaction;
nbData->Message.UseInd.ospvDuration = ospvDuration;
nbData->Message.UseInd.ospvStartTime = ospvStartTime;
nbData->Message.UseInd.ospvEndTime = ospvEndTime;
nbData->Message.UseInd.ospvAlertTime = ospvAlertTime;
nbData->Message.UseInd.ospvConnectTime = ospvConnectTime;
nbData->Message.UseInd.ospvHasPDDInfo = ospvHasPDDInfo;
nbData->Message.UseInd.ospvPostDialDelay = ospvPostDialDelay;
nbData->Message.UseInd.ospvReleaseSource = ospvReleaseSource;
if (ospvConferenceId) {
OSPM_STRCPY(nbData->Message.UseInd.ospvConferenceId, (const char *)ospvConferenceId);
}
nbData->Message.UseInd.ospvLossPacketsSent = ospvLossPacketsSent;
nbData->Message.UseInd.ospvLossFractionSent = ospvLossFractionSent;
nbData->Message.UseInd.ospvLossPacketsReceived = ospvLossPacketsReceived;
nbData->Message.UseInd.ospvLossFractionReceived = ospvLossFractionReceived;
nbData->Message.UseInd.ospvSizeOfDetailLog = ospvSizeOfDetailLog;
nbData->Message.UseInd.ospvDetailLog = ospvDetailLog;
// time stamp (UseInd) IN QUEUE event
OSPPOSTimeGetTime(&nbData->InQuequeTime, &nbData->InQuequeTimeMS);
// put a new message to the non-blocking queue
*(nbData->ErrorCode) = OSPC_REPORT_USAGE_BLOCK;
errorcode = SyncQueueAddTransaction(nbMonitor->SyncQue, nbData);
if (OSPC_ERR_NO_ERROR == errorcode) {
/*
* This is a bit odd. If the caller wants to wait,
* it is responsible for deleting nbData.
* Oterwise, the work thread will clean up
*/
if (1 == ShouldBlock) {
/*
* SHOULD wait
*/
OSPM_MUTEX_LOCK(nbData->Mutex, errorcode);
while ((*(nbData->ErrorCode) == OSPC_REPORT_USAGE_BLOCK) && (OSPC_ERR_NO_ERROR == errorcode)) {
OSPM_CONDVAR_WAIT(nbData->CondVar, nbData->Mutex, errorcode);
}
OSPM_MUTEX_UNLOCK(nbData->Mutex, errorcode);
deleteNBDATA(nbData);
} else {
/*
* should NOT wait
*/
}
}
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
} else {
errorcode = -1;
}
return errorcode;
}
int OSPPTransactionIndicateCapabilities_nb(NBMONITOR *nbMonitor, /* In - NBMonitor Pointer */
int ShouldBlock, /* In - 1 WILL block, 0 - will NOT block */
int *OSPErrorCode, /* Out- Error code returned by the blocking function */
OSPTTRANHANDLE ospvTransaction, /* In - Transaction Handle */
const char *ospvSource, /* In - Source of call */
const char *ospvSourceDevice, /* In - SourceDevice of call */
const char *ospvSourceNetworkId, /* In - NetworkId of call */
unsigned ospvAlmostOutOfResource, /* In - A Boolean flag indicating device's availability */
unsigned *ospvSizeOfDetailLog, /* In\Out - Max size of detail log \ Actual size of detail log */
void *ospvDetailLog) /* In\Out - Location of detail log storage */
{
int errorcode = OSPC_ERR_NO_ERROR;
NBDATA *nbData = OSPC_OSNULL;
if (nbMonitor->TimeToShutDown == 1) {
/*
* Q is shutting down
*/
errorcode = -1;
} else if (SyncQueueGetNumberOfTransactions(nbMonitor->SyncQue) > nbMonitor->MaxQueSize) {
/*
* There are already to many requests in the Q
*/
errorcode = -1;
} else {
/*
* allocate space
* the space will be deallocated by one of the working thread
*/
errorcode = newNBDATA(&nbData, MESSAGE_TYPE_CAP_IND);
if (OSPC_ERR_NO_ERROR == errorcode) {
// fill out the data structure
nbData->ShouldBlock = ShouldBlock;
nbData->ErrorCode = OSPErrorCode;
nbData->Message.CapInd.ospvTransaction = ospvTransaction;
nbData->Message.CapInd.ospvSource = ospvSource;
nbData->Message.CapInd.ospvSourceDevice = ospvSourceDevice;
nbData->Message.CapInd.ospvAlmostOutOfResources = ospvAlmostOutOfResource;
nbData->Message.CapInd.ospvSourceNetworkId = ospvSourceNetworkId;
nbData->Message.CapInd.ospvSizeOfDetailLog = ospvSizeOfDetailLog;
nbData->Message.CapInd.ospvDetailLog = ospvDetailLog;
// time stamp (AuthReq) IN QUEUE event
OSPPOSTimeGetTime(&nbData->InQuequeTime, &nbData->InQuequeTimeMS);
// put a new message to the non-blocking queue
*(nbData->ErrorCode) = OSPC_AUTH_REQUEST_BLOCK;
errorcode = SyncQueueAddTransaction(nbMonitor->SyncQue, nbData);
if (OSPC_ERR_NO_ERROR == errorcode) {
/*
* This is a bit odd. If the caller wants to wait,
* it is responsible for deleting nbData.
* Oterwise, the work thread will clean up
*/
if (1 == nbData->ShouldBlock) {
/*
* SHOULD wait
*/
OSPM_MUTEX_LOCK(nbData->Mutex, errorcode);
while ((*(nbData->ErrorCode) == OSPC_CAP_IND_BLOCK) && (OSPC_ERR_NO_ERROR == errorcode)) {
OSPM_CONDVAR_WAIT(nbData->CondVar, nbData->Mutex, errorcode);
}
OSPM_MUTEX_UNLOCK(nbData->Mutex, errorcode);
deleteNBDATA(nbData);
} else {
/*
* should NOT wait
*/
}
}
} else {
errorcode = OSPC_ERR_MSGQ_NO_MEMORY;
}
}
return errorcode;
}
OSPTUINT64 GetDeltaMS(OSPTTIME FromTimeSec, unsigned int FromTimeMS,
OSPTTIME ToTimeSec, unsigned int ToTimeMS)
{
return(1000 * (ToTimeSec - FromTimeSec) + (ToTimeMS - FromTimeMS));
}
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