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| /*
*@title: Pipe server
*
*@author: AICARDI David
*
*@description: This program establishes a pipe server
*/
//Include Standard libraries
#include <windows.h>
#include <stdlib.h>
#include <malloc.h>
#include <memory.h>
#include <stdio.h>
#include <time.h>
//Include Data
#include "phIAutomaticTestTool_Data.h"
//Overall variables
FILE *gpphAutomaticTestTool_ErrorFile;
int gphAutomaticTestTool_MessageCommand;
DWORD gphAutomaticTestTool_ThreadId;
HANDLE gphAutomaticTestTool_HandleThread;
HANDLE gphAutomaticTestTool_HandleEventPipe, gphAutomaticTestTool_HandlePipe;
char *pMessageToSend;
//Function prototypes
int phAutomaticTestTool_PipeServer(char pipeName[]);
DWORD WINAPI phAutomaticTestTool_Process_PipeReader(LPVOID lpParam);
DWORD WINAPI phAutomaticTestTool_Process_PipeWritter(LPVOID lpParam);
int phAutomaticTestTool_CloseThread();
int phAutomaticTestTool_InitErrorFile();
int phAutomaticTestTool_CloseFile();
int phAutomaticTestTool_PrintErrorPipe(int errorCode);
/**
*@title: phAutomaticTestTool_PipeServer
*
*@author: AICARDI David
*
*@description: This method opens Pipe and waits a client connection
*
*@return: int : 0
*
*@param: char pipeName []: Pipe name to open (default: ////.//PIPE//Pipe1)
*/
int phAutomaticTestTool_PipeServer(char pipeName [])
{
//local variable
int closeStatus;
printf("passage dans PipeServer --> creation du pipe\n");
/*Create Pipe*/
gphAutomaticTestTool_HandlePipe = CreateNamedPipe ( pipeName, // Pipe Name
PIPE_ACCESS_DUPLEX , // Access Mode
PIPE_TYPE_MESSAGE | //message type pipe
PIPE_READMODE_MESSAGE | //message-read mode
PIPE_WAIT, // blocking mode
PIPE_UNLIMITED_INSTANCES, // max. instances
PH_AUTOMATICTESTTOOL_BUFSIZE, // output buffer size
PH_AUTOMATICTESTTOOL_BUFSIZE, // input buffer size
PH_AUTOMATICTESTTOOL_PIPE_TIMEOUT, // client time-out
NULL); // no security attribute
if (INVALID_HANDLE_VALUE == gphAutomaticTestTool_HandlePipe)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CREATE_PIPE);
return 1;
}
else
{
//Start Threads
SetEvent(gphAutomaticTestTool_HandleEventPipe);
//Disconnect Handle
closeStatus = DisconnectNamedPipe(gphAutomaticTestTool_HandlePipe);
if(0 == closeStatus)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CLOSE_HANDLE);
}
/* Wait a client connection */
while (0 == ConnectNamedPipe(gphAutomaticTestTool_HandlePipe, NULL)) { }
}
return 0;
}
/**
*@title: phAutomaticTestTool_Process_PipeReader
*
*@author: AICARDI David
*
*@description: This process reads Commands from Pipe
*
*@return: DWORD : 0
*
*@param: LPVOID lpParam : Process Number
*/
DWORD WINAPI phAutomaticTestTool_Process_PipeReader(LPVOID lpParam)
{
//local variables
BOOL terminate = FALSE, fileRead;
char messageToReceive[PH_AUTOMATICTESTTOOL_BUFSIZE];
char eventError;
DWORD bytesRead;
int written, i, cursor = 0;
//Wait Event to start
WaitForSingleObject(gphAutomaticTestTool_HandleEventPipe,INFINITE);
while ( FALSE == terminate )
{
if(INVALID_HANDLE_VALUE == gphAutomaticTestTool_HandlePipe)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CREATE_PIPE);
}
//Pipe created
else
{
//Read from Pipe
fileRead = ReadFile (gphAutomaticTestTool_HandlePipe,
messageToReceive,
PH_AUTOMATICTESTTOOL_BUFSIZE,
&bytesRead,
NULL);
//Command received
if(fileRead && (PH_AUTOMATICTESTTOOL_COMMAND_OFFSET < bytesRead) && (PH_AUTOMATICTESTTOOL_MAX_COMMAND_SIZE >= (bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET)))
{
//Stop Pipe Server
if((char)PH_AUTOMATICTESTTOOL_STOP_COMMAND_CODE == (char)messageToReceive[1])
{
phAutomaticTestTool_OpenFile();
cursor = phAutomaticTestTool_SetIndex();
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
pMessageToSend = malloc(bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET);
if(NULL == pMessageToSend)
{
phAutomaticTestTool_PrintErrorPipe(ERROR_MEM);
return 1;
}
written = fwrite(PH_AUTOMATICTESTTOOL_STOP,
1,strlen(PH_AUTOMATICTESTTOOL_STOP),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
for(i = 0; i < bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET; i++)
{
sprintf(&pMessageToSend[i],
"%c",
messageToReceive[PH_AUTOMATICTESTTOOL_COMMAND_OFFSET+i]);
}
written = fwrite(pMessageToSend,1,strlen(pMessageToSend),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
printf("\nEnd Script: %s\n",pMessageToSend);
written = fwrite(PH_AUTOMATICTESTTOOL_BACK_2,
1,
strlen(PH_AUTOMATICTESTTOOL_BACK_2),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
phAutomaticTestTool_CloseFile();
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
free(pMessageToSend);
}
else if((char)PH_AUTOMATICTESTTOOL_START_COMMAND_CODE == (char)messageToReceive[1])
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_OpenFile();
cursor = phAutomaticTestTool_SetIndex();
pMessageToSend = malloc(bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET);
if(NULL == pMessageToSend)
{
phAutomaticTestTool_PrintErrorPipe(ERROR_MEM);
return 1;
}
written = fwrite(PH_AUTOMATICTESTTOOL_START,
1,
strlen(PH_AUTOMATICTESTTOOL_START),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
for(i = 0; i < bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET; i++)
{
sprintf(&pMessageToSend[i],
"%c",
messageToReceive[PH_AUTOMATICTESTTOOL_COMMAND_OFFSET+i]);
}
written = fwrite(pMessageToSend,1,strlen(pMessageToSend),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
printf("\nStart Script: %s\n",pMessageToSend);
written = fwrite(PH_AUTOMATICTESTTOOL_BACK_2,
1,
strlen(PH_AUTOMATICTESTTOOL_BACK_2),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
phAutomaticTestTool_CloseFile();
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
free(pMessageToSend);
}
else if((char)PH_AUTOMATICTESTTOOL_CONNECTION_COMMAND_CODE == (char)messageToReceive[1])
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_OpenFile();
cursor = phAutomaticTestTool_SetIndex();
pMessageToSend = malloc(bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET);
if(NULL == pMessageToSend)
{
phAutomaticTestTool_PrintErrorPipe(ERROR_MEM);
return 1;
}
written = fwrite(PH_AUTOMATICTESTTOOL_CONNECTION,
1,
strlen(PH_AUTOMATICTESTTOOL_CONNECTION),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
for(i = 0; i < bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET; i++)
{
sprintf(&pMessageToSend[i],
"%c",
messageToReceive[PH_AUTOMATICTESTTOOL_COMMAND_OFFSET+i]);
}
written = fwrite(pMessageToSend,
1,strlen(pMessageToSend),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
printf("\nConnection Initialized: %s\n",pMessageToSend);
written = fwrite(PH_AUTOMATICTESTTOOL_BACK_2,
1,
strlen(PH_AUTOMATICTESTTOOL_BACK_2),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
phAutomaticTestTool_CloseFile();
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
free(pMessageToSend);
}
else if((char)PH_AUTOMATICTESTTOOL_STOP_COMMAND_BATCH_CODE == (char)messageToReceive[1])
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_OpenFile();
cursor = phAutomaticTestTool_SetIndex();
pMessageToSend = malloc(bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET);
if(NULL == pMessageToSend)
{
phAutomaticTestTool_PrintErrorPipe(ERROR_MEM);
return 1;
}
written = fwrite(PH_AUTOMATICTESTTOOL_ENDBATCH,
1,
strlen(PH_AUTOMATICTESTTOOL_ENDBATCH),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
for(i = 0; i < bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET; i++)
{
sprintf(&pMessageToSend[i],
"%c",
messageToReceive[PH_AUTOMATICTESTTOOL_COMMAND_OFFSET+i]);
}
written = fwrite(pMessageToSend,1,strlen(pMessageToSend),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
printf("\nEnd Batch: %s\n",pMessageToSend);
written = fwrite(PH_AUTOMATICTESTTOOL_BACK_2,
1,
strlen(PH_AUTOMATICTESTTOOL_BACK_2),
gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
phAutomaticTestTool_CloseFile();
free(pMessageToSend);
terminate = TRUE;
}
//Post gphAutomaticTestTool_MessageCommand message
else
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_READ_PIPE);
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
}
}
//BAD message format
else if(fileRead && (PH_AUTOMATICTESTTOOL_COMMAND_OFFSET >= bytesRead))
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_READ_PIPE);
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
}
else if(fileRead && (PH_AUTOMATICTESTTOOL_MAX_COMMAND_SIZE < (bytesRead-PH_AUTOMATICTESTTOOL_COMMAND_OFFSET)))
{
//Pull pipe buffer
FlushFileBuffers(gphAutomaticTestTool_HandlePipe);
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_COMMAND_SIZE_TOO_LONG);
Sleep ( PH_AUTOMATICTESTTOOL_SLEEP_TIMER_1 );
}
}
}
return 0;
}
/**
*@title: phAutomaticTestTool_SetIndex
*
*@author: AICARDI David
*
*@description: This method Close all threads and Pipe Server
*
*@return: int : 0
*/
int phAutomaticTestTool_SetIndex()
{
int cursor = 0;
fseek(gpphAutomaticTestTool_ErrorFile, 0, SEEK_END);
cursor = ftell(gpphAutomaticTestTool_ErrorFile);
return cursor;
}
/**
*@title: phAutomaticTestTool_CloseThread
*
*@author: AICARDI David
*
*@description: This method Close all threads and Pipe Server
*
*@return: int : 0
*/
int phAutomaticTestTool_CloseThread()
{
//local variables
int closeStatus;
//Disconnect Named pipe Handle
closeStatus = DisconnectNamedPipe(gphAutomaticTestTool_HandlePipe);
if(0 == closeStatus)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CLOSE_HANDLE);
return 1;
}
//Close all threads
closeStatus = CloseHandle(gphAutomaticTestTool_HandleThread);
if(0 == closeStatus)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CLOSE_HANDLE);
return 1;
}
//Close Thread Handle
closeStatus = CloseHandle(gphAutomaticTestTool_HandleEventPipe);
if(0 == closeStatus)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CLOSE_HANDLE);
return 1;
}
//Close Pipe Handle
closeStatus = CloseHandle(gphAutomaticTestTool_HandlePipe);
if(0 == closeStatus)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_CLOSE_HANDLE);
return 1;
}
return 0;
}
/**
*@title: phAutomaticTestTool_CloseFile
*
*@author: AICARDI David
*
*@description: This method closes file
*
*@return: int : 0
*
*@param: u32 errorCode : Error Code
*/
int phAutomaticTestTool_CloseFile()
{
//local variable
int fileClosed;
/*Close Error File*/
fileClosed = fclose(gpphAutomaticTestTool_ErrorFile);
if(0 != fileClosed)
{
return 1;
}
return 0;
}
/**
*@title: phAutomaticTestTool_OpenFile
*
*@author: AICARDI David
*
*@description: This method prints Error string to console
*
*@return: int : 0
*
*@param: u32 errorCode : Error Code
*/
int phAutomaticTestTool_OpenFile()
{
int initFileStatus;
//Open Error File in Write access
gpphAutomaticTestTool_ErrorFile=fopen(PH_AUTOMATICTESTTOOL_ERROR_FILE_NAME, "w");
if(NULL == gpphAutomaticTestTool_ErrorFile)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_OPEN_ERROR_FILE);
phAutomaticTestTool_CloseFile();
return 0;
}
}
/**
*@title: phAutomaticTestTool_PrintErrorPipe
*
*@author: AICARDI David
*
*@description: This method prints Error string to console
*
*@return: int : 0
*
*@param: u32 errorCode : Error Code
*/
int phAutomaticTestTool_PrintErrorPipe(int errorCode)
{
//local variables
int written;
switch(errorCode)
{
case (int)PH_AUTOMATICTESTTOOL_CREATE_PIPE:{
printf(PH_AUTOMATICTESTTOOL_OPEN_PIPE);
written = fwrite(PH_AUTOMATICTESTTOOL_OPEN_PIPE,1,strlen(PH_AUTOMATICTESTTOOL_OPEN_PIPE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_READ_PIPE:{
printf(PH_AUTOMATICTESTTOOL_READ);
written = fwrite(PH_AUTOMATICTESTTOOL_READ,1,strlen(PH_AUTOMATICTESTTOOL_READ),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_COMMAND_SIZE_TOO_LONG:{
printf(PH_AUTOMATICTESTTOOL_COMMAND_TOO_LONG);
written = fwrite(PH_AUTOMATICTESTTOOL_COMMAND_TOO_LONG,1,strlen(PH_AUTOMATICTESTTOOL_COMMAND_TOO_LONG),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_OPEN_ERROR_FILE:{
printf(PH_AUTOMATICTESTTOOL_OPEN_FILE);
written = fwrite(PH_AUTOMATICTESTTOOL_OPEN_FILE,1,strlen(PH_AUTOMATICTESTTOOL_OPEN_FILE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_WRITE_TO_FILE:{
printf(PH_AUTOMATICTESTTOOL_WRITE_TO_ERROR_FILE);
written = fwrite(PH_AUTOMATICTESTTOOL_WRITE_TO_ERROR_FILE,1,strlen(PH_AUTOMATICTESTTOOL_WRITE_TO_ERROR_FILE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_THREAD_PIPE:{
printf(PH_AUTOMATICTESTTOOL_ERROR_THREAD_PIPE);
written = fwrite(PH_AUTOMATICTESTTOOL_ERROR_THREAD_PIPE,1,strlen(PH_AUTOMATICTESTTOOL_ERROR_THREAD_PIPE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_THREAD_EVENT:{
printf(PH_AUTOMATICTESTTOOL_ERROR_EVENT);
written = fwrite(PH_AUTOMATICTESTTOOL_ERROR_EVENT,1,strlen(PH_AUTOMATICTESTTOOL_ERROR_EVENT),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_CLOSE_HANDLE:{
printf(PH_AUTOMATICTESTTOOL_ERROR_CLOSE_HANDLE);
written = fwrite(PH_AUTOMATICTESTTOOL_ERROR_CLOSE_HANDLE,1,strlen(PH_AUTOMATICTESTTOOL_ERROR_CLOSE_HANDLE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
case (int)PH_AUTOMATICTESTTOOL_REGISTER_MESSAGE:{
printf(PH_AUTOMATICTESTTOOL_ERROR_REGISTER_MESSAGE);
written = fwrite(PH_AUTOMATICTESTTOOL_ERROR_REGISTER_MESSAGE,1,strlen(PH_AUTOMATICTESTTOOL_ERROR_REGISTER_MESSAGE),gpphAutomaticTestTool_ErrorFile);
if(0 == written)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_WRITE_TO_FILE);
}
break;
}
}
return 0;
}
/**
*@title: main
*
*@author: AICARDI David
*
*@description: Main of program
*
*@return: int : 0
*
*@param: int argc : Argument Number
*@param: char** argv : Arguments
*/
int main(int argc, char** argv)
{
//local variables
char pipeName[PH_AUTOMATICTESTTOOL_PIPE_NAME_SIZE];
int argCounter, pipeStatus, threadClosed, initFileStatus;
//Init Handle
gphAutomaticTestTool_HandleEventPipe = INVALID_HANDLE_VALUE;
//Init default value
strcpy(pipeName,PH_AUTOMATICTESTTOOL_PIPE_NAME);
//Management of line command arguments
for(argCounter=0;argCounter<argc;argCounter++)
{
if((0 == strcmp(PH_AUTOMATICTESTTOOL_PIPE_OPTION,argv[argCounter])) && (argc > argCounter))
{
strcpy(pipeName,PH_AUTOMATICTESTTOOL_PIPE_ROOT);
strcat(pipeName,argv[argCounter+1]);
}
}
//Set a value for each message
gphAutomaticTestTool_MessageCommand = RegisterWindowMessage(PH_AUTOMATICTESTTOOL_MESSAGE_COMMAND_STRING);
if(0 == gphAutomaticTestTool_MessageCommand)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_REGISTER_MESSAGE);
phAutomaticTestTool_CloseFile();
return 1;
}
//Create Handle
gphAutomaticTestTool_HandleEventPipe=CreateEvent(NULL,TRUE,FALSE,NULL);
if(NULL == gphAutomaticTestTool_HandleEventPipe)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_THREAD_EVENT);
return 1;
}
/*Send - Receive BSE message*/
gphAutomaticTestTool_HandleThread=CreateThread(NULL,0,phAutomaticTestTool_Process_PipeReader,(LPVOID)PH_AUTOMATICTESTTOOL_PIPE_READER_ID,0,&gphAutomaticTestTool_ThreadId);
if(INVALID_HANDLE_VALUE == gphAutomaticTestTool_HandleThread)
{
phAutomaticTestTool_PrintErrorPipe(PH_AUTOMATICTESTTOOL_THREAD_PIPE);
phAutomaticTestTool_CloseFile();
return 1;
}
/* Start Pipe Server */
pipeStatus = phAutomaticTestTool_PipeServer(pipeName);
if(1 == pipeStatus)
{
phAutomaticTestTool_CloseFile();
return 1;
}
/* Wait end of PipeReader Thread */
WaitForSingleObject(gphAutomaticTestTool_HandleThread,INFINITE);
//Close All threads
threadClosed = phAutomaticTestTool_CloseThread();
if(1 == threadClosed)
{
phAutomaticTestTool_CloseFile();
return 1;
}
/*Close File*/
phAutomaticTestTool_CloseFile();
return 0;
} |
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