void ReadParams(THParams *HarnessParams)
{
GetEnvironmentParams(HarnessParams);
if (HarnessParams->TestCaseDir == NULL)
{
HarnessError("ERROR: No test suite directory specified. Set the"
" %s (or %s) environment variable to the appropriate directory.\n",
ENV_DIR, ENV_DIR_ALT);
}
if (HarnessParams->TestConfigName == NULL)
{
HarnessError("ERROR: No test configuration file specified. Set the"
" %s environment variable to the appropriate directory.\n",
ENV_CONFIG);
}
if (HarnessParams->TestResultsName == NULL)
{
HarnessError("ERROR: No test results file specified. Set the"
" %s environment variable to the appropriate directory.\n",
ENV_RESULTS);
}
if (HarnessParams->XRunFile == NULL)
{
HarnessError("ERROR: The XRun application was not specified. Set the"
" %s environment variable to the appropriate directory.\n",
ENV_XRUN);
}
/* Go to the test suite directory */
if (chdir(HarnessParams->TestCaseDir) != 0)
{
HarnessError("ERROR: Failed to change into the directory "
"specified by TH_TC_DIR. Ensure that TH_TC_DIR is correctly "
"set to the root of your test suite.\n");
}
/* Open the results file */
HarnessParams->TestResultsFile = fopen(HarnessParams->TestResultsName,"w");
if (HarnessParams->TestResultsFile == 0)
{
HarnessError("ERROR: Failed to open test results file '%s'.\n",
HarnessParams->TestResultsName);
}
HarnessParams->sumResultsFile = fopen(HarnessParams->sumResultsName,"w");
if (HarnessParams->sumResultsFile == 0)
{
HarnessError("ERROR: Failed to open summary results file '%s'.\n",
HarnessParams->sumResultsName);
}
}
void WriteSumFile(FILE *SumFile,const char* Name,const char* Section, const char* SubSection,
const char *Result,double timeTaken)
{
int MaxSize;
size_t nChars;
char logBuffer[LINE_BUF_SIZE*2];
char output[256];
char *processedName;
time_t ltime;
struct tm *stime;
char formattedDate[20];
MaxSize = sizeof(logBuffer);
sprintf(output,"%d",(int)ceil(timeTaken));
time(<ime);
stime = localtime(<ime);
strftime(formattedDate,sizeof(formattedDate),"%Y-%m-%d",stime);
ConvertBackSlashesToWindowsStyle((char *)SubSection);
processedName = (char *)malloc(strlen(Name)+1);
removeSpecialCharacters(Name,processedName);
AppendDelimitedStringsSum(logBuffer, MaxSize, C_COMMA, C_ESCAPE,
processedName,Section,SubSection,PLATFORM,BUILDTYPE,BUILDNUMBER,formattedDate,Result,output,NULL);
free(processedName);
// to remove the trailing commas at the end of every line in the summary file
// logBuffer[MaxSize - 1] = 0;
logBuffer[strlen(logBuffer)-1] = 0;
RemoveLinefeeds(logBuffer);
nChars = fprintf(SumFile, "%s%s", logBuffer,EOLN);
if (nChars < strlen(logBuffer)+1)
{
HarnessError("ERROR: Failed to write to the file to log the "
"results. This is a fatal error. errno is %d.\n",errno);
}
}
/*
* Logs the result of a test case to the file in the following form:
* <TestDir>,<Section>,<SubSection>,<Name>,<type>,<result>,<Output>
*/
void LogResult(FILE *ResultsFile, const char *Section, const char *SubSection,
const char *Name, TEST_TYPE Type, const char *TestDir,
const char *Phase, const char *Result, const char *Output)
{
int MaxSize;
size_t nChars;
char logBuffer[LINE_BUF_SIZE * 2];
char *testType;
testType = TypeToString(Type);
MaxSize = sizeof(logBuffer);
if (Output == NULL)
{
Output = "";
}
/*
* Silently fail if we run out of buffer space, but throw a null in to be
* safe.
*/
AppendDelimitedStringsVA(logBuffer, MaxSize, C_COMMA, C_ESCAPE,
TestDir, Section, SubSection, Name, testType, Phase,
Result, Output, NULL);
logBuffer[MaxSize - 1] = 0;
RemoveLinefeeds(logBuffer);
nChars = fprintf(ResultsFile, "%s\n", logBuffer);
if (nChars < strlen(logBuffer)+1)
{
HarnessError("ERROR: Failed to write to the file to log the "
"results. This is a fatal error. errno is %d.\n",errno);
}
}
/*
* Read the parameters for the testharness from the environment.
*/
void GetEnvironmentParams(THParams *HarnessParams)
{
char *envString;
envString = getenv(ENV_DIR);
if (envString != NULL)
{
HarnessParams->TestCaseDir = strdup(envString);
if (HarnessParams->TestCaseDir == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
else
{
envString = getenv(ENV_DIR_ALT);
if (envString != NULL)
{
HarnessParams->TestCaseDir = strdup(envString);
if (HarnessParams->TestCaseDir == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
}
envString = getenv(ENV_CONFIG);
if (envString != NULL)
{
HarnessParams->TestConfigName = strdup(envString);
if (HarnessParams->TestConfigName == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
envString = getenv(ENV_RESULTS);
if (envString != NULL)
{
HarnessParams->TestResultsName = strdup(envString);
if (HarnessParams->TestResultsName == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
envString = getenv(ENV_SUMRES);
if (envString != NULL)
{
HarnessParams->sumResultsName = strdup(envString);
if (HarnessParams->sumResultsName == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
envString = getenv(ENV_XRUN);
if (envString != NULL)
{
HarnessParams->XRunFile = strdup(envString);
if (HarnessParams->XRunFile == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
}
envString = getenv(ENV_SUBTEST);
if (envString != NULL)
{
int subLen=0;
HarnessParams->SubTest = strdup(envString);
if (HarnessParams->SubTest == NULL)
{
HarnessError("ERROR: Unable to allocate memory!\n");
}
subLen = strlen(envString);
if(HarnessParams->SubTest[subLen-1]=='\\' ||
HarnessParams->SubTest[subLen-1]=='/')
{
HarnessParams->SubTest[subLen-1]='\0';
}
}
else
{
HarnessParams->SubTest=NULL;
}
}
