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383 lines
9.8 KiB
383 lines
9.8 KiB
// SacRunner.cpp : Defines the entry point for the console application.
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//
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#include "inclfile.h"
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#include "..\SacCommunicator\SacCommunicator.h"
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#include "ntlog.hxx"
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#define BUFFER_SIZE 1024
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LPCTSTR g_vConnectionParams[]= {"COM1", "9600", "8", "0", "1"};
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BOOL g_bVerbose = FALSE;
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LPCTSTR g_szInputFileName= NULL;
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LPCTSTR g_szRespDir = NULL;
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LPCTSTR g_szLogFileName = NULL;
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LPCTSTR g_szNtLogFile = NULL;
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LPCTSTR g_szBvtLogFile = NULL;
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CNtLog g_ntlogLogger;
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UINT g_nPassTotal= 0, g_nFailTotal= 0;
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BOOL WriteBvtLog(LPCTSTR szBvtLogFile, double ratioPassLimit, UINT nPassTotal, UINT nFailTotal, time_t tmStart, time_t tmFinish)
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{
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fstream f(szBvtLogFile, std::ios::out);
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if (!f.is_open())
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return FALSE;
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LPCTSTR vTestResults[]= {_T("NOCONFIG"), _T("PASS"), _T("FAIL")};
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int nTestResult= !(nPassTotal||nFailTotal) ? 0 : (nPassTotal/(nPassTotal+nFailTotal)<ratioPassLimit)+1;
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f<<"[TESTRESULT]\n";
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f<<"\tTEST: Basic Sac Stress\n";
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f<<"\tRESULT: "<<vTestResults[nTestResult]<<'\n';
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f<<"\tCONTACT: ahmedt\n";
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f<<"\tPM CONTACT: pasquale\n";
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f<<"\tDEV PRIME: adamba\n";
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f<<"\tDEV ALT: adamba\n";
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f<<"\tTEST PRIME: ahmedt\n";
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f<<"\tTEST ALT: rgeorge\n";
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struct tm *ptminfoStart, *ptminfoFinish, tminfoStart, tminfoFinish;
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ptminfoStart= localtime(&tmStart);
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tminfoStart= *ptminfoStart;
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ptminfoFinish= localtime(&tmFinish);
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tminfoFinish= *ptminfoFinish;
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f<<"\tSTART TIME:\t\t"<<tminfoStart.tm_mon<<'/'<<tminfoStart.tm_mday<<'/'<<tminfoStart.tm_year<<' '<<tminfoStart.tm_hour<<':'<<tminfoStart.tm_min<<':'<<tminfoStart.tm_sec<<'\n';
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f<<"\tEND TIME:\t\t"<<tminfoFinish.tm_mon<<'/'<<tminfoFinish.tm_mday<<'/'<<tminfoFinish.tm_year<<' '<<tminfoFinish.tm_hour<<':'<<tminfoFinish.tm_min<<':'<<tminfoFinish.tm_sec<<'\n';
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f<<"\n\t[Detailed Results]\n";
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f<<"\t\tPass Count:"<< g_nPassTotal<<'\n';
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f<<"\t\tFail Count:"<< g_nFailTotal<<'\n';
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f<<"\t\t\tFor more info check the command log-file: "<< g_szLogFileName<<'\n';
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f<<"\t[/Detailed Results]\n\n";
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f<<"[/TESTRESULT]\n";
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f.close();
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return TRUE;
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}
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BOOL RunSac(LPCTSTR szFileName, int nCommPortId, DCB dcb, BOOL b2Screen, LPCTSTR szLogfileName= NULL, LPCSTR szResponseDir= NULL, LPCTSTR szNtLogFile= NULL)
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{
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fstream f(szFileName, std::ios::in); // opening file
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if (!f.is_open()) // checking if open
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return FALSE; // cannot open input file then we have nothing to do
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fstream log_f; // log file
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BOOL bLog; // whether to log or not
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if (szLogfileName&&*szLogfileName) // if name supplied
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log_f.open(szLogfileName, std::ios::out); // open file
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bLog= log_f.is_open(); // only can log if log file is open
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CSacCommunicator SacCl(nCommPortId, dcb); // creating a sac client
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if (!SacCl.Connect()) // connecting to sac
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{
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log_f.close();
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f.close();
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return FALSE; // cannot init connection
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}
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// file is open if we r here and connected to port
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BOOL bNtLog; // whether or not having an nt log
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if (bNtLog= szNtLogFile!=NULL) // in order for that a file name has to be supplied
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{
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bNtLog= g_ntlogLogger.Init(szNtLogFile); // and intialization has to succeed so as to be able to log
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if (bNtLog)
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g_ntlogLogger.AttachThread();
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}
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// poke sac
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if (!SacCl.SacCommand( SAC_STR("\r") ))
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return FALSE;
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int nLineNo= 0;
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while (!f.eof())
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{
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++nLineNo; // another line
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if (b2Screen)
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std::cout<<"Line: "<<nLineNo<<'\n'; // echo line #
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TCHAR szStaticBuffer[BUFFER_SIZE]; // reading buffer
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LPTSTR szBuffer;
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szBuffer= szStaticBuffer;
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f.getline(szBuffer, BUFFER_SIZE-1); // reading line taking into consideration the \r appended later
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while (*szBuffer==' '||*szBuffer=='\t')
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szBuffer++; // eat white
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if (!*szBuffer||*szBuffer=='#'||*szBuffer=='\r'||*szBuffer=='\n') // skip empty lines
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{
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if (b2Screen)
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std::cout<<"\tline skipped!!"<<std::endl;
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continue; // a comment or an empty line
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}
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int i= 0;
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while (szBuffer[i]!='\0'&&szBuffer[i]!=':')
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{
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if (!_tcsncmp(szBuffer+i, _T("\\\\"), 2))
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break; // rest of line comment
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i++;
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}
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int nCount= 1; // default count is 1
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if (szBuffer[i]==':') // if count present
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{
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int j= 1;
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while (szBuffer[i+j]!='\0')
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{
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if (!_tcsncmp(szBuffer+i+j, _T("//"), 2))
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break;
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j++;
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}
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szBuffer[i+j]= '\0';
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nCount= _ttoi(szBuffer+i+1); // get count
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szBuffer[i]='\0'; // remove it from string
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}
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for (i= _tcslen(szBuffer); i>0&&(szBuffer[i-1]==' '||szBuffer[i-1]=='\t'); i--)
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;
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szBuffer[i]='\0';
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_tcscat(szBuffer, _T("\r")); // append CR
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for (i= 0; i<nCount; i++)
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{
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BOOL bSuccess;
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SacString strResponse;
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if (!_tcscmp(szBuffer, "Paging Off\r")) // look for special command
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bSuccess= SacCl.PagingOff(strResponse);
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else
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bSuccess= SacCl.SacCommand(szBuffer, strResponse, FALSE, 5000);
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g_nPassTotal+= bSuccess;
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g_nFailTotal+= !bSuccess;
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if (szResponseDir) // if output dir specified
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{
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TCHAR szResponseFileBuf[BUFFER_SIZE];
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_tcscpy(szResponseFileBuf, szResponseDir);
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sprintf(szResponseFileBuf+_tcslen(szResponseFileBuf), "\\L%d_C%d.out", nLineNo, i);
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fstream out_f(szResponseFileBuf, std::ios::out);
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if (out_f.is_open())
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out_f<<strResponse.data(); // log out
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out_f.close(); // close out file
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}
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LPCTSTR vstrStatus[]= { _T("FAILURE"), _T("SUCCESS") }; // status string vector
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if (b2Screen)
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std::cout<<"\tCount: "<<i+1<< " -> "<< vstrStatus[bSuccess]<< std::endl; // report 2 screen
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if (bLog)
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{
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log_f<< "Line["<< nLineNo<< "]\\ Count[" <<i+1<<"]-> Command: ";
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log_f<< szBuffer<< "\tStatus: "<< vstrStatus[bSuccess]<< std::endl; // report to log file
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}
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if (bNtLog)
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if (bSuccess)
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if (strResponse.length())
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g_ntlogLogger.Pass("Sac Responded -> L[%d], C[%d]: %s", nLineNo, i, szBuffer);
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else
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g_ntlogLogger.Warn("Sac NIL Response -> L[%d], C[%d]: %s", nLineNo, i, szBuffer);
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else
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g_ntlogLogger.Fail("Sac Communication Failed -> L[%d], C[%d]: %s", nLineNo, i, szBuffer);
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}
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}
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// finally
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goto Terminate;
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Terminate:
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SacCl.Disconnect(); // close connection
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log_f.close(); // close general log
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f.close(); // close input file
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if (bNtLog)
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{
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g_ntlogLogger.DetachThread();
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g_ntlogLogger.Close();
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}
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return TRUE; // that's it
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}
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BOOL GetArgs(int argc, LPTSTR argv[], LPCTSTR szErrBuffer= NULL)
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{
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if (*argv[1]!='-'&&*argv[1]!='/')
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g_szInputFileName= argv[1];
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for (int i= 1; i<argc; i++)
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{
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if (*argv[i]=='-'||*argv[i]=='/')
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switch (*(argv[i]+1))
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{
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case 'I':
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if (*(argv[i]+2))
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g_szInputFileName= argv[i]+2;
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else
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g_szInputFileName= argv[++i];
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break;
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case 'V':
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if (!*(argv[i]+2))
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g_bVerbose= TRUE;
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else
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return FALSE;
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break;
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case 'L':
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if (*(argv[i]+2))
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g_szLogFileName= argv[i]+2;
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else
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g_szLogFileName= argv[++i];
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break;
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case 'N':
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if (!_tcsncmp(argv[i]+2, _T("TL"), 2))
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if (*(argv[i]+4))
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g_szNtLogFile= argv[i]+4;
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else
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g_szNtLogFile= argv[++i];
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break;
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case 'B':
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if (!_tcsncmp(argv[i]+2, _T("VTL"), 2))
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if (*(argv[i]+5))
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g_szBvtLogFile= argv[i]+4;
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else
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g_szBvtLogFile= argv[++i];
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break;
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case 'D':
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if (*(argv[i]+2))
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g_szRespDir= argv[i]+2;
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else
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g_szRespDir= argv[++i];
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break;
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case 'C': // -C 9600, 8,N, 1
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// TCHAR* pCurr= *(argv[i]+2)? (argv[i]+2) : argv[++i];
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TCHAR* pCurr= argv[i]+2;
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for (int j= 0; j<4; j++)
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{
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int k;
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if (!*pCurr)
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pCurr= argv[++i];
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for (k= 0; pCurr[k]&&pCurr[k]!=','; )
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k++;
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pCurr[k]= '\0';
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g_vConnectionParams[j]= pCurr;
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pCurr+= k+1;
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}
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break;
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}
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}
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return TRUE;
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}
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int __cdecl main(int argc, char* argv[])
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{
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DCB dcb;
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GetArgs(argc, argv);
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if (!g_szInputFileName)
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{
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std::cout<< "Erorr: no input file name supplied"<< std::endl;
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return !0;
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}
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std::cout<< "attempting to run w/ following options:"<< std::endl;
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if (g_szLogFileName)
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std::cout<< "logging to: "<< g_szLogFileName<< '\n';
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else
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std::cout<< "no log filename supplied, logging truned off\n";
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if (g_szNtLogFile)
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std::cout<< "nt log will be written to: "<< g_szLogFileName<< ".*\n";
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else
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std::cout<< "no nt-log filename supplied, nt-logging truned off\n";
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if (g_szRespDir)
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std::cout<< "sac output files will be located in: "<< g_szRespDir<< "\\\n";
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else
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std::cout<< "no directory specified for sac output files, using current\n";
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if (g_bVerbose)
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std::cout<< "running verbose...\n";
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else
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std::cout<< "running non-verbose...\n";
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std::cout<<std::endl;
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for (int i= 0; CSacCommunicator::s_vctrCommPorts[i]; i++)
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if (!_tcscmp(CSacCommunicator::s_vctrCommPorts[i], g_vConnectionParams[0]))
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break;
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int nCommPort= i;
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BuildCommDCB( CSacCommunicator::s_vctrCommPorts[nCommPort], &dcb);
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dcb.BaudRate = _ttoi(g_vConnectionParams[1]); // set the baud rate
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dcb.ByteSize = (BYTE) _ttoi(g_vConnectionParams[2]); // data size, xmit, and rcv
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dcb.Parity = (BYTE) _ttoi(g_vConnectionParams[3]); // parity bit
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dcb.StopBits = (BYTE) _ttoi(g_vConnectionParams[4]); // one stop bit
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time_t tmStart, tmFinish;
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BOOL bTestResult;
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time(&tmStart);
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bTestResult= RunSac(g_szInputFileName, nCommPort, dcb, g_bVerbose, g_szLogFileName, g_szRespDir, g_szNtLogFile);
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time(&tmFinish);
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if (bTestResult)
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{
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WriteBvtLog(g_szBvtLogFile, 0.5, g_nPassTotal, g_nFailTotal, tmStart, tmFinish);
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std::cout<< "\nTEST RESULT: SUCCEEDED!!!\n";
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}
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else
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{
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WriteBvtLog(g_szBvtLogFile, 0.5, 0, 0, tmStart, tmFinish);
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std::cout<< "\nTEST RESULT: NOCONFIG | FAILED!!!\n";
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}
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return 0;
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}
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