Client::Client( thread_Settings *inSettings ) {
mSettings = inSettings;
mBuf = NULL;
// initialize buffer
mBuf = new char[ mSettings->mBufLen ];
pattern( mBuf, mSettings->mBufLen );
if ( isFileInput( mSettings ) ) {
if ( !isSTDIN( mSettings ) )
Extractor_Initialize( mSettings->mFileName, mSettings->mBufLen, mSettings );
else
Extractor_InitializeFile( stdin, mSettings->mBufLen, mSettings );
if ( !Extractor_canRead( mSettings ) ) {
unsetFileInput( mSettings );
}
}
// connect
Connect( );
if ( isReport( inSettings ) ) {
ReportSettings( inSettings );
if ( mSettings->multihdr && isMultipleReport( inSettings ) ) {
mSettings->multihdr->report->connection.peer = mSettings->peer;
mSettings->multihdr->report->connection.size_peer = mSettings->size_peer;
mSettings->multihdr->report->connection.local = mSettings->local;
SockAddr_setPortAny( &mSettings->multihdr->report->connection.local );
mSettings->multihdr->report->connection.size_local = mSettings->size_local;
}
}
} // end Client
Listener::Listener( thread_Settings *inSettings ) {
mClients = inSettings->mThreads;
mBuf = NULL;
mSettings = inSettings;
// initialize buffer
mBuf = new char[ mSettings->mBufLen ];
if ( mSettings->mOutputDataFileName != NULL )
if ( (mSettings->Output_file = \
fopen (mSettings->mOutputDataFileName, "ab")) == NULL )
fprintf( stderr, "Unable to open the outfile stream\n");
// open listening socket
if ( mSettings->mThreadMode == kMode_RDMA_Listener ) {
mCb = new rdma_cb;
Settings_Initialize_Cb( mCb );
rdma_init( mCb );
// Setting_Copy_Ts2Cb( mSettings, mCb );
{
// addr
/* if ( mSettings->mThreadMode == kMode_RDMA_Listener)
memcpy( &mCb->sin, &mSettings->local, sizeof(iperf_sockaddr));
else if ( mSettings->mThreadMode == kMode_RDMA_Client)
memcpy( &mCb->sin, &mSettings->peer, sizeof(iperf_sockaddr));
*/
// port
mCb->port = mSettings->mPort;
DPRINTF(("listening port is %d\n", mCb->port));
mCb->server = 1;
mCb->size = mSettings->mBufLen;
DPRINTF(("Listener buffer size is %d\n", mCb->size));
mCb->outputfile = mSettings->Output_file;
}
ListenRDMA( );
}
else
Listen( );
ReportSettings( inSettings );
} // end Listener
Client::Client( thread_Settings *inSettings ) {
mSettings = inSettings;
mBuf = NULL;
// initialize buffer
mBuf = new char[ mSettings->mBufLen ];
pattern( mBuf, mSettings->mBufLen );
//strcpy(outFile,mSettings->mLogFileName);
pthread_t currentThread = pthread_self();
long tid = (long)currentThread;
sprintf(outFileName,"%s%ld",mSettings->mLogFileName,tid);
outFile = NULL;
outFile = fopen(outFileName,"w");
if ( isFileInput( mSettings ) ) {
if ( !isSTDIN( mSettings ) )
Extractor_Initialize( mSettings->mFileName, mSettings->mBufLen, mSettings );
else
Extractor_InitializeFile( stdin, mSettings->mBufLen, mSettings );
if ( !Extractor_canRead( mSettings ) ) {
unsetFileInput( mSettings );
}
}
// connect
Connect( );
if ( isReport( inSettings ) ) {
ReportSettings( inSettings );
if ( mSettings->multihdr && isMultipleReport( inSettings ) ) {
mSettings->multihdr->report->connection.peer = mSettings->peer;
mSettings->multihdr->report->connection.size_peer = mSettings->size_peer;
mSettings->multihdr->report->connection.local = mSettings->local;
SockAddr_setPortAny( &mSettings->multihdr->report->connection.local );
mSettings->multihdr->report->connection.size_local = mSettings->size_local;
}
}
} // end Client
mmPrintableBase* Option::ReportFunction(int report)
{
mmPrintableBase* function = nullptr;
if ((report >= 0) && (report < ReportCount()))
{
ReportInfo* r = reinterpret_cast<ReportInfo*>(m_reports[report]);
switch (r->id)
{
case ReportInfo::MyUsage:
function = new mmReportMyUsage();
break;
case ReportInfo::MonthlySummaryofAccounts:
function = new mmReportSummaryByDate(0);
break;
case ReportInfo::YearlySummaryofAccounts:
function = new mmReportSummaryByDate(1);
break;
case ReportInfo::WheretheMoneyGoes:
function = new mmReportCategoryExpensesGoes();
break;
case ReportInfo::WheretheMoneyComesFrom:
function = new mmReportCategoryExpensesComes();
break;
case ReportInfo::CategoriesSummary:
function = new mmReportCategoryExpensesCategories();
break;
case ReportInfo::CategoriesMonthly:
function = new mmReportCategoryOverTimePerformance();
break;
case ReportInfo::Payees:
function = new mmReportPayeeExpenses();
break;
case ReportInfo::IncomevsExpensesSummary:
function = new mmReportIncomeExpenses();
break;
case ReportInfo::IncomevsExpensesMonthly:
function = new mmReportIncomeExpensesMonthly();
break;
case ReportInfo::BudgetPerformance:
function = new mmReportBudgetingPerformance();
break;
case ReportInfo::BudgetCategorySummary:
function = new mmReportBudgetCategorySummary();
break;
case ReportInfo::MonthlyCashFlow:
function = new mmReportCashFlow(mmReportCashFlow::MONTHLY);
break;
case ReportInfo::DailyCashFlow:
function = new mmReportCashFlow(mmReportCashFlow::DAILY);
break;
case ReportInfo::StocksReportPerformance:
function = new mmReportChartStocks();
break;
case ReportInfo::StocksReportSummary:
function = new mmReportSummaryStocks();
break;
case ReportInfo::ForecastReport:
function = new mmReportForecast();
break;
default:
break;
}
if (function != nullptr)
function->setSettings(ReportSettings(r->id));
}
return function;
}
