TB_Intermediate_IN.h

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#include "user_parameters.h"
#ifndef TB_INTERMEDIATE_IN_TESTBENCH_FILE_H
#define TB_INTERMEDIATE_IN_TESTBENCH_FILE_H

/*****************************************************************************/
/**************************  BEGIN USER SPACE ********************************/

/********************/
/* Output TestBench */
template<int No>
void TB_Intermediate_IN(Testbench_out_interface<No>& tb_interface) {
        // Default
        //
        // DATA SEND
        //
        
        int my_id=0;
        
        if (current_application_id<NB_SLICES_APPLICATION)
                my_id=current_application_id;
                
        current_application_id++;
        
        for (int i = 0; i < NB_TRANSACTIONS_TO_SEND; i++) {

                // Check that first module in the chain is ready
#ifdef GENERATE_LOG_FILE
                Simulation_controller::get_logfile() << endl << sc_time_stamp() << ": " << tb_interface.TB_IF_name() << " checks instantiation for following modules" << endl;
#endif

                // Initialize data to send for this transaction
                for(int j = 0; j < No; j++) {
                        int *data_out_ptr = tb_interface.TB_IF_get_data_out_ptr(j);
                        for(int k = 0; k < 16; k++) data_out_ptr[k] = (i << 16) | k;
                }

                //wait(TB_lock[my_id]);
                Slice_lock_IN.wait();
                
                tb_interface.TB_IF_nb_send_all_data();

                /* DO NOTHING */
                /* check_target method asks for following modules instantiation, answer from
                 * the manager will produce an event responsible for data transfers */

                // Wait until all responses from following modules have been received */
                wait(tb_interface.TB_IF_all_responses_received_event());

#ifdef GENERATE_LOG_FILE
                Simulation_controller::get_logfile() << sc_time_stamp() << ": " << tb_interface.TB_IF_name() << ": Transaction " << i << " has been sent" << endl;
#endif

                if(i != (NB_TRANSACTIONS_TO_SEND - 1)) {
                        // Delay next transaction by waiting extra time
                        sc_time delayToNextPacket((i + 1) * tb_interface.TB_IF_get_period() - sc_time_stamp());
                        if(delayToNextPacket < SC_ZERO_TIME) {
                                cerr << "ERROR in TB: Negative delay to next packet send! Consider revising periods and other timing information" << endl;
                                exit(RECOSIM_INTERNAL_ERROR_ERRCODE);
                        }
        //              wait(TB_lock[my_id]);//wait(delayToNextPacket);
                }

                tb_interface.TB_IF_increment_current_transaction_id();
        }

#ifdef GENERATE_LOG_FILE
        Simulation_controller::get_logfile() << sc_time_stamp() << ": " << tb_interface.TB_IF_name() << ": All transactions have been sent" << endl;
#endif

}

/**************************  END USER SPACE ********************************/
/***************************************************************************/

#endif