/***************************************************************************
usbHostSlaveTB.cpp - description
-------------------
begin : Mon Sep 25 2006
copyright : (C) 2006 by Steve Fielding
email : sfielding@base2designs.com
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#include "condCompileFlags.h"
#define SYSTEMC_TB
#ifdef SYSTEMC_TB
#include "systemc.h"
#include "transactor.h"
#else
#include <stdio.h>
#include <stdlib.h>
#include <iostream.h>
#ifdef UCLINUX_TB
#else
#include "altera_avalon_pio_regs.h"
#include "hw_address_defines.h"
#include "system.h"
#endif
#include "bus_if.h"
#endif
#include "usbHostSlaveTB.h"
#include "usbHostSlaveMemMap.h"
#include "usbSIEConstants.h"
#include "usbFifoConstants.h"
//#include "usbTransConstants.h"
//#define VERBOSE_PRINT
//#ifdef VERBOSE_PRINT
#define PRT(stuff...) cout << stuff
//#else
//#define PRT(stuff...) do{}while(0)
//#endif
/* ------------------------------- main ---------------------------------- */
void usbHostSlaveTB::main_host()
{
int i;
int tempDataFromHost;
int tempDataFromHost2;
int USBEndPoint;
int USBAddress;
int dataPacketSize;
int versionNum;
int fullSpeedRate;
int firstFrameNumMSB;
int firstFrameNumLSB;
int expectedFrameNum;
int bRequestType=0x80;
int bRequest=0x06;
int wValue=0x0002;//Device descriptor
int wIndex=0;
int wLength=0xff;
RequestInit();
cout << "-------- usbHostSlave TestBench ---------\n";
systemRstCtrl();
usbLineControl(SE0); //set default line state
waitUSBClockTicks(30); //allow time for reset to propagate, especially re-sync'd resets
hostBusRead(versionNum, RA_HOST_SLAVE_VERSION);
printf("Host Version number = %2d.%1d\n", (versionNum >> 4) & 0xf, versionNum & 0xf);
//
cout << "Host initializing...\n";
hostBusWrite(1, HOST_SLAVE_CONTROL_BASE); //set host mode
writeXCReg(HOST, 0xff, 9);
writeXCReg(HOST, 0x18, TX_LINE_CONTROL_REG); //full speed polarity and bit rate, direct control off, line state don't care
waitUSBClockTicks(20);
cout << "\nHost forcing reset...\n";
writeXCReg(HOST, 0x1c, TX_LINE_CONTROL_REG); //full speed polarity and bit rate, direct control on, line state SE0
waitUSBClockTicks(DISCONNECT_WAIT_TIME*4+100);
printf("SISR = 0x%0x, slave line state = 0x%0x \n", tempDataFromHost, tempDataFromHost2);
//host forces a reset
cout << "\nHost forcing reset...\n";
writeXCReg(HOST, 0x1c, TX_LINE_CONTROL_REG); //full speed polarity and bit rate, direct control on, line state SE0
waitUSBClockTicks(DISCONNECT_WAIT_TIME*4+100);
printf("SISR = 0x%0x, slave line state = 0x%0x \n", tempDataFromHost, tempDataFromHost2);
//re-connect at full speed
writeXCReg(HOST, 0x18, TX_LINE_CONTROL_REG); //full speed polarity and bit rate, direct control off, line state don't care
cout << "Reconnecting at full speed...\n";
// connection(ONE_ZERO, CONNECT_WAIT_TIME*4, 0, 1); //set default line state to ONE_ZERO, ie connect full speed
fullSpeedRate = 1;
//
writeXCReg(HOST,0xff,INTERRUPT_MASK_REG);
//Get first 8 bytes Device descriptor
GetDescriptorRequest(DeviceRequest.bRequestType,DeviceRequest.bRequest,DeviceRequest.wValue,DeviceRequest.wIndex,DeviceRequest.wLength);
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
GetDescriptorRequest(DeviceRequest.bRequestType,DeviceRequest.bRequest,DeviceRequest.wValue,DeviceRequest.wIndex,DeviceRequest.wLength);
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SetAddr(2);
waitUSBClockTicks(10000);
cout<<"Host send configuration descriptor request...";
GetDescriptorRequest(ConfigurationRequest.bRequestType,ConfigurationRequest.bRequest,ConfigurationRequest.wValue,ConfigurationRequest.wIndex,ConfigurationRequest.wLength);
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
cout<<"/nHost send all configuration descriptor request...";
GetDescriptorRequest(ConfigurationRequest.bRequestType,ConfigurationRequest.bRequest,ConfigurationRequest.wValue,ConfigurationRequest.wIndex,32);
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
SendInToken();
waitUSBClockTicks(10000);
//Get string Type descriptor
cout<<"/nHost send string type descriptor request...";
GetDescriptorRequest(StringTypeRequest.bRequestType,StringTypeRequest.bRequest,StringTypeRequest.wValue,StringTypeRequest.wIndex,StringTypeRequest.wLength);
waitUSBClockTicks(10000);
SetConfig();
waitUSBClockTicks(10000);
sc_stop();
//
//setaddr
//host forces a reset
/*
cout << "\nHost forcing reset...\n";
writeXCReg(HOST, 0x1c, TX_LINE_CONTROL_REG); //full speed polarity and bit rate, direct control on, line state SE0
waitUSBClockTicks(2*DISCONNECT_WAIT_TIME*4+100);
printf("SISR = 0x%0x, slave line state = 0x%0x \n", tempDataFromHost, tempDataFromHost2);
waitUSBClockTicks(10000);
//Get all 18 bytes Device descriptor
GetDescriptorRequest(DeviceRequest.bRequestType,DeviceRequest.bRequest,DeviceRequest.wValue,DeviceRequest.wIndex,DeviceRequest.wLength);
cout<<"/nHost send device descriptor request...";
//Get Configuration descriptor
//Get all Configuration descriptor
GetDescriptorRequest(ConfigurationRequest.bRequestType,ConfigurationRequest.bRequest,ConfigurationRequest.wValue,ConfigurationRequest.wIndex,32);
cout<<"/nHost send all configuration descriptor request...";
//Get string Type descriptor
GetDescriptorRequest(StringTypeRequest.bRequestType,StringTypeRequest.bRequest,StringTypeRequest.wValue,StringTypeRequest.wIndex,StringTypeRequest.wLength);
cout<<"/nHost send string type descriptor request...";
*/
host_state=ST_SETUP;
waitUSBClockTicks(RESUME_WAIT_TIME*32+100);
}
void usbHostSlaveTB::host_trans_done_int()
{
int temp;
int rx_cnt;
while(1)
{
cout << "host trans done int\n";
cancelInterrupt(HOST, SC_TRANS_DONE_BIT);
//to check what kind of interrupt is available.
//check if we have received data.
hostBusRead(temp, HOST_RX_FIFO_BASE + FIFO_DATA_COUNT_MSB);
hostBusRead(rx_cnt, HOST_RX_FIFO_BASE + FIFO_DATA_COUNT_LSB);
rx_cnt+=temp*256;
printf("Host received %d data,they are:\n", rx_cnt);
for(int i=0;i<rx_cnt;i++)
{
hostBusRead(temp, HOST_RX_FIFO_BASE + FIFO_DATA_REG);
printf("%x,",temp);
}
/* cout << "Send in token\n";
if( host_state==ST_SETUP)
{
SendInToken() ;
host_state=ST_WAIT_DESC;
}
*/
wait();
}
}
/* ------------------------------- connection ---------------------------------- */
void usbHostSlaveTB::connection(int lineState, int waitTime, int hostInterruptExpected, int slaveInterruptExpected)
{
int tempDataFromHost;
int tempDataFromHost2;
int expectedData;
int expectedConnectState;
if (lineState == ZERO_ONE) {
expectedConnectState = LOW_SPEED_CONNECT;
writeXCReg(HOST, 0x00, TX_LINE_CONTROL_REG); //low speed polarity and bit rate, direct control off, line state
usb.rar_USB controller_usb_usb verilog_verilog usb_verilog usb （105个子文件） 
usbHostSlaveTB.cpp.bak 21KB usbHostSlave.v.bak 18KB testEnv.v.bak 10KB testwrapper.h.bak 5KB usbHostSlaveTB.h.bak 5KB clk1_clk2_wb_syn.v.bak 4KB fifoRTL.v.bak 4KB usb_device_top.v.bak 4KB usbSlaveConstants.h.bak 3KB ep0_rom_bh.v.bak 242B do.do.bak 66B testwrapper.cpp.bak 24B fifo17x4.bsf 4KB ep0_rom8x256.bsf 3KB usbHostSlaveTB.cpp 23KB transactor.cpp 2KB testwrapper.cpp 56B usbHostSlaveTB.cppbk 21KB usb_ep0.data 286B testwrapper.h 6KB usbHostSlaveTB.h 5KB usbSlaveConstants.h 3KB usbHostConstants.h 3KB usbFifoConstants.h 3KB usbHostSlaveMemMap.h 2KB usbTransConstants.h 2KB transactor_if.h 2KB usbSIEConstants.h 2KB usbConstants.h 2KB usbHostSlaveCommonConstants.h 1KB condCompileFlags.h 1KB transactor.h 535B transactor_args.h 118B
fifo17x4_waveforms.html 769B
fifo17x4_wave0.jpg 103KB usb.mpf 54KB transcript 459B SIETransmitter.v 23KB usbHostSlave.v 17KB USBSlaveControlBI.v 17KB slavecontroller.v 17KB processRxByte.v 16KB processTxByte.v 14KB processRxBit.v 14KB usbSlaveControl.v 14KB hostcontroller.v 12KB getpacket.v 12KB USBHostControlBI.v 12KB slaveGetpacket.v 12KB sendpacket.v 11KB usbHostControl.v 11KB usbSerialInterfaceEngine.v 11KB readUSBWireData.v 10KB testEnv.v 10KB ep0_op.v 10KB siereceiver.v 9KB slaveSendpacket.v 9KB ep0_data.v 9KB wishBoneBI.v 8KB hctxportarbiter.v 8KB writeUSBWireData.v 8KB endpMux.v 8KB sendpacketcheckpreamble.v 7KB usbTxWireArbiter.v 7KB sctxportarbiter.v 7KB slaveDirectcontrol.v 7KB fifo8x256.v 7KB directcontrol.v 7KB softransmit.v 7KB hostSlaveMux.v 7KB fifo17x4.v 6KB usbHostSlaveAvalonWrap.v 6KB fifo8x64.v 6KB fifo8x4.v 6KB sofcontroller.v 6KB fifoMux.v 6KB sendpacketarbiter.v 6KB usb_enum_rom8x256.v 6KB TxFifoBI.v 5KB RxFifoBI.v 5KB RxFifo.v 5KB TxFifo.v 5KB hostSlaveMuxBI.v 5KB clk1_clk2_wb_syn.v 4KB fifoRTL.v 4KB usb_device_top.v 4KB updateCRC5.v 4KB updateCRC16.v 4KB rxStatusMonitor.v 4KB slaveRxStatusMonitor.v 4KB usbHostSlave_h.v 4KB dpMem_dc.v 4KB speedCtrlMux.v 4KB lineControlUpdate.v 3KB usbSerialInterfaceEngine_h.v 3KB usbSlaveControl_h.v 2KB ep0.v 2KB usbHostControl_h.v 2KB wishBoneBus_h.v 1006B usbConstants_h.v 674B共 105 条
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