// Declare the VOS calls that I use with surrounding instrumentation
uint8 i_vos_delay_msecs(BYTE ThreadID, uint16 ms) {
uint8 Value;
CallVOS(ThreadID);
Value = vos_delay_msecs(ms);
ThreadRunning(ThreadID);
return Value;
}
void HelloWorld(void) {
BYTE Counter = 0;
vos_wait_semaphore(&DevicesStarted);
vos_signal_semaphore(&DevicesStarted);
dprint("Hello World has started\n", 0);
while (1) {
vos_delay_msecs(1000);
dprint("Hello World %d ", &Counter++);
}
}
// Declare program thread(s)
// Blink thread, toggles LED3 on GPIO1
void Blink(void) {
BYTE PortData = LED3;
StartupDevices();
dprint("Blink has started\n", 0);
while (1) {
vos_delay_msecs(512);
PortData ^= LED3;
// Now write pattern to the GPIO port.
vos_dev_write(hDevice[LEDs] ,&PortData, 1, NULL);
dprint("LED is %s ", (PortData & LED3) ? "Off" : "On");
}
}
void firmware()
{
/* Thread code to be added here */
unsigned char print = 0xff;
open_drivers();
attach_drivers();
set_uart_baudrate(hUART);
vos_delay_msecs(1500);
//write_uart(hUART,&print,1);
tcbUSBBRI = vos_create_thread_ex(30,2048,USBBRI_attach,"USBBRI_attach",0);
tcbUSBTMC = vos_create_thread_ex(30,2048,USBTMC_attach,"USBTMC_attach",0);
}
usbhost_device_handle* WaitForVIDPID(BYTE ThreadID, WORD VID, WORD PID) {
usbhost_ioctl_cb_t hc_iocb;
usbhost_device_handle* ifDev;
usbhost_ioctl_cb_vid_pid_t hc_iocb_VidPid;
BYTE State, Status;
// Return when a device matching VID and PID has been found
while (1) {
dprint(" .", 0);
i_vos_delay_msecs(ThreadID, 1000);
// Check that the host has finished enumeration
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_GET_CONNECT_STATE;
hc_iocb.get = &State;
i_vos_dev_ioctl(ThreadID, hDevice[Host], &hc_iocb);
if (State == PORT_STATE_ENUMERATED) {
// Check for a specific device
hc_iocb_VidPid.vid = VID;
hc_iocb_VidPid.pid = PID;
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_DEVICE_FIND_HANDLE_BY_VID_PID;
hc_iocb.handle.dif = NULL;
hc_iocb.set = &hc_iocb_VidPid;
hc_iocb.get = &ifDev;
i_vos_dev_ioctl(ThreadID, hDevice[Host], &hc_iocb);
if (ifDev) {
// Now get handles for the Data Endpoints
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_DEVICE_GET_INT_IN_ENDPOINT_HANDLE;
hc_iocb.handle.dif = ifDev;
hc_iocb.get = &IntIn;
Status = i_vos_dev_ioctl(ThreadID, hDevice[Host], &hc_iocb);
if (Status != USBHOST_OK) return dprint("Could not get IntIn Endpoint (%d) ", &Status);
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_DEVICE_GET_INT_OUT_ENDPOINT_HANDLE;
// hc_iocb.handle.dif = ifDev;
hc_iocb.get = &IntOut;
Status = i_vos_dev_ioctl(ThreadID, hDevice[Host], &hc_iocb);
if (Status != USBHOST_OK) return dprint("Could not get IntOut Endpoint (%d) ", &Status);
vos_init_semaphore(&IntTransferComplete, 0);
return ifDev;
}
}
// Keyboard is not attached, wait until current device(s) is/are removed and check again
dprint("\nDevice not found, waiting for more devices", 0);
vos_delay_msecs(5000);
}
return 0; // Keep compiler happy
}
/* Main code - entry point to firmware */
void main(void)
{
/* FTDI:SDD Driver Declarations */
// UART Driver configuration context
uart_context_t uartContext;
// SPI Master configuration context
spimaster_context_t spimContext;
// GPIO Port A configuration context
gpio_context_t gpioContextA;
// GPIO Port B configuration context
gpio_context_t gpioContextB;
// USB Host configuration context
usbhost_context_t usbhostContext;
/* FTDI:EDD */
/* FTDI:SKI Kernel Initialisation */
vos_init(50, VOS_TICK_INTERVAL, VOS_NUMBER_DEVICES);
vos_set_clock_frequency(VOS_48MHZ_CLOCK_FREQUENCY);
vos_set_idle_thread_tcb_size(512);
/* FTDI:EKI */
iomux_setup();
/* FTDI:SDI Driver Initialisation */
// Initialise UART
uartContext.buffer_size = VOS_BUFFER_SIZE_128_BYTES;
uart_init(VOS_DEV_UART,&uartContext);
// Initialise SPI Master
spimContext.buffer_size = VOS_BUFFER_SIZE_128_BYTES;
spimaster_init(VOS_DEV_SPI_MASTER,&spimContext);
// Initialise GPIO A
gpioContextA.port_identifier = GPIO_PORT_A;
gpio_init(VOS_DEV_GPIO_PORT_A,&gpioContextA);
// Initialise GPIO B
gpioContextB.port_identifier = GPIO_PORT_B;
gpio_init(VOS_DEV_GPIO_PORT_B,&gpioContextB);
// Initialise FAT File System Driver
fatdrv_init(VOS_DEV_FAT_FILE_SYSTEM);
// Initialise BOMS Device Driver
boms_init(VOS_DEV_BOMS);
// Initialise USB HID Device
usbHostHID_init(VOS_DEV_USBHOST_HID_1);
// Initialise USB HID Device
usbHostHID_init(VOS_DEV_USBHOST_HID_2);
// Initialise USB Host
usbhostContext.if_count = 8;
usbhostContext.ep_count = 16;
usbhostContext.xfer_count = 2;
usbhostContext.iso_xfer_count = 2;
if(usbhost_init(VOS_DEV_USBHOST_1, VOS_DEV_USBHOST_2, &usbhostContext) != 0)
while(1); //FAILED
/* FTDI:EDI */
/* FTDI:SCT Thread Creation */
tcbFIRMWARE = vos_create_thread_ex(31, 2048, firmware, "Application", 0);
/* FTDI:ECT */
vos_delay_msecs(100);
vos_start_scheduler();
main_loop:
vos_delay_msecs(100);
goto main_loop;
}
void firmware()
{
int i;
char bufmgk[20];
int idxMgk = 0;
FILE *pf;
/* Thread code to be added here */
vos_delay_msecs(4000); // 4 second delay for USB key to boot
open_drivers();
InitializeUART();
flash_init();
InitializeHID();
printf("DekaBoard Rev: 1B\n");
vfWriteFlash = 0;
PROGRAM:
if (FOpenUSBKey())
{
pf = fopen("deka.svf", "r");
if (pf != NULL)
{
ProgramFPGA(pf);
fclose(pf);
}
CloseUSBKey();
}
else
{
ProgramFPGA(FILE_FLASH);
}
while(1)
{
char tmp;
// First check if PROG button pressed
vos_dev_read(hGPIO_PORT_B, &tmp, 1, NULL);
if (!(tmp & 0x20))
goto PROGRAM;
// Else handle input
if (FUartData())
{
fread(bufmgk, 1, 1, stdin);
if (bufmgk[0] == STR_MAGIC[idxMgk])
{
idxMgk++;
}
else
{
idxMgk = 0;
}
if(idxMgk == 20)
{
fwrite(UART_ACK, 1, 3, stdout);
fgets(bufmgk, 20, stdin);
if (strcmp(bufmgk, "PROG XSVF") == 0)
{
fgets(bufmgk, 20, stdin);
vfWriteFlash = (strcmp(bufmgk, "FLASH") == 0);
fwrite(UART_ACK, 1, 3, stdout);
ProgramFPGA(stdin);
vfWriteFlash = 0;
printf("DONE\n");
}
else
{
printf(UART_NACK);
}
idxMgk = 0;
}
}
}
}
//////////////////////////////////////////////////////////////////////
//
// RUN USB HOST PORT
//
//////////////////////////////////////////////////////////////////////
void RunHostPort(HOST_PORT_DATA *pHostData)
{
int i;
int midiParam;
unsigned char status;
unsigned char buf[64];
unsigned short num_bytes;
unsigned int handle;
usbhostGeneric_ioctl_t generic_iocb;
usbhostGeneric_ioctl_cb_attach_t genericAtt;
usbhost_device_handle_ex ifDev;
usbhost_ioctl_cb_t hc_iocb;
usbhost_ioctl_cb_vid_pid_t hc_iocb_vid_pid;
gpio_ioctl_cb_t gpio_iocb;
VOS_HANDLE hUSB;
// wait for setup to complete
vos_wait_semaphore(&setupSem);
vos_signal_semaphore(&setupSem);
// Open the base USB Host driver
pHostData->hUSBHOST = vos_dev_open(pHostData->uchDeviceNumberBase);
// loop forever
while(1)
{
vos_delay_msecs(10);
// is the device enumerated on this port?
if (usbhost_connect_state(pHostData->hUSBHOST) == PORT_STATE_ENUMERATED)
{
// user ioctl to find first hub device
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_DEVICE_GET_NEXT_HANDLE;
hc_iocb.handle.dif = NULL;
hc_iocb.set = NULL;
hc_iocb.get = &ifDev;
if (vos_dev_ioctl(pHostData->hUSBHOST, &hc_iocb) == USBHOST_OK)
{
// query the device VID/PID
hc_iocb.ioctl_code = VOS_IOCTL_USBHOST_DEVICE_GET_VID_PID;
hc_iocb.handle.dif = ifDev;
hc_iocb.get = &hc_iocb_vid_pid;
// Load the function driver
hUSB = vos_dev_open(pHostData->uchDeviceNumber);
// Attach the function driver to the base driver
genericAtt.hc_handle = pHostData->hUSBHOST;
genericAtt.ifDev = ifDev;
generic_iocb.ioctl_code = VOS_IOCTL_USBHOSTGENERIC_ATTACH;
generic_iocb.set.att = &genericAtt;
if (vos_dev_ioctl(hUSB, &generic_iocb) == USBHOSTGENERIC_OK)
{
// Turn on the LED for this port
setGpioA(pHostData->uchActivityLed, pHostData->uchActivityLed);
// flag that the port is attached
VOS_ENTER_CRITICAL_SECTION;
pHostData->hUSBHOSTGENERIC = hUSB;
VOS_EXIT_CRITICAL_SECTION;
// now we loop until the launchpad is detached
while(1)
{
// listen for data from launchpad
uint16 result = vos_dev_read(hUSB, buf, 64, &num_bytes);
if(0 != result)
break; // break when the launchpad is detached
fifo_write(&stSPIWriteFIFO, buf, (int)num_bytes);
}
// flag that the port is no longer attached
VOS_ENTER_CRITICAL_SECTION;
pHostData->hUSBHOSTGENERIC = NULL;
VOS_EXIT_CRITICAL_SECTION;
// turn off the activity LED
setGpioA(pHostData->uchActivityLed, 0);
}
// close the function driver
vos_dev_close(hUSB);
}
}
}
}
// This function is run inside the thread created in init
// It will respond to standard USB requests
// some of the requests are forwarded to the flash drive when appropriate
void usbslaveboms_setup(usbSlaveBoms_context *ctx)
{
usbslave_ioctl_cb_t iocb; // this is a structure used by underlying VOS driver
usb_deviceRequest_t *devReq; // this struct is defined in usb.h and is used to store the 9 byte setup request
unsigned char bmRequestType; // The request type is defined by USB standard
unsigned char state = UNATTACHED; // assume unattached at the start
// This will wait till the flash drive is enumed so we don't
// start responding to commands right away
vos_wait_semaphore(&ctx->enumed);
vos_signal_semaphore(&ctx->enumed);
vos_wait_semaphore(&setupDoneSemaphore); // wait for setup to complete
vos_signal_semaphore(&setupDoneSemaphore); // reset semaphore for next guy
while (1)
{
switch (state)
{
case UNATTACHED:
if (!ctx->attached)
vos_delay_msecs(100); // this delay is to avoid a tight loop
else
{
state = ATTACHED;
}
break;
case ATTACHED:
if (!ctx->attached) // check to see if we somehow became unattached
{
state = UNATTACHED;
break;
}
// we now make a blocking call requesting the 9 byte setup
// packet on the control endpoint
iocb.ioctl_code = VOS_IOCTL_USBSLAVE_WAIT_SETUP_RCVD;
iocb.request.setup_or_bulk_transfer.buffer = ctx->setup_buffer;
iocb.request.setup_or_bulk_transfer.size = 9;
vos_dev_ioctl(ctx->handle, &iocb);
// decode the raw data by pointing to our structure
devReq = (usb_deviceRequest_t *) ctx->setup_buffer;
// valid types here are standard, class, and vendor
// BOMS devices do not have vendor specific calls
// even if they did, we wouldn't support them.
bmRequestType = devReq->bmRequestType & (USB_BMREQUESTTYPE_STANDARD | USB_BMREQUESTTYPE_CLASS);
// we only need to handle standard and class requests for BOMS
if (bmRequestType == USB_BMREQUESTTYPE_STANDARD)
{
standard_request(ctx); // standard request that all USB devices support
}
else if (bmRequestType == USB_BMREQUESTTYPE_CLASS)
{
class_request(ctx); // the request is specific to this device class (only 2 in our case)
}
break;
default:
asm {HALT}; // if we somehow got here the fecal matter has hit the turbine
break;
}
}
return;
}
void firmware()
{
/* Thread code to be added here */
// communications ioctl request blocks
common_ioctl_cb_t uart_iocb;
usbHostHID_ioctl_t hid_iocb;
usbhost_device_handle ifDev; // device handle
usbhost_ioctl_cb_t hc_iocb; // Host Controller ioctl request block
unsigned char byteCount,status;
unsigned short num_read;
do
{
open_drivers();
// UART set baud rate
uart_iocb.ioctl_code = VOS_IOCTL_UART_SET_BAUD_RATE;
uart_iocb.set.uart_baud_rate = DEF_UART_BAUD;
vos_dev_ioctl(hUART, &uart_iocb);
do
{
vos_delay_msecs(1000);
// wait for enumeration to complete
// message("Waiting for enumeration\r\n");
status = usbhost_connect_state(hUSBHOST_2);
} while (status != PORT_STATE_ENUMERATED);
if (status == PORT_STATE_ENUMERATED)
{
// message("Enumeration complete\r\n");
vos_gpio_set_port_mode(GPIO_PORT_A, 0b00000100); // A2 на выход
vos_gpio_write_port(GPIO_PORT_A, 0b00000100); // зажечь светодиод
attach_drivers();
if (hUSBHOST_HID == NULL)
{
// message("No Wingman Found - code ");
// number(status);
// message(eol);
break;
}
// get report descriptor
hid_iocb.descriptorType = USB_DESCRIPTOR_TYPE_REPORT;
hid_iocb.descriptorIndex = USB_HID_DESCRIPTOR_INDEX_ZERO;
hid_iocb.Length = 0x40;
hid_iocb.get.data=&buf[0];
hid_iocb.ioctl_code = VOS_IOCTL_USBHOSTHID_GET_DESCRIPTOR;
status = vos_dev_ioctl(hUSBHOST_HID, &hid_iocb);
if (status != USBHOSTHID_OK)
{
// message("Get report descriptor failed - code ");
// number(status);
// message(eol);
break;
}
// set idle
hid_iocb.reportID = USB_HID_REPORT_ID_ZERO;
hid_iocb.idleDuration = 0x20;
hid_iocb.ioctl_code = VOS_IOCTL_USBHOSTHID_SET_IDLE;
status = vos_dev_ioctl(hUSBHOST_HID, &hid_iocb);
if (status != USBHOSTHID_OK)
{
// message("Set Idle failed - code ");
// number(status);
// message(eol);
break;
}
// get idle
hid_iocb.reportID = USB_HID_REPORT_ID_ZERO;
hid_iocb.get.data=&buf[0];
hid_iocb.ioctl_code = VOS_IOCTL_USBHOSTHID_GET_IDLE;
status = vos_dev_ioctl(hUSBHOST_HID, &hid_iocb);
if (status != USBHOSTHID_OK)
{
// message("Get Idle failed - code ");
// number(status);
// message(eol);
break;
}
if (status == USBHOSTHID_OK)
{
while (1)
{
if (vos_dev_read(hUSBHOST_HID, buf, 8, &num_read) == USBHOSTHID_OK)
{
for (byteCount = 0; byteCount < num_read; byteCount++)
{
number(buf[byteCount]);
}
// message(eol);
}
else
{
// message("USB Read Failed - code ");
// number(status);
// message(eol);
break;
}
}
}
// message("Disconnected!\r\n");
vos_gpio_write_port(GPIO_PORT_A, 0b00000000); // погасить все
} // end of if PORT_STATE_ENUMERATED
vos_dev_close(hUSBHOST_HID);
close_drivers();
} while (1);
}
