void _vbuf_init(int nBuf)
{
int i;
VBUF *vbuf;
//vbuf = (VBUF*)dataAddr;
vbuf = (VBUF*)A_ALLOCRAM(VBUF_SIZE);
vbuf->next_buf = NULL;
vbuf->desc_list = NULL;
g_vbufCtx.free_buf_head = vbuf;
for(i=1; i<nBuf; i++)
{
//vbuf = (VBUF*)(dataAddr + i*VBUF_SIZE);
vbuf = (VBUF*)A_ALLOCRAM(VBUF_SIZE);
vbuf->desc_list = NULL;
vbuf->next_buf = g_vbufCtx.free_buf_head;
g_vbufCtx.free_buf_head = vbuf;
}
g_vbufCtx.nVbufNum = nBuf;
//return (dataAddr + nBuf*VBUF_SIZE);
return;
}
/**
* @brief Allocates a DMA region, uses the tag elem to store the
* tag value which constant for all the mappings done
* through this API.
*
* @param osdev
* @param size
* @param coherent
* @param dmap
*
* @return void* (Virtual address)
*/
inline void*
__adf_os_dmamem_alloc(__adf_os_device_t osdev, adf_os_size_t size,
a_bool_t coherent, __adf_os_dma_map_t *dmap)
{
(*dmap) = A_ALLOCRAM(sizeof(struct __adf_dma_map));
if((*dmap) == NULL){
goto fail_malloc;
}
(*dmap)->ds_addr = A_ALLOCRAM(size);
(*dmap)->ds_len = size;
return (*dmap)->ds_addr;
fail_malloc:
return NULL;
}
LOCAL void console_mod_init(CONSOLE_CONFIG *config)
{
UART_HW_CONFIG uart_config;
void *phys_port;
int i;
if (Console_info != NULL) {
return;
}
Console_info = (CONSOLE_INFO *)A_ALLOCRAM(sizeof(CONSOLE_INFO));
if (config != NULL) {
Console_info->config = *config;
}
if (0 == Console_info->config.max_cmdline_length) {
Console_info->config.max_cmdline_length = CONSOLE_DEF_MAX_LINE_CHARS;
}
if (0 == Console_info->config.max_history) {
Console_info->config.max_history = CONSOLE_DEF_MAX_HISTORY;
}
if (0 == Console_info->config.phys_uart_id) {
Console_info->config.phys_uart_id = UART_SERP_UART0_INSTANCE_ID;
if (NULL == Console_info->config.logical_port_name) {
Console_info->config.logical_port_name = (A_CHAR *)UART_PORT0_NAME;
}
if (0 == Console_info->config.baud) {
Console_info->config.baud = HOST_INTEREST->hi_desired_baud_rate;
}
}
if (0 == Console_info->config.baud) {
Console_info->config.baud = CONSOLE_DEF_BAUDRATE;
}
if (0 == Console_info->config.max_argv_len) {
Console_info->config.max_argv_len = CONSOLE_DEF_MAX_ARGV_LENGTH;
}
if (0 == Console_info->config.output_buffer_size) {
Console_info->config.output_buffer_size = CONSOLE_TRANSMIT_BUFFER_SIZE;
}
if (0 == Console_info->config.idle_timeout_ms) {
Console_info->config.idle_timeout_ms = CONSOLE_RECV_IDLE_TIMEOUT_MS;
}
Console_info->history_length = Console_info->config.max_cmdline_length + 1;
Console_info->history_buffer = (A_CHAR *)A_ALLOCRAM(Console_info->history_length *
Console_info->config.max_history);
Console_info->current_line = (A_CHAR *)A_ALLOCRAM(Console_info->config.max_cmdline_length + 1);
for (i = 0; i < CONSOLE_DEF_MAX_ARGC; i++) {
Console_info->argv_buffers[i] = (A_CHAR *)A_ALLOCRAM(Console_info->config.max_argv_len + 1);
}
/* setup the physical modem */
phys_port = UARTSERP_HW_Init(Console_info->config.phys_uart_id);
A_ASSERT(phys_port != NULL);
A_MEMZERO(&uart_config,sizeof(uart_config));
/* for the console, set UART buffering parameters
* for recv we can use a fixed value to accommodate very fast typists */
uart_config.RxBufferSize = CONSOLE_RECV_BUFFER_SIZE;
/* use a value that is an override */
uart_config.TxBufferSize = Console_info->config.output_buffer_size;
UARTSERP_HW_Start(phys_port,&uart_config);
A_INIT_TIMER(&Console_info->recv_idle_timer,
console_recv_idle_timeout,
NULL);
A_TIMER_SET_FLAGS(&Console_info->recv_idle_timer,TIMER_FLAGS_NO_FORCE_DISARM);
}
