#include "netif/net_policy/net_policy.h"Include dependency graph for FIFO_policy.h:
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Data Structures | |
| struct | fifo_rx_buffer_t |
| struct | fifo_rx_slot_t |
Defines | |
| #define | MAX_FIFO_RX_BUFFER_ENTRIES 50 |
| #define | PKT_BUF_SZ 1536 |
Functions | |
| void | FIFO_initialize_rx_buffer (void *fifo_rx_buffer) |
| void | FIFO_dealloc_rx_buffer (void *fifo_rx_buffer) |
| int | FIFO_add_frame_to_buffer (void *rx_buffer, unsigned char *data, int len) |
| int | FIFO_extract_frame_of_buffer (void *fifo_rx_buffer, void *data) |
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Definition at line 52 of file FIFO_policy.h. Referenced by FIFO_dealloc_rx_buffer(), and FIFO_initialize_rx_buffer(). |
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Definition at line 53 of file FIFO_policy.h. Referenced by FIFO_initialize_rx_buffer(), vortex_open(), and vortex_up(). |
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Definition at line 96 of file FIFO_policy.c. References rx_buffer_t::add, data, len, rx_slot_t::length, and rx_buffer.
00096 {
00097 struct fifo_rx_buffer_t *fifo_rx_buffer = (struct fifo_rx_buffer_t *) rx_buffer;
00098
00099 /* If the packet in the position that we're writting hasn't still been read is */
00100 /* because we're receiving too much packets, so we need to drop it. */
00101
00102
00103 if(fifo_rx_buffer->add->read != 0x00){
00104 fifo_rx_buffer->add->length = len;
00105
00106 memcpy(fifo_rx_buffer->add->data,data, len);
00107
00108 fifo_rx_buffer->add->read = 0x00;
00109 fifo_rx_buffer->add = fifo_rx_buffer->add->next;
00110
00111 return 0;
00112 }else
00113 // The packet is dropped
00114 return -1;
00115 }
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Definition at line 76 of file FIFO_policy.c. References rx_buffer_t::first, MAX_FIFO_RX_BUFFER_ENTRIES, rx_slot_t::next, NULL, rtl_free, and rx_buffer.
00076 {
00077 struct fifo_rx_buffer_t *fifo_rx_buffer = (struct fifo_rx_buffer_t *) rx_buffer;
00078 struct fifo_rx_slot_t *tmp = fifo_rx_buffer->first->next, *actual;
00079 int i;
00080
00081 for(i=0;i<(MAX_FIFO_RX_BUFFER_ENTRIES-1); i++){
00082 actual = tmp->next;
00083 if(tmp->data != NULL)
00084 rtl_free(tmp->data);
00085 rtl_free(tmp);
00086 tmp = actual;
00087 }
00088 if(fifo_rx_buffer->first->data != NULL)
00089 rtl_free(fifo_rx_buffer->first->data);
00090 rtl_free(fifo_rx_buffer->first);
00091
00092 return;
00093 }
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Definition at line 118 of file FIFO_policy.c. References data, rx_slot_t::data, rx_buffer_t::extract, and rx_buffer.
00118 {
00119 struct fifo_rx_buffer_t *fifo_rx_buffer = (struct fifo_rx_buffer_t *) rx_buffer;
00120 struct fifo_rx_slot_t *tmp = fifo_rx_buffer->extract;
00121
00122 ((struct memory *)data)->mem = tmp->data;
00123 tmp->read = 0x01;
00124 fifo_rx_buffer->extract = fifo_rx_buffer->extract->next;
00125
00126 return tmp->length;
00127 }
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Definition at line 55 of file FIFO_policy.c. References rx_buffer_t::first, MAX_FIFO_RX_BUFFER_ENTRIES, PKT_BUF_SZ, rtl_malloc, and rx_buffer.
00055 {
00056 struct fifo_rx_buffer_t *fifo_rx_buffer = (struct fifo_rx_buffer_t *) rx_buffer;
00057 struct fifo_rx_slot_t *tmp;
00058 int i;
00059 tmp = fifo_rx_buffer->first = fifo_rx_buffer->add = fifo_rx_buffer->extract = rtl_malloc(sizeof(struct fifo_rx_slot_t));
00060
00061 for(i=0;i<(MAX_FIFO_RX_BUFFER_ENTRIES-1); i++){
00062 tmp->next = rtl_malloc(sizeof(struct fifo_rx_slot_t));
00063 tmp->read = 0x01;
00064 tmp->length = 0;
00065 tmp->data = rtl_malloc(PKT_BUF_SZ);
00066 tmp = tmp->next;
00067 }
00068 tmp->next = fifo_rx_buffer->first;
00069 tmp->read = 0x01;
00070 tmp->data = rtl_malloc(PKT_BUF_SZ);
00071
00072 return;
00073 }
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1.3.4