#include <string.h>#include "esp_h264_dec_param.h"#include "esp_h264_sw_dec_test.h"#include "freertos/FreeRTOS.h"#include "freertos/task.h"#include "esp_log.h"#include "h264_io.h"
Include dependency graph for esp_h264_sw_dec_test.c:
Functions | |
| esp_h264_err_t | single_sw_dec_process (esp_h264_dec_cfg_sw_t cfg, uint8_t *inbuf, uint32_t inbuf_len, uint8_t *yuv) |
Single hardware oneencoding. It is simple test case. And do the follow opertion. step 1: Create one decoder handle by call esp_h264_dec_sw_new. step 2: Open the decoder by call esp_h264_dec_open. step 3: esp_h264_dec_process is called through the loop until the encoding ends. step 4: Close the decoder handle by call esp_h264_dec_close. step 5: Delete the decoder handle by call esp_h264_dec_del. | |
Function Documentation
◆ single_sw_dec_process()
| esp_h264_err_t single_sw_dec_process | ( | esp_h264_dec_cfg_sw_t | cfg, |
| uint8_t * | inbuf, | ||
| uint32_t | inbuf_len, | ||
| uint8_t * | yuv | ||
| ) |
Single hardware oneencoding. It is simple test case. And do the follow opertion. step 1: Create one decoder handle by call esp_h264_dec_sw_new. step 2: Open the decoder by call esp_h264_dec_open. step 3: esp_h264_dec_process is called through the loop until the encoding ends. step 4: Close the decoder handle by call esp_h264_dec_close. step 5: Delete the decoder handle by call esp_h264_dec_del.
- Parameters
-
cfg THe configuration of single software decoder inbuf The input buffer inbuf_len The inbuf length yuv The output buffer
- Returns
- ESP_H264_ERR_OK Succeeded
- ESP_H264_ERR_TIMEOUT Timeout
- ESP_H264_ERR_ARG Invalid arguments passed
- ESP_H264_ERR_MEM Insufficient memory
- ESP_H264_ERR_FAIL Failed
- ESP_H264_ERR_UNSUPPORTED Process feature is not supported by the decoder.
