baidu_time_calculate.h

00001 #ifndef __BAIDU_TIME_CALCULATE_H__
00002 #define __BAIDU_TIME_CALCULATE_H__
00003 
00004 #ifdef __cplusplus
00005 extern "C" {
00006 #endif
00007 
00008 void add_measure_value(int key, int count);
00009 void update_measure_value(int key, int arg_value, int continuous_measure_flag);
00010 void output_measure_result();
00011 
00012 //**************************************************************************************//
00013 //  KEY is number from 0 to 9, because the macor ArraySize is 10. You can enlarge it if you calcute more than 10 sites.
00014 //  COUNTER is the biggest measurement times.
00015 //  ARGUEMENT is used for speed as ARGUEMENT/TIME_AVERAGE.
00016 //
00017 //  !!!!!! Take carefull: KEY in TIME_BEGIN and TIME_END must be the same. !!!!!!
00018 //
00019 //  TIME_BEGIN(1, 10);
00020 //  printf("ABC");
00021 //  TIME_END(1, 200, UNCONTINUOUS_TIME_MEASURE);
00022 //
00023 //  You can call TIME_RESULT() anywhere to print the resutl.
00024 //
00025 //**************************************************************************************//
00026 
00027 enum baidu_time_measure_params {
00028     // TIME_END will measure time no matter there is a one-to-one TIME_BEGIN or not
00029     CONTINUOUS_TIME_MEASURE = 0,
00030     // TIME_END will measure time only when there is a one-to-one TIME_BEGIN
00031     UNCONTINUOUS_TIME_MEASURE = 1,
00032     MAX_TIME_CALCULATE_COUNT = 0X7FFFFFFF,
00033 };
00034 
00035 #define TIME_BEGIN(KEY, COUNTER) do{\
00036     add_measure_value(KEY, COUNTER);\
00037 }while(0)
00038 
00039 #define TIME_END(KEY, ARGUEMENT, FLAG) do{\
00040     update_measure_value(KEY, ARGUEMENT, FLAG);\
00041 }while(0)
00042 
00043 #define TIME_RESULT() do{\
00044     output_measure_result();\
00045 }while(0)
00046 
00047 //#define BAIDU_PERFORM_STATISTIC
00048 
00049 enum baidu_perform_statistic_watch_point {
00050     PERFORM_STATISTIC_START_RECORD = 1,  // from user press start button to start record
00051     PERFORM_STATISTIC_RECORDER_ON_DATA,  // time consume of encode and send record data
00052     PERFORM_STATISTIC_READ_VOICE_DATA, // time consume of read voice data from arm
00053     PERFORM_STATISTIC_SOTP_RECORD, // from user stop record to the recorder thread stop
00054     PERFORM_STATISTIC_BASE64_ENCODE, // the time consume of mbedtls_base64_encode
00055     PERFORM_STATISTIC_GET_URL, // the time from user stop record to get media data from URL
00056     // time consume of recorder_output_handler(encode and pass to CA)
00057     PERFORM_STATISTIC_OUTPUT_RECORDER_DATA,
00058     // time consume of bdspx_speex_encode encode data(exclude output encoded data)
00059     PERFORM_STATISTIC_SPEEX_ENCODE,
00060     PERFORM_STATISTIC_GET_MEDIA_BY_URL, // time consume from get media data from url to play it
00061     PERFORM_STATISTIC_PLAY_URL_MEDIA, // time consume of mdm_media_data_out_handler(play url data)
00062     PERFORM_STATISTIC_GET_MEDIA_BY_PATH, // time consume of read local media
00063     PERFORM_STATISTIC_PLAY_LOCAL_MEDIA, // time consume of mdm_media_data_out_handler(play local data)
00064 };
00065 
00066 #ifdef BAIDU_PERFORM_STATISTIC
00067 #define PERFORM_STATISTIC_BEGIN(KEY, COUNTER) TIME_BEGIN(KEY, COUNTER)
00068 #define PERFORM_STATISTIC_END(KEY, ARGUEMENT, FLAG) TIME_END(KEY, ARGUEMENT, FLAG)
00069 #define PERFORM_STATISTIC_RESULT() TIME_RESULT()
00070 #else
00071 #define PERFORM_STATISTIC_BEGIN(KEY, COUNTER)
00072 #define PERFORM_STATISTIC_END(KEY, ARGUEMENT, FLAG)
00073 #define PERFORM_STATISTIC_RESULT()
00074 #endif
00075 
00076 #ifdef __cplusplus
00077 }
00078 #endif
00079 
00080 #endif //~__BAIDU_TIME_CALCULATE_H__