SDK1.4E.rar_MJPEG_dvr_dvr source_mjpeg-stream_录像

/* ******************************************************************************** * * (c) Copyright 2002, Vineyard Technologies, Inc. * * Filename : gmenu.c * Programmer(s): Steve KyeongHyeon Lee * Created : 2003/05/07 * Modified : * * Description : ******************************************************************************** */ #include "8052reg.h" #include <stdio.h> #include <absacc.h> #include "main.h" #include "lib.h" #include "gio.h" #include "hdd_if.h" #include "rtc_reg.h" #include "key.h" #include "types.h" #include "i2c.h" #include "gosd.h" #include "ghdd.h" #include "gsearch.h" //###################################################################### // //###################################################################### extern idata u8 gv_encoder_mode; extern idata u8 gv_temp_CAMERA_OF_RECORD; //extern xdata u8 gv_NTSC_PAL; extern u8 get_ntsc_pal(void); extern idata u8 gv_sensor_flag; extern idata u8 gv_ff_mode; extern idata u8 video_active; extern idata u8 menu_offse_y; extern idata u8 EOD; extern idata u8 FOD; extern xdata u8 gv_skip_search_block; extern idata u8 gv_rec_frame_rate; extern void encoder_mode(u8 sensor); extern void Channel_Display(u8 mode); extern u8 decoder_mode(void); extern void osd_printf(u8 index_x, u8 index_y, u8 length_of_string,u8 *string); extern void xioWriteByte(u8 ipw_regidx, u8 ipw_regval); extern void dv03_enable(void); extern void osd_page_clear(void); extern void top_mode(void); extern void encoder_reconfig(void); extern void dec_ch_mode_set(); extern void enc_buf_clr_proc(void); extern u8 key_check(void); extern void wakeup_genesis(u8 mode); extern void main(void); //###################################################################### // //###################################################################### #define XCCORD 13 #define TIME_XCCORD 25 #define SCHEDULE_XCCORD 19 #define TMENU_FIRST 0 #define TMENU_LAST 8 #define MAX_EVT_BUF 7 //###################################################################### // //###################################################################### xdata u8 ntsc_code_frame_rate[9] = {0,1,2,3,5,6,9,14,29}; xdata u8 pal_code_frame_rate[9] = {0,1,2,3,5,7,11,24,24}; xdata u8 code_frame_rate[9]; xdata u8 gv_p_ch = 1; xdata u8 gv_on_play_flag = 0; idata u8 Val_EPROM_EACH_QUAD; idata u8 Val_EPROM_CAMERA_OF_SET; idata u8 Val_EPROM_CAMERA_OF_RECORD; xdata u8 Val_EPROM_VIDIO_QUALITY; idata u8 Val_EPROM_RECORD_FRAME_RATE; xdata u8 Val_EPROM_ALARM_DURATION; idata u8 Val_EPROM_WRAPPING_FLAG[2]; xdata u8 Val_EPROM_RECORD_DURATION; xdata u8 Val_EPROM_OVERWRAP_RECORD; idata u8 Val_EPROM_HDD_INDEX; xdata u8 Val_EPROM_SENSOR_USE = 0x00; // Not used xdata u8 Val_EPROM_SENSOR_ACTIVE = 0x00; // Active Low idata u8 gv_Current_Channel; xdata u8 st_time_data[2][6]; xdata u8 ed_time_data[2][6]; idata u8 gv_depth_1_menu = 100; idata u8 gv_depth_2_menu = 100; idata u8 gv_depth_3_menu = 100; idata u8 gv_cursor_position = 0; idata u8 gv_time_data[6]; idata u8 gv_play_mode = NOPLAY_MODE; // Steve : Must be initialized for OSD idata u8 gv_rec_mode; idata u8 gv_PauseMode=0; xdata u8 gv_play_time=0; xdata u8 confirm_ok1 = 1; xdata u8 confirm_ok2 = 1; xdata u8 tmp_eprom_passwd_base[6]; xdata EvtNode gv_evt_start[MAX_EVT_BUF]; xdata EvtNode gv_evt_stop[MAX_EVT_BUF]; xdata u16 gv_evt_start_off[MAX_EVT_BUF]; xdata u16 gv_evt_stop_off[MAX_EVT_BUF]; xdata u16 gv_evt_start_num; xdata u8 gv_evt_cnt; xdata u8 gv_evt_first_idx; xdata u8 gv_time_search_mode; idata char* blank_line50 = " "; xdata u8 gv_view_fpga_frame_rate; xdata u8 gv_view_fpga_channel_filter; void EVENT_DISP(u8 hid, u8 cmd); u8 TIME_SEARCH_input(u8 keyy); void TIME_SEARCH_DISP2(u8 hid); void EPROM_SetUp_data_Write(u8 index, u8 dataa); void PASSWORD_INPUT(u8 mode, u8 key); void PASSWORD_MENUDISP(u8 mode); void nvram_initialize(u8 msg_on); void SetUp_data_All_Read(void); //void gv_WCurrent_LBA_dec(u8 hddIndex); void HDDINFO_RECORD_TIME_DISP(void); void ds1307_time_set(void); void en_top(void); u32 LBA_decrement(u8 hddIndex, u32 lba); u32 LBA_increment(u8 hddIndex, u32 lba); void osd_put_num(u8 x, u8 y, u16 len, u16 num); void update_target_time(u8 idx); void play_message(u8 key); u8 play_start(void); //================================================================ // //================================================================ #define BLINK_X_CORD_CNTR 44 #define BLINK_Y_CORD_Y 11 void blinking_message(u8 length1, char* str1, u8 length2, char* str2) { idata u8 i; //12345678901234567890123456789012 idata u8 j; //static xdata u8 blank[32]; idata u8 blank[32]; mem_cpy(blank,blank_line50,32); for(i=0;i<3;i++) { osd_printf(BLINK_X_CORD_CNTR-length1, BLINK_Y_CORD_Y, length1, str1); if(length2) osd_printf(BLINK_X_CORD_CNTR-length2, BLINK_Y_CORD_Y+1, length2, str2); for(j=0;j<3;j++)delay_time(50000); osd_printf(BLINK_X_CORD_CNTR-length1, BLINK_Y_CORD_Y, length1, blank); if(length2) osd_printf(BLINK_X_CORD_CNTR-length2, BLINK_Y_CORD_Y+1, length2, blank); for(j=0;j<2;j++)delay_time(50000); } } //=============================================================================== // //=============================================================================== u8 cal_cood(u8 movx) { u8 dataa; switch(gv_cursor_position) { case 12: dataa = 4; break; case 11: dataa = 4+movx; break; //yy case 10: dataa = 6+movx; break; //yy case 9: dataa = 10+movx; break; //MM case 8: dataa = 12+movx; break; //MM case 7: dataa = 16+movx; break; //DD case 6: dataa = 18+movx; break; //DD case 5: dataa = 22+movx; break; //hh case 4: dataa = 24+movx; break; //hh case 3: dataa = 28+movx; break; //mm case 2: dataa = 30+movx; break; //mm case 1: dataa = 34+movx; break; //ss case 0: dataa = 36+movx; break; //ss default: dataa = 4; break; } return dataa; } //=============================================================================== // //=============================================================================== u8 bcd2bin(u8 bcdval) { u8 binval; if(bcdval >= 0x10) binval = (bcdval&0x0f) + 10*(bcdval>>4); else binval = bcdval; return binval; } //=============================================================================== // //=============================================================================== u8 bin2bcd(u8 binval) { u8 bcdval; if(binval >= 10) bcdval = ((binval/10) << 4) | (binval % 10); else bcdval = binval; return bcdval; } //=============================================================================== // //=============================================================================== u8 EPROM_SetUp_data_Read(u8 index) { u8 dataa = i2c_pkt_read(0xd0,0x3f - index); return dataa; } //=============================================================================== // //=============================================================================== void EPROM_SetUp_data_Write(u8 index, u8 dataa) { #ifdef DEBUG_STEVE if(index==EPROM_CAMERA_OF_RECORD){ printf("\n\rEPROM_CAMERA_OF_RECORD = %02x", (u16)dataa); } #endif i2c_pkt_write(0xd0,0x3f-index,dataa); } //=============================================================================== // //=============================================================================== void ds1307_time_set(void) { i2c_pkt_write(0xd0,0x00,bin2bcd(gv_time_data[0])); i2c_pkt_write(0xd0,0x01,bin2bcd(gv_time_data[1])); i2c_pkt_write(0xd0,0x02,bin2bcd(gv_time_data[2])); i2c_pkt_write(0xd0,0x04,bin2bcd(gv_time_data[3])); i2c_pkt_write(0xd0,0x05,bin2bcd(gv_