pthread_setup.c

1、基于韩国at2041芯片开发的Linux环境的DVR代码。 2、以原来代码进行了修改。 3、主要修改网络通讯出现异常问题处理 4、硬盘覆盖录像不起作用

				strcpy(mft[VALUE_WT_FLAG].str, temp);				
				sprintf(temp, "%2d", pso->param->enc_attr.wm.strength&0x07);
				strcpy(mft[ii+VALUE_WT_STR].str, temp);				
				sprintf(temp, "%2d", pso->param->enc_attr.wm.key&0x0f);
				strcpy(mft[ii+VALUE_WT_KEY].str, temp);				
				location_cur = &setup_menu_active[pso->cur_id];
				location_cur->start = pso->cur_loc;	
				pso->prev_id = pso->cur_id;				
				pso->cur_id = SETUP_WATERMARK_SETUP; 
				pso->create_menu = 1;
			} else if (pso->cur_loc == VALUE_MD_SET) {
				mft = setup_menu_font[SETUP_MOTION_SETUP];					
				for (ii = 0; ii < MAX_CH_NUM; ii++) {
					sprintf(temp, "%s", (pso->param->enc_ch[ii].motion.flag&0x01)? " On": "Off");
					strcpy(mft[ii+VALUE_MDF_CH1].str, temp);				
					sprintf(temp, "%2d", pso->param->enc_ch[ii].motion.sensitivity & 0x0f);
					strcpy(mft[ii+VALUE_MDS_CH1].str, temp);				
				}				
				location_cur = &setup_menu_active[pso->cur_id];
				location_cur->start = pso->cur_loc;	
				pso->prev_id = pso->cur_id;				
				pso->cur_id = SETUP_MOTION_SETUP; 
				pso->create_menu = 1;
			} else if (pso->cur_loc == VALUE_SIOS_SET) {
				mft = setup_menu_font[SETUP_SENSOR_SETUP];					
				for (ii = 0; ii < MAX_CH_NUM; ii++) {
					sprintf(temp, "%s", (pso->param->enc_ch[ii].sensor.flag_in&0x01)? " On": "Off");
					strcpy(mft[ii+4].str, temp);				
					sprintf(temp, "%s", (pso->param->enc_ch[ii].sensor.flag_in_noc&0x01)? "N.C": "N.O");
					strcpy(mft[ii+9].str, temp);				
					sprintf(temp, "%s", (pso->param->enc_ch[ii].sensor.flag_out&0x01)? " On": "Off");
					strcpy(mft[ii+15].str, temp);				
					sprintf(temp, "%s", (pso->param->enc_ch[ii].sensor.flag_out_noc&0x01)? "N.C": "N.O");
					strcpy(mft[ii+20].str, temp);				
					sprintf(temp, "%02d", pso->param->enc_ch[ii].sensor.flag_out_duration&0x3f);
					strcpy(mft[ii+25].str, temp);				
				}				
				location_cur = &setup_menu_active[pso->cur_id];
				location_cur->start = pso->cur_loc;	
				pso->prev_id = pso->cur_id;				
				pso->cur_id = SETUP_SENSOR_SETUP; 
				pso->create_menu = 1;
			} else if (pso->cur_loc >= VALUE_SF_CH1 && pso->cur_loc <= VALUE_SF_CH4) {
				pso->cur_ch = pso->cur_loc - VALUE_SF_CH1;						
				if (pso->param->enc_ch[pso->cur_ch].schedule.flag == 0) {
					pso->param->enc_ch[pso->cur_ch].schedule.flag = 1;
					strcpy(mft[pso->cur_loc].str, " On");
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.flag = 0;
					strcpy(mft[pso->cur_loc].str, "Off");
				}
				pso->osd_loc = pso->cur_loc;
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);						
			} else if (pso->cur_loc >= VALUE_SS_CH1 && pso->cur_loc <= VALUE_SS_CH4) {
				pso->cur_ch = pso->cur_loc - VALUE_SS_CH1;				
				// channel initial
				mft = setup_menu_font[SETUP_SCHEDULE_SETUP];					
// pentamicro 2006.01.11
				sprintf(temp, "%1d", 1 + pso->cur_ch);
				strcpy(mft[1].str, temp);				
					
				for (ii = 31; ii < 58; ii += 4) {
					sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.from_time[(ii - 31)/4].tm_hour);
					strcpy(mft[ii].str, temp);				
					sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.from_time[(ii - 31)/4].tm_min);
					strcpy(mft[ii + 1].str, temp);			
					sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.to_time[(ii - 31)/4].tm_hour);
					strcpy(mft[ii + 2].str, temp);			
					sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.to_time[(ii - 31)/4].tm_min);
					strcpy(mft[ii + 3].str, temp);
				}				
				location_cur = &setup_menu_active[pso->cur_id];
				location_cur->start = pso->cur_loc;	
				pso->prev_id = pso->cur_id;				
				pso->cur_id = SETUP_SCHEDULE_SETUP; 
				pso->create_menu = 1;										
			}
			break;
		case SUB_MINUS :	
			/* save encoder parameter to nvram */
			save_enc_param(pso->param);			
			/* return to start position */			
			location_cur = &setup_menu_active[pso->cur_id];
			location_cur->start = 3;			
			pso->cur_id = SETUP_MAIN;	
			pso->next_id = SETUP_ENCODER_PARAM;				
			pso->create_menu = 1;					
			break;
		default :
			break;
	}

	return SUCCESS;
}

RETURN setup_system_param(SETUP_OBJECT *pso)
{
	UNS16	ii, jj;
	UNS16	value_u16;
	S8		temp[8];
	UNS8	r_data[MAX_CH_NUM];
	time_t			get_time;		
	PTHREAD_BUF		signal;	
	MENU_FONT_t 	*mft;	
	MENU_ACTIVE_ITEM_t	*location_cur; 	

	pso->param = gp_setup_param;

	switch (pso->sig_value) {
		case UP :
			if (pso->cur_loc >= 2) {
				setup_select_menu(pso, -1);			
			}
			break;
		case DOWN :
			if (pso->cur_loc <= 6) {
				setup_select_menu(pso, 1);			
			}
			break;
		case SEL :				
			if (pso->cur_loc == 1) {
				pso->next_id = SETUP_SP_TIME;
				/* get current time */
				time(&get_time);
				memcpy(&pso->cur_time, localtime(&get_time), sizeof(struct tm));
				mft = setup_menu_font[pso->next_id];						
				sprintf(temp, "%04d", pso->cur_time.tm_year + 1900);
				strcpy(mft[1].str, temp);						
				sprintf(temp, "%02d", pso->cur_time.tm_mon + 1);
				strcpy(mft[3].str, temp);						
				sprintf(temp, "%02d", pso->cur_time.tm_mday);
				strcpy(mft[5].str, temp);						
				sprintf(temp, "%02d", pso->cur_time.tm_hour);
				strcpy(mft[6].str, temp);						
				sprintf(temp, "%02d", pso->cur_time.tm_min);
				strcpy(mft[8].str, temp);						
				sprintf(temp, "%02d", pso->cur_time.tm_sec);						
				strcpy(mft[10].str, temp);										
			} else if (pso->cur_loc == 2) {
				pso->next_id = SETUP_SP_NETWORK;			
			} else if (pso->cur_loc == 3) {
				pso->next_id = SETUP_SP_CAMERA;
				mft = setup_menu_font[pso->next_id];		
				/* get camera info */		
				for (ii = 0; ii < MAX_CH_NUM; ii++) {
					sprintf(temp, "%4d", pso->param->sys.camera[ii].brightness);
					strcpy(mft[ii + 3].str, temp);						
					sprintf(temp, "%4d", pso->param->sys.camera[ii].contrast);
					strcpy(mft[ii + 8].str, temp);						
					sprintf(temp, "%4d", pso->param->sys.camera[ii].color);
					strcpy(mft[ii + 13].str, temp);						
				}		
			} else if (pso->cur_loc == 4) {
				pso->next_id = SETUP_SP_PASSWORD;
			} else if (pso->cur_loc == 5) {
				pso->next_id = SETUP_SP_HDD_MANAGEMENT;
				/* password configuration : default 0000 */
				mft = setup_menu_font[pso->next_id];	
				sprintf(temp, "%02d MIN", g_rec_time_list[pso->param->sys.disk.slice_time%9]);
				strcpy(mft[3].str, temp);
				strcpy(mft[5].str, pso->param->sys.disk.over_wt_flag==TRUE ? "YES": "NO ");
			    	sprintf(mft[8].str, "HDD%c", 'A' + pso->disk_format.select_disk);
			}else if (pso->cur_loc == 6) {		
				pso->next_id = SETUP_SP_PTZ;
				mft = setup_menu_font[pso->next_id];	
				sprintf(temp, "CH%2d", pso->param->sys.ptz.cam_ch+1);
				strcpy(mft[2].str, temp);
				sprintf(temp, "%s", ptz_vendor_list[pso->param->sys.ptz.cam_vendor]);
				strcpy(mft[4].str, temp);						
				sprintf(temp, "%02d", pso->param->sys.ptz.cam_speed+1);
				strcpy(mft[6].str, temp);
			}	
			else if (pso->cur_loc == 7) {
				pso->next_id = SETUP_SP_HDD_STATUS;
				g_refresh_cmd = TRUE;				
			} 
			location_cur = &setup_menu_active[pso->cur_id];
			location_cur->start = pso->cur_loc;			
			pso->cur_id = pso->next_id; 
			pso->prev_id = pso->cur_id;
			pso->create_menu = 1;			
			break;
		case SUB_MINUS :
			/* save system parameter to nvram */
			save_sys_param(pso->param);			
			/* return to start position */			
			location_cur = &setup_menu_active[pso->cur_id];
			location_cur->start = 1;
			pso->cur_id = SETUP_MAIN;	
			pso->next_id = SETUP_SYSTEM_PARAM;
			pso->create_menu = 1;
			break;
		default :
			break;
	}

	return SUCCESS;
}

RETURN setup_motion_area(SETUP_OBJECT *pso)
{
	S16	      up_down;
	PTHREAD_BUF		signal;	
	
	switch (pso->sig_value) {
		case UP :
			up_down = pso->cur_loc - MB_X_NUM;
			pso->cur_loc = up_down >= 0  ? up_down: pso->cur_loc;
			setup_select_motion(pso);			
			break;
		case DOWN :		
			up_down = pso->cur_loc + MB_X_NUM;
			pso->cur_loc = (up_down <= (MB_X_NUM * MB_Y_NUM - 1))  ? up_down: pso->cur_loc;
			setup_select_motion(pso);	
			break;
		case LEFT :
			up_down = pso->cur_loc - 1;
			pso->cur_loc = up_down >= 0  ? up_down: pso->cur_loc;
			setup_select_motion(pso);	
			break;
		case RIGHT :
			up_down = pso->cur_loc + 1;
			pso->cur_loc = (up_down <= (MB_X_NUM * MB_Y_NUM - 1))  ? up_down: pso->cur_loc;
			setup_select_motion(pso);	
			break;
		case SEL :
			setup_update_motion(pso);
			break;
		case SUB_MINUS :	
			pso->cur_id = SETUP_MOTION_SETUP;	
			pso->create_menu = 1;	
			/* change to previous monitoring mode */
			signal.start_id = PTHREAD_SETUP;
			signal.m_value = SIGNAL_2;		
			if (pthread_send_signal(&signal, PTHREAD_LIVE) == FALSE) {
				m_ERROR("pthread_setup.c:error: In function 'pthread_send_signal'\n");
			}		
			tw2834_motion_block_init(pso->cur_ch, pso->param->gp.video_form, FALSE);
			break;
		default :
			break;
	}

	return SUCCESS;
}

RETURN setup_schedule_setup(SETUP_OBJECT *pso)
{
	UNS16	ii;
	UNS16	start, end;	
	S8		temp[8];	
	MENU_FONT_t		*mft;
	MENU_ACTIVE_ITEM_t	*location_cur;		

	mft = setup_menu_font[pso->cur_id];	
	
	switch (pso->sig_value) {
		case UP :
			if (pso->cur_loc >= 35 && pso->cur_loc <= 38) {
				setup_select_menu(pso, -4);			
			} else if (pso->cur_loc >= 39 && pso->cur_loc <= 42) {
				setup_select_menu(pso, -4);			
			} else if (pso->cur_loc >= 43 && pso->cur_loc <= 46) {
				setup_select_menu(pso, -4);			
			} else if (pso->cur_loc >= 47 && pso->cur_loc <= 50) {
				setup_select_menu(pso, -4);			
			} else if (pso->cur_loc >= 51 && pso->cur_loc <= 54) {
				setup_select_menu(pso, -4);			
			} else if (pso->cur_loc >= 55 && pso->cur_loc <= 58) {
				setup_select_menu(pso, -4);			
			}	
			break;
		case DOWN :
			if (pso->cur_loc >= 31 && pso->cur_loc <= 34) {
				setup_select_menu(pso, 4);			
			} else if (pso->cur_loc >= 35 && pso->cur_loc <= 38) {
				setup_select_menu(pso, 4);			
			} else if (pso->cur_loc >= 39 && pso->cur_loc <= 42) {
				setup_select_menu(pso, 4);			
			} else if (pso->cur_loc >= 43 && pso->cur_loc <= 46) {
				setup_select_menu(pso, 4);			
			} else if (pso->cur_loc >= 47 && pso->cur_loc <= 50) {
				setup_select_menu(pso, 4);			
			} else if (pso->cur_loc >= 51 && pso->cur_loc <= 54) {
				setup_select_menu(pso, 4);			
			}	
			break;
		case LEFT :
			if (pso->cur_loc >= 32 && pso->cur_loc <= 34) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 36 && pso->cur_loc <= 38) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 40 && pso->cur_loc <= 42) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 44 && pso->cur_loc <= 46) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 48 && pso->cur_loc <= 50) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 52 && pso->cur_loc <= 54) {
				setup_select_menu(pso, -1);			
			} else if (pso->cur_loc >= 56 && pso->cur_loc <= 58) {
				setup_select_menu(pso, -1);			
			}			
			break;
		case RIGHT :
			if (pso->cur_loc >= 31 && pso->cur_loc <= 33) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 35 && pso->cur_loc <= 37) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 39 && pso->cur_loc <= 41) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 43 && pso->cur_loc <= 45) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 47 && pso->cur_loc <= 49) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 51 && pso->cur_loc <= 53) {
				setup_select_menu(pso, 1);			
			} else if (pso->cur_loc >= 55 && pso->cur_loc <= 57) {
				setup_select_menu(pso, 1);			
			}			
			break;
		case NUM_PLUS :
			if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 0)) {
				if (pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour == 24) {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour = 0;					
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour++;
				}	
				sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour);
				strcpy(mft[pso->cur_loc].str, temp);			
				pso->osd_loc = pso->cur_loc;					
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);				
			} else if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 1)) {
				if (pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_min == 59) {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_min = 0;					
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_min++;
				}	
				sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_min);
				strcpy(mft[pso->cur_loc].str, temp);			
				pso->osd_loc = pso->cur_loc;					
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);				
			} else if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 2)) {
				if (pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_hour == 24) {
					pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_hour = 0;					
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_hour++;
				}	
				sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_hour);
				strcpy(mft[pso->cur_loc].str, temp);			
				pso->osd_loc = pso->cur_loc;					
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);	
			} else if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 3)) {
				if (pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_min == 59) {
					pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_min = 0;					
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_min++;
				}	
				sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.to_time[(pso->cur_loc - 31)/4].tm_min);
				strcpy(mft[pso->cur_loc].str, temp);			
				pso->osd_loc = pso->cur_loc;					
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);					
			}					
			break;
		case NUM_MINUS :
			if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 0)) {
				if (pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour == 0) {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour = 24;					
				} else {
					pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour--;
				}	
				sprintf(temp, "%02d", pso->param->enc_ch[pso->cur_ch].schedule.from_time[(pso->cur_loc - 31)/4].tm_hour);
				strcpy(mft[pso->cur_loc].str, temp);			
				pso->osd_loc = pso->cur_loc;					
				mft[pso->osd_loc].color = YELLOW;
				mft[pso->osd_loc].attribute = BLINK;				
				setup_update_osd(pso);				
			} else if (pso->cur_loc >= 31 && ((pso->cur_loc - 31)%4 == 1)) {