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database.c
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database.c
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/*
数据库 Database
Last update: 2012.5.4
*/
# include "9860g.h"
static jmp_buf env ;
int assume(int condition, int flag)
{
if (condition == EXIT_F) longjmp(env,1) ;
else return 0;
}
int Database(void)
{
unsigned int key ;
unsigned int page = 1 ;
do {
Bdisp_AllClr_DDVRAM() ; /* clear screen */
Print_zh(" 数据 ", 5, 2, VERT_REV) ;
PrintXY(113, 5, (unsigned char*)"\xE6\x9C ", 0) ;
PrintXY(113, 50, (unsigned char*)"\xE6\x9D ", 0) ;
if (page == 1 ) {
locatestr(28,2) ; printf("[1]平曲线F1") ;
locatestr(28,16) ; printf("[2]竖曲线F2") ;
locatestr(28,30) ; printf("[3]控制点F3") ;
locatestr(28,44) ; printf("[4]批量点F4") ;
}
else if (page == 2 ) {
locatestr(28,2) ; printf("[5]线元法F5") ;
locatestr(28,16) ; printf("[6]路幅库F6") ;
locatestr(28,30) ; printf("[7]隧道项N7") ;
locatestr(28,44) ; printf("[8]锁定表N8 ") ;
}
GetKey(&key) ;
switch (key) {
case KEY_CTRL_F1:case KEY_CHAR_1:
pqx_data() ;
break ;
case KEY_CTRL_F2:case KEY_CHAR_2:
sqx_data() ;
break ;
case KEY_CTRL_F3:case KEY_CHAR_3:
kzd_data();
break ;
case KEY_CTRL_F4:case KEY_CHAR_4:
pld_data() ;
break ;
case KEY_CTRL_F5:case KEY_CHAR_5:
xyf_data() ;
break ;
case KEY_CTRL_F6:case KEY_CHAR_6:
LF_data() ;
break ;
case KEY_CHAR_7:
SD_data() ;
break ;
case KEY_CHAR_8:
Checksum() ;
break ;
case KEY_CTRL_UP:
if (page == 2) page = 1;
break ;
case KEY_CTRL_DOWN:
if (page == 1) page = 2 ;
break ;
default:
break ;
}
}while (key != KEY_CTRL_EXIT) ;
return ;
}
int Lockfile(char* sht_name,BOOL update)
{
char flags_0 ; /* Used for main memory syscall */
int item_ptr ;
int data_length;
int result ;
int handle ;
int loghandle ;
unsigned char MDcp[16];
char hex_MDcp[16*2 + 1];
int di ;
unsigned char MD5result[16];
int ccret ;
result = MCS_SearchDirectoryItem( (unsigned char*)"@SSHEET", (unsigned char*)sht_name, &flags_0, &item_ptr, &handle, &data_length ) ;
if (result == 0) {
if (isLocked(sht_name)){
loghandle = OpenMD5log(sht_name) ;
if (loghandle >= 0){
Bfile_ReadFile(loghandle,MDcp,16,0) ;
Bfile_CloseFile(loghandle) ;
for (di = 0; di < 16; ++di)
sprintf(hex_MDcp + di * 2, "%02x", MDcp[di]);
ccret = MD5(handle,data_length,hex_MDcp,MD5result) ;
} else ccret = MD5(handle,data_length,"",MD5result) ;
} else ccret = MD5(handle,data_length,"",MD5result) ;
if (ccret == 0 ) ;//do nothing
else {
if (update == TRUE) {
if ( DebugS("是否锁定?\nF1-是 F6-否 ") == TRUE){
if (CreateMD5log(sht_name) == 0){
loghandle = OpenMD5log(sht_name) ;
if (loghandle >= 0){
Bfile_WriteFile(loghandle,MD5result,16) ;
Bfile_CloseFile(loghandle) ;
}
} else DebugS("写入校验失败 ") ;
}
} else DebugS("表格%s\n发生变化! ",sht_name) ;
}
} else {DebugS("打开%s失败 ", sht_name) ; return -1 ; }
return result ;
}
int isLocked(char* sht_name)
{
int test ;
BOOL flag = FALSE ;
test = OpenMD5log(sht_name) ;
if (test >= 0){
flag = TRUE ;
Bfile_CloseFile(test);
} else {
flag = FALSE ;
}
return flag ;
}
int OpenMD5log(char* sht_name)
{
BYTE char_p ;
FONTCHARACTER pfile[30] ;
char fname_buf[30] ;
memset(fname_buf,'\0', 30);
# ifdef PC_TEST
strcat(fname_buf, (char*)"\\\\crd0\\MD5\\") ; // Parent folder
# else
strcat(fname_buf, (char*)"\\\\fls0\\MD5\\") ; // Parent folder
# endif
strcat(fname_buf, sht_name) ;
strcat(fname_buf, (char*)".MD5") ;
for (char_p = 0 ; char_p <= strlen(fname_buf) ; ++char_p)
pfile[char_p] = (WORD)fname_buf[char_p] ;
return Bfile_OpenFile(pfile, _OPENMODE_READ) ;
}
int CreateMD5log(char* sht_name)
{
BYTE char_p ;
FONTCHARACTER pfile[30] ;
char fname_buf[30] ;
memset(fname_buf,'\0', 30);
# ifdef PC_TEST
strcat(fname_buf, (char*)"\\\\crd0\\MD5\\") ; // Parent folder
# else
strcat(fname_buf, (char*)"\\\\fls0\\MD5\\") ; // Parent folder
# endif
strcat(fname_buf, sht_name) ;
strcat(fname_buf, (char*)".MD5") ;
for (char_p = 0 ; char_p <= strlen(fname_buf) ; ++char_p)
pfile[char_p] = (WORD)fname_buf[char_p] ;
/* 重建文件 */
Bfile_DeleteFile(pfile) ;
return Bfile_CreateFile(pfile, 16) ;
}
/* S.H.I.E.L.D 表格文件完整性检查 */
int Checksum(void)
{
unsigned int key = 0 ;
do {
Bdisp_AllClr_DDVRAM() ; /* clear screen */
Print_zh("锁定", 2, 0, VERT_REV) ;
locatestr(25,1) ;
if (qxys_flag) {
if (isLocked(dbset.current_pq)) printf("F1-平曲线:%s*",dbset.current_pq);
else printf("F1-平曲线:%s",dbset.current_pq);
} else printf("F1-平曲线:空 ") ;
locatestr(25,14) ;
if (sqx_flag) {
if (isLocked(dbset.current_sq)) printf("F2-竖曲线:%s*",dbset.current_sq);
else printf("F2-竖曲线:%s",dbset.current_sq);
} else printf("F2-竖曲线:空 ") ;
locatestr(25,27) ;
if (xyf_flag) {
if (isLocked(dbset.current_ys)) printf("F3-线元表:%s*",dbset.current_ys);
else printf("F3-线元表:%s",dbset.current_ys);
} else printf("F3-线元表:空 ") ;
locatestr(25,40) ;
if (sd_flag) {
if (isLocked(dbset.current_sd)) printf("F4-隧道面:%s*",dbset.current_sd);
else printf("F4-隧道面:%s",dbset.current_sd);
} else printf("F4-隧道面:空 ") ;
// printf("F1-平曲线:%s%c\nF2-竖曲线:%s%c\nF3-线元表:%s%c\nF4-隧道面:%s%c ",
// qxys_flag?dbset.current_pq:"无 ",isLocked(dbset.current_pq) ? '*' : ' ',
// sqx_flag?dbset.current_sq:"无 ",isLocked(dbset.current_sq) ? '*' : ' ',
// xyf_flag?dbset.current_ys:"无 ",isLocked(dbset.current_ys) ? '*' : ' ',
// sd_flag?dbset.current_sd:"无 ",isLocked(dbset.current_sd) ? '*' : ' ') ;
PrintMini(2, 58, (unsigned char*)" F1 ", MINI_REV) ;
PrintMini(21, 58, (unsigned char*)" F2 ", MINI_REV) ;
PrintMini(40, 58, (unsigned char*)" F3 ", MINI_REV) ;
PrintMini(59, 58, (unsigned char*)" F4 ", MINI_REV) ;
PrintMini(105, 58, (unsigned char*)" EXIT ", MINI_REV) ;
GetKey(&key) ;
switch (key)
{
case KEY_CTRL_F1:
if (qxys_flag == TRUE) Lockfile(dbset.current_pq,TRUE);
else Warning("无锁定目标 ",2) ;
break ;
case KEY_CTRL_F2:
if (sqx_flag == TRUE) Lockfile(dbset.current_sq,TRUE);
else Warning("无锁定目标 ",2) ;
break ;
case KEY_CTRL_F3:
if (xyf_flag == TRUE) Lockfile(dbset.current_ys,TRUE);
else Warning("无锁定目标 ",2) ;
break ;
case KEY_CTRL_F4:
if (sd_flag == TRUE) Lockfile(dbset.current_sd,TRUE);
else Warning("无锁定目标 ",2) ;
break ;
default:
break ;
}
} while (key != KEY_CTRL_EXIT) ;
return 0;
}
BYTE sd_flag = FALSE ;
int SD_data(void)
{
unsigned int key = 0 ;
do {
Bdisp_AllClr_DDVRAM() ; /* clear screen */
Print_zh(" 隧道 ", 2, 0, VERT_REV) ;
locatestr(22,22) ;
printf("F1-载入 F2-校验 \nF3-查看 F4-帮助 ") ;
PrintMini(112, 10, (unsigned char*)" AC", MINI_REV) ;
PrintMini(2, 58, (unsigned char*)" F1 ", MINI_REV) ;
PrintMini(21, 58, (unsigned char*)" F2 ", MINI_REV) ;
PrintMini(40, 58, (unsigned char*)" F3 ", MINI_REV) ;
PrintMini(105, 58, (unsigned char*)" EXIT ", MINI_REV) ;
setjmp(env) ;
locatestr(22,5) ;
if (sd_flag == TRUE)
printf("使用中: %s",dbset.current_sd) ;
else printf("使用中: 空 ") ;
GetKey(&key) ;
switch (key)
{
case KEY_CTRL_F1:
sd_flag = load_SD_data(sd_flag) ;
break ;
case KEY_CTRL_F2:
if (sd_flag == TRUE) {
yanzheng() ;
}
else DebugS("未载入断面文件 ") ;
break ;
case KEY_CTRL_F3:
if (sd_flag == TRUE) show_SD_data() ;
else DebugS("未载入断面文件 ") ;
break ;
case KEY_CTRL_F4:
DatabaseHelp(7) ;
break ;
case KEY_CTRL_AC :
if (sd_flag == TRUE) {
sd_flag = FALSE ;
if ( Empty_SD() == 0) {FreeSD() ; Warning("重置成功!",1) ;}
else Warning("重置失败!",1) ;
}
break ;
default:
break ;
}
} while (key != KEY_CTRL_EXIT) ;
return 0;
}
int Empty_SD(void)
{
int confile_ptr = -1 ;
char temp_buffer[MAXLINE] ;
confile_ptr = Bfile_OpenFile(configfile, _OPENMODE_READ_SHARE) ;
if (confile_ptr < 0) return -1 ;
sprintf(temp_buffer,"Current_SD = EMP") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,NOW,TRUE) ;
Bfile_CloseFile(confile_ptr) ;
return 0 ;
}
#pragma inline (TestSD)
int TestSD(void)
{
return (SD_start_x == NULL || SD_start_y == NULL
|| SD_end_x == NULL || SD_end_y == NULL
|| SD_circle_x == NULL || SD_circle_y == NULL
|| SD_R == NULL) ? FALSE : TRUE ;
}
int FreeSD()
{
if (SD_start_x != NULL) { free(SD_start_x) ; SD_start_x = NULL ; }
if (SD_start_y != NULL) { free(SD_start_y) ; SD_start_y = NULL ; }
if (SD_end_x != NULL) { free(SD_end_x) ; SD_end_x = NULL ; }
if (SD_end_y != NULL) { free(SD_end_y) ; SD_end_y = NULL ; }
if (SD_circle_x != NULL) { free(SD_circle_x) ; SD_circle_x = NULL ; }
if (SD_circle_y != NULL) { free(SD_circle_y) ; SD_circle_y = NULL ; }
if (SD_R != NULL) { free(SD_R) ; SD_R = NULL ; }
return ;
}
/* 隧道要素 */
int SD_size = 0;
double* SD_start_x = NULL ; /*起点坐标X*/
double* SD_start_y = NULL ; /*起点坐标Y*/
double* SD_end_x = NULL ; /*终点坐标X*/
double* SD_end_y = NULL ; /*终点坐标Y*/
double* SD_circle_x = NULL ;/*圆心X*/
double* SD_circle_y = NULL ;/*圆心Y*/
double* SD_R = NULL ; /*半径*/
int LoadSD(BYTE flag)
{
unsigned int key ;
PopUpWin(3) ;
Print_zh("文件名： ", 20, 22, 0) ;
PrintXY(80, 25, (unsigned char *)dbset.current_sd, 0) ;
key = InputStr(80, 25) ;
if (key == KEY_CTRL_EXE) {
if (ipstr[0] == 0 && dbset.current_sd[0] != 0) strncpy(ipstr, dbset.current_sd, 5) ;
FreeSD() ;
SD_size = Init_Sht(7) ; /* 7列 */
if (SD_size == -1) return FALSE ;
/*
数据格式：
行1：线段的起点坐标X，Y，终点坐标X1,Y2，圆心的坐标X3,Y4，半径R
行N：同上
*/
SD_start_x = ReadFloat(1,7,SD_size) ;
SD_start_y = ReadFloat(2,7,SD_size) ;
SD_end_x = ReadFloat(3,7,SD_size) ;
SD_end_y = ReadFloat(4,7,SD_size) ;
SD_circle_x = ReadFloat(5,7,SD_size) ;
SD_circle_y = ReadFloat(6,7,SD_size) ;
SD_R = ReadFloat(7,7,SD_size) ;
if (TestSD() && yanzheng() == 0) { Warning("读取成功 ", 1) ; return TRUE ; }
else Warning("读取失败 ", 3) ;
}
else if (key == KEY_CTRL_EXIT) return EXIT_F ;
return FALSE ;
}
int autoload_SD(BYTE flag)
{
strncpy(ipstr, dbset.current_sd, 5) ;
FreeSD() ;
SD_size = Init_Sht(7) ; /* 7列 */
if (SD_size == -1) return FALSE ;
SD_start_x = ReadFloat(1,7,SD_size) ;
SD_start_y = ReadFloat(2,7,SD_size) ;
SD_end_x = ReadFloat(3,7,SD_size) ;
SD_end_y = ReadFloat(4,7,SD_size) ;
SD_circle_x = ReadFloat(5,7,SD_size) ;
SD_circle_y = ReadFloat(6,7,SD_size) ;
SD_R = ReadFloat(7,7,SD_size) ;
if (TestSD()) { sd_flag = TRUE ; return TRUE ; }
else rtfail() ;
return flag ;
}
int show_SD_data(void)
{
unsigned int step = 0 ;
assume(DebugS("数据行数: %d",SD_size), EXIT_F) ;
for (step = 0 ; step < SD_size ; ++step) {
assume(DebugS("起点X=%.3f\n起点Y=%.3f",SD_start_x[step], SD_start_y[step]), EXIT_F) ;
assume(DebugS("终点X=%.3f\n终点Y=%.3f",SD_end_x[step], SD_end_y[step]), EXIT_F) ;
assume(DebugS("圆心X=%.3f\n圆心Y=%.3f",SD_circle_x[step], SD_circle_y[step]), EXIT_F) ;
assume(DebugS("半径R=%.3f",SD_R[step]), EXIT_F) ;
}
return ;
}
int load_SD_data(BYTE fflag)
{
const DISPBOX clr = {20, 2, 120,54} ;
unsigned int key = 0 ;
BYTE flag = FALSE;
char* backup_cur = NULL;
Bdisp_AreaClr_DDVRAM(&clr) ;
DrawRect(20,2,54,100);
locatestr(22,2) ;
printf("1.%4s 2.%4s\n3.%4s 4.%4s\n5.%4s 6.%4s\n7.%4s 8.%4s",dbset.sd1,dbset.sd2,dbset.sd3,dbset.sd4,dbset.sd5,dbset.sd6,dbset.sd7,dbset.sd8) ;
GetKey(&key) ;
backup_cur = dbset.current_sd ;
switch (key)
{
case KEY_CHAR_1:
dbset.current_sd = dbset.sd1 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_2:
dbset.current_sd = dbset.sd2 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_3:
dbset.current_sd = dbset.sd3 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_4:
dbset.current_sd = dbset.sd4 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_5:
dbset.current_sd = dbset.sd5 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_6:
dbset.current_sd = dbset.sd6 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_7:
dbset.current_sd = dbset.sd7 ;
flag = LoadSD(flag) ;
break ;
case KEY_CHAR_8:
dbset.current_sd = dbset.sd8 ;
flag = LoadSD(flag) ;
break ;
case KEY_CTRL_EXIT:
dbset.current_sd = dbset.current_sd ;
flag = EXIT_F ;
default:
break ;
}
if (flag == TRUE) {
Save_SD_data(key) ;
return TRUE ;
}
else if (flag == EXIT_F) {
dbset.current_sd = backup_cur ;
return fflag ;
}
else return FALSE ;
}
int Save_SD_data(unsigned int key)
{
int confile_ptr = -1 ;
char temp_buffer[MAXLINE] ;
confile_ptr = Bfile_OpenFile(configfile, _OPENMODE_READ_SHARE) ;
if (confile_ptr < 0) return -1 ;
switch (key)
{
case KEY_CHAR_1:
strncpy(dbset.sd1,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD1") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD1 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd1, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_2:
strncpy(dbset.sd2,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD2") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD2 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd2, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_3:
strncpy(dbset.sd3,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD3") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD3 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd3, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_4:
strncpy(dbset.sd4,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD4") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD4 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd4, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_5:
strncpy(dbset.sd5,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD5") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD5 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd5, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_6:
strncpy(dbset.sd6,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD6") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD6 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd6, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_7:
strncpy(dbset.sd7,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD7") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD7 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd7, temp_buffer,NOW,FALSE) ;
break ;
case KEY_CHAR_8:
strncpy(dbset.sd8,ipstr, 5) ;
sprintf(temp_buffer,"Current_SD = SD8") ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.cusd, temp_buffer,LATER,TRUE) ;
sprintf(temp_buffer,"SD8 = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.sd_fpos.sd8, temp_buffer,NOW,FALSE) ;
break ;
default:
break ;
}
Bfile_CloseFile(confile_ptr) ;
return 0 ;
}
BYTE LF_flag = FALSE ;
int LF_data(void)
{
unsigned int key = 0 ;
do
{
Bdisp_AllClr_DDVRAM() ; /* clear screen */
Print_zh(" 路幅 ", 2, 0, VERT_REV) ;
locatestr(22,22) ;
printf("F1-载入 F2-校验 \nF3-查看 F4-帮助 ") ;
PrintMini(112, 10, (unsigned char*)" AC", MINI_REV) ;
PrintMini(2, 58, (unsigned char*)" F1 ", MINI_REV) ;
PrintMini(21, 58, (unsigned char*)" F2 ", MINI_REV) ;
PrintMini(40, 58, (unsigned char*)" F3 ", MINI_REV) ;
PrintMini(105, 58, (unsigned char*)" EXIT ", MINI_REV) ;
locatestr(22,5) ;
if (LF_flag == TRUE)
printf("使用中: %s",dbset.current_hp) ;
else
printf("使用中: 空 ") ;
GetKey(&key) ;
switch (key)
{
case KEY_CTRL_F1:
LF_flag = load_lf_data(LF_flag) ;
break ;
case KEY_CTRL_F2:
if (LF_flag == TRUE) InputLFstake() ;
else DebugS("未载入数据 ") ;
break ;
case KEY_CTRL_F3:
if (LF_flag == TRUE) show_LF_data() ;
else DebugS("未载入数据 ") ;
break ;
case KEY_CTRL_F4:
DatabaseHelp(6) ;
break ;
case KEY_CTRL_AC :
if (LF_flag == TRUE) {
LF_flag = FALSE ;
strncpy(ipstr, " EMP\0", 5) ;
if ( Save_lf_data() == 0) { FreeLF() ; Warning("重置成功!",1) ;}
else Warning("重置失败!",1) ;
}
break ;
default:
break ;
}
}while (key != KEY_CTRL_EXIT) ;
return ;
}
int InputLFstake(void)
{
unsigned int key ;
BYTE exit_flag = FALSE ;
unsigned int check_HP ;
PopUpWin(3) ;
Print_zh("桩号 ", 18, 20, 0) ;
while (exit_flag != TRUE) {
key = InputValP(48, 22) ;
switch (key) {
case KEY_CTRL_EXE:
check_HP = LF_JS(number) ;
DebugS("左幅宽 %.3f\n左横坡 %.2f%%",LF_L_Width[check_HP], LF_L_HP[check_HP]) ;
DebugS("右幅宽 %.3f\n右横坡 %.2f%%",LF_R_Width[check_HP], LF_R_HP[check_HP]) ;
return TRUE ;
break ;
case KEY_CTRL_EXIT:
exit_flag = TRUE ;
break ;
default:
break ;
}
}
return FALSE ;
}
unsigned int LF_JS(double stake)
{
unsigned int step = 0 ;
for (step = 0 ; step < LF_size ; ++step) {
if (step == key_HP) continue ;
else {
if (stake >= LF_Start[step] && stake <= LF_End[step])
return step ;
}
}
return key_HP ;
}
int show_LF_data(void)
{
unsigned int step = 0 ;
BYTE key_set = FALSE ;
for (step = 0 ; step < LF_size ; ++step) {
if (LF_Start[step] < 0 && LF_End[step] < 0 && key_set == FALSE ) {
DebugS("通用设定 ") ;
key_set = TRUE ;
}
else DebugS("起始 %.3f\n结束 %.3f",LF_Start[step], LF_End[step]) ;
DebugS("左幅宽 %.3f\n左横坡 %.2f%%",LF_L_Width[step], LF_L_HP[step]) ;
DebugS("右幅宽 %.3f\n右横坡 %.2f%%",LF_R_Width[step], LF_R_HP[step]) ;
}
return ;
}
int LF_size = 0;
double* LF_L_Width = NULL ;
double* LF_L_HP = NULL ;
double* LF_R_Width = NULL ;
double* LF_R_HP = NULL ;
double* LF_Start = NULL ;
double* LF_End = NULL ;
unsigned int key_HP = 0 ;
int TestLF(void)
{
unsigned int step = 0 ;
if ( LF_L_Width != NULL && LF_L_HP != NULL && LF_R_Width != NULL && LF_R_HP != NULL
&& LF_Start != NULL && LF_End != NULL) {
for (step = 0 ; step < LF_size ; ++step) { //遍历得出通用路幅宽及横坡
if (LF_Start[step] < 0 && LF_End[step] < 0) {
key_HP = step ;
break ;
}
}
return TRUE ;
}
else return FALSE ;
}
int load_lf_data(BYTE fflag)
{
unsigned int key ;
PopUpWin(3) ;
Print_zh("文件名： ", 20, 22, 0) ;
PrintXY(80, 25, (unsigned char *)dbset.current_hp, 0) ;
key = InputStr(80, 25) ;
if (key == KEY_CTRL_EXE) {
if (ipstr[0] == 0 && dbset.current_hp[0] != 0) strncpy(ipstr, dbset.current_hp, 5) ;
FreeLF() ;
LF_size = Init_Sht(6) ; //A~F列
if (LF_size == -1) return FALSE ;
/* A~F列依次为 左宽，左横坡，右宽，右横坡，里程开始，里程结束（通用部分里程开始和结束输负数）*/
LF_L_Width = ReadFloat(1, 6, LF_size) ;
LF_L_HP = ReadFloat(2, 6, LF_size) ;
LF_R_Width = ReadFloat(3, 6, LF_size) ;
LF_R_HP = ReadFloat(4, 6, LF_size) ;
LF_Start = ReadFloat(5, 6, LF_size) ;
LF_End = ReadFloat(6, 6, LF_size) ;
if (TestLF()) {
if ( Save_lf_data() == 0) {
strncpy(dbset.current_hp, ipstr, 5) ;
Warning("读取成功 ", 1) ;
}
else Warning("请整理闪存 ", 1) ;
return TRUE ;
}
else Warning("读取失败 ", 3) ;
}
else if (key == KEY_CTRL_EXIT) return fflag ;
return FALSE ;
}
int autoload_LF(BYTE flag)
{
strncpy(ipstr, dbset.current_hp, 5) ;
FreeLF() ;
LF_size = Init_Sht(6) ; //A~F列
if (LF_size == -1) return FALSE ;
LF_L_Width = ReadFloat(1, 6, LF_size) ;
LF_L_HP = ReadFloat(2, 6, LF_size) ;
LF_R_Width = ReadFloat(3, 6, LF_size) ;
LF_R_HP = ReadFloat(4, 6, LF_size) ;
LF_Start = ReadFloat(5, 6, LF_size) ;
LF_End = ReadFloat(6, 6, LF_size) ;
if (TestLF()) { LF_flag = TRUE ;return TRUE ; }
else rtfail() ;
return flag ;
}
int Save_lf_data(void)
{
int confile_ptr = -1 ;
char temp_buffer[MAXLINE] ;
confile_ptr = Bfile_OpenFile(configfile, _OPENMODE_READ_SHARE) ;
if (confile_ptr < 0) return -1 ;
sprintf(temp_buffer,"Current_HP = %4s",ipstr) ;
confile_ptr = WriteINI(confile_ptr, dbset.hp_pos, temp_buffer,NOW,TRUE) ;
Bfile_CloseFile(confile_ptr) ;
return 0 ;
}
int FreeLF(void)
{
if (LF_L_Width != NULL) { free(LF_L_Width) ; LF_L_Width = NULL ; }
if (LF_L_HP != NULL) { free(LF_L_HP) ; LF_L_HP = NULL ; }
if (LF_R_Width != NULL) { free(LF_R_Width) ; LF_R_Width = NULL ; }
if (LF_R_HP != NULL) { free(LF_R_HP) ; LF_R_HP = NULL ; }
if (LF_Start != NULL) { free(LF_Start) ; LF_Start = NULL ; }
if (LF_End != NULL) { free(LF_End) ; LF_End = NULL ; }
return ;
}
BYTE pld_flag = FALSE ;
char name[FILENAMEMAX] ;
FONTCHARACTER pld_FileName[50];
BYTE SDcard_F = FALSE ;
BYTE Fls_F = FALSE ;
int pld_data(void)
{
char folder[FILENAMEMAX] = "";
char filename_buf[50] ;
unsigned int key = 0 ;
int csvFile ;
unsigned int csv_size = 0;
do
{
Bdisp_AllClr_DDVRAM() ; /* clear screen */
Print_zh(" 批量 ", 2, 0, VERT_REV) ;
locatestr(22,22) ;
printf("F1-载入 F2-校验 ") ;
PrintMini(114, 1, (unsigned char*)" AC", MINI_REV) ;
PrintMini(2, 58, (unsigned char*)" F1 ", MINI_REV) ;
PrintMini(21, 58, (unsigned char*)" F2 ", MINI_REV) ;
PrintMini(105, 58, (unsigned char*)" EXIT ", MINI_REV) ;
locatestr(22,5) ;
if (pld_flag == TRUE)
printf("使用中:%s",name) ;
else
printf("使用中: 空 ") ;
GetKey(&key) ;
switch (key){
case KEY_CTRL_F1 :
if (SelectRoot() == 0)
{
if(SelectFile( folder, name ) == 1){
if( strlen(folder) == 0 ) {
if (SDcard_F == TRUE)
{
sprintf( filename_buf, "\\\\crd0\\%s", name );
}
else if (Fls_F == TRUE)
{
sprintf( filename_buf, "\\\\fls0\\%s", name );
}
}
else {
if (SDcard_F == TRUE)
{
sprintf( filename_buf, "\\\\crd0\\%s\\%s", name );
}
else if (Fls_F == TRUE)
{
sprintf( filename_buf, "\\\\fls0\\%s\\%s", name );
}
}
CharToFont(filename_buf,pld_FileName);
csvFile = Bfile_OpenFile(pld_FileName,_OPENMODE_READ_SHARE);
if (csvFile >=0) {
PopUpWin(3) ;
Print_zh("索引建立中..", 28, 22, 0) ;
//csv_size = Bfile_GetFileSize (csvFile);
if (CreateIndex(csvFile) >=0){
//Reopen the csv file ;
Bfile_CloseFile(csvFile) ;
csvFile = Bfile_OpenFile(pld_FileName,_OPENMODE_READ);
if (BuildIndex(csvFile)==0) pld_flag = TRUE ;
}
else Warning("创建索引失败!",2) ;
Bfile_CloseFile(csvFile) ;
}
else {Warning("打开文件失败",2) ; pld_flag = FALSE ;}
}
}
break ;
case KEY_CTRL_F2 :
if (pld_flag == TRUE)
InputPT_num(Bfile_OpenFile(pld_FileName,_OPENMODE_READ_SHARE), FALSE) ;
else DebugS("未加载csv文件 ") ;
break ;
case KEY_CTRL_AC :
if (pld_flag == TRUE) {
pld_flag = FALSE ;
if ( Empty_pld() == 0) { Warning("重置成功!",1) ;}
else Warning("重置失败!",1) ;
}
break ;
default:
break ;
}
}while (key != KEY_CTRL_EXIT) ;
return ;
}
int Empty_pld(void)
{
int confile_ptr = -1 ;
confile_ptr = Bfile_OpenFile(configfile, _OPENMODE_READ_SHARE) ;
if (confile_ptr < 0) return -1 ;
WriteINI(confile_ptr, dbset.pld_pos, "Current_PLD = \\;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;",NOW,TRUE) ;
Bfile_CloseFile(confile_ptr) ;
return 0 ;
}
unsigned int ptlist_count ;
int InputPT_num(int csvFile, BOOL usePT)
{
FONTCHARACTER indexfile[] = { '\\','\\','f','l','s','0','\\','I','N','D','E','X','.','d','a','t' ,'\0'} ;
FONTCHARACTER indexfile2[] = { '\\','\\','c','r','d','0','\\','I','N','D','E','X','.','d','a','t' ,'\0'} ;
unsigned int key ;
BYTE exit_flag = FALSE ;
unsigned int PT = 1;
int index_fptr = -1;
DWORD index_pos = 0;
PopUpWin(3) ;
Print_zh("点号 ", 18, 20, 0) ;
if (csvFile < 0) {
Warning("打开文件失败",2) ;
exit_flag = TRUE ;
}
while (exit_flag != TRUE) {
locatestr(100,20) ; printf("%d",PT) ;
key = InputValP(48, 22) ;
switch (key) {
case KEY_CTRL_EXE:
PT = number ? number : PT ;
if (PT < 1 || PT > ptlist_count) {
DebugS("点号范围1~%d",ptlist_count) ;
Bfile_CloseFile(csvFile) ;
return FALSE ;
}else {
/*首先尝试SD卡，其次内置闪存*/
index_fptr = Bfile_OpenFile(indexfile2, _OPENMODE_READWRITE_SHARE) ;
if (index_fptr < 0) index_fptr = Bfile_OpenFile(indexfile, _OPENMODE_READWRITE_SHARE) ;
if (index_fptr >=0){
Bfile_ReadFile(index_fptr, &index_pos, sizeof(DWORD), (PT - 1)*sizeof(DWORD)) ;
getPOSline(csvFile, index_pos) ;
parseCSVfile((char*)Linebuffer, usePT) ;
Bfile_CloseFile(index_fptr) ;
exit_flag = TRUE ; //Normal stop ;
}
else { DebugS("打开索引失败! ") ; exit_flag = TRUE ; }
}
exit_flag = TRUE ;
break ;
case KEY_CTRL_EXIT:
//exit_flag = TRUE ;
Bfile_CloseFile(csvFile) ;
return FALSE ;
break ;
default: break ;
}
}
Bfile_CloseFile(csvFile) ;
return TRUE ;
}
int parseCSVfile(char* string,BOOL usePT)
{
struct tkbox* info ;
unsigned int step_count = 1 ;
BOOL exit_flag = FALSE ;
double check_x = 0 ;
double check_y = 0 ;
double check_cmt = 0 ; //备注
begin = forward = string ; /* 指向缓冲区 */
while ((info = lexan_num()) && exit_flag != TRUE) {
if (info->token == TOKEN_NUM){
//数值大于10万切除大头
if (info->value >= 100000)
info->value -= floor(floor(info->value)/100000) * 100000 ;
switch(step_count){
case 1:
break ;
case 2:
if (usePT == TRUE) x = info->value ;
else check_x = info->value ;
break ;
case 3:
if (usePT == TRUE) y = info->value ;
else check_y = info->value ;
break ;
case 4:
break ;
case 5:
check_cmt = info->value ;