INT_PTR BitmapIO_BMP::ConfigCtrlDlgProc(HWND hWnd,UINT message,WPARAM wParam,LPARAM lParam) {
switch (message) {
case WM_INITDIALOG:
if (!mParams.saved)
ReadCfg();
switch (mParams.outDepth) {
case BMM_PALETTED:
CheckDlgButton( hWnd, IDC_BMP_PALETTE, TRUE );
break;
case BMM_NO_TYPE:
case BMM_TRUE_24:
CheckDlgButton( hWnd, IDC_BMP_RGB24, TRUE );
break;
}
break;
case WM_COMMAND:
switch (LOWORD(wParam)) {
case IDOK:
WriteCfg();
EndDialog(hWnd,1);
break;
case IDCANCEL:
EndDialog(hWnd,0);
break;
case IDC_BMP_PALETTE:
mParams.outDepth = BMM_PALETTED;
break;
case IDC_BMP_RGB24:
mParams.outDepth = BMM_TRUE_24;
break;
}
return TRUE;
}
return FALSE;
}
int _main( ElfLoaderApp ela )
{
UINT32 status = RESULT_OK;
memcpy( ( void * )&FontServ, ( void * )&ela, sizeof( ElfLoaderApp ) );
status = APP_Register( &FontServ . evcode,
1,
state_handling_table,
HW_STATE_MAX,
(void*)FontServStart );
//LoaderShowApp( &FontServ );
ReadCfg( );
FontTool_SetFont( );
DRM_SetResource( iTunes_EvCdResID, iTunes_Resource, sizeof( UINT32 ) * sizeof( iTunes_Resource ) );
DRM_SetResource( iTunes_NameResID, ( void * )u_app_name, APP_NAME_LEN * 2 );
DRM_SetResource( iTunes_IconResID, ( void * )FONT_TOOL_ICON, 2215 );
DRM_SetResource( iTunes_IcLsResID, ( void * )FONT_TOOL_ICON_LST, 1106 );
DRM_SetResource( iTunes_IcAnResID, ( void * )FONT_TOOL_ANI , 2529 );
return 1;
}
UINT32 MainStateEnter( EVENT_STACK_T *ev_st, void *app, ENTER_STATE_TYPE_T type )
{
if(type!=ENTER_STATE_ENTER) return RESULT_OK;
ReadCfg( );
return Update( ev_st, app, 0 );
}
BMMRES BitmapIO_BMP::OpenOutput(BitmapInfo *fbi, Bitmap *map) {
if (openMode != BMM_NOT_OPEN)
return (ProcessImageIOError(&bi,BMMRES_INTERNALERROR));
if (!map)
return (ProcessImageIOError(&bi,BMMRES_INTERNALERROR));
//-- Save Image Info Data
if (!mParams.saved)
ReadCfg();
bi.CopyImageInfo(fbi);
bi.SetUpdateWindow(fbi->GetUpdateWindow());
this->map = map;
openMode = BMM_OPEN_W;
return (BMMRES_SUCCESS);
}
int SearchCfg(const char *FileName,
char *SectionName,
char *VarName,
void *DataPtr,
enum CfgTypes VarType
)
{
struct CfgStruct MyVars[2];
MyVars[0].Name = VarName;
MyVars[0].DataPtr = DataPtr;
MyVars[0].VarType = VarType;
MyVars[1].Name = MyVars[1].DataPtr = NULL;
return ReadCfg(FileName, SectionName, MyVars);
}
BMMRES
BitmapIO_PNG::OpenOutput(BitmapInfo *fbi, Bitmap *map)
{
if(openMode != BMM_NOT_OPEN)
return (ProcessImageIOError(fbi, BMMRES_INTERNALERROR));
if(!map)
return (ProcessImageIOError(fbi,BMMRES_INTERNALERROR));
//-- Check for Default Configuration -----------------
if (!cfg.saved)
ReadCfg();
//-- Save Image Info Data
bi.CopyImageInfo(fbi);
bi.SetUpdateWindow(fbi->GetUpdateWindow());
this->map = map;
openMode = BMM_OPEN_W;
return BMMRES_SUCCESS;
}
/*
* Read disk volumes.
*/
void
ReadDiskVolumes(
char *diskvols_name) /* NULL if default conf file name */
{
extern char *program_name;
int errors;
int ret;
DiskVolumeInfo_t *dv;
fname = SAM_CONFIG_PATH"/diskvols.conf";
if (diskvols_name != NULL) {
fname = diskvols_name;
}
DiskVolCount = 0;
DiskVolClientCount = 0;
if (diskVols.data != NULL) {
SamFree(diskVols.data);
diskVols.count = 0;
diskVols.alloc = 0;
diskVols.data = NULL;
}
errors = ReadCfg(fname, dirProcTable, dirname, token, ConfigFileMsg);
if (errors != 0 && !(errors == -1) && diskvols_name == NULL) {
/* Absence of the default diskvols conf file not an error. */
if (errors > 0) {
errno = 0;
}
/* Read diskvols %s failed */
/* Problem with file system command file. */
FatalError(17230, fname);
}
}
int FTP::ProcessShortcutLine(char *Line)
{
char *m,*m1;
char str[20]; //Hold single dec number - need not use of String
if(!Line)
return FALSE;
ReadCfg();
if(StrCmp(Line,"FTP:",4) == 0)
{
/*
FTP
Host
1
AskLogin + 3
AsciiMode + 3
PassiveMode + 3
UseFirewall + 3
HostTable
1
User
1
Password
1
ExtCmdView + 3
IOBuffSize (atoi)
1
FFDup + '0'
DecodeCmdLine + '0'
1
*/
Line += 4;
m = strchr(Line,'\x1');
if(!m || strlen(m) < 4) return FALSE;
m++;
Host.Init();
StrCpy(Host.Host, Line, Min((int)(m-Line), (int)ARRAYSIZE(Host.Host)));
strcpy(Host.HostName, Host.Host);
Host.AskLogin = *(m++) - '\x3';
if(*m == 0) return FALSE;
Host.AsciiMode = *(m++) - '\x3';
if(*m == 0) return FALSE;
Host.PassiveMode = *(m++) - '\x3';
if(*m == 0) return FALSE;
Host.UseFirewall = *(m++) - '\x3';
if(*m == 0) return FALSE;
m1 = m;
m = strchr(m1,'\x1');
if(!m) return FALSE;
StrCpy(str, m1, (int)(m-m1+1));
Host.ServerType = (WORD)atoi(str);
m1 = m+1;
m = strchr(m1,'\x1');
if(!m) return FALSE;
StrCpy(Host.HostTable, m1, (int)(m-m1+1));
m1 = m+1;
m = strchr(m1,'\x1');
if(!m) return FALSE;
StrCpy(Host.User,m1,(int)(m-m1+1));
m1 = m+1;
m = strchr(m1,'\x1');
if(!m) return FALSE;
StrCpy(Host.Password,m1,(int)(m-m1+1));
do
{
Host.ExtCmdView = Opt.ExtCmdView;
Host.IOBuffSize = Opt.IOBuffSize;
Host.FFDup = Opt.FFDup;
Host.DecodeCmdLine = TRUE;
//IOBuffSize
m1 = m+1;
if(!m1[0])
break;
Host.ExtCmdView = *(m1++) - '\x3';
m = strchr(m1,'\x1');
if(!m)
return FALSE;
StrCpy(str,m1,(int)(m-m1+1));
Host.IOBuffSize = Max(FTR_MINBUFFSIZE,(DWORD)atoi(str));
//FFDup
m1 = m+1;
if(!m1[0])
break;
m = strchr(m1,'\x1');
if(!m)
break;
if(*m1 != '0' && *m1 != '1')
break;
Host.FFDup = *m1 - '0';
//DecodeCmdLine
m1++;
if(!m1[0] ||
(*m1 != '0' && *m1 != '1'))
break;
Host.DecodeCmdLine = *m1 - '0';
}
while(0);
return FullConnect();
}
else if(StrCmp(Line,"HOST:",5) == 0)
{
Line += 5;
strcpy(HostsPath,Line);
return 1;
}
return 0;
}
int OptLogInit()
{
int ret;
int cfglen;
int i;
int j;
setlinebuf(stdout);
EngModePrintOn=0;
ST_OptLogCfgData sval;
ST_OptLogCfgInfo *cfginf = NULL;
bzero(&sval,sizeof(sval));
Debug_print("%s\n",CONFIG_FILE);
if (gendata.initlized)
{
Debug_print("The operation log has been initlized ,can not init again\n");
return 0;
}
ret = ReadCfg(CONFIG_FILE,&cfginf,&cfglen);
if (ret < 0)
{
printf("read configuration file failed, use default set\n");
sval.curlevel = 3;
sval.enflags |= PrtAllComp;
if (!getcwd(sval.rcdpath,PATHLEN))
{
perror("get current directory failed");
return -1;
}
}
for (i=0;i<cfglen;i++)
{
Debug_print("key:%s\t val:%s\n",cfginf[i].key,cfginf[i].val);
if (!strcmp(cfginf[i].key,"prtlevel")&&cfginf[i].val[0]!='0')
{
sval.enflags |= EnLevel;
continue;
}
if (!strcmp(cfginf[i].key,"prtfilename")&&cfginf[i].val[0]!='0')
{
sval.enflags|= EnFName;
continue;
}
if (!strcmp(cfginf[i].key,"prtfuncname")&&cfginf[i].val[0]!='0')
{
sval.enflags|= EnFcName;
continue;
}
if (!strcmp(cfginf[i].key,"prtlinenum")&&cfginf[i].val[0]!='0')
{
sval.enflags|= EnLine;
continue;
}
if (!strcmp(cfginf[i].key,"prttime")&&cfginf[i].val[0]!='0')
{
sval.enflags|= EnTime;
continue;
}
if (!strcmp(cfginf[i].key,"prtinfile")&&cfginf[i].val[0]!='0')
{
sval.enflags|= EnFRcd;
continue;
}
if (!strcmp(cfginf[i].key,"recordpath")&&cfginf[i].val[0]!=0)
{
int slen;
slen = strlen(cfginf[i].val);
if (cfginf[i].val[slen-1] == '/')
{
cfginf[i].val[slen-1] = 0;
}
strncpy(sval.rcdpath,cfginf[i].val,PATHLEN);
continue;
}
if (!strcmp(cfginf[i].key,"level")&&cfginf[i].val[0]!=0)
{
sval.curlevel = atoi(cfginf[i].val);
continue;
}
if (!strcmp(cfginf[i].key,"componentlist")&&cfginf[i].val[0]!=0)
{
if (GetComps(cfginf[i].val,&sval) < 0)
{
Debug_print("get components list failed\n");
}
else
{
for (j=0;j<sval.compnum;j++)
Debug_print("component name:%s\n",sval.comp[j]);
}
continue;
}
}
if (cfginf)
{
free(cfginf);
}
Debug_print("enflag:%x\tpath:%s\n",sval.enflags,sval.rcdpath);
//create shared memory and init semaphore
gendata.shmid = shmget(IPC_KEY,sizeof(ST_OptLogCfgData),0666);
if (gendata.shmid == -1)
{
Debug_print("shared memory does not exist,need create\n");
gendata.shmid = shmget(IPC_KEY,sizeof(ST_OptLogCfgData),0666|IPC_CREAT);
if (gendata.shmid < 0)
{
perror("create shared memory failed");
return -1;
}
Debug_print("create shared memory success\n");
}
else
{
sval.enflags |= SMemExist;
}
Debug_print("get shared memory success\n");
gendata.cfg = (ST_OptLogCfgData *)shmat(gendata.shmid,NULL,0);
if (gendata.cfg == (void *)-1)
{
perror("get shared memory address failed");
shmctl(gendata.shmid,IPC_RMID,NULL);
gendata.cfg = NULL;
return -1;
}
//bzero(gendata.cfg,4096*65);
Debug_print("get shared memory address success\n");
gendata.semid = semget(SEM_KEY,0,0666);
if (gendata.semid < 0)
{
Debug_print("semaphore is not created, need create\n");
gendata.semid = semget(SEM_KEY,1,0666|IPC_CREAT);
if (gendata.semid < 0)
{
perror("create semaphore failed");
return -1;
}
Debug_print("create semaphore success\n");
if (init_sem(gendata.semid,1) < 0)
{
printf("init semaphore failed\n");
del_sem(gendata.semid);
return -1;
}
Debug_print("init semaphore success\n");
}
Debug_print("get semaphore success\n");
if(pthread_mutex_init(&gendata.filemutex,NULL) != 0)
{
perror("create file mutex failed");
return -1;
}
if(pthread_mutex_init(&gendata.pathmutex,NULL) != 0)
{
perror("create path mutex failed");
return -1;
}
#ifdef READ_CFG
if (1)
#else
if (!(sval.enflags&SMemExist))
#endif
{
Debug_print("shared memory does not exists need to set value to memory\n");
Debug_print("curlevel:%d\trcdpath:%s\tcomnum:%d\tenflags:%x\n",sval.curlevel,\
sval.rcdpath,sval.compnum,sval.enflags);
OptLogSet(&sval);
}
gendata.initlized = 1;
return 0;
}
/*
* Read disk volumes.
*/
int
parse_diskvols_conf(
char *file, /* path at which to read the diskvols.conf */
diskvols_cfg_t **cfg) /* malloced return value */
{
int errors;
char *first_err;
Trace(TR_OPRMSG, "parsing diskvols file %s", Str(file));
if (ISNULL(file, cfg)) {
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
if (init_static_variables() != 0) {
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
if (strcmp(DISKVOL_CFG, file) != 0) {
file_required = B_TRUE;
}
dv_cfg = mallocer(sizeof (diskvols_cfg_t));
if (dv_cfg == NULL) {
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
memset(dv_cfg, 0, sizeof (diskvols_cfg_t));
dv_cfg->disk_vol_list = lst_create();
if (dv_cfg->disk_vol_list == NULL) {
free_diskvols_cfg(dv_cfg);
*cfg = NULL;
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
dv_cfg->client_list = lst_create();
if (dv_cfg->client_list == NULL) {
free_diskvols_cfg(dv_cfg);
*cfg = NULL;
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
dv_cfg->read_time = time(0);
*cfg = dv_cfg;
errors = ReadCfg(file, dirProcTable, dir_name, token, read_cfg_msg);
if (errors != 0 && !(errors == -1 && !file_required)) {
/* The absence of a command file is not an error */
if (errors == -1) {
if (no_cmd_file) {
/*
* The absence of a command file
* is not an error
*/
Trace(TR_OPRMSG,
"parsing diskvols, no file present");
return (0);
}
free_diskvols_cfg(*cfg);
*cfg = NULL;
/* other access errors are an error */
samerrno = SE_CFG_OPEN_FAILED;
/* open failed for %s: %s */
snprintf(samerrmsg, MAX_MSG_LEN,
GetCustMsg(SE_CFG_OPEN_FAILED), file,
open_error);
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
} else if (errors == 1 && empty_cmd_file) {
Trace(TR_OPRMSG,
"parsing diskvols, empty file");
return (0);
}
free_diskvols_cfg(*cfg);
*cfg = NULL;
if (error_list != NULL && error_list->head != NULL) {
first_err =
((parsing_error_t *)error_list->head->data)->msg;
} else {
first_err = "NULL";
}
/* %s contains %d error(s) first:%s */
samerrno = SE_CONFIG_ERROR;
snprintf(samerrmsg, MAX_MSG_LEN,
GetCustMsg(SE_CONFIG_ERROR), file, errors, first_err);
Trace(TR_OPRMSG, "parsing diskvols file failed: %s",
samerrmsg);
return (-1);
}
Trace(TR_OPRMSG, "parsed diskvols file");
return (0);
}
SDComCfg * CConfigDlg::GetConfig()
{
ReadCfg();
return &m_sDComCfgReal;
}
void
print_list (FILE * in, int flag, int non_priv)
{
DbCtlLimitAttr cpu_def, read_def, write_def;
char val = 'M';
if (flag == 1) val = 'K';
else if ( flag == 2 ) val = ' ';
non_priv = 1;
if (access(CONFIG_PATH, R_OK) == 0){
non_priv = 0;
}
ReadCfg ((non_priv?DUPLICATE_CONFIG_PATH:CONFIG_PATH), "default");
if (flag)
printf (" user\tcpu(%%)\tread(%cB/s)\twrite(%cB/s)\n", val, val);
else
printf (" user cpu(%%) read(%cB/s) write(%cB/s)\n", val, val);
GetDefault (GetCfg (), flag);
DbCtlFoundTag *found_tag_ = g_ptr_array_index (GetCfg (), 0);
strncpy (cpu_def.l_current,
GetLimitAttr (found_tag_->limit_attr, "cpu", "current"),
sizeof (cpu_def.l_current) - 1);
strncpy (cpu_def.l_short,
GetLimitAttr (found_tag_->limit_attr, "cpu", "short"),
sizeof (cpu_def.l_short) - 1);
strncpy (cpu_def.l_mid, GetLimitAttr (found_tag_->limit_attr, "cpu", "mid"),
sizeof (cpu_def.l_mid) - 1);
strncpy (cpu_def.l_long,
GetLimitAttr (found_tag_->limit_attr, "cpu", "long"),
sizeof (cpu_def.l_long) - 1);
strncpy (read_def.l_current,
GetLimitAttr (found_tag_->limit_attr, "read", "current"),
sizeof (read_def.l_current) - 1);
strncpy (read_def.l_short,
GetLimitAttr (found_tag_->limit_attr, "read", "short"),
sizeof (read_def.l_short) - 1);
strncpy (read_def.l_mid,
GetLimitAttr (found_tag_->limit_attr, "read", "mid"),
sizeof (read_def.l_mid) - 1);
strncpy (read_def.l_long,
GetLimitAttr (found_tag_->limit_attr, "read", "long"),
sizeof (read_def.l_long) - 1);
strncpy (write_def.l_current,
GetLimitAttr (found_tag_->limit_attr, "write", "current"),
sizeof (write_def.l_current) - 1);
strncpy (write_def.l_short,
GetLimitAttr (found_tag_->limit_attr, "write", "short"),
sizeof (write_def.l_short) - 1);
strncpy (write_def.l_mid,
GetLimitAttr (found_tag_->limit_attr, "write", "mid"),
sizeof (write_def.l_mid) - 1);
strncpy (write_def.l_long,
GetLimitAttr (found_tag_->limit_attr, "write", "long"),
sizeof (write_def.l_long) - 1);
FreeCfg ();
DbCtlLimitAttr limit_attr_def;
ReadCfg ((non_priv?DUPLICATE_CONFIG_PATH:CONFIG_PATH), "user");
GPtrArray *tags = addMemoryUser (in, GetCfg ());
GetDefaultForUsers (tags, &cpu_def, &read_def, &write_def, flag);
FreeCfg ();
}
main()
{
char Line[INI_LINESIZE];
int Int;
long Long;
double Double;
Boolean_T Bool;
struct CfgStruct this_var;
FILE* tst;
long prices[2];
/*
** First work with a test file
*/
tst = cant("test.ini", "w");
fputs("[Section 1]\n", tst);
fputs("[Section 2]\n", tst);
fputs("[Section 3]\n", tst);
fputs("[Section 4]\n", tst);
fputs("[Section 5]\n", tst);
fputs("[Section 6]\n", tst);
fclose(tst);
puts("Updating the test configuration file");
puts("Updating section 1");
UpdateCfg("test.ini", "Section 1", "string #1", "section 1 test");
puts("Updating section 2");
UpdateCfg("test.ini", "Section 2", "short #2", "2");
puts("Updating section 3");
UpdateCfg("test.ini", "Section 3", "long #3", "3");
UpdateCfg("test.ini", "Section 4", "double #4", "4.4");
UpdateCfg("test.ini", "Section 5", "boolean #5", "Y");
UpdateCfg("test.ini", "Section 6", "boolean #6", "N");
UpdateCfg("test.ini", "", "global string", "\"Hello, world!\" ;Comment");
puts("I've finished the updates, now to try to get the data back");
this_var.Name = "global string";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(0) returned %d; Line=\n",
ReadCfg("test.ini", "", &this_var));
puts(Line);
this_var.Name = "string #1";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(1) returned %d; Line=\n",
ReadCfg("test.ini", "Section 1", &this_var));
puts(Line);
this_var.Name = "short #2";
this_var.DataPtr = ∬
this_var.VarType = Cfg_Short;
printf("ReadCfg(2) returned %d; Value= ",
ReadCfg("test.ini", "Section 2", &this_var));
printf("%d\n", Int);
this_var.Name = "long #3";
this_var.DataPtr = &Long;
this_var.VarType = Cfg_Long;
printf("ReadCfg(3) returned %d; Value = ",
ReadCfg("test.ini", "Section 3", &this_var));
printf("%ld\n", Long);
this_var.Name = "double #4";
this_var.DataPtr = &Double;
this_var.VarType = Cfg_Double;
printf("ReadCfg(4) returned %d; Value = ",
ReadCfg("test.ini", "Section 4", &this_var));
printf("%f\n", Double);
this_var.Name = "boolean #5";
this_var.DataPtr = &Bool;
this_var.VarType = Cfg_Boolean;
printf("ReadCfg(5) returned %d; Value = ",
ReadCfg("test.ini", "Section 5", &this_var));
printf("%c\n", Bool ? 'T' : 'F');
this_var.Name = "boolean #6";
this_var.DataPtr = &Bool;
this_var.VarType = Cfg_Boolean;
printf("ReadCfg(6) returned %d; Value = ",
ReadCfg("test.ini", "Section 6", &this_var));
printf("%c\n", Bool ? 'T' : 'F');
/*
** Look for non-existant sections and/or variables
*/
Line[0] = NUL;
this_var.Name = "string #99";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(99) returned %d; Line=\n",
ReadCfg("test.ini", "Section 99", &this_var));
puts(Line);
Line[0] = NUL;
this_var.Name = "string #99";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(0/99) returned %d; Line=\n",
ReadCfg("test.ini", "", &this_var));
puts(Line);
Line[0] = NUL;
this_var.Name = "string #99";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(1/99) returned %d; Line=\n",
ReadCfg("test.ini", "Section 1", &this_var));
puts(Line);
Line[0] = NUL;
this_var.Name = "string #1";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(1/100) returned %d; Line=\n",
ReadCfg("test.ini", "Section 100", &this_var));
puts(Line);
/*
** Next, add a section and new variables
*/
UpdateCfg("test.ini", "", "new global variable", "abc");
UpdateCfg("test.ini", "Section -1", "new variable", "xyz");
/*
** Next work with a sample real PRICES.INI file
*/
this_var.Name = "Price of #1";
this_var.DataPtr = &prices[0];
this_var.VarType = Cfg_Long;
printf("ReadCfg(1) returned %d; Value = ",
ReadCfg(PINI_fname, "", &this_var));
printf("%ld\n", prices[0]);
this_var.Name = "Price of #2";
this_var.DataPtr = &prices[1];
this_var.VarType = Cfg_Long;
printf("ReadCfg(2) returned %d; Value = ",
ReadCfg(PINI_fname, "", &this_var));
printf("%ld\n", prices[1]);
UpdateCfg("prices.ini", "", "Price of #2", "999");
this_var.Name = "Price of #2";
this_var.DataPtr = &prices[1];
this_var.VarType = Cfg_Long;
printf("ReadCfg(2) returned %d; Value = ",
ReadCfg(PINI_fname, "", &this_var));
printf("%ld\n", prices[1]);
UpdateCfg(PINI_fname, "", "Price of #2", "389");
this_var.Name = "Price of #2";
this_var.DataPtr = &prices[1];
this_var.VarType = Cfg_Long;
printf("ReadCfg(2) returned %d; Value = ",
ReadCfg(PINI_fname, "", &this_var));
printf("%ld\n", prices[1]);
/*
** Finally, try an invalid file name
*/
this_var.Name = "global string";
this_var.DataPtr = Line;
this_var.VarType = Cfg_String;
printf("ReadCfg(0) returned %d; Line=\n",
ReadCfg("none.ini", "", &this_var));
puts(Line);
return EXIT_SUCCESS;
}
