/
keyArray.h
791 lines (625 loc) · 28.3 KB
/
keyArray.h
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// Bahasa Anak Indonesia untuk Komputer - BAIK
// Copyright Haris Hasanudin - 2005 - 2016
//
// Kupersembahkan untuk istriku tercinta Masako, anakku tersayang Takumi
// dan Tomoki serta seluruh putra putri Indonesia
// Last Update : Feb 13, 2016
#include "keyArrayDummy.h"
void keyArray (char array_str[MAX_STRING_LEN])
{
char idx_source2[MAX_STRING_LEN];
char dat_a[MAX_STRING_LEN];
char dat_b[MAX_STRING_LEN];
VAL_LABEL valdat, // for saving and returning value
valdat2, tmpdat;
VAL_LABEL datx, daty;
long idx=0, idx2=0; // array index
int plusplus=0;
long array_i=0;
long array_d=0;
long array_s=0;
long tmpint=0;
double tmpdbl=0.0;
char tmpstr[MAX_STRING_LEN];
char class_tmpvar[MAX_STRING_LEN];
memset(&tmpdat, '\0', sizeof(tmpdat));
memset(&valdat, '\0', sizeof(valdat));
memset(&valdat2, '\0', sizeof(valdat2));
memset(&datx, '\0', sizeof(datx));
memset(&daty, '\0', sizeof(daty));
memset(&dat_a, '\0', sizeof(dat_a));
memset(&dat_b, '\0', sizeof(dat_b));
memset(&tmpstr, '\0', sizeof(tmpstr));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
memset(&idx_source2, '\0', sizeof(idx_source2));
// printf("inside keyArray: %s\n", array_str);
if(renban != '\0')
renban++;
else
renban = 0;
if(renban > 9999) {
renban = 0;
}
//printf("keyArray renban %d \n", renban);
if(checkDummyArray(array_str) == 1) {
keyArrayDummy(array_str);
} else {
// //////////////////////////////////
// NOT Dummy array / Real Array
// //////////////////////////////////
memset(&valdat, '\0', sizeof(valdat));
valdat.datatype = 6;
isDoArray = 1;
if(strlen(array_str) > 0) {
// //////////////////////
// preparing variabel ...
// //////////////////////
getArrayName(array_str, (char *)&valdat.array_str);
getArrayName(array_str, (char *)&valdat.array_name);
getArrayIdx(array_str, (char *)&valdat.array_idx);
if(currentClass != NULL && strlen(currentClass) > 0) {
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, valdat.array_name);
#else
snprintf(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, valdat.array_name);
#endif
#else
snprintf(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, valdat.array_name);
#endif
//printf("construct class var: %s\n", class_tmpvar);
memset(&valdat.array_name[0], '\0', sizeof(valdat.array_name));
strcpy(valdat.array_name, class_tmpvar);
}
// //////////////////////
// preparing index ... : valdat is prepared Variable, idx is current index
// //////////////////////
// printf("get array_idx: %s\n", valdat.array_idx);
if(isdigit(valdat.array_idx[0])) {
idx = atoi (valdat.array_idx);
} else {
/* Read index param */
getlex();
if( lex.detail.symbol == ']' ) {
// single ident param idx
ungetlex();
tmpdat = ValLabel( valdat.array_idx, sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
// expression param idx
ungetlex();
memset(&idx_source2, '\0', sizeof(idx_source2));
strcpy(idx_source2, "{ ");
strcat(idx_source2, valdat.array_idx);
strcat(idx_source2, " }");
tmpdat = interpretIndexParam(idx_source2, pg.pt, pg.back_pt, currentClass);
}
if(tmpdat.datatype==0)
idx = tmpdat.val;
else if(tmpdat.datatype==1)
idx = (long)abs((int)tmpdat.floatdata);
else
Error("Untaian salah masukan");
} // end if(isdigit(valdat.array_idx[0]))
DoArrayIdx = idx;
strcpy(DoArrayName, valdat.array_name);
if(idx < 0 || idx > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
} // end if(strlen(array_str) > 0) {
// printf("prepare ARRAY (NOT Dummy) name: %s idx %d <BR>\n", DoArrayName, DoArrayIdx);
// //////////////////////
// get symbol for equal or minmin/plusplus
// //////////////////////
getlex();
if( lex.type == _EOF )
Error("interupsi yang tidak diinginkan");
/* substitute */
if( lex.type == TYPE_SYM && (lex.detail.symbol == '=' || lex.detail.symbol == '+' || lex.detail.symbol == '-' )) {
// substitusi atau ++ atau --
if( lex.detail.symbol == '+' ) {
plusplus = 1;
} else if( lex.detail.symbol == '-' ) {
plusplus = -1;
}
} else {
printf("simbol %c \n", lex.detail.symbol);
Error("untaian salah! bukan masukan atau operasi matematik ");
}
// //////////////////////
// get Value or symbol : valdat is prepared Variable, idx is current index
// //////////////////////
getlex();
if( lex.type == _EOF )
Error("interupsi yang tidak diinginkan");
// printf("2=> %s\n",lex.detail.string);
// printf("=> type : %d\n",lex.type);
if( lex.detail.symbol == '+' && lex.type == TYPE_SYM) { // plusplus
if(plusplus == 1) {
// printf("array plusplus \n");
// get real value of valdat from prepared one
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
// apply prepared idx into real value
// ltoa(idx, valdat.array_idx, 10);
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
if(valdat.array_name != NULL && valdat.datatype == 6) {
tmpint = get_int_array(valdat, idx);
save_int_array(valdat, idx, tmpint + 1);
// nothing changed with current stackid
valdat.datatype = 6;
} else
if(valdat.array_name != NULL&& valdat.datatype == 7) {
tmpdbl = get_dbl_array(valdat, idx);
save_dbl_array(valdat, idx, tmpdbl + 1.0);
// nothing changed with current stackid
valdat.datatype = 7;
}
}
} else if( lex.detail.symbol == '-' && lex.type == TYPE_SYM) { // minmin
// printf("minus sym\n");
if(plusplus == -1) {
// printf("array minmin \n");
// get real value of valdat from prepared one
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
// apply prepared idx into real value
// ltoa(idx, valdat.array_idx, 10);
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
if(valdat.array_name != NULL && valdat.datatype == 6) {
tmpint = get_int_array(valdat, idx);
save_int_array(valdat, idx, tmpint - 1);
// nothing changed with current stackid
valdat.datatype = 6;
} else
if(valdat.array_name != NULL&& valdat.datatype == 7) {
tmpdbl = get_dbl_array(valdat, idx);
save_dbl_array(valdat, idx, tmpdbl - 1.0);
// nothing changed with current stackid
valdat.datatype = 7;
}
} else { // branch from if(plusplus == -1) {
// //////////////////////
// get Minus Value
// //////////////////////
getlex();
// printf("expression ident with minus : %s idx %d\n", valdat.array_name, idx);
// get real value of valdat from prepared one
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
// apply prepared idx into real value
// ltoa(idx, valdat.array_idx, 10);
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
if(lex.type == TYPE_NUM) {
// printf("idx %d val %d \n", idx, lex.detail.num);
// printf("get int for int array, renban: %d \n", valdat.array_i);
lex.detail.num = 0 - lex.detail.num;
save_int_array(valdat, idx, lex.detail.num);
// nothing changed with current stackid
valdat.datatype = 6;
// printf("get num OK\n");
} else if(lex.type == TYPE_DBL) {
// printf("idx %d val %f \n", idx, lex.detail.dblnum);
lex.detail.dblnum = 0.0 - lex.detail.dblnum;
save_dbl_array(valdat, idx, lex.detail.dblnum);
// nothing changed with current stackid
valdat.datatype = 7;
// printf("get DBL OK\n");
} else if(lex.type == TYPE_ARRAY) {
strcpy(daty.array_str, lex.detail.array_str);
getArrayName(lex.detail.array_str, (char *)&daty.array_name);
getArrayIdx(lex.detail.array_str, (char *)&daty.array_idx);
if(currentClass != NULL && strlen(currentClass) > 0) {
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, daty.array_name);
#else
snprintf(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, daty.array_name);
#endif
#else
snprintf(class_tmpvar, sizeof(class_tmpvar),"%s->%s", currentClass, daty.array_name);
#endif
//printf("construct class var: %s\n", class_tmpvar);
memset(&daty.array_name[0], '\0', sizeof(daty.array_name));
strcpy(daty.array_name, class_tmpvar);
}
// printf("factor ARRAY name: %s\n", valdat.array_name);
if(isdigit(daty.array_idx[0])) {
/* printf("show digit\n"); */
idx2 = atol (daty.array_idx);
} else {
/* printf("show NOT digit\n"); */
/* Read index param */
datx = ValLabel( daty.array_idx, sub_deep, daty, VAL_FLAG_SEARCH_R );
if(datx.datatype==0)
idx2 = datx.val;
else
Error("Untaian salah masukan");
}
daty = ValLabel( daty.array_name, sub_deep, daty, VAL_FLAG_SEARCH_R );
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(daty.array_idx, sizeof(daty.array_idx),"%li", idx2);
#else
snprintf(daty.array_idx, sizeof(daty.array_idx),"%li", idx2);
#endif
#else
snprintf(daty.array_idx, sizeof(daty.array_idx),"%li", idx2);
#endif
// ltoa(idx2, daty.array_idx, 10);
if(idx2 < 0 || idx2 > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
/* printf("array substitution\n"); */
if(daty.datatype == 6) {
tmpint = 0 - get_int_array(daty, idx2);
save_int_array(valdat, idx, tmpint);
// nothing changed with current stackid
valdat.datatype = 6;
}
else
if(daty.datatype == 7) {
tmpdbl = 0.0 - get_dbl_array(daty, idx2);
save_dbl_array(valdat, idx, tmpdbl);
// nothing changed with current stackid
valdat.datatype = 7;
}
else {
Error("Salah bentuk bilangan negatif");
}
} // end if(lex.type == TYPE_ARRAY
} // end branch from if(plusplus == -1) {
} else if( lex.type != TYPE_STR ) { /* entry math func */
//printf ("arry var not string \n");
/* Read Real Array , to get Idx val */
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
array_i = valdat.array_i;
array_d = valdat.array_d;
array_s = valdat.array_s;
// printf("=<><>= ARRY get STACKID %d <BR>\n", valdat.array_s);
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
// printf("evaluate array : %s\n", valdat.array_name);
// printf("evaluate type : %d\n", valdat.datatype);
// printf("evaluate scope : %d\n", valdat.scope);
/* == Get variable value == */
if(lex.type == TYPE_DBL) {
// //////////////////////////////////////////
// TYPE_DBL
// //////////////////////////////////////////
// printf("get dbl for dbl array, renban: %d \n", valdat.array_d);
valdat.datatype = 7;
save_dbl_array(valdat, idx, lex.detail.dblnum);
} else if(lex.type == TYPE_NUM) {
// //////////////////////////////////////////
// TYPE_NUM
// //////////////////////////////////////////
// printf("idx %d val %d \n", idx, lex.detail.num);
if(tmpdat.datatype == 0) {
// printf("get int for int array, renban: %d \n", valdat.array_i);
valdat.datatype = 6;
save_int_array(valdat, idx, lex.detail.num);
}
} else if(lex.type == TYPE_ARRAY) {
// //////////////////////////////////////////
// TYPE_ARRAY
// //////////////////////////////////////////
// printf("get input type array\n");
if(strlen(lex.detail.array_str) > 0) {
// printf("array string : %s\n", lex.detail.array_str);
strcpy(valdat2.array_str, lex.detail.array_str);
getArrayName(lex.detail.array_str, (char *)&valdat2.array_name);
getArrayIdx(lex.detail.array_str, (char *)&valdat2.array_idx);
// printf("get valdat2 idx2 %s\n", valdat2.array_idx);
if(isdigit(valdat2.array_idx[0])) {
/* printf("show digit\n"); */
idx2 = atol (valdat2.array_idx);
} else {
/* printf("show NOT digit\n"); */
/* Read index param */
tmpdat = ValLabel( valdat2.array_idx, sub_deep, tmpdat, VAL_FLAG_SEARCH_R );
if(tmpdat.datatype==0)
idx2 = tmpdat.val;
else
Error("ccc Untaian salah masukan");
}
if(valdat.datatype == 8) {
// get real value
valdat2 = ValLabel( valdat.array_name, sub_deep, valdat2, VAL_FLAG_SEARCH_R );
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#else
snprintf(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#endif
#else
snprintf(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#endif
// ltoa(idx2, valdat2.array_idx, 10);
} else {
ungetlex();
valdat2 = expression();
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#else
snprintf(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#endif
#else
snprintf(valdat2.array_idx, sizeof(valdat2.array_idx),"%li", idx2);
#endif
// ltoa(idx2, valdat2.array_idx, 10);
}
// printf("get valdat2 idx2 %s\n", valdat2.array_idx);
if(idx < 0 || idx > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
if(idx2 < 0 || idx2 > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
// printf("==get idx2 %d\n", idx2);
// printf("==get input type %d val %d\n", valdat2.datatype, valdat2.val);
if(valdat2.datatype == 0) {
save_int_array(valdat, idx, valdat2.val);
valdat.datatype = 6;
} else if(valdat2.datatype == 1) {
save_dbl_array(valdat, idx, valdat2.floatdata);
valdat.datatype = 7;
} else if(valdat2.datatype == 3) {
save_str_array(valdat, idx, valdat2.str);
valdat.datatype = 8;
} else if(valdat2.datatype == 6) {
valdat.array_i = valdat2.array_i;
valdat.datatype = 6;
} else if(valdat2.datatype == 7) {
valdat.array_d = valdat2.array_d;
valdat.datatype = 7;
} else if(valdat2.datatype == 8) {
// printf("array: get array string\n");
// valdat.array_s = valdat2.array_s;
get_str_array(valdat2, idx2, (char *)&tmpstr);
save_str_array(valdat, idx, tmpstr);
valdat.datatype = 8;
} else {
Error("0 nilai input larik belum disupport");
}
}
} else if(lex.type == TYPE_IDENT) {
// //////////////////////////////////////////
// TYPE_IDENT
// //////////////////////////////////////////
//printf("...ARY get input type IDENT : %s <BR>\n", lex.detail.ident);
// get real value
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
//printf("saving valdat.array_name: %s <BR> \n", valdat.array_name);
//printf("== ARRY get STACKID %d <BR>\n", valdat.array_s);
//strcpy(valdat.array_name, DoArrayName);
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
ungetlex();
tmpdat = expression();
// printf("get input type %d\n", tmpdat.datatype);
// printf("get input benda %s\n", tmpdat.benda_name);
// printf("get input benda %s\n", tmpdat.orig_ident);
if(tmpdat.datatype == 0) {
// printf("get int for int array, renban: %d \n", valdat.array_i);
valdat.datatype = 6;
save_int_array(valdat, idx, tmpdat.val);
} else if(tmpdat.datatype == 1) {
valdat.datatype = 7;
save_dbl_array(valdat, idx, tmpdat.floatdata);
} else if(tmpdat.datatype == 6) {
// printf("get int Array for int Array, renban: %d \n", valdat.array_i);
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
idx2 = atol(tmpdat.array_idx);
tmpint = get_int_array(tmpdat, idx2);
save_int_array(valdat, idx, tmpint);
valdat.datatype = 6;
} else if(tmpdat.datatype == 7) {
// printf("get dbl Array for dbl Array, renban: %d \n", valdat.array_d);
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
idx2 = atol(tmpdat.array_idx);
tmpdbl = get_dbl_array(tmpdat, idx2);
save_dbl_array(valdat, idx, tmpdbl);
valdat.datatype = 7;
} else if(tmpdat.datatype == 3) {
//printf("ARR %s [ %d ] : %s <BR>\n", valdat.array_name, idx, tmpdat.str);
valdat.datatype = 8;
save_str_array(valdat, idx, tmpdat.str);
/* Write Array Value to Node memory tree */
ValLabel(valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_W);
} else if(tmpdat.datatype == 8) {
// printf("IDENT : string arry");
#ifdef WIN32
#ifndef S_SPLINT_S5
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
idx2 = atol(tmpdat.array_idx);
get_str_array(tmpdat, idx2, (char *)&tmpstr);
save_str_array(valdat, idx, tmpstr);
valdat.datatype = 8;
}else if(tmpdat.datatype == 31 && tmpdat.benda_name!= NULL && strlen(tmpdat.benda_name) > 0) {
// array as an object
strcpy( valdat.ident , tmpdat.ident );
strcpy( valdat.benda_name , tmpdat.benda_name );
valdat.datatype = 33;
#ifdef USE_GTK2
} else if(tmpdat.datatype == 40) { // GUI Widget
valdat.datatype = 60; // Array GUI Widget
save_gui_array(valdat, idx, tmpdat.widget, tmpdat.eventbox, tmpdat.GUItype);
// printf("save GUI array , renban %d \n", valdat.array_widget);
#endif
} else {
Error("tipe nilai yang lain belum disupport");
}
/* printf("array ident ok\n", tmpdat.str, tmpdat.datatype); */
} else if(lex.type == TYPE_SYM) {
// //////////////////////////////////////////
// TYPE_SYM
// //////////////////////////////////////////
// printf("equal input type SYM : %c\n", lex.detail.symbol);
getlex();
if( lex.detail.symbol == '-' && lex.type == TYPE_SYM) { // make min
// printf("make min sym\n");
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
if(isdigit(valdat.array_idx[0])) {
/* printf("show digit\n"); */
idx = atoi (valdat.array_idx);
} else {
/* printf("show NOT digit\n"); */
/* Read index param */
datx = ValLabel( valdat.array_idx, sub_deep, valdat, VAL_FLAG_SEARCH_R );
if(datx.datatype==0)
idx = datx.val;
else
Error("Untaian salah masukan");
}
} // branch if( lex.detail.symbol == '+' )
else {
// printf("expression ident\n");
ungetlex();
tmpdat = expression();
if(tmpdat.datatype == 0) {
save_int_array(valdat, idx, 0 - tmpdat.val);
valdat.datatype = 6;
}else if(tmpdat.datatype == 1) {
save_dbl_array(valdat, idx, 0.0 - tmpdat.floatdata);
valdat.datatype = 7;
}
} // end if( lex.detail.symbol == '+' )
} // end if (lex.type == TYPE_SYM
valdat.array_i = array_i;
valdat.array_d = array_d;
valdat.array_s = array_s;
//printf("Store arr datatype %d <BR>\n", valdat.datatype);
//printf("store arr ALL : %s\n", valdat.array_str);
//printf("Store arr name : %s <BR>\n", valdat.array_name);
//printf("store arr idx : %s\n", valdat.array_idx);
//printf("store arr max : %d\n", valdat.array_max);
//printf("Store arr valdat.array_s : %d <BR>\n", valdat.array_s);
/* Write Array Value to Node memory tree */
ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_W );
// printf("store OK\n");
memset(&valdat, '\0', sizeof(valdat));
memset(&valdat2, '\0', sizeof(valdat2));
memset(&tmpdat, '\0', sizeof(tmpdat));
} else {
// printf ("arry string var : %s\n", valdat.array_name);
/* Read Array Max Value from Node memory tree */
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
if(idx==0) {
/* start new array */
/* printf("new array value\n"); */
valdat.datatype = 8;
}else {
/* add array content */
/* printf("add array value\n"); */
if(valdat.array_s == '\0') {
Error("Untaian ke-[0] belum terisi: kata");
} else {
/* printf("array num value\n"); */
valdat.datatype = 8;
}
}
#ifdef WIN32
#ifndef S_SPLINT_S
sprintf_s(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
#else
snprintf(valdat.array_idx, sizeof(valdat.array_idx),"%li", idx);
#endif
// ltoa(idx, valdat.array_idx, 10);
/* == Get variable value == */
strcpy(tmpstr, lex.detail.string);
// printf("input str : %s \n", keep_string);
save_str_array(valdat, idx, tmpstr);
/* Write Array Value to Node memory tree */
ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_W );
}
}
// //////////////////////////////////
// Akhir Real Array
// //////////////////////////////////
if(valdat.filedata != NULL)
free(valdat.filedata);
if(valdat.long_str != NULL)
free(valdat.long_str);
if(valdat.left != NULL)
free(valdat.left);
if(valdat.right != NULL)
free(valdat.right);
if(valdat.pnext != NULL)
free(valdat.pnext);
if(tmpdat.folder != NULL)
free(tmpdat.folder);
if(tmpdat.filedata != NULL)
free(tmpdat.filedata);
if(tmpdat.long_str != NULL)
free(tmpdat.long_str);
if(tmpdat.left != NULL)
free(tmpdat.left);
if(tmpdat.right != NULL)
free(tmpdat.right);
if(tmpdat.pnext != NULL)
free(tmpdat.pnext);
}