/
funcSQLite.h
840 lines (628 loc) · 25.3 KB
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funcSQLite.h
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// Bahasa Anak Indonesia untuk Komputer - BAIK
// Copyright Haris Hasanudin - 2005 - 2015
//
// Kupersembahkan untuk istriku tercinta Masako, anakku tersayang Takumi
// dan Tomoki serta seluruh putra putri Indonesia
#include "sqlite_common.h"
char** SQLITEDBfields_get(sqlite3_stmt *sqlite_res);
char** SQLITEDBrows_get(sqlite3_stmt *sqlite_res);
VAL_LABEL funcSQLITE_KONEKSI ()
{
VAL_LABEL datx;
int n=0, i=0, j=0;
char tmpMsg[MAX_STRING_LEN * 2];
VAL_LABEL valdat, tmpdat;
int idx=0, idx2=0; // array index
char dat_a[MAX_STRING_LEN]; // db filename
float tmp = 0.0;
int isArrDummy=0;
int size = 0;
char get_name[MAX_STRING_LEN];
// var list for class params
struct node_list tmpnode;
char class_tmpvar[MAX_STRING_LEN];
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&tmpdat, '\0', sizeof(tmpdat));
memset(&dat_a, '\0', sizeof(dat_a));
memset(&get_name, '\0', sizeof(get_name));
memset(&tmpMsg, '\0', sizeof(tmpMsg));
memset(&tmpnode, '\0', sizeof(tmpnode));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
memset(tmpMsg, '\0', sizeof(tmpMsg));
n = 0; i = 0;
do {
getlex();
/* printf("%d %s\n",n, lex.detail.string); */
if(lex.type == TYPE_STR) {
if(n == 0) {
strcpy(dat_a, lex.detail.string);
}
} else if(lex.type == TYPE_ARRAY) {
if(strlen(lex.detail.array_str) > 0) {
strcpy(valdat.array_str, lex.detail.array_str);
getArrayName(lex.detail.array_str, (char *)&valdat.array_name);
getArrayIdx(lex.detail.array_str, (char *)&valdat.array_idx);
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, valdat.array_name);
//printf("construct class var: %s\n", class_tmpvar);
memset(&valdat.array_name[0], '\0', sizeof(valdat.array_name));
strcpy(valdat.array_name, class_tmpvar);
if(!isdigit(valdat.array_idx[0])) {
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
sprintf(class_tmpvar, "%s->%s", currentClass, valdat.array_idx);
//printf("construct class var: %s\n", class_tmpvar);
memset(&valdat.array_idx[0], '\0', sizeof(valdat.array_idx));
strcpy(valdat.array_idx, class_tmpvar);
}
}
if(isdigit(valdat.array_idx[0])) {
/* printf("show digit\n"); */
idx = atoi (valdat.array_idx);
} else {
/* printf("show NOT digit\n"); */
/* Read index param */
tmpdat = ValLabel( valdat.array_idx, sub_deep, tmpdat, VAL_FLAG_SEARCH_R );
if(tmpdat.datatype==0)
idx = tmpdat.val;
else
Error("Untaian salah masukan");
}
/* read data */
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
sprintf(valdat.array_idx, "%d", idx);
if(idx < 0 || idx > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
if(valdat.datatype == 8 && valdat.array_s != '\0') {
if(valdat.array_s == '\0')
Error("SQLITE_KONEKSI: ukuran Untaian belum terdefinisi");
memset(&TmpStrBox.var.array_name, '\0', sizeof(TmpStrBox.var.array_name));
memset(&TmpStrBox.str.mystring, '\0', sizeof(TmpStrBox.str.mystring));
strcpy(TmpStrBox.var.array_name, valdat.array_name);
renban = valdat.array_s;
if(renban < 0) {
printf("variabel untaian tidak ditemukan\n");
} else {
TmpStrBox.str.stackid = renban;
TmpStrBox.str.idx = idx;
strarryPos = string_findData(TmpStrBox.str);
if(strarryPos < 0) {
// printf("\n! nilai untaian kata tidak ditemukan");
} else {
TmpStrBox.str = string_getElement(strarryPos);
}
}
if(n == 0) {
strcpy(dat_a, TmpStrBox.str.mystring);
}
}
}
} else {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
// valdat = ValLabel( lex.detail.ident, datx, VAL_FLAG_SEARCH_R );
if(valdat.datatype == 3) {
if(n == 0) {
strcpy(dat_a, valdat.str);
}
}
}
n++;
getlex();
}while( lex.type == TYPE_SYM && lex.detail.symbol == ',');
ungetlex();
/* printf("n:%d\n", n); */
if(n==1) {
/*
printf("a: %s\n", dat_a); // db_name
*/
datx.sqlite_conn = sqlite_connect(dat_a);
if(datx.sqlite_conn == NULL) {
//writeLog("Koneksi Sqlite DB Salah");
datx.isSqliteOpen = 0;
} else {
//writeLog("Koneksi Sqlite DB Okey");
datx.isSqliteOpen = 1;
}
datx.datatype = 81; /* Sqlite Conn */
} else {
Error("SQLITE_KONEKSI: masukan data salah");
}
return datx;
}
VAL_LABEL funcSQLITE_HASIL ()
{
VAL_LABEL datx;
int n=0, i=0, j=0;
int dat_num=0;
char tmpMsg[MAX_STRING_LEN * 2];
VAL_LABEL valdat, tmpdat;
int idx=0, idx2=0; // array index
char dat_a[MAX_STRING_LEN];
char dat_d[MAX_STRING_LEN];
float tmp = 0.0;
int isArrDummy=0;
int size = 0;
char get_name[MAX_STRING_LEN];
// var list for class params
struct node_list tmpnode;
char class_tmpvar[MAX_STRING_LEN];
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&tmpdat, '\0', sizeof(tmpdat));
memset(&dat_a, '\0', sizeof(dat_a));
memset(&dat_d, '\0', sizeof(dat_d));
memset(&get_name, '\0', sizeof(get_name));
memset(&tmpMsg, '\0', sizeof(tmpMsg));
memset(&tmpnode, '\0', sizeof(tmpnode));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
memset(tmpMsg, '\0', sizeof(tmpMsg));
datx.val = 0; // set init result 0 / NG
n = 0; i = 0;
do {
getlex();
/* printf("%d %s\n",n, lex.detail.string); */
if(lex.type == TYPE_NUM) {
Error("SQLITE_HASIL: masukan data salah");
} else if(lex.type == TYPE_STR) {
if(n == 1) {
strcpy(dat_a, lex.detail.string);
}
} else if(lex.type == TYPE_ARRAY) {
if(strlen(lex.detail.array_str) > 0) {
strcpy(valdat.array_str, lex.detail.array_str);
getArrayName(lex.detail.array_str, (char *)&valdat.array_name);
getArrayIdx(lex.detail.array_str, (char *)&valdat.array_idx);
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, valdat.array_name);
//printf("construct class var: %s\n", class_tmpvar);
memset(&valdat.array_name[0], '\0', sizeof(valdat.array_name));
strcpy(valdat.array_name, class_tmpvar);
if(!isdigit(valdat.array_idx[0])) {
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
sprintf(class_tmpvar, "%s->%s", currentClass, valdat.array_idx);
//printf("construct class var: %s\n", class_tmpvar);
memset(&valdat.array_idx[0], '\0', sizeof(valdat.array_idx));
strcpy(valdat.array_idx, class_tmpvar);
}
}
if(isdigit(valdat.array_idx[0])) {
/* printf("show digit\n"); */
idx = atoi (valdat.array_idx);
} else {
/* printf("show NOT digit\n"); */
/* Read index param */
tmpdat = ValLabel( valdat.array_idx, sub_deep, tmpdat, VAL_FLAG_SEARCH_R );
if(tmpdat.datatype==0)
idx = tmpdat.val;
else
Error("Untaian salah masukan");
}
/* read data */
valdat = ValLabel( valdat.array_name, sub_deep, valdat, VAL_FLAG_SEARCH_R );
sprintf(valdat.array_idx, "%d", idx);
if(idx < 0 || idx > MAX_ARRAY)
Error("ukuran Untaian tidak sesuai kapasitas");
if(valdat.datatype == 8 && valdat.array_s != '\0') {
if(valdat.array_s == '\0')
Error("SQLITE_HASIL: ukuran Untaian belum terdefinisi");
memset(&TmpStrBox.var.array_name, '\0', sizeof(TmpStrBox.var.array_name));
memset(&TmpStrBox.str.mystring, '\0', sizeof(TmpStrBox.str.mystring));
strcpy(TmpStrBox.var.array_name, valdat.array_name);
renban = valdat.array_s;
if(renban < 0) {
printf("variabel untaian tidak ditemukan\n");
} else {
TmpStrBox.str.stackid = renban;
TmpStrBox.str.idx = idx;
strarryPos = string_findData(TmpStrBox.str);
if(strarryPos < 0) {
// printf("\n! nilai untaian kata tidak ditemukan");
} else {
TmpStrBox.str = string_getElement(strarryPos);
}
}
if(n == 1) {
strcpy(dat_a, TmpStrBox.str.mystring);
}
}
}
} else {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
// valdat = ValLabel( lex.detail.ident, datx, VAL_FLAG_SEARCH_R );
if(valdat.datatype == 3) {
if(n == 1) {
strcpy(dat_a, valdat.str);
}
} else
if(valdat.datatype == 81) { // sqlite conn
if(n == 0) {
strcpy(dat_d, lex.detail.ident);
tmpdat = valdat;
tmpdat.sqlite_conn = valdat.sqlite_conn;
tmpdat.isSqliteOpen = valdat.isSqliteOpen;
// printf("get sqlite_conn\n");
if(valdat.sqlite_conn == NULL) {
printf("get valdat sqlite_conn NULL !\n");
}
}
}
}
n++;
getlex();
}while( lex.type == TYPE_SYM && lex.detail.symbol == ',');
ungetlex();
// printf("SQLITE_HASIL n:%d\n", n);
if(n==2) {
// printf("hasil sql: %s\n", dat_a); // long sqlstr
// printf("con: %s\n", dat_d); // conn
datx.sqlite_stmt = NULL;
sqlite3_prepare(tmpdat.sqlite_conn, dat_a, strlen(dat_a), &datx.sqlite_stmt, NULL);
// keep var conn
datx.sqlite_conn = tmpdat.sqlite_conn;
datx.isSqliteOpen = tmpdat.isSqliteOpen;
// keep var sql
strcpy(datx.sql_tmp, dat_a);
// printf("saved sql : %s\n", datx.sql_tmp);
datx.datatype = 82; /* sqlite stmt */
datx.val = 1;
if(datx.sqlite_stmt == NULL) {
printf("Hasil Sqlite DB NiL\n");
// writeLog("Hasil Sqlite DB NULL");
datx.val = -1;
} else {
// printf("Hasil Sqlite DB OK\n");
}
memset(&tmpdat, '\0', sizeof(tmpdat));
} else {
Error("SQLITE_HASIL: masukan data salah");
}
return datx;
}
VAL_LABEL funcSQLITE_TOTAL ()
{
VAL_LABEL datx;
VAL_LABEL valdat;
int err, tot = 0;
char class_tmpvar[MAX_STRING_LEN];
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
getlex();
/* printf("lex detail num : %d\n", lex.detail.num);
printf("lex type : %d\n", lex.type); */
if(lex.type == TYPE_IDENT) {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
if(valdat.datatype == 82) { // sqlite_stmt
// printf("funcSQLITE_TOTAL : get sql stmt...\n");
if(valdat.sqlite_stmt == NULL) {
Error("SQLITE_TOTAL Salah: Hasil SQLITE NIL");
} else {
// printf("get sqlite_stmt not null, OK \n");
}
tot = 0;
while ((err = sqlite3_step(valdat.sqlite_stmt)) == SQLITE_ROW) {
// do nothing
tot++;
}
datx.val= tot;
datx.datatype = 0;
// Need Exec SQL again to keep first pos
// printf("exec sql again : %s\n", valdat.sql_tmp);
valdat.sqlite_stmt = NULL;
sqlite3_prepare(valdat.sqlite_conn, valdat.sql_tmp, strlen( valdat.sql_tmp), &valdat.sqlite_stmt, NULL);
if(valdat.sqlite_stmt == NULL) {
printf("Hasil Sqlite again NiL\n");
// writeLog("Hasil Sqlite DB NULL");
datx.val = -1;
} else {
// printf("Hasil Sqlite again OK\n");
}
// save stmt
// printf("save stmt %s\n", lex.detail.ident);
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
ValLabel( class_tmpvar , class_sub_deep, valdat, VAL_FLAG_SEARCH_W );
} else {
ValLabel( lex.detail.ident, sub_deep, valdat, VAL_FLAG_SEARCH_W );
}
// keep stmt and sql
datx.sqlite_stmt = valdat.sqlite_stmt;
strcpy(datx.sql_tmp, valdat.sql_tmp);
// printf("get stored data num: %d\n", datx.val );
} else {
Error("SQLITE_TOTAL: masukan data salah");
}
} else {
Error("SQLITE_TOTAL: masukan data salah");
}
return datx;
}
VAL_LABEL funcSQLITE_RESULT_STATUS ()
{
VAL_LABEL datx;
VAL_LABEL valdat;
int tot = 0;
char class_tmpvar[MAX_STRING_LEN];
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
getlex();
/* printf("lex detail num : %d\n", lex.detail.num);
printf("lex type : %d\n", lex.type); */
if(lex.type == TYPE_IDENT) {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
if(valdat.datatype == 82) { // sqlite_stmt
// printf("funcSQLITE_TOTAL : get sql stmt...\n");
datx.val= valdat.val; // passing result
datx.datatype = 0;
// Need Exec SQL again to keep first pos
// printf("exec sql again : %s\n", valdat.sql_tmp);
valdat.sqlite_stmt = NULL;
sqlite3_prepare(valdat.sqlite_conn, valdat.sql_tmp, strlen( valdat.sql_tmp), &valdat.sqlite_stmt, NULL);
if(valdat.sqlite_stmt == NULL) {
printf("Hasil Sqlite again NiL\n");
// writeLog("Hasil Sqlite DB NULL");
datx.val = -1;
} else {
// printf("Hasil Sqlite again OK\n");
}
// save stmt
// printf("save stmt %s\n", lex.detail.ident);
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
ValLabel( class_tmpvar , class_sub_deep, valdat, VAL_FLAG_SEARCH_W );
} else {
ValLabel( lex.detail.ident, sub_deep, valdat, VAL_FLAG_SEARCH_W );
}
// keep stmt and sql
datx.sqlite_stmt = valdat.sqlite_stmt;
strcpy(datx.sql_tmp, valdat.sql_tmp);
// printf("get stored data num: %d\n", datx.val );
} else {
Error("SQLITE_STATUS: masukan data salah");
}
} else {
Error("SQLITE_STATUS: masukan data salah");
}
return datx;
}
VAL_LABEL funcSQLITE_NAMAKOLOM ()
{
VAL_LABEL datx;
VAL_LABEL valdat;
int j=0;
char class_tmpvar[MAX_STRING_LEN];
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
getlex();
/* printf("lex detail num : %d\n", lex.detail.num);
printf("lex type : %d\n", lex.type); */
if(lex.type == TYPE_IDENT) {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
// printf("kolom type %d\n", valdat.datatype);
if(valdat.sqlite_stmt == NULL) {
Error("SQLITE_NAMAKOLOM Salah: Hasil SQLITE NIL");
}
if(valdat.datatype == 82) { // sqlite3_stmt
datx.long_str = SQLITEDBfields_get(valdat.sqlite_stmt);
for(j=0; datx.long_str[j] != '\0'; j++) {
// do nothing, need for counting max
}
datx.array_max = j;
datx.isLongStr = 1;
datx.datatype = 10;
/* printf("get stored data num: %d\n", datx.val ); */
} else {
Error("SQLITE_NAMAKOLOM: masukan data salah");
}
} else {
Error("SQLITE_NAMAKOLOM: masukan data salah");
}
return datx;
}
VAL_LABEL funcSQLITE_ISIDATA ()
{
VAL_LABEL datx;
VAL_LABEL valdat;
VAL_LABEL tmpdat;
int j=0;
char class_tmpvar[MAX_STRING_LEN];
int num=0;
memset(&datx, '\0', sizeof(datx));
memset(&valdat, '\0', sizeof(valdat));
memset(&tmpdat, '\0', sizeof(tmpdat));
memset(&class_tmpvar, '\0', sizeof(class_tmpvar));
// get PG result
getlex();
// printf("lex detail ident : %s\n", lex.detail.ident);
// printf("lex type : %d\n", lex.type);
if(lex.type == TYPE_IDENT) {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
// valdat = ValLabel( lex.detail.ident, datx, VAL_FLAG_SEARCH_R );
if(valdat.datatype = 82) { // sqlite_stmt
tmpdat = valdat;
if(valdat.sqlite_stmt == NULL) {
Error("SQLITE_ISIDATA Salah: Hasil SQLITE NIL");
}
} else {
Error("SQLITE_ISIDATA: masukan data salah");
}
} else {
Error("SQLITE_ISIDATA: masukan data salah");
}
// skip comma
getlex();
// printf("ident char : %c\n", lex.detail.ident[0]);
if(lex.detail.ident[0] != ',') {
Error("SQLITE_ISIDATA: masukan data salah");
}
// get num of line
getlex();
// printf("lex detail num : %d\n", lex.detail.num);
// printf("lex type : %d\n", lex.type);
if(lex.type == TYPE_NUM) {
num = lex.detail.num;
} else if(lex.type == TYPE_IDENT) {
if(currentClass != NULL && strlen(currentClass) > 0) {
sprintf(class_tmpvar, "%s->%s", currentClass, lex.detail.ident);
//printf("construct class var: %s\n", class_tmpvar);
valdat = ValLabel( class_tmpvar, class_sub_deep, datx, VAL_FLAG_SEARCH_R );
} else {
valdat = ValLabel( lex.detail.ident, sub_deep, datx, VAL_FLAG_SEARCH_R );
}
// valdat = ValLabel( lex.detail.ident, datx, VAL_FLAG_SEARCH_R );
if(valdat.datatype == 0) {
num = valdat.val;
} else {
Error("SQLITE_ISIDATA: masukan data salah");
}
} else {
Error("SQLITE_ISIDATA: masukan data salah");
}
if(tmpdat.sqlite_stmt != NULL) {
datx.long_str = SQLITEDBrows_get(tmpdat.sqlite_stmt);
for(j=0; datx.long_str[j] != '\0'; j++) {
// do nothing, need for counting max
}
datx.array_max = j;
datx.isLongStr = 1;
datx.datatype = 10;
/* printf("get stored data num: %d\n", datx.val ); */
}
return datx;
}
// /////////////////////////////////////////////////////////////////////////////
char** SQLITEDBfields_get(sqlite3_stmt *sqlite_res)
{
int fieldcount = 0;
char **arr = NULL;
int n = 0;
int i = 0;
char *buf=NULL;
char *tp=NULL;
char a_cell[1024];
if (sqlite_res == NULL) {
return NULL;
}
buf = (char*)malloc(strlen((char *)sqlite_res) + 1);
if (buf == NULL) {
return NULL;
}
strcpy(buf, (char *)sqlite_res);
fieldcount = (int)sqlite3_column_count(sqlite_res);
n = 0;
for(i=0; i < fieldcount; i++) {
char **a = (char**)realloc(arr, sizeof(*arr) * (n+3));
memset(&a_cell, '\0', sizeof(a_cell));
sprintf(a_cell,"%s", sqlite3_column_name(sqlite_res, i));
if(a_cell[0] != '\0' && strlen(a_cell)>0 ) {
tp = (char*)malloc(strlen(a_cell) + 1);
if(strlen(a_cell) > 0) {
strcpy(tp, a_cell);
// printf("%d data: %s\n", i, a_cell);
} else {
strcpy(tp, "");
}
a[++n] = tp;
arr = a;
}
}
if (arr != '\0') {
arr[0] = buf;
arr++;
arr[n] = '\0';
}
memset(&a_cell, '\0', sizeof(a_cell));
return arr;
}
char** SQLITEDBrows_get(sqlite3_stmt *sqlite_res) {
int fieldcount = 0;
char **arr = NULL;
int n = 0;
int i = 0;
int j = 0;
char *buf=NULL;
char *tp=NULL;
char a_cell[1024];
if (sqlite_res == NULL) {
return NULL;
}
fieldcount = (int)sqlite3_column_count(sqlite_res);
// fetch next one
sqlite3_step(sqlite_res);
// printf(">>> column num %d \n", fieldcount);
buf = (char*)malloc(strlen((char *)sqlite_res) + 1);
if (buf == NULL) {
return NULL;
}
strcpy(buf, (char *)sqlite_res);
n = 0;
for(i=0; i < fieldcount; i++) {
char **a = (char**)realloc(arr, sizeof(*arr) * (n+3));
memset(&a_cell, '\0', sizeof(a_cell));
sprintf(a_cell,"%s", sqlite3_column_text(sqlite_res, i));
if(a_cell[0] != '\0' && strlen(a_cell)>0 ) {
tp = (char*)malloc(strlen(a_cell) + 1);
if(strlen(a_cell) > 0) {
strcpy(tp, a_cell);
// printf("%d data: %s\n", i, a_cell);
} else {
strcpy(tp, "");
}
a[++n] = tp;
arr = a;
} else {
// printf("%d OTHER\n", i);
tp = (char*)malloc(2);
strcpy(tp, " ");
a[++n] = tp;
arr = a;
}
}
if (arr != '\0') {
arr[0] = buf;
arr++;
arr[n] = '\0';
}
memset(&a_cell, '\0', sizeof(a_cell));
return arr;
}