struct jx * nvpair_to_jx( struct nvpair *nv )
{
struct jx *object = jx_object(0);
char *key;
char *value;
struct jx *jvalue;
long long integer_value;
double double_value;
nvpair_first_item(nv);
while(nvpair_next_item(nv,&key,&value)) {
if(!strcmp(value,"true")) {
jvalue = jx_boolean(1);
} else if(!strcmp(value,"false")) {
jvalue = jx_boolean(0);
} else if(!strcmp(value,"null")) {
jvalue = jx_null();
} else if(string_is_integer(value,&integer_value)) {
jvalue = jx_integer(integer_value);
} else if(string_is_float(value,&double_value)) {
jvalue = jx_double(double_value);
} else if(value[0]=='[' || value[0]=='{') {
jvalue = jx_parse_string(value);
if(!jvalue) jvalue = jx_string(value);
} else {
jvalue = jx_string(value);
}
jx_insert(object,jx_string(key),jvalue);
}
return object;
}
bool CommandBase::SetArg(int arg, const char* val)
{
if(0 == strcmp(val,"#")) return true; //default arguments
switch(args[arg].type) {
case Bool: return string_is_bool(val,*(bool*)args[arg].data);
case Int: return string_is_int(val,*(int*)args[arg].data);
case Float: return string_is_float(val,*(float*)args[arg].data);
case Double: return string_is_double(val,*(double*)args[arg].data);
case String: *(const char**)args[arg].data = val;
return true;
}
return false;
}
t_linked_list *resolve_line(t_linked_list *line, t_linked_list *declared_functions,
t_linked_list **splitted_strings_line, t_linked_list *builtin_keywords)
{
int i;
t_linked_list *resolved_line;
char *to_add;
char *tmp_string;
t_linked_list *new_line_strings;
new_line_strings = new_list();
resolved_line = new_list();
i = 0;
while (i < line->len && (*((char*)line->elts[i]) == TAB || *((char*)line->elts[i]) == SPACE))
{
if (!(to_add = (char*)malloc(sizeof(char))))
malloc_error();
*to_add = *((char*)line->elts[i]);
add_to_list(resolved_line, to_add);
add_to_list(new_line_strings, ft_strdup("\t"));
i++;
}
while (i < line->len)
{
if (!(to_add = (char*)malloc(sizeof(char))))
malloc_error();
*to_add = *((char*)line->elts[i]);
tmp_string = ((char*)(*splitted_strings_line)->elts[i]);
if (*((char*)line->elts[i]) == NAME)
{
if (i > 0 && *((char*)line->elts[i]) == FUNCTION_DECL)
*to_add = FUNCTION_NAME;
else if (string_in_list((*splitted_strings_line)->elts[i], declared_functions))
*to_add = FUNCTION_NAME;
else if (string_in_list((*splitted_strings_line)->elts[i], builtin_keywords))
*to_add = KEYWORD;
else if (string_is_string((*splitted_strings_line)->elts[i]))
*to_add = STRING_DEF;
else if (string_is_character((*splitted_strings_line)->elts[i]))
*to_add = CHARACTER_DEF;
else if (string_is_integer((*splitted_strings_line)->elts[i]))
*to_add = INTEGER_DEF;
else if (string_is_float((*splitted_strings_line)->elts[i]))
*to_add = FLOAT_DEF;
else
*to_add = VAR_NAME;
}
else if (*((char*)line->elts[i]) == EQUAL && i + 1 < line->len && *((char*)line->elts[i + 1]) == EQUAL)
{
*to_add = EQUALITY_CHECK;
tmp_string = ft_strdup("==");
i++;
}
else if (*((char*)line->elts[i]) == COLON && i + 2 < line->len && *((char*)line->elts[i + 1]) == COLON
&& *((char*)line->elts[i + 2]) == EQUAL)
{
*to_add = DEEPCOPY_EQUAL;
tmp_string = ft_strdup("::=");
i += 2;
}
else if (*((char*)line->elts[i]) == COLON && i + 1 < line->len && *((char*)line->elts[i + 1]) == EQUAL)
{
*to_add = COPY_EQUAL;
tmp_string = ft_strdup(":=");
i++;
}
else if (*((char*)line->elts[i]) == COLON && i + 1 < line->len && *((char*)line->elts[i + 1]) == COLON)
{
*to_add = DEEPCOPY;
tmp_string = ft_strdup("::");
i++;
}
else if (*((char*)line->elts[i]) == COLON && i + 1 < line->len)
{
*to_add = COPY;
tmp_string = ft_strdup(":");
}
add_to_list(resolved_line, to_add);
add_to_list(new_line_strings, tmp_string);
i++;
}
*splitted_strings_line = new_line_strings;
return (resolved_line);
}
