int check_next(char *cmd, char **arg, char **env)
{
int ret;
ret = 0;
if (my_strcmp("echo", arg[0]) == 0)
{
if (arg[1] == NULL)
printf("Usage : echo [-neE] [VALUE] \n");
else
my_echo(&arg[1], 0, 0);
++ret;
}
if (my_strcmp("cd", arg[0]) == 0)
{
change_directory(arg[1], env);
++ret;
}
if (my_strcmp("history", cmd) == 0)
{
my_history();
++ret;
}
ret += check_again(cmd, arg, env);
return (ret);
}
int check_builtins(t_main *list, t_main **env)
{
if (strcmp(list->str, "cd") == 0)
my_cd(list, *env);
else if (strcmp(list->str, "env") == 0)
show_env(*env);
else if (strcmp(list->str, "setenv") == 0)
my_setenv(list, env);
else if (strcmp(list->str, "unsetenv") == 0)
my_unsetenv(list, env);
else if (strcmp(list->str, "exit") == 0)
my_exit(list);
else if (strcmp(list->str, "echo") == 0)
my_echo(list);
else if (strcmp(list->str, "..") == 0)
my_cd(manage_double_dots(&list), *env);
else
return (0);
return (1);
}
int main(int argc, char **argv)
{
my_echo(argv);
}
bool my_process_line(
std::string Line)
{
std::vector<std::string> Vec;
std::stringstream Stream;
Vec = my_preprocess_line(Line);
#define my_get_item(_stridx) (Indexer[_stridx] > 0 ? Vec[Indexer[_stridx] - 1] : "")
#define my_print_indent(_indent)\
for (int _i = 0; _i < _indent * 4; _i++) Stream << ' ';
#define my_print(_indent, _jidx, _cidx, _term)\
my_print_indent(_indent);\
Stream << "\"" << _jidx << "\" : " << _cidx << _term << "\n";
#define my_echo(_indent, _jidx, _cidx, _term)\
my_print(_indent, _jidx, my_get_item(_cidx), _term);
#define my_echo_(_indent, _jidx, _cidx)\
my_echo(_indent, _jidx, _cidx, "")
#define my_echo_d(_indent, _jidx, _term)\
my_echo(_indent, _jidx, "", _term)
#define my_echo_str(_indent, _jidx, _cidx, _term)\
my_print(_indent, _jidx, "\"" << my_get_item(_cidx) << "\"", _term);
// Things have been declared, now coming to the best part
my_print_indent(0); Stream << "{\n";
my_echo_d(1, "Properties", "{");
my_echo_str(2, "Name", "Name", ",");
my_echo_str(2, "Type", "Type", ",");
my_echo_str(2, "Description", "Description", ",");
my_echo_(2, "ShowInCreative", "ShowInCreative");
my_print_indent(1); Stream << "},\n";
my_echo_d(1, "Physics", "{");
my_echo(2, "PhysicsEnabled", "PhysicsEnabled", ",");
my_echo(2, "CollisionEnabled", "CollisionEnabled", ",");
my_echo(2, "LengthX", "pLengthX", ",");
my_echo(2, "LengthY", "pLengthX", ",");
my_echo(2, "Mass", "Mass", ",");
my_echo(2, "FrictionFactorTop", "FrictionFactorTop", ",");
my_echo(2, "FrictionFactorBottom", "FrictionFactorBottom", ",");
my_echo(2, "FrictionFactorLeft", "FrictionFactorLeft", ",");
my_echo(2, "FrictionFactorRight", "FrictionFactorRight", ",");
my_echo(2, "ElasticFactorTop", "ElasticFactorTop", ",");
my_echo(2, "ElasticFactorBottom", "ElasticFactorBottom", ",");
my_echo(2, "ElasticFactorLeft", "ElasticFactorLeft", ",");
my_echo(2, "ElasticFactorRight", "ElasticFactorRight", ",");
my_echo_(2, "BlastResistance", "BlastResistance");
my_print_indent(1); Stream << "},\n";
my_echo_d(1, "Graphics", "{");
my_echo(2, "RenderEnabled", "RenderEnabled", ",");
my_echo(2, "LengthX", "gLengthX", ",");
my_echo(2, "LengthY", "gLengthY", ",");
my_echo(2, "AnimationInterval", "AnimationInterval", ",");
my_echo_str(2, "TextureOnHand", "TextureOnHand", ",");
my_echo_d(2, "TextureList", "[");
my_print_indent(3); Stream << "\"" << Vec[Indexer["Texture"] - 1] << "\"\n";
my_print_indent(2); Stream << "]\n";
my_print_indent(1); Stream << "}\n";
Stream << "}\n";
// Preparing to output...
std::string Output = "", sTemp, openFile;
std::ofstream Flow;
while (getline(Stream, sTemp))
Output += sTemp + '\n';
openFile = my_get_item("ExportPath");
if (openFile == "") {
openFile = my_get_item("Name");
for (char& c : openFile) {
if (c == '.') c = '_';
if (c >= 'A' && c <= 'Z') c = c - 'A' + 'a';
}
openFile += ".json";
}
openFile = "./entities/" + openFile;
Flow.open(openFile);
Flow << Output;
Flow.close();
return true;
}
