print.c File Reference

#include "../../ugbc.h"

Go to the source code of this file.

Functions
void	print (Environment *_environment, char *_value, int _new_line, int _raw)
	Emit code for PRINT... instruction.
void	print_tab (Environment *_environment, int _new_line)
	Emit code for print a single TAB.
void	print_question_mark (Environment *_environment)
	Emit code for print a single question mark.
void	print_newline (Environment *_environment)
	Emit code for print a single newline.

Variables
char	DATATYPE_AS_STRING [][16]
	Emit code for BEGIN COPPER.

Function Documentation

print()

void print	(	Environment *	_environment,
		char *	_value,
		int	_new_line,
		int	_raw )

Emit code for PRINT... instruction.

Parameters

_environment	Current calling environment
_value	Value to print
_new_line	1 if a new line must be added at the end

Definition at line 141 of file print.c.

print_newline()

void print_newline

(

Environment *

_environment

)

Emit code for print a single newline.

Parameters

_environment

Current calling environment

Definition at line 422 of file print.c.

print_question_mark()

void print_question_mark

(

Environment *

_environment

)

Emit code for print a single question mark.

Parameters

_environment

Current calling environment

Definition at line 413 of file print.c.

print_tab()

void print_tab	(	Environment *	_environment,
		int	_new_line )

Emit code for print a single TAB.

Parameters

_environment	Current calling environment
_new_line	1 if a new line must be added at the end

Definition at line 398 of file print.c.

Variable Documentation

DATATYPE_AS_STRING

char DATATYPE_AS_STRING[][16]

extern

Emit code for BEGIN COPPER.

This variable defines as an array of constant pointers. Each element of the array represents the "human" name of a ugBASIC's data type. The main reason is to map an IDto a readable string. If ugBASIC encounters an error, you don't want it to print "Error in type 2," but rather "Error in type FLOAT.". Note that it's vital that the order of strings in the array exactly reflects the order of the IDs in your enum. If you move an element to one, you must also move it to the other, otherwise the mapping will be staggered. Often, a final NULL or UNKNOWN string is added to handle error cases or to allow you to loop through the array without knowing its size beforehand.

Definition at line 133 of file _infrastructure.c.