#include <math.h>
#include <ctype.h>
#include <errno.h>
#include <stdio.h>
#include <stdarg.h>
#include "../../ugbc.h"

Macros
#define	strcmp_nocase strcasecmp
#define	UNESCAPE_COLOR(c, d)

Functions
void	memory_area_assign (MemoryArea _first, Variable _variable)
void	memory_area_unassign (MemoryArea _first, Variable _variable)
Bank *	bank_find (Bank _first, char _name)
Constant *	constant_create (Environment _environment, char _name)
Constant *	constant_find (Environment _environment, char _name)
Offsetting *	offsetting_size_count (Environment *_environment, int _size, int _count)
void	offsetting_add_variable_reference (Environment _environment, Offsetting _first, Variable *_var, int _sequence)
void	variable_global (Environment _environment, char _pattern)
Variable *	variable_retrieve_internal (Environment _environment, char _name, int _mandatory)
	Retrieve the definition of a variable.
Variable *	variable_define (Environment _environment, char _name, VariableType _type, int _value)
	Define a variable for the program.
Variable *	variable_import (Environment _environment, char _name, VariableType _type, int _size_or_value)
Variable *	variable_export (Environment _environment, char _name, VariableType _type, int _size_or_value)
Variable *	variable_define_no_init (Environment _environment, char _name, VariableType _type)
Variable *	variable_retrieve_by_realname (Environment _environment, char _name)
Variable *	variable_retrieve (Environment _environment, char _name)
int	variable_exists (Environment _environment, char _name)
int	variable_exists_by_realname (Environment _environment, char _name)
int	variable_delete (Environment _environment, char _name)
Variable *	variable_retrieve_or_define (Environment _environment, char _name, VariableType _type, int _value)
void	variable_reset (Environment *_environment)
	Reset the usage flags for the temporary variable pool.
Variable *	variable_array_type (Environment _environment, char _name, VariableType _type)
Variable *	variable_temporary (Environment _environment, VariableType _type, char _meaning)
	Define a temporary variable.
Variable *	variable_resident (Environment _environment, VariableType _type, char _meaning)
Variable *	variable_cast (Environment _environment, char _source, VariableType _type)
	Cast a variable from a type to another.
Variable *	variable_store (Environment _environment, char _destination, unsigned int _value)
	Store a direct value to a variable.
Variable *	variable_store_type (Environment _environment, char _destination, char *_field, unsigned int _value)
Variable *	variable_by_constant (Environment *_environment, VariableType _type, int _value)
char *	unescape_string (Environment _environment, char _value, int _printing, int *_final_size)
Variable *	variable_store_string (Environment _environment, char _destination, char *_value)
	Store a string to a variable.
Variable *	variable_store_float (Environment _environment, char _destination, double _value)
	Store a string to a variable.
Variable *	variable_resize_buffer (Environment _environment, char _destination, int _size)
	Resize the (static) size of a buffer.
Variable *	variable_store_buffer (Environment _environment, char _destination, unsigned char *_buffer, int _size, int _at)
Variable *	variable_store_array (Environment _environment, char _destination, unsigned char *_buffer, int _size, int _at)
Variable *	variable_move (Environment _environment, char _source, char *_destination)
	Store the value of a variable inside another variable by converting it.
Variable *	variable_add_const (Environment _environment, char _source, int _destination)
	Add a variable with a constant, and return the sum of them.
Variable *	variable_move_naked (Environment _environment, char _source, char *_destination)
	Store the value of a variable inside another variable without conversion.
Variable *	variable_add (Environment _environment, char _source, char *_destination)
	Add two variable and return the sum of them.
void	variable_add_inplace (Environment _environment, char _source, int _destination)
void	variable_add_inplace_type (Environment _environment, char _source, char *_field, int _destination)
void	variable_add_inplace_vars (Environment _environment, char _source, char *_destination)
	Add two variable and return the sum of them on the first.
void	variable_add_inplace_type_vars (Environment _environment, char _source, char _field, char _destination)
void	variable_add_inplace_array (Environment _environment, char _source, char *_destination)
	Add a variable to an array element, and return the sum of them on the array element.
void	variable_add_inplace_mt (Environment _environment, char _source, char *_destination)
	Add two variable and return the sum of them on the first.
void	variable_xor_inplace (Environment _environment, char _source, int _destination)
void	variable_xor_inplace_vars (Environment _environment, char _source, char *_destination)
	Add two variable and return the sum of them on the first.
void	variable_xor_inplace_mt (Environment _environment, char _source, char *_destination)
	Add two variable and return the sum of them on the first.
Variable *	variable_sub (Environment _environment, char _source, char *_dest)
	Make a differenze between two variable and return the difference of them.
Variable *	variable_sub_const (Environment _environment, char _source, int _destination)
	Make a differenze between a variable a constant, and return the difference of them.
void	variable_sub_inplace (Environment _environment, char _source, char *_dest)
	Make a differenze between two variable and assign the difference of them to the first.
void	variable_swap (Environment _environment, char _source, char *_dest)
	Swap values of two variables.
Variable *	variable_complement_const (Environment _environment, char _source, int _value)
	Calculate the complement of a variable.
Variable *	variable_mul (Environment _environment, char _source, char *_destination)
	Make a multiplication between two variable and return the product of them.
Variable *	variable_div (Environment _environment, char _source, char _destination, char _remainder)
	Make a division between two variable and return the product of them.
Variable *	variable_div_const (Environment _environment, char _source, int _destination, char *_remainder)
void	variable_increment (Environment _environment, char _source)
	Increment a variable by one.
void	variable_increment_type (Environment _environment, char _source, char *_field)
void	variable_store_mt (Environment _environment, char _source, unsigned int _value)
	Store a variable's value.
Variable *	variable_move_from_mt (Environment _environment, char _source, char *_destination)
	Increment a variable by one.
Variable *	variable_move_to_mt (Environment _environment, char _source, char *_destination)
void	variable_increment_mt (Environment _environment, char _source)
	Increment a variable by one.
void	variable_decrement (Environment _environment, char _source)
	Decrement a variable by one.
void	variable_decrement_type (Environment _environment, char _source, char *_field)
void	variable_decrement_mt (Environment _environment, char _source)
	Decrement a variable by one.
void	variable_compare_and_branch_const (Environment _environment, char _source, int _destination, char *_name, int _positive)
Variable *	variable_compare (Environment _environment, char _source, char *_destination)
	Compare two variable and return the result of comparation.
Variable *	variable_compare_const (Environment _environment, char _source, int _destination)
	Compare two variable and return the result of comparation.
Variable *	variable_compare_not_const (Environment _environment, char _source, int _destination)
	Compare two variable and return the result of comparation.
Variable *	variable_compare_not (Environment _environment, char _source, char *_destination)
	Compare two variable and return the result of comparation.
Variable *	variable_mul2_const (Environment _environment, char _destination, int _steps)
	Double a variable for various times and return the result.
Variable *	variable_sl_const (Environment _environment, char _destination, int _steps)
Variable *	variable_div2_const (Environment _environment, char _destination, int _bits, char *_remainder)
	Subdivide by two a variable for various times and return the result.
Variable *	variable_sr_const (Environment _environment, char _destination, int _bits)
Variable *	variable_and_const (Environment _environment, char _destination, int _mask)
	Calculate "and" mask for a variable and it as the result.
Variable *	variable_and (Environment _environment, char _left, char *_right)
	Calculate logical "and" and return it as the result.
Variable *	variable_xor (Environment _environment, char _left, char *_right)
	Calculate logical "xor" and return it as the result.
Variable *	variable_or (Environment _environment, char _left, char *_right)
	Calculate logical "or" and return it as the result.
Variable *	variable_not (Environment _environment, char _value)
	Calculate logical "not" and return it as the result.
Variable *	variable_less_than (Environment _environment, char _source, char *_destination, int _equal)
	Compare two variable and return the result of comparation.
Variable *	variable_less_than_const (Environment _environment, char _source, int _destination, int _equal)
Variable *	variable_greater_than (Environment _environment, char _source, char *_destination, int _equal)
	Compare two variable and return the result of comparation.
Variable *	variable_greater_than_const (Environment _environment, char _source, int _destination, int _equal)
Variable *	variable_string_left (Environment _environment, char _string, char *_position)
	Emit code for = LEFT( ..., ... ).
void	variable_string_left_assign (Environment _environment, char _string, char _position, char _expression)
	Emit code for LEFT( ..., ... ) = ....
Variable *	variable_string_right (Environment _environment, char _string, char *_position)
	Emit code for = LEFT( ..., ... ).
void	variable_string_right_assign (Environment _environment, char _string, char _position, char _expression)
	Emit code for RIGHT( ..., ... ) = ....
Variable *	variable_string_mid (Environment _environment, char _string, char _position, char _len)
	Emit code for = MID( ..., ... [, ...] ).
Variable *	variable_string_substring (Environment _environment, char _string, char _start, char _end)
	Emit code for = SUBSTRING( ..., ... [, ...] ).
void	variable_string_mid_assign (Environment _environment, char _string, char _position, char _len, char *_expression)
	Emit code for MID( ..., ... [, ...] ) = ....
Variable *	variable_string_instr (Environment _environment, char _search, char _searched, char _start)
	Emit code for = INSTR( ..., ... [, ...] ).
Variable *	variable_string_lower (Environment _environment, char _string)
	Emit code for = UPPER( ... ).
Variable *	variable_string_upper (Environment _environment, char _string)
	Emit code for = UPPER( ... ).
Variable *	variable_string_str (Environment _environment, char _value)
	Emit code for = STR( ... ).
Variable *	variable_string_val (Environment _environment, char _value)
	Emit code for = VAL( ... ).
Variable *	variable_hex (Environment _environment, char _value, int _separator)
	Emit code for = HEX( ... ).
Variable *	variable_hex2bin (Environment _environment, char _value, char *_variable)
	Emit code for = HEX2BIN( ... ).
Variable *	variable_string_string (Environment _environment, char _string, char *_repetitions)
	Emit code for = STRING( ..., ... ).
Variable *	variable_string_dup (Environment _environment, char _string, char *_repetitions)
Variable *	variable_string_space (Environment _environment, char _repetitions)
	Emit code for = SPACE( ... ).
Variable *	variable_string_flip (Environment _environment, char _string)
	Emit code for = FLIP( ... ).
Variable *	variable_flip (Environment _environment, char _variable)
Variable *	variable_string_chr (Environment _environment, char _ascii)
	Emit code for = CHR( ... ).
Variable *	variable_string_asc (Environment _environment, char _char)
	Emit code for = ASC( ... ).
Variable *	variable_string_len (Environment _environment, char _string)
	Emit code for = LEN( ... ).
void	variable_store_array_const_bit (Environment _environment, Variable _array, int _value)
void	variable_store_array_const_byte (Environment _environment, Variable _array, int _value)
void	variable_store_array_const (Environment _environment, char _array, int _value)
void	variable_move_array_bit (Environment _environment, Variable _array, char *_value)
void	variable_move_array_byte (Environment _environment, Variable _array, char *_value)
void	variable_move_array (Environment _environment, char _array, char *_value)
void	variable_move_array_string (Environment _environment, char _array, char *_string)
Variable *	variable_move_from_array_bit_inplace (Environment _environment, Variable _array, Variable *_result)
Variable *	variable_move_from_array_bit (Environment _environment, Variable _array)
void	variable_move_from_array_byte_inplace (Environment _environment, Variable _array, Variable *_result)
Variable *	variable_move_from_array_byte (Environment _environment, Variable _array)
void	variable_move_from_array_inplace (Environment _environment, char _array, char *_result)
Variable *	variable_move_from_array (Environment _environment, char _array)
int	pattern_match (char _pattern, char _value)
Variable *	variable_bin (Environment _environment, char _value, char _digits, char _zero, char *_one)
	Emit code for <string>BIN(...).
Variable *	variable_bit (Environment _environment, char _value, char *_position)
	Emit code for HAS BIT / BIT(...).
int	reset_screen_mode_selected (Environment *_environment)
int	count_screen_mode_selected (Environment *_environment)
ScreenMode *	find_screen_mode_by_suggestion (Environment *_environment, int _bitmap, int _width, int _height, int _colors, int _tile_width, int _tile_height)
ScreenMode *	find_screen_mode_by_id (Environment *_environment, int _id)
Variable *	variable_mod (Environment _environment, char _source, char *_destination)
int	label_exists_numeric (Environment *_environment, int _label)
int	label_exists_named (Environment _environment, char _label)
void	label_define_numeric (Environment *_environment, int _label)
void	label_define_named (Environment _environment, char _label)
int	label_referred_exists_numeric (Environment *_environment, int _label)
int	label_referred_exists_named (Environment _environment, char _label)
void	label_referred_define_numeric (Environment *_environment, int _label)
void	label_referred_define_named (Environment _environment, char _label)
int	label_stored_exists_named (Environment _environment, char _label)
void	label_stored_define_named (Environment _environment, char _label)
void	const_define_numeric (Environment _environment, char _name, int _value)
void	const_define_string (Environment _environment, char _name, char *_value)
Variable *	variable_array_count_vars (Environment _environment, char _name, char *_target)
Variable *	variable_array_sum_vars (Environment _environment, char _name)
Variable *	variable_array_max_vars (Environment _environment, char _name)
Variable *	variable_array_min_vars (Environment _environment, char _name)
void	variable_array_fill (Environment _environment, char _name, int _value)
void	variable_array_fill_random (Environment _environment, char _name, int _base, int _min_value, int _max_value, int _count, int _boolean)
void	variable_array_fill_incremental (Environment _environment, char _name, int _min, int _count)
void	variable_array_shuffle (Environment _environment, char _name, int _rounds)
void	image_converter_asserts (Environment _environment, int _width, int _height, int _offset_x, int _offset_y, int _frame_width, int *_frame_height, int _modulo_x, int _modulo_y)
void	image_converter_asserts_free (Environment _environment, int _width, int _height, int _offset_x, int _offset_y, int _frame_width, int *_frame_height)
void	image_converter_asserts_free_width (Environment _environment, int _width, int _height, int _offset_x, int _offset_y, int _frame_width, int *_frame_height, int _modulo_y)
void	image_converter_asserts_free_height (Environment _environment, int _width, int _height, int _offset_x, int _offset_y, int _frame_width, int *_frame_height, int _modulo_x)
char *	resource_load_asserts (Environment _environment, char _filename)
void	variable_temporary_remove (Environment _environment, char _name)
int	calculate_white_area (TileData *_tileData)
int	calculate_horizontal_edges (TileData *_tileData, int _position)
int	calculate_vertical_edges (TileData *_tileData, int _position)
TileDescriptor *	calculate_tile_descriptor (TileData *_tileData)
TileDescriptors *	precalculate_tile_descriptors_for_font (char *_fontData, int _fontSize)
int	calculate_tile_affinity (TileDescriptor _first, TileDescriptor _second)
int	calculate_nearest_tile (TileDescriptor _tile, TileDescriptors _tiles)
int	calculate_exact_tile (TileDescriptor _tile, TileDescriptors _tiles)
int	tile_allocate (TileDescriptors _tiles, char _data)
char *	parse_buffer (Environment _environment, char _buffer, int *_size, int _hex_only)
Variable *	parse_buffer_definition (Environment _environment, char _buffer, VariableType _type, int _hex_only)
char *	image_flip_x (Environment _environment, char _source, int _width, int _height, int _depth)
char *	image_flip_y (Environment _environment, char _source, int _width, int _height, int _depth)
char *	image_roll_x_right (Environment _environment, char _source, int _width, int _height)
char *	image_roll_x_left (Environment _environment, char _source, int _width, int _height)
char *	image_roll_y_down (Environment _environment, char _source, int _width, int _height)
char *	image_enlarge_right (Environment _environment, char _source, int _width, int _height, int _delta)
char *	image_enlarge_bottom (Environment _environment, char _source, int _width, int _height, int _delta)
char *	image_extract_subimage (Environment _environment, char _source, int _width, int _height, int _frame_width, int _frame_height, int _x, int _y, int _depth)
int	rgbi_equals_rgb (RGBi _first, RGBi _second)
int	rgbi_equals_rgba (RGBi _first, RGBi _second)
void	rgbi_move (RGBi _source, RGBi _destination)
int	rgbi_distance (RGBi _e1, RGBi _e2)
	Calculate the distance between two colors.
int	rgbi_extract_palette (Environment _environment, unsigned char _source, int _width, int _height, int _depth, RGBi _palette[], int _palette_size, int _sorted)
	Extract the color palette from the given image.
float	max_of_two (float _x, float _y)
float	max_of_three (float _m, float _n, float _p)
float	min_of_two (float _x, float _y)
float	min_of_three (float _m, float _n, float _p)
char *	get_temporary_filename (Environment *_environment)
int	system_call (Environment _environment, char _commandline)
	Call an external executable.
int	system_remove_safe (Environment _environment, char _filename)
char *	escape_newlines_full (char *_string, int _size)
char *	escape_newlines (char *_string)
int	check_if_filename_is_valid (Environment _environment, char _filename)
RGBi *	malloc_palette (int _size)
	Allocate a palette space.
RGBi *	palette_match (RGBi _source, int _source_size, RGBi _system, int _system_size)
	Make a "palette match".
RGBi *	palette_match_hardware_index (RGBi _source, int _source_size, RGBi _system, int _system_size)
RGBi *	palette_remove_duplicates (RGBi _source, int _source_size, int _unique_size)
	Remove duplicates from a palette.
RGBi *	palette_promote_color_as_background (int _index, RGBi *_source, int _source_size)
	Promote an index color in a palette.
RGBi *	palette_promote_color_as_foreground (int _index, RGBi *_source, int _source_size, int _max_size)
	Promote an index color in a palette.
RGBi *	palette_shift (RGBi *_source, int _source_size, int _offset)
	Shift colors in palette.
RGBi *	palette_merge (RGBi _palette1, int _palette1_size, RGBi _palette2, int _palette2_size, int *_size)
	Make a "palette merge".
int	assemblyLineIsAComment (char *_buffer)
char *	strtoupper (char *_string)
char *	basename (char *_path)
Variable *	origin_resolution_relative_transform_x (Environment _environment, char _x, int _is_relative)
Variable *	origin_resolution_relative_transform_y (Environment _environment, char _y, int _is_relative)
void	font_descriptors_init (Environment *_environment, int _embedded_present)
char *	address_displacement (Environment _environment, char _address, char *_displacement)
Variable *	calculate_frame_by_type (Environment _environment, TsxTileset _tileset, char _images, char _description)
int	find_frame_by_type (Environment _environment, TsxTileset _tileset, char _images, char _description)
Variable *	variable_direct_assign (Environment _environment, char _var, char *_expr)
StaticString *	string_reserve (Environment _environment, char _value)
ArrayReference *	parser_array_retrieve (Environment *_environment)
void	parser_array_init (Environment *_environment)
void	parser_array_init_by (Environment _environment, ArrayReference _array_reference)
void	parser_array_cleanup (Environment *_environment)
void	parser_array_index_symbolic (Environment _environment, char _index)
void	parser_array_index_numeric (Environment *_environment, int _index)
VariableType	variable_type_from_numeric_value (Environment *_environment, int _number)
Variable *	parser_adapted_numeric (Environment *_environment, int _number)
Variable *	parser_casted_numeric (Environment *_environment, VariableType _type, int _number)
DataSegment *	data_segment_define (Environment _environment, char _name)
DataSegment *	data_segment_define_numeric (Environment *_environment, int _number)
DataSegment *	data_segment_find (Environment _environment, char _name)
DataSegment *	data_segment_find_numeric (Environment *_environment, int _number)
DataSegment *	data_segment_define_or_retrieve (Environment _environment, char _name)
DataSegment *	data_segment_define_or_retrieve_numeric (Environment *_environment, int _number)
void	buffered_fprintf (Environment _environment, FILE _stream, const char *_format,...)
int	buffered_fputs (Environment _environment, const char _string, FILE *_stream)
size_t	buffered_fwrite (Environment _environment, void _data, size_t _size, size_t _count, FILE *_stream)
void	buffered_push_output (Environment *_environment)
void	buffered_pop_output (Environment *_environment)
void	buffered_prepend_output (Environment *_environment)
void	buffered_output (Environment _environment, FILE _stream)
void	get_image_overwrite_size (Environment _environment, char _image, char _x1, char _y1, char _x2, char _y2)
Resource *	build_resource_for_sequence (Environment _environment, char _image, char _frame, char _sequence)
Variable *	variable_int (Environment _environment, char _expression)
char *	get_default_temporary_path ()
char *	find_last_path_separator (char *_path)
void	prepare_variable_storage (Environment _environment, char _name, Variable *_source)
char *	generate_storage_filename (Environment _environment, char _prefix, char *_suffix, int _number)
int	file_get_size (Environment _environment, char _filename)
Variable *	variable_string_insert (Environment _environment, char _string, char _altstring, char _pos)
Variable *	variable_string_inst (Environment _environment, char _string, char _altstring, char _pos)
Variable *	variable_string_pick (Environment _environment, char _string, int _position)
char *	resolve_color (Environment _environment, char _color)
int	show_troubleshooting_and_exit (Environment _environment, int _argc, char _argv[])
int	system_move_safe (Environment _environment, char _source, char *_destination)
int	procedure_exists (Environment _environment, char _name)
const char *	strstrcase (const char _x, const char _y)
const char *	strrstr (const char haystack, const char needle)
void	define_implicit_array_if_needed (Environment _environment, char _name)
int	check_datatype_limits (VariableType _type, int _value)
char *	file_read_csv (Environment _environment, char _filename, VariableType _type, int _size, int _count)
Type *	type_find (Type _first, char _name)
Field *	field_find (Type _type, char _name)
void	variable_set_type (Environment _environment, char _name, char *_type)
Variable *	variable_move_from_type (Environment _environment, char _type, char *_field)
void	variable_move_from_type_inplace (Environment _environment, char _type, char _field, char _value)
void	variable_move_type (Environment _environment, char _type, char _field, char _value)
void	variable_move_array_type (Environment _environment, char _array, char _field, char _value)
Variable *	variable_move_from_array_type (Environment _environment, char _array, char *_field)
void	variable_move_from_array_type_inplace (Environment _environment, char _array, char _field, char _value)
void	variable_move_from_array1_type_inplace (Environment _environment, char _array, char _index, char _field, char *_value)
Variable *	variable_move_from_array1_type (Environment _environment, char _array, char _index, char _field)
void	variable_move_array1_type (Environment _environment, char _array, char _index, char _field, char *_value)
void	variable_move_array1_type_fields (Environment _environment, char _array, char _index, char _field1, char *_field2)
void	variable_move_array1_type_const (Environment _environment, char _array, char _index, char _field, int _value)
void	variable_increment_array_type (Environment _environment, char _source, char *_field)
void	variable_decrement_array_type (Environment _environment, char _source, char *_field)
void	variable_increment_array (Environment _environment, char _source)
void	variable_decrement_array (Environment _environment, char _source)
char *	strcopy (char _dest, char _source)
char *	strreplace (const char _orig, const char _rep, const char *_with)
CopperList *	find_copper_list (Environment _environment, char _name)
char *	import_file_name (char *_import_path)
StaticString *	static_string_find_by_value (Environment _environment, char _value, int _size)
StaticString *	static_string_create_filled (Environment *_environment, int _size, char _value)
StaticString *	static_string_create (Environment _environment, char _value, int _size)
Environment *	environment_create (void)
	Create a new environment.
void	environment_setup_default (Environment *_environment)
	Setup default environment values.
void	environment_parse_command_line (Environment _environment, int _argc, char _argv[])
	Parse command line parameters.
void	environment_setup_10liner (Environment *_environment)
void	environment_setup_retrohack (Environment *_environment)

Variables
char	targetName [] = "atari"
RGBi	SYSTEM_PALETTE []
char	BANK_TYPE_AS_STRING [][16]
	Description of BANK TYPE, in readable format.
char	DATATYPE_AS_STRING [][16]
	Emit code for BEGIN COPPER.
char	OUTPUT_FILE_TYPE_AS_STRING [][16]
int	yydebug
char *	importPath

Macro Definition Documentation

◆ strcmp_nocase

#define strcmp_nocase strcasecmp

Definition at line 118 of file _infrastructure.c.

◆ UNESCAPE_COLOR

#define UNESCAPE_COLOR	(		c,
			d )

Value:

else if ( strcmp_nocase( word, c ) == 0 ) { \
                int c2 = COLOR_##d;\
                if ( ! c2 ) { \
                    c2 = 0xff; \
                } \
                if ( _printing ) { \
                    *q = '*'; \
                } else { \
                    *q = 1; \
                } \
                ++q; \
                if ( _printing ) { \
                    *q = '*'; \
                } else { \
                    *q = c2; \
                } \
                ++q; \
        }

Definition at line 1855 of file _infrastructure.c.

Function Documentation

◆ address_displacement()

char * address_displacement	(	Environment *	_environment,
		char *	_address,
		char *	_displacement )

Definition at line 14516 of file _infrastructure.c.

◆ assemblyLineIsAComment()

int assemblyLineIsAComment ( char * _buffer )

Definition at line 14280 of file _infrastructure.c.

◆ bank_find()

Bank * bank_find	(	Bank *	_first,
		char *	_name )

Definition at line 251 of file _infrastructure.c.

◆ basename()

char * basename ( char * _path )

Definition at line 14314 of file _infrastructure.c.

◆ buffered_fprintf()

void buffered_fprintf	(	Environment *	_environment,
		FILE *	_stream,
		const char *	_format,
			... )

Definition at line 15011 of file _infrastructure.c.

◆ buffered_fputs()

int buffered_fputs	(	Environment *	_environment,
		const char *	_string,
		FILE *	_stream )

Definition at line 15021 of file _infrastructure.c.

◆ buffered_fwrite()

size_t buffered_fwrite	(	Environment *	_environment,
		void *	_data,
		size_t	_size,
		size_t	_count,
		FILE *	_stream )

Definition at line 15026 of file _infrastructure.c.

◆ buffered_output()

void buffered_output	(	Environment *	_environment,
		FILE *	_stream )

Definition at line 15051 of file _infrastructure.c.

◆ buffered_pop_output()

void buffered_pop_output ( Environment * _environment )

Definition at line 15035 of file _infrastructure.c.

◆ buffered_prepend_output()

void buffered_prepend_output ( Environment * _environment )

Definition at line 15041 of file _infrastructure.c.

◆ buffered_push_output()

void buffered_push_output ( Environment * _environment )

Definition at line 15031 of file _infrastructure.c.

◆ build_resource_for_sequence()

Resource * build_resource_for_sequence	(	Environment *	_environment,
		char *	_image,
		char *	_frame,
		char *	_sequence )

Definition at line 15073 of file _infrastructure.c.

◆ calculate_exact_tile()

int calculate_exact_tile	(	TileDescriptor *	_tile,
		TileDescriptors *	_tiles )

Definition at line 13128 of file _infrastructure.c.

◆ calculate_frame_by_type()

Variable * calculate_frame_by_type	(	Environment *	_environment,
		TsxTileset *	_tileset,
		char *	_images,
		char *	_description )

Definition at line 14541 of file _infrastructure.c.

◆ calculate_horizontal_edges()

int calculate_horizontal_edges	(	TileData *	_tileData,
		int	_position )

Definition at line 13001 of file _infrastructure.c.

◆ calculate_nearest_tile()

int calculate_nearest_tile	(	TileDescriptor *	_tile,
		TileDescriptors *	_tiles )

Definition at line 13108 of file _infrastructure.c.

◆ calculate_tile_affinity()

int calculate_tile_affinity	(	TileDescriptor *	_first,
		TileDescriptor *	_second )

Definition at line 13093 of file _infrastructure.c.

◆ calculate_tile_descriptor()

TileDescriptor * calculate_tile_descriptor ( TileData * _tileData )

Definition at line 13041 of file _infrastructure.c.

◆ calculate_vertical_edges()

int calculate_vertical_edges	(	TileData *	_tileData,
		int	_position )

Definition at line 13021 of file _infrastructure.c.

◆ calculate_white_area()

int calculate_white_area ( TileData * _tileData )

Definition at line 12988 of file _infrastructure.c.

◆ check_datatype_limits()

int check_datatype_limits	(	VariableType	_type,
		int	_value )

Definition at line 15912 of file _infrastructure.c.

◆ check_if_filename_is_valid()

int check_if_filename_is_valid	(	Environment *	_environment,
		char *	_filename )

Definition at line 13942 of file _infrastructure.c.

◆ const_define_numeric()

void const_define_numeric	(	Environment *	_environment,
		char *	_name,
		int	_value )

Definition at line 11862 of file _infrastructure.c.

◆ const_define_string()

void const_define_string	(	Environment *	_environment,
		char *	_name,
		char *	_value )

Definition at line 11907 of file _infrastructure.c.

◆ constant_create()

Constant * constant_create	(	Environment *	_environment,
		char *	_name )

Definition at line 348 of file _infrastructure.c.

◆ constant_find()

Constant * constant_find	(	Environment *	_environment,
		char *	_name )

Definition at line 373 of file _infrastructure.c.

◆ count_screen_mode_selected()

int count_screen_mode_selected ( Environment * _environment )

Definition at line 11498 of file _infrastructure.c.

◆ data_segment_define()

DataSegment * data_segment_define	(	Environment *	_environment,
		char *	_name )

Definition at line 14901 of file _infrastructure.c.

◆ data_segment_define_numeric()

DataSegment * data_segment_define_numeric	(	Environment *	_environment,
		int	_number )

Definition at line 14925 of file _infrastructure.c.

◆ data_segment_define_or_retrieve()

DataSegment * data_segment_define_or_retrieve	(	Environment *	_environment,
		char *	_name )

Definition at line 14977 of file _infrastructure.c.

◆ data_segment_define_or_retrieve_numeric()

DataSegment * data_segment_define_or_retrieve_numeric	(	Environment *	_environment,
		int	_number )

Definition at line 14989 of file _infrastructure.c.

◆ data_segment_find()

DataSegment * data_segment_find	(	Environment *	_environment,
		char *	_name )

Definition at line 14949 of file _infrastructure.c.

◆ data_segment_find_numeric()

DataSegment * data_segment_find_numeric	(	Environment *	_environment,
		int	_number )

Definition at line 14963 of file _infrastructure.c.

◆ define_implicit_array_if_needed()

void define_implicit_array_if_needed	(	Environment *	_environment,
		char *	_name )

Definition at line 15899 of file _infrastructure.c.

◆ environment_create()

Environment * environment_create ( void )

Create a new environment.

Allocate space and reset (put to zero) the content of the Environment structure.

Returns: Environment just created

Definition at line 17283 of file _infrastructure.c.

◆ environment_parse_command_line()

void environment_parse_command_line	(	Environment *	_environment,
		int	_argc,
		char *	_argv[] )

Parse command line parameters.

Parameters

_environment	Environment to change
_argc	The number of parameters given on the command line.
_argv	The array of parameters given on the command line.

Definition at line 17365 of file _infrastructure.c.

◆ environment_setup_10liner()

void environment_setup_10liner ( Environment * _environment )

Definition at line 17748 of file _infrastructure.c.

◆ environment_setup_default()

void environment_setup_default ( Environment * _environment )

Setup default environment values.

Parameters

_environment Environment to change

Definition at line 17294 of file _infrastructure.c.

◆ environment_setup_retrohack()

void environment_setup_retrohack ( Environment * _environment )

Definition at line 17755 of file _infrastructure.c.

◆ escape_newlines()

char * escape_newlines ( char * _string )

Definition at line 13936 of file _infrastructure.c.

◆ escape_newlines_full()

char * escape_newlines_full	(	char *	_string,
		int	_size )

Definition at line 13798 of file _infrastructure.c.

◆ field_find()

Field * field_find	(	Type *	_type,
		char *	_name )

Definition at line 16144 of file _infrastructure.c.

◆ file_get_size()

int file_get_size	(	Environment *	_environment,
		char *	_filename )

Definition at line 15271 of file _infrastructure.c.

◆ file_read_csv()

char * file_read_csv	(	Environment *	_environment,
		char *	_filename,
		VariableType	_type,
		int *	_size,
		int *	_count )

Definition at line 15940 of file _infrastructure.c.

◆ find_copper_list()

CopperList * find_copper_list	(	Environment *	_environment,
		char *	_name )

Definition at line 17181 of file _infrastructure.c.

◆ find_frame_by_type()

int find_frame_by_type	(	Environment *	_environment,
		TsxTileset *	_tileset,
		char *	_images,
		char *	_description )

Definition at line 14612 of file _infrastructure.c.

◆ find_last_path_separator()

char * find_last_path_separator ( char * _path )

Definition at line 15206 of file _infrastructure.c.

◆ find_screen_mode_by_id()

ScreenMode * find_screen_mode_by_id	(	Environment *	_environment,
		int	_id )

Definition at line 11570 of file _infrastructure.c.

◆ find_screen_mode_by_suggestion()

ScreenMode * find_screen_mode_by_suggestion	(	Environment *	_environment,
		int	_bitmap,
		int	_width,
		int	_height,
		int	_colors,
		int	_tile_width,
		int	_tile_height )

Definition at line 11514 of file _infrastructure.c.

◆ font_descriptors_init()

void font_descriptors_init	(	Environment *	_environment,
		int	_embedded_present )

Definition at line 14474 of file _infrastructure.c.

◆ generate_storage_filename()

char * generate_storage_filename	(	Environment *	_environment,
		char *	_prefix,
		char *	_suffix,
		int	_number )

Definition at line 15261 of file _infrastructure.c.

◆ get_default_temporary_path()

char * get_default_temporary_path ( )

Definition at line 15156 of file _infrastructure.c.

◆ get_image_overwrite_size()

void get_image_overwrite_size	(	Environment *	_environment,
		char *	_image,
		char *	_x1,
		char *	_y1,
		char *	_x2,
		char *	_y2 )

Definition at line 15055 of file _infrastructure.c.

◆ get_temporary_filename()

char * get_temporary_filename ( Environment * _environment )

Definition at line 13672 of file _infrastructure.c.

◆ image_converter_asserts()

void image_converter_asserts	(	Environment *	_environment,
		int	_width,
		int	_height,
		int	_offset_x,
		int	_offset_y,
		int *	_frame_width,
		int *	_frame_height,
		int	_modulo_x,
		int	_modulo_y )

Definition at line 12722 of file _infrastructure.c.

◆ image_converter_asserts_free()

void image_converter_asserts_free	(	Environment *	_environment,
		int	_width,
		int	_height,
		int	_offset_x,
		int	_offset_y,
		int *	_frame_width,
		int *	_frame_height )

Definition at line 12762 of file _infrastructure.c.

◆ image_converter_asserts_free_height()

void image_converter_asserts_free_height	(	Environment *	_environment,
		int	_width,
		int	_height,
		int	_offset_x,
		int	_offset_y,
		int *	_frame_width,
		int *	_frame_height,
		int	_modulo_x )

Definition at line 12819 of file _infrastructure.c.

◆ image_converter_asserts_free_width()

void image_converter_asserts_free_width	(	Environment *	_environment,
		int	_width,
		int	_height,
		int	_offset_x,
		int	_offset_y,
		int *	_frame_width,
		int *	_frame_height,
		int	_modulo_y )

Definition at line 12783 of file _infrastructure.c.

◆ image_enlarge_bottom()

char * image_enlarge_bottom	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height,
		int	_delta )

Definition at line 13465 of file _infrastructure.c.

◆ image_enlarge_right()

char * image_enlarge_right	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height,
		int	_delta )

Definition at line 13436 of file _infrastructure.c.

◆ image_extract_subimage()

char * image_extract_subimage	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height,
		int	_frame_width,
		int	_frame_height,
		int	_x,
		int	_y,
		int	_depth )

Definition at line 13478 of file _infrastructure.c.

◆ image_flip_x()

char * image_flip_x	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height,
		int	_depth )

Definition at line 13205 of file _infrastructure.c.

◆ image_flip_y()

char * image_flip_y	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height,
		int	_depth )

Definition at line 13253 of file _infrastructure.c.

◆ image_roll_x_left()

char * image_roll_x_left	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height )

Definition at line 13346 of file _infrastructure.c.

◆ image_roll_x_right()

char * image_roll_x_right	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height )

Definition at line 13301 of file _infrastructure.c.

◆ image_roll_y_down()

char * image_roll_y_down	(	Environment *	_environment,
		char *	_source,
		int	_width,
		int	_height )

Definition at line 13391 of file _infrastructure.c.

◆ import_file_name()

char * import_file_name ( char * _import_path )

Definition at line 17204 of file _infrastructure.c.

◆ label_define_named()

void label_define_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11739 of file _infrastructure.c.

◆ label_define_numeric()

void label_define_numeric	(	Environment *	_environment,
		int	_label )

Definition at line 11718 of file _infrastructure.c.

◆ label_exists_named()

int label_exists_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11705 of file _infrastructure.c.

◆ label_exists_numeric()

int label_exists_numeric	(	Environment *	_environment,
		int	_label )

Definition at line 11692 of file _infrastructure.c.

◆ label_referred_define_named()

void label_referred_define_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11807 of file _infrastructure.c.

◆ label_referred_define_numeric()

void label_referred_define_numeric	(	Environment *	_environment,
		int	_label )

Definition at line 11786 of file _infrastructure.c.

◆ label_referred_exists_named()

int label_referred_exists_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11773 of file _infrastructure.c.

◆ label_referred_exists_numeric()

int label_referred_exists_numeric	(	Environment *	_environment,
		int	_label )

Definition at line 11760 of file _infrastructure.c.

◆ label_stored_define_named()

void label_stored_define_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11841 of file _infrastructure.c.

◆ label_stored_exists_named()

int label_stored_exists_named	(	Environment *	_environment,
		char *	_label )

Definition at line 11828 of file _infrastructure.c.

◆ malloc_palette()

RGBi * malloc_palette ( int _size )

Allocate a palette space.

Parameters

_size Size of palette, in entries

Returns: RGBi* Memory storage for the palette

Definition at line 13962 of file _infrastructure.c.

◆ max_of_three()

float max_of_three	(	float	_m,
		float	_n,
		float	_p )

Definition at line 13660 of file _infrastructure.c.

◆ max_of_two()

float max_of_two	(	float	_x,
		float	_y )

Definition at line 13656 of file _infrastructure.c.

◆ memory_area_assign()

void memory_area_assign	(	MemoryArea *	_first,
		Variable *	_variable )

Definition at line 189 of file _infrastructure.c.

◆ memory_area_unassign()

void memory_area_unassign	(	MemoryArea *	_first,
		Variable *	_variable )

Definition at line 225 of file _infrastructure.c.

◆ min_of_three()

float min_of_three	(	float	_m,
		float	_n,
		float	_p )

Definition at line 13668 of file _infrastructure.c.

◆ min_of_two()

float min_of_two	(	float	_x,
		float	_y )

Definition at line 13664 of file _infrastructure.c.

◆ offsetting_add_variable_reference()

void offsetting_add_variable_reference	(	Environment *	_environment,
		Offsetting *	_first,
		Variable *	_var,
		int	_sequence )

Definition at line 455 of file _infrastructure.c.

◆ offsetting_size_count()

Offsetting * offsetting_size_count	(	Environment *	_environment,
		int	_size,
		int	_count )

Definition at line 397 of file _infrastructure.c.

◆ origin_resolution_relative_transform_x()

Variable * origin_resolution_relative_transform_x	(	Environment *	_environment,
		char *	_x,
		int	_is_relative )

Definition at line 14332 of file _infrastructure.c.

◆ origin_resolution_relative_transform_y()

Variable * origin_resolution_relative_transform_y	(	Environment *	_environment,
		char *	_y,
		int	_is_relative )

Definition at line 14401 of file _infrastructure.c.

◆ palette_match()

RGBi * palette_match	(	RGBi *	_source,
		int	_source_size,
		RGBi *	_system,
		int	_system_size )

Make a "palette match".

Parameters

_source	Source palette to match
_source_size	Size of the source palette
_system	System palette to use as reference
_system_size	Size of the reference palette

Returns: RGBi* Matched palette

Definition at line 13981 of file _infrastructure.c.

◆ palette_match_hardware_index()

RGBi * palette_match_hardware_index	(	RGBi *	_source,
		int	_source_size,
		RGBi *	_system,
		int	_system_size )

Definition at line 14015 of file _infrastructure.c.

◆ palette_merge()

RGBi * palette_merge	(	RGBi *	_palette1,
		int	_palette1_size,
		RGBi *	_palette2,
		int	_palette2_size,
		int *	_size )

Make a "palette merge".

Parameters

_palette1	First palette to merge
_palette1_size	Size of the first palette to merge
_palette2	Second palette to merge
_palette2_size	Size of the second palette to merge
_size	Size of the merged palette

Returns: RGBi* Merged palettes

Definition at line 14216 of file _infrastructure.c.

◆ palette_promote_color_as_background()

RGBi * palette_promote_color_as_background	(	int	_index,
		RGBi *	_source,
		int	_source_size )

Promote an index color in a palette.

Parameters

_index	Source palette index
_source	Source palette to check
_source_size	Size of the source palette
_unique_size	Size of the unique palette

Returns: RGBi* Palette without duplications

Definition at line 14105 of file _infrastructure.c.

◆ palette_promote_color_as_foreground()

RGBi * palette_promote_color_as_foreground	(	int	_index,
		RGBi *	_source,
		int	_source_size,
		int	_max_size )

Promote an index color in a palette.

Parameters

_index	Source palette index
_source	Source palette to check
_source_size	Size of the source palette
_unique_size	Size of the unique palette

Returns: RGBi* Palette without duplications

Definition at line 14141 of file _infrastructure.c.

◆ palette_remove_duplicates()

RGBi * palette_remove_duplicates	(	RGBi *	_source,
		int	_source_size,
		int *	_unique_size )

Remove duplicates from a palette.

Parameters

_source	Source palette to check
_source_size	Size of the source palette
_unique_size	Size of the unique palette

Returns: RGBi* Palette without duplications

Definition at line 14052 of file _infrastructure.c.

◆ palette_shift()

RGBi * palette_shift	(	RGBi *	_source,
		int	_source_size,
		int	_offset )

Shift colors in palette.

Parameters

_source	Source palette to shift
_source_size	Size of the source palette
_offset	Offset to shift (> 0 to right, < 0 to left)

Returns: RGBi* Shifted palette

Definition at line 14183 of file _infrastructure.c.

◆ parse_buffer()

char * parse_buffer	(	Environment *	_environment,
		char *	_buffer,
		int *	_size,
		int	_hex_only )

Definition at line 13168 of file _infrastructure.c.

◆ parse_buffer_definition()

Variable * parse_buffer_definition	(	Environment *	_environment,
		char *	_buffer,
		VariableType	_type,
		int	_hex_only )

Definition at line 13194 of file _infrastructure.c.

◆ parser_adapted_numeric()

Variable * parser_adapted_numeric	(	Environment *	_environment,
		int	_number )

Definition at line 14874 of file _infrastructure.c.

◆ parser_array_cleanup()

void parser_array_cleanup ( Environment * _environment )

Definition at line 14785 of file _infrastructure.c.

◆ parser_array_index_numeric()

void parser_array_index_numeric	(	Environment *	_environment,
		int	_index )

Definition at line 14799 of file _infrastructure.c.

◆ parser_array_index_symbolic()

void parser_array_index_symbolic	(	Environment *	_environment,
		char *	_index )

Definition at line 14791 of file _infrastructure.c.

◆ parser_array_init()

void parser_array_init ( Environment * _environment )

Definition at line 14767 of file _infrastructure.c.

◆ parser_array_init_by()

void parser_array_init_by	(	Environment *	_environment,
		ArrayReference *	_array_reference )

Definition at line 14776 of file _infrastructure.c.

◆ parser_array_retrieve()

ArrayReference * parser_array_retrieve ( Environment * _environment )

Definition at line 14755 of file _infrastructure.c.

◆ parser_casted_numeric()

Variable * parser_casted_numeric	(	Environment *	_environment,
		VariableType	_type,
		int	_number )

Definition at line 14889 of file _infrastructure.c.

◆ pattern_match()

int pattern_match	(	char *	_pattern,
		char *	_value )

Definition at line 11100 of file _infrastructure.c.

◆ precalculate_tile_descriptors_for_font()

TileDescriptors * precalculate_tile_descriptors_for_font	(	char *	_fontData,
		int	_fontSize )

Definition at line 13073 of file _infrastructure.c.

◆ prepare_variable_storage()

void prepare_variable_storage	(	Environment *	_environment,
		char *	_name,
		Variable *	_source )

Definition at line 15218 of file _infrastructure.c.

◆ procedure_exists()

int procedure_exists	(	Environment *	_environment,
		char *	_name )

Definition at line 15841 of file _infrastructure.c.

◆ reset_screen_mode_selected()

int reset_screen_mode_selected ( Environment * _environment )

Definition at line 11487 of file _infrastructure.c.

◆ resolve_color()

char * resolve_color	(	Environment *	_environment,
		char *	_color )

Definition at line 15426 of file _infrastructure.c.

◆ resource_load_asserts()

char * resource_load_asserts	(	Environment *	_environment,
		char *	_filename )

Definition at line 12847 of file _infrastructure.c.

◆ rgbi_distance()

int rgbi_distance	(	RGBi *	_e1,
		RGBi *	_e2 )

Calculate the distance between two colors.

This function calculates the color distance between two colors(_a and _b). By "distance" we mean the geometric distance between two points in a three-dimensional space, where each dimension corresponds to one of the components (red, green and blue). The returned value is normalized to the nearest 8-bit value.

Parameters

_e1	First color
_e2	Second color

Returns: int distance

Definition at line 13523 of file _infrastructure.c.

◆ rgbi_equals_rgb()

int rgbi_equals_rgb	(	RGBi *	_first,
		RGBi *	_second )

Definition at line 13498 of file _infrastructure.c.

◆ rgbi_equals_rgba()

int rgbi_equals_rgba	(	RGBi *	_first,
		RGBi *	_second )

Definition at line 13502 of file _infrastructure.c.

◆ rgbi_extract_palette()

int rgbi_extract_palette	(	Environment *	_environment,
		unsigned char *	_source,
		int	_width,
		int	_height,
		int	_depth,
		RGBi	_palette[],
		int	_palette_size,
		int	_sorted )

Extract the color palette from the given image.

Parameters

_source
_palette
_palette_size

Returns: int

Definition at line 13566 of file _infrastructure.c.

◆ rgbi_move()

void rgbi_move	(	RGBi *	_source,
		RGBi *	_destination )

Definition at line 13506 of file _infrastructure.c.

◆ show_troubleshooting_and_exit()

int show_troubleshooting_and_exit	(	Environment *	_environment,
		int	_argc,
		char *	_argv[] )

Definition at line 15502 of file _infrastructure.c.

◆ static_string_create()

StaticString * static_string_create	(	Environment *	_environment,
		char *	_value,
		int	_size )

Definition at line 17258 of file _infrastructure.c.

◆ static_string_create_filled()

StaticString * static_string_create_filled	(	Environment *	_environment,
		int	_size,
		char	_value )

Definition at line 17238 of file _infrastructure.c.

◆ static_string_find_by_value()

StaticString * static_string_find_by_value	(	Environment *	_environment,
		char *	_value,
		int	_size )

Definition at line 17226 of file _infrastructure.c.

◆ strcopy()

char * strcopy	(	char *	_dest,
		char *	_source )

Definition at line 17121 of file _infrastructure.c.

◆ string_reserve()

StaticString * string_reserve	(	Environment *	_environment,
		char *	_value )

Definition at line 14727 of file _infrastructure.c.

◆ strreplace()

char * strreplace	(	const char *	_orig,
		const char *	_rep,
		const char *	_with )

Definition at line 17133 of file _infrastructure.c.

◆ strrstr()

const char * strrstr	(	const char *	haystack,
		const char *	needle )

Definition at line 15882 of file _infrastructure.c.

◆ strstrcase()

const char * strstrcase	(	const char *	_x,
		const char *	_y )

Definition at line 15857 of file _infrastructure.c.

◆ strtoupper()

char * strtoupper ( char * _string )

Definition at line 14299 of file _infrastructure.c.

◆ system_call()

int system_call	(	Environment *	_environment,
		char *	_commandline )

Call an external executable.

Parameters

_environment	Enviroment to call
_commandline	Command line to execute

Returns: int 0 if success, != 0 if failed

Definition at line 13709 of file _infrastructure.c.

◆ system_move_safe()

int system_move_safe	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Definition at line 15800 of file _infrastructure.c.

◆ system_remove_safe()

int system_remove_safe	(	Environment *	_environment,
		char *	_filename )

Definition at line 13784 of file _infrastructure.c.

◆ tile_allocate()

int tile_allocate	(	TileDescriptors *	_tiles,
		char *	_data )

Definition at line 13152 of file _infrastructure.c.

◆ type_find()

Type * type_find	(	Type *	_first,
		char *	_name )

Definition at line 16129 of file _infrastructure.c.

◆ unescape_string()

char * unescape_string	(	Environment *	_environment,
		char *	_value,
		int	_printing,
		int *	_final_size )

Definition at line 1875 of file _infrastructure.c.

◆ variable_add()

Variable * variable_add	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add two variable and return the sum of them.

This function allows you to sum the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The sum of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4147 of file _infrastructure.c.

◆ variable_add_const()

Variable * variable_add_const	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Add a variable with a constant, and return the sum of them.

This function allows you to sum the value of a variables and a constant. Note that variable must pre-exist before the operation, under penalty of an exception.

Precondition: _source variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination value to use

Returns: Variable* The sum of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 3868 of file _infrastructure.c.

◆ variable_add_inplace()

void variable_add_inplace	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Definition at line 4288 of file _infrastructure.c.

◆ variable_add_inplace_array()

void variable_add_inplace_array	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add a variable to an array element, and return the sum of them on the array element.

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of sum
_destination	Value to sum

Definition at line 4483 of file _infrastructure.c.

◆ variable_add_inplace_mt()

void variable_add_inplace_mt	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add two variable and return the sum of them on the first.

This function allows you to sum the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of sum
_destination	Value to sum

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4513 of file _infrastructure.c.

◆ variable_add_inplace_type()

void variable_add_inplace_type	(	Environment *	_environment,
		char *	_source,
		char *	_field,
		int	_destination )

Definition at line 4326 of file _infrastructure.c.

◆ variable_add_inplace_type_vars()

void variable_add_inplace_type_vars	(	Environment *	_environment,
		char *	_source,
		char *	_field,
		char *	_destination )

Definition at line 4443 of file _infrastructure.c.

◆ variable_add_inplace_vars()

void variable_add_inplace_vars	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add two variable and return the sum of them on the first.

This function allows you to sum the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of sum
_destination	Value to sum

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4377 of file _infrastructure.c.

◆ variable_and()

Variable * variable_and	(	Environment *	_environment,
		char *	_left,
		char *	_right )

Calculate logical "and" and return it as the result.

This function allows you to emit code to make a logical AND between two expressions, and return the result as boolean.

Parameters

_environment	Current calling environment
_left	Left expression to check
_right	Right expression to check

Returns: Variable* The result of operation

Definition at line 6816 of file _infrastructure.c.

◆ variable_and_const()

Variable * variable_and_const	(	Environment *	_environment,
		char *	_destination,
		int	_mask )

Calculate "and" mask for a variable and it as the result.

This function allows you to subdivide the value of a variable for two for various times. Note that variable must pre-exist before the operation, under penalty of an exception.

Precondition: _destination variables must exist

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_mask	And mask to apply

Returns: Variable* The result of operation

Exceptions

EXIT_FAILURE "Destination variable does not exist"

Definition at line 6781 of file _infrastructure.c.

◆ variable_array_count_vars()

Variable * variable_array_count_vars	(	Environment *	_environment,
		char *	_name,
		char *	_target )

Definition at line 12042 of file _infrastructure.c.

◆ variable_array_fill()

void variable_array_fill	(	Environment *	_environment,
		char *	_name,
		int	_value )

Definition at line 12423 of file _infrastructure.c.

◆ variable_array_fill_incremental()

void variable_array_fill_incremental	(	Environment *	_environment,
		char *	_name,
		int	_min,
		int	_count )

Definition at line 12563 of file _infrastructure.c.

◆ variable_array_fill_random()

void variable_array_fill_random	(	Environment *	_environment,
		char *	_name,
		int	_base,
		int	_min_value,
		int	_max_value,
		int	_count,
		int	_boolean )

Definition at line 12449 of file _infrastructure.c.

◆ variable_array_max_vars()

Variable * variable_array_max_vars	(	Environment *	_environment,
		char *	_name )

Definition at line 12230 of file _infrastructure.c.

◆ variable_array_min_vars()

Variable * variable_array_min_vars	(	Environment *	_environment,
		char *	_name )

Definition at line 12321 of file _infrastructure.c.

◆ variable_array_shuffle()

void variable_array_shuffle	(	Environment *	_environment,
		char *	_name,
		int	_rounds )

Definition at line 12637 of file _infrastructure.c.

◆ variable_array_sum_vars()

Variable * variable_array_sum_vars	(	Environment *	_environment,
		char *	_name )

Definition at line 12142 of file _infrastructure.c.

◆ variable_array_type()

Variable * variable_array_type	(	Environment *	_environment,
		char *	_name,
		VariableType	_type )

Definition at line 1138 of file _infrastructure.c.

◆ variable_bin()

Variable * variable_bin	(	Environment *	_environment,
		char *	_value,
		char *	_digits,
		char *	_zero,
		char *	_one )

Emit code for <string>BIN(...).

Emit the code to convert the given value in a binary string.

Parameters

_environment	Current calling environment
_value	Value to convert into string
_digits	Number of digits to represent

Returns: Variable* String with the binary representation

Definition at line 11219 of file _infrastructure.c.

◆ variable_bit()

Variable * variable_bit	(	Environment *	_environment,
		char *	_value,
		char *	_position )

Emit code for HAS BIT / BIT(...).

Parameters

_environment	Current calling environment
_value	Value to check at bit level
_position	Position to check at bit level

Returns: Variable* Bit value for that position

Definition at line 11461 of file _infrastructure.c.

◆ variable_by_constant()

Variable * variable_by_constant	(	Environment *	_environment,
		VariableType	_type,
		int	_value )

Definition at line 1848 of file _infrastructure.c.

◆ variable_cast()

Variable * variable_cast	(	Environment *	_environment,
		char *	_source,
		VariableType	_type )

Cast a variable from a type to another.

This function can be called to convert a variable from one type to another. The function takes care of both creating a temporary variable and copying the value into it, conveying it differently depending on the type. The variable must exist in order to work, otherwise an exception will be thrown.

Precondition: _source variable must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_type	Required type

Returns: Variable* A new temporary variable with the content converted to the required type

Exceptions

EXIT_FAILURE "Cannot find source var"

Definition at line 1636 of file _infrastructure.c.

◆ variable_compare()

Variable * variable_compare	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 5979 of file _infrastructure.c.

◆ variable_compare_and_branch_const()

void variable_compare_and_branch_const	(	Environment *	_environment,
		char *	_source,
		int	_destination,
		char *	_name,
		int	_positive )

Definition at line 5920 of file _infrastructure.c.

◆ variable_compare_const()

Variable * variable_compare_const	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 6409 of file _infrastructure.c.

◆ variable_compare_not()

Variable * variable_compare_not	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 6489 of file _infrastructure.c.

◆ variable_compare_not_const()

Variable * variable_compare_not_const	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 6449 of file _infrastructure.c.

◆ variable_complement_const()

Variable * variable_complement_const	(	Environment *	_environment,
		char *	_source,
		int	_value )

Calculate the complement of a variable.

This function allows you to calculate a complement of the value of one variable. Note that the variable must pre-exist before the operation, under penalty of an exception.

Precondition: _destination variables must exist

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_value	Value to use for complement

Returns: Variable* The complement of _destination variable

Exceptions

EXIT_FAILURE "Destination variable does not exist"

Definition at line 5060 of file _infrastructure.c.

◆ variable_decrement()

void variable_decrement	(	Environment *	_environment,
		char *	_source )

Decrement a variable by one.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5814 of file _infrastructure.c.

◆ variable_decrement_array()

void variable_decrement_array	(	Environment *	_environment,
		char *	_source )

Definition at line 17117 of file _infrastructure.c.

◆ variable_decrement_array_type()

void variable_decrement_array_type	(	Environment *	_environment,
		char *	_source,
		char *	_field )

Definition at line 17109 of file _infrastructure.c.

◆ variable_decrement_mt()

void variable_decrement_mt	(	Environment *	_environment,
		char *	_source )

Decrement a variable by one.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5890 of file _infrastructure.c.

◆ variable_decrement_type()

void variable_decrement_type	(	Environment *	_environment,
		char *	_source,
		char *	_field )

Definition at line 5846 of file _infrastructure.c.

◆ variable_define()

Variable * variable_define	(	Environment *	_environment,
		char *	_name,
		VariableType	_type,
		int	_value )

Define a variable for the program.

This function is necessary to define a variable within the program. This call reserves a space compatible with the given variable type, and assigns it to the given name. The initial value of the variable is also passed.

Allowed types:

VT_CHAR (CHAR)
VT_BYTE (BYTE)
VT_COLOR (COLOR)
VT_WORD (WORD)
VT_ADDRESS (ADDRESS)
VT_POSITION (POSITION)
VT_DWORD (DWORD)

It is possible to call the function several times with the same variable name: a single memory space will always be reserved. If the type differs, an exception will be thrown. Note that the variable will be defined in the last bank defined by the BANK command as VARIABLES. In other words, it is possible to define different variables in different banks, thus optimizing the space occupied by the program.

Parameters

_environment	Current calling environment
_name	Name of the variable to define
_type	Type of the variable to define
_value	Inital valure

Returns: Variable* The variable definition

Exceptions

EXIT_FAILURE "Variable redefined with a different type"

Definition at line 718 of file _infrastructure.c.

◆ variable_define_no_init()

Variable * variable_define_no_init	(	Environment *	_environment,
		char *	_name,
		VariableType	_type )

Definition at line 912 of file _infrastructure.c.

◆ variable_delete()

int variable_delete	(	Environment *	_environment,
		char *	_name )

Definition at line 1006 of file _infrastructure.c.

◆ variable_direct_assign()

Variable * variable_direct_assign	(	Environment *	_environment,
		char *	_var,
		char *	_expr )

Definition at line 14639 of file _infrastructure.c.

◆ variable_div()

Variable * variable_div	(	Environment *	_environment,
		char *	_source,
		char *	_destination,
		char *	_remainder )

Make a division between two variable and return the product of them.

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The quotient of source and destination variable

Definition at line 5238 of file _infrastructure.c.

◆ variable_div2_const()

Variable * variable_div2_const	(	Environment *	_environment,
		char *	_destination,
		int	_bits,
		char *	_remainder )

Subdivide by two a variable for various times and return the result.

This function allows you to subdivide the value of a variable for two for various times. Note that variable must pre-exist before the operation, under penalty of an exception.

Precondition: _destination variables must exist

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_bits	Times to subdivide

Returns: Variable* The result of operation

Exceptions

EXIT_FAILURE "Destination variable does not exist"

Definition at line 6608 of file _infrastructure.c.

◆ variable_div_const()

Variable * variable_div_const	(	Environment *	_environment,
		char *	_source,
		int	_destination,
		char *	_remainder )

Definition at line 5385 of file _infrastructure.c.

◆ variable_exists()

int variable_exists	(	Environment *	_environment,
		char *	_name )

Definition at line 994 of file _infrastructure.c.

◆ variable_exists_by_realname()

int variable_exists_by_realname	(	Environment *	_environment,
		char *	_name )

Definition at line 1000 of file _infrastructure.c.

◆ variable_export()

Variable * variable_export	(	Environment *	_environment,
		char *	_name,
		VariableType	_type,
		int	_size_or_value )

Definition at line 849 of file _infrastructure.c.

◆ variable_flip()

Variable * variable_flip	(	Environment *	_environment,
		char *	_variable )

Definition at line 9746 of file _infrastructure.c.

◆ variable_global()

void variable_global	(	Environment *	_environment,
		char *	_pattern )

Definition at line 467 of file _infrastructure.c.

◆ variable_greater_than()

Variable * variable_greater_than	(	Environment *	_environment,
		char *	_source,
		char *	_destination,
		int	_equal )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name
_equal	True if equal

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 7580 of file _infrastructure.c.

◆ variable_greater_than_const()

Variable * variable_greater_than_const	(	Environment *	_environment,
		char *	_source,
		int	_destination,
		int	_equal )

Definition at line 7917 of file _infrastructure.c.

◆ variable_hex()

Variable * variable_hex	(	Environment *	_environment,
		char *	_value,
		int	_separator )

Emit code for = HEX( ... ).

Parameters

_environment	Current calling environment
_value	Number to convert to hexadecimal

Returns: Variable* Result of conversion

Definition at line 9303 of file _infrastructure.c.

◆ variable_hex2bin()

Variable * variable_hex2bin	(	Environment *	_environment,
		char *	_value,
		char *	_variable )

Emit code for = HEX2BIN( ... ).

Parameters

_environment	Current calling environment
_value	Number to convert to hexadecimal

Returns: Variable* Result of conversion

Definition at line 9393 of file _infrastructure.c.

◆ variable_import()

Variable * variable_import	(	Environment *	_environment,
		char *	_name,
		VariableType	_type,
		int	_size_or_value )

Definition at line 778 of file _infrastructure.c.

◆ variable_increment()

void variable_increment	(	Environment *	_environment,
		char *	_source )

Increment a variable by one.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5494 of file _infrastructure.c.

◆ variable_increment_array()

void variable_increment_array	(	Environment *	_environment,
		char *	_source )

Definition at line 17113 of file _infrastructure.c.

◆ variable_increment_array_type()

void variable_increment_array_type	(	Environment *	_environment,
		char *	_source,
		char *	_field )

Definition at line 17105 of file _infrastructure.c.

◆ variable_increment_mt()

void variable_increment_mt	(	Environment *	_environment,
		char *	_source )

Increment a variable by one.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5740 of file _infrastructure.c.

◆ variable_increment_type()

void variable_increment_type	(	Environment *	_environment,
		char *	_source,
		char *	_field )

Definition at line 5524 of file _infrastructure.c.

◆ variable_int()

Variable * variable_int	(	Environment *	_environment,
		char *	_expression )

Definition at line 15145 of file _infrastructure.c.

◆ variable_less_than()

Variable * variable_less_than	(	Environment *	_environment,
		char *	_source,
		char *	_destination,
		int	_equal )

Compare two variable and return the result of comparation.

This function allows you to compare the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name
_equal	True if equal

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 7225 of file _infrastructure.c.

◆ variable_less_than_const()

Variable * variable_less_than_const	(	Environment *	_environment,
		char *	_source,
		int	_destination,
		int	_equal )

Definition at line 7533 of file _infrastructure.c.

◆ variable_mod()

Variable * variable_mod	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Definition at line 11646 of file _infrastructure.c.

◆ variable_move()

Variable * variable_move	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Store the value of a variable inside another variable by converting it.

This function allows you to store the value of one variable in another, making it (implicitly) cast (type conversion). Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _dest variables must exist

Parameters

_environment	Current calling environment
_source	Destination variable's name
_destination	Destination variable's name

Returns: Variable* The destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not exist"
EXIT_FAILURE	"Source variable does not cast"

Definition at line 3089 of file _infrastructure.c.

◆ variable_move_array()

void variable_move_array	(	Environment *	_environment,
		char *	_array,
		char *	_value )

Definition at line 10527 of file _infrastructure.c.

◆ variable_move_array1_type()

void variable_move_array1_type	(	Environment *	_environment,
		char *	_array,
		char *	_index,
		char *	_field,
		char *	_value )

Definition at line 16687 of file _infrastructure.c.

◆ variable_move_array1_type_const()

void variable_move_array1_type_const	(	Environment *	_environment,
		char *	_array,
		char *	_index,
		char *	_field,
		int	_value )

Definition at line 16914 of file _infrastructure.c.

◆ variable_move_array1_type_fields()

void variable_move_array1_type_fields	(	Environment *	_environment,
		char *	_array,
		char *	_index,
		char *	_field1,
		char *	_field2 )

Definition at line 16796 of file _infrastructure.c.

◆ variable_move_array_bit()

void variable_move_array_bit	(	Environment *	_environment,
		Variable *	_array,
		char *	_value )

Definition at line 10269 of file _infrastructure.c.

◆ variable_move_array_byte()

void variable_move_array_byte	(	Environment *	_environment,
		Variable *	_array,
		char *	_value )

Definition at line 10291 of file _infrastructure.c.

◆ variable_move_array_string()

void variable_move_array_string	(	Environment *	_environment,
		char *	_array,
		char *	_string )

Definition at line 10551 of file _infrastructure.c.

◆ variable_move_array_type()

void variable_move_array_type	(	Environment *	_environment,
		char *	_array,
		char *	_field,
		char *	_value )

Definition at line 16288 of file _infrastructure.c.

◆ variable_move_from_array()

Variable * variable_move_from_array	(	Environment *	_environment,
		char *	_array )

Definition at line 11077 of file _infrastructure.c.

◆ variable_move_from_array1_type()

Variable * variable_move_from_array1_type	(	Environment *	_environment,
		char *	_array,
		char *	_index,
		char *	_field )

Definition at line 16655 of file _infrastructure.c.

◆ variable_move_from_array1_type_inplace()

void variable_move_from_array1_type_inplace	(	Environment *	_environment,
		char *	_array,
		char *	_index,
		char *	_field,
		char *	_value )

Definition at line 16546 of file _infrastructure.c.

◆ variable_move_from_array_bit()

Variable * variable_move_from_array_bit	(	Environment *	_environment,
		Variable *	_array )

Definition at line 10635 of file _infrastructure.c.

◆ variable_move_from_array_bit_inplace()

Variable * variable_move_from_array_bit_inplace	(	Environment *	_environment,
		Variable *	_array,
		Variable *	_result )

Definition at line 10606 of file _infrastructure.c.

◆ variable_move_from_array_byte()

Variable * variable_move_from_array_byte	(	Environment *	_environment,
		Variable *	_array )

Definition at line 11046 of file _infrastructure.c.

◆ variable_move_from_array_byte_inplace()

void variable_move_from_array_byte_inplace	(	Environment *	_environment,
		Variable *	_array,
		Variable *	_result )

Definition at line 10645 of file _infrastructure.c.

◆ variable_move_from_array_inplace()

void variable_move_from_array_inplace	(	Environment *	_environment,
		char *	_array,
		char *	_result )

Definition at line 11056 of file _infrastructure.c.

◆ variable_move_from_array_type()

Variable * variable_move_from_array_type	(	Environment *	_environment,
		char *	_array,
		char *	_field )

Definition at line 16406 of file _infrastructure.c.

◆ variable_move_from_array_type_inplace()

void variable_move_from_array_type_inplace	(	Environment *	_environment,
		char *	_array,
		char *	_field,
		char *	_value )

Definition at line 16438 of file _infrastructure.c.

◆ variable_move_from_mt()

Variable * variable_move_from_mt	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Increment a variable by one.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5696 of file _infrastructure.c.

◆ variable_move_from_type()

Variable * variable_move_from_type	(	Environment *	_environment,
		char *	_type,
		char *	_field )

Definition at line 16177 of file _infrastructure.c.

◆ variable_move_from_type_inplace()

void variable_move_from_type_inplace	(	Environment *	_environment,
		char *	_type,
		char *	_field,
		char *	_value )

Definition at line 16196 of file _infrastructure.c.

◆ variable_move_naked()

Variable * variable_move_naked	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Store the value of a variable inside another variable without conversion.

This function allows you to store the value of one variable in another, without cast (type conversion). Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _dest variables must exist

Parameters

_environment	Current calling environment
_source	Destination variable's name
_destination	Destination variable's name

Returns: Variable* The destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not exist"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 3922 of file _infrastructure.c.

◆ variable_move_to_mt()

Variable * variable_move_to_mt	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Definition at line 5716 of file _infrastructure.c.

◆ variable_move_type()

void variable_move_type	(	Environment *	_environment,
		char *	_type,
		char *	_field,
		char *	_value )

Definition at line 16243 of file _infrastructure.c.

◆ variable_mul()

Variable * variable_mul	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Make a multiplication between two variable and return the product of them.

This function allows you to multiplicate the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The product of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 5097 of file _infrastructure.c.

◆ variable_mul2_const()

Variable * variable_mul2_const	(	Environment *	_environment,
		char *	_destination,
		int	_steps )

Double a variable for various times and return the result.

This function allows you to double the value of a variable for various times. Note that variable must pre-exist before the operation, under penalty of an exception.

Precondition: _destination variables must exist

Parameters

_environment	Current calling environment
_destination	Destination variable's name

Returns: Variable* The result of operation

Exceptions

EXIT_FAILURE "Destination variable does not exist"

Definition at line 6508 of file _infrastructure.c.

◆ variable_not()

Variable * variable_not	(	Environment *	_environment,
		char *	_value )

Calculate logical "not" and return it as the result.

This function allows you to emit code to make a logical OR between two expressions, and return the result as boolean.

Parameters

_environment	Current calling environment
_value	Left expression to check

Returns: Variable* The result of operation

Definition at line 7183 of file _infrastructure.c.

◆ variable_or()

Variable * variable_or	(	Environment *	_environment,
		char *	_left,
		char *	_right )

Calculate logical "or" and return it as the result.

This function allows you to emit code to make a logical OR between two expressions, and return the result as boolean.

Parameters

_environment	Current calling environment
_left	Left expression to check
_right	Right expression to check

Returns: Variable* The result of operation

Definition at line 7070 of file _infrastructure.c.

◆ variable_reset()

void variable_reset ( Environment * _environment )

Reset the usage flags for the temporary variable pool.

This function allows you to reset the use flag of each temporary variable in the pool. The purpose of this function is to allow the reuse of variables.

Parameters

_environment Current calling environment

Definition at line 1128 of file _infrastructure.c.

◆ variable_resident()

Variable * variable_resident	(	Environment *	_environment,
		VariableType	_type,
		char *	_meaning )

Definition at line 1518 of file _infrastructure.c.

◆ variable_resize_buffer()

Variable * variable_resize_buffer	(	Environment *	_environment,
		char *	_destination,
		int	_size )

Resize the (static) size of a buffer.

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_size	Size of the buffer, in bytes

Returns: Variable* The destination variable

Definition at line 2162 of file _infrastructure.c.

◆ variable_retrieve()

Variable * variable_retrieve	(	Environment *	_environment,
		char *	_name )

Definition at line 988 of file _infrastructure.c.

◆ variable_retrieve_by_realname()

Variable * variable_retrieve_by_realname	(	Environment *	_environment,
		char *	_name )

Definition at line 967 of file _infrastructure.c.

◆ variable_retrieve_internal()

Variable * variable_retrieve_internal	(	Environment *	_environment,
		char *	_name,
		int	_mandatory )

Retrieve the definition of a variable.

This function allows you to retrieve the definition of an actual or temporary variable, searching for it by name. Where the variable does not exist, a NULL will be returned. Otherwise, a pointer to the structure with the variable definition.

Parameters

_environment	Current calling environment
_name	Name of the variable to look for.

Returns: Variable* Definition of the variable (if it exists) or NULL.

Definition at line 521 of file _infrastructure.c.

◆ variable_retrieve_or_define()

Variable * variable_retrieve_or_define	(	Environment *	_environment,
		char *	_name,
		VariableType	_type,
		int	_value )

Definition at line 1040 of file _infrastructure.c.

◆ variable_set_type()

void variable_set_type	(	Environment *	_environment,
		char *	_name,
		char *	_type )

Definition at line 16159 of file _infrastructure.c.

◆ variable_sl_const()

Variable * variable_sl_const	(	Environment *	_environment,
		char *	_destination,
		int	_steps )

Definition at line 6553 of file _infrastructure.c.

◆ variable_sr_const()

Variable * variable_sr_const	(	Environment *	_environment,
		char *	_destination,
		int	_bits )

Definition at line 6647 of file _infrastructure.c.

◆ variable_store()

Variable * variable_store	(	Environment *	_environment,
		char *	_destination,
		unsigned int	_value )

Store a direct value to a variable.

This function outputs code to initialize a variable to a specific direct value. The variable must exist in order to work, otherwise an exception will be thrown.

Precondition: _destination variable must exist

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_value	Value to assign

Returns: Variable* The destination variable

Exceptions

EXIT_FAILURE "Destination variable does not exists"

Definition at line 1720 of file _infrastructure.c.

◆ variable_store_array()

Variable * variable_store_array	(	Environment *	_environment,
		char *	_destination,
		unsigned char *	_buffer,
		int	_size,
		int	_at )

Definition at line 2224 of file _infrastructure.c.

◆ variable_store_array_const()

void variable_store_array_const	(	Environment *	_environment,
		char *	_array,
		int	_value )

Definition at line 10245 of file _infrastructure.c.

◆ variable_store_array_const_bit()

void variable_store_array_const_bit	(	Environment *	_environment,
		Variable *	_array,
		int	_value )

Definition at line 10111 of file _infrastructure.c.

◆ variable_store_array_const_byte()

void variable_store_array_const_byte	(	Environment *	_environment,
		Variable *	_array,
		int	_value )

Definition at line 10134 of file _infrastructure.c.

◆ variable_store_buffer()

Variable * variable_store_buffer	(	Environment *	_environment,
		char *	_destination,
		unsigned char *	_buffer,
		int	_size,
		int	_at )

Definition at line 2175 of file _infrastructure.c.

◆ variable_store_float()

Variable * variable_store_float	(	Environment *	_environment,
		char *	_destination,
		double	_value )

Store a string to a variable.

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_value	Value to assign

Returns: Variable* The destination variable

Definition at line 2038 of file _infrastructure.c.

◆ variable_store_mt()

void variable_store_mt	(	Environment *	_environment,
		char *	_source,
		unsigned int	_value )

Store a variable's value.

Parameters

_environment	Current calling environment
_source	Source variable's name

Returns: Variable* The source variable

Definition at line 5675 of file _infrastructure.c.

◆ variable_store_string()

Variable * variable_store_string	(	Environment *	_environment,
		char *	_destination,
		char *	_value )

Store a string to a variable.

Parameters

_environment	Current calling environment
_destination	Destination variable's name
_value	Value to assign

Returns: Variable* The destination variable

Definition at line 1995 of file _infrastructure.c.

◆ variable_store_type()

Variable * variable_store_type	(	Environment *	_environment,
		char *	_destination,
		char *	_field,
		unsigned int	_value )

Definition at line 1808 of file _infrastructure.c.

◆ variable_string_asc()

Variable * variable_string_asc	(	Environment *	_environment,
		char *	_char )

Emit code for = ASC( ... ).

Parameters

_environment	Current calling environment
_char	String to convert to ascii

Returns: Variable* Result of conversion

Definition at line 9927 of file _infrastructure.c.

◆ variable_string_chr()

Variable * variable_string_chr	(	Environment *	_environment,
		char *	_ascii )

Emit code for = CHR( ... ).

Parameters

_environment	Current calling environment
_ascii	ASCII value to convert to string

Returns: Variable* Result of conversion

Definition at line 9822 of file _infrastructure.c.

◆ variable_string_dup()

Variable * variable_string_dup	(	Environment *	_environment,
		char *	_string,
		char *	_repetitions )

Definition at line 9578 of file _infrastructure.c.

◆ variable_string_flip()

Variable * variable_string_flip	(	Environment *	_environment,
		char *	_string )

Emit code for = FLIP( ... ).

Parameters

_environment	Current calling environment
_string	String to flip

Returns: Variable* Result of flip

Definition at line 9710 of file _infrastructure.c.

◆ variable_string_insert()

Variable * variable_string_insert	(	Environment *	_environment,
		char *	_string,
		char *	_altstring,
		char *	_pos )

Definition at line 15281 of file _infrastructure.c.

◆ variable_string_inst()

Variable * variable_string_inst	(	Environment *	_environment,
		char *	_string,
		char *	_altstring,
		char *	_pos )

Definition at line 15357 of file _infrastructure.c.

◆ variable_string_instr()

Variable * variable_string_instr	(	Environment *	_environment,
		char *	_search,
		char *	_searched,
		char *	_start )

Emit code for = INSTR( ..., ... [, ...] ).

Parameters

_environment	Current calling environment
_search	String to be searched
_searched	String to search
_start	Starting position to start to search

Returns: Variable* Result of text search

Definition at line 8795 of file _infrastructure.c.

◆ variable_string_left()

Variable * variable_string_left	(	Environment *	_environment,
		char *	_string,
		char *	_position )

Emit code for = LEFT( ..., ... ).

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from

Returns: Variable* Result of text extraction

Definition at line 7994 of file _infrastructure.c.

◆ variable_string_left_assign()

void variable_string_left_assign	(	Environment *	_environment,
		char *	_string,
		char *	_position,
		char *	_expression )

Emit code for LEFT( ..., ... ) = ....

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from

Returns: Variable* Result of text extraction

Definition at line 8085 of file _infrastructure.c.

◆ variable_string_len()

Variable * variable_string_len	(	Environment *	_environment,
		char *	_string )

Emit code for = LEN( ... ).

Parameters

_environment	Current calling environment
_string	String to examinate

Returns: Variable* Result of length measurement

Definition at line 10007 of file _infrastructure.c.

◆ variable_string_lower()

Variable * variable_string_lower	(	Environment *	_environment,
		char *	_string )

Emit code for = UPPER( ... ).

Parameters

_environment	Current calling environment
_string	String to convert in lower case

Returns: Variable* Result of case conversion

Definition at line 8944 of file _infrastructure.c.

◆ variable_string_mid()

Variable * variable_string_mid	(	Environment *	_environment,
		char *	_string,
		char *	_position,
		char *	_len )

Emit code for = MID( ..., ... [, ...] ).

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from
_len	Length to extract

Returns: Variable* Result of text extraction

Definition at line 8397 of file _infrastructure.c.

◆ variable_string_mid_assign()

void variable_string_mid_assign	(	Environment *	_environment,
		char *	_string,
		char *	_position,
		char *	_len,
		char *	_expression )

Emit code for MID( ..., ... [, ...] ) = ....

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from
_len	Length to extract

Returns: Variable* Result of text extraction

Definition at line 8657 of file _infrastructure.c.

◆ variable_string_pick()

Variable * variable_string_pick	(	Environment *	_environment,
		char *	_string,
		int	_position )

Definition at line 15401 of file _infrastructure.c.

◆ variable_string_right()

Variable * variable_string_right	(	Environment *	_environment,
		char *	_string,
		char *	_position )

Emit code for = LEFT( ..., ... ).

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from

Returns: Variable* Result of text extraction

Definition at line 8201 of file _infrastructure.c.

◆ variable_string_right_assign()

void variable_string_right_assign	(	Environment *	_environment,
		char *	_string,
		char *	_position,
		char *	_expression )

Emit code for RIGHT( ..., ... ) = ....

Parameters

_environment	Current calling environment
_string	String to extract text from
_position	Position to start from

Returns: Variable* Result of text extraction

Definition at line 8307 of file _infrastructure.c.

◆ variable_string_space()

Variable * variable_string_space	(	Environment *	_environment,
		char *	_repetitions )

Emit code for = SPACE( ... ).

Parameters

_environment	Current calling environment
_repetitions	Number of spaces to produce in output string

Returns: Variable* Result of production

Definition at line 9669 of file _infrastructure.c.

◆ variable_string_str()

Variable * variable_string_str	(	Environment *	_environment,
		char *	_value )

Emit code for = STR( ... ).

Parameters

_environment	Current calling environment
_value	Number to convert to string

Returns: Variable* Result of conversion

Definition at line 9104 of file _infrastructure.c.

◆ variable_string_string()

Variable * variable_string_string	(	Environment *	_environment,
		char *	_string,
		char *	_repetitions )

Emit code for = STRING( ..., ... ).

Parameters

_environment	Current calling environment
_string	String to use as base (the first letter)
_repetitions	Number of repetition of output string

Returns: Variable* Result of production

Definition at line 9495 of file _infrastructure.c.

◆ variable_string_substring()

Variable * variable_string_substring	(	Environment *	_environment,
		char *	_string,
		char *	_start,
		char *	_end )

Emit code for = SUBSTRING( ..., ... [, ...] ).

Parameters

_environment	Current calling environment
_string	String to extract text from
_start	Position to start from
_end	Length to end to

Returns: Variable* Result of text extraction

Definition at line 8566 of file _infrastructure.c.

◆ variable_string_upper()

Variable * variable_string_upper	(	Environment *	_environment,
		char *	_string )

Emit code for = UPPER( ... ).

Parameters

_environment	Current calling environment
_string	String to convert in uppercase

Returns: Variable* Result of case conversion

Definition at line 9039 of file _infrastructure.c.

◆ variable_string_val()

Variable * variable_string_val	(	Environment *	_environment,
		char *	_value )

Emit code for = VAL( ... ).

Parameters

_environment	Current calling environment
_value	String to convert to number

Returns: Variable* Result of conversion

Definition at line 9201 of file _infrastructure.c.

◆ variable_sub()

Variable * variable_sub	(	Environment *	_environment,
		char *	_source,
		char *	_dest )

Make a differenze between two variable and return the difference of them.

This function allows you to difference the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Returns: Variable* The sum of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4660 of file _infrastructure.c.

◆ variable_sub_const()

Variable * variable_sub_const	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Make a differenze between a variable a constant, and return the difference of them.

This function allows you to difference the value of a variable and a constant. Note that both variable must pre-exist before the operation, under penalty of an exception.

Precondition: _source variable must exist

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Value to subtract

Returns: Variable* The difference of source and destination variable

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4786 of file _infrastructure.c.

◆ variable_sub_inplace()

void variable_sub_inplace	(	Environment *	_environment,
		char *	_source,
		char *	_dest )

Make a differenze between two variable and assign the difference of them to the first.

This function allows you to difference the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of the subtraction
_destination	Destination variable's name

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4834 of file _infrastructure.c.

◆ variable_swap()

void variable_swap	(	Environment *	_environment,
		char *	_source,
		char *	_dest )

Swap values of two variables.

This function allows you to swap the value of two variables. Note that none variable must pre-exist before the operation.

Parameters

_environment	Current calling environment
_source	Source variable's name
_destination	Destination variable's name

Definition at line 4984 of file _infrastructure.c.

◆ variable_temporary()

Variable * variable_temporary	(	Environment *	_environment,
		VariableType	_type,
		char *	_meaning )

Define a temporary variable.

This function is necessary to define a temporary variable. This call will search for a (unused) temporary variable of the same type. If there is none, a new temporary variable will be reserved. The name will be chosen so as not to collide with either existing temporary variables or already defined actual variables. Note that the variable will be defined in the last bank defined by the BANK command as TEMPORARY. In other words, it is possible to define different variables in different banks, thus optimizing the space occupied by the program.

Allowed types:

VT_BYTE (BYTE)
VT_SBYTE (SIGNED BYTE)
VT_COLOR (COLOR)
VT_WORD (WORD)
VT_SWORD (SIGNED WORD)
VT_ADDRESS (ADDRESS)
VT_POSITION (POSITION)
VT_DWORD (DWORD)
VT_SIGNED DWORD (SIGNED DWORD)
VT_STRING (STATIC STRING)
VT_DSTRING (DYNAMIC STRING)
VT_BUFFER
VT_SPRITE
VT_TILE
VT_TILESET
VT_TILES

Parameters

_environment	Current calling environment
_type	Type of the variable to define

Returns: Variable* The variable definition

Definition at line 1388 of file _infrastructure.c.

◆ variable_temporary_remove()

void variable_temporary_remove	(	Environment *	_environment,
		char *	_name )

Definition at line 12956 of file _infrastructure.c.

◆ variable_type_from_numeric_value()

VariableType variable_type_from_numeric_value	(	Environment *	_environment,
		int	_number )

Definition at line 14807 of file _infrastructure.c.

◆ variable_xor()

Variable * variable_xor	(	Environment *	_environment,
		char *	_left,
		char *	_right )

Calculate logical "xor" and return it as the result.

This function allows you to emit code to make a logical XOR between two expressions, and return the result as boolean.

Parameters

_environment	Current calling environment
_left	Left expression to check
_right	Right expression to check

Returns: Variable* The result of operation

Definition at line 6943 of file _infrastructure.c.

◆ variable_xor_inplace()

void variable_xor_inplace	(	Environment *	_environment,
		char *	_source,
		int	_destination )

Definition at line 4537 of file _infrastructure.c.

◆ variable_xor_inplace_mt()

void variable_xor_inplace_mt	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add two variable and return the sum of them on the first.

This function allows you to sum the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of sum
_destination	Value to sum

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4620 of file _infrastructure.c.

◆ variable_xor_inplace_vars()

void variable_xor_inplace_vars	(	Environment *	_environment,
		char *	_source,
		char *	_destination )

Add two variable and return the sum of them on the first.

This function allows you to sum the value of two variables. Note that both variables must pre-exist before the operation, under penalty of an exception.

Precondition: _source and _destination variables must exist

Parameters

_environment	Current calling environment
_source	Source variable's name and destination of sum
_destination	Value to sum

Exceptions

EXIT_FAILURE	"Destination variable does not cast"
EXIT_FAILURE	"Source variable does not exist"

Definition at line 4576 of file _infrastructure.c.

Variable Documentation

◆ BANK_TYPE_AS_STRING

char BANK_TYPE_AS_STRING[][16]

Initial value:

                         = {
    "CODE", 
    "VARIABLES",
    "TEMPORARY",
    "DATA",
    "STRINGS"
}

Description of BANK TYPE, in readable format.

Definition at line 125 of file _infrastructure.c.

◆ DATATYPE_AS_STRING

char DATATYPE_AS_STRING[][16]

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.

◆ importPath

char* importPath

extern

This variable holds the name of the folder containing the set of definitions to be used with the IMPORT DECLARES command. Executing this statement loads the relevant ugBASIC file for the target in question from this location. If NULL, the import path will be search against the following paths: ../../imports, ../imports and, finally, ./imports.

Definition at line 250 of file ugbc.tab.c.

◆ OUTPUT_FILE_TYPE_AS_STRING

char OUTPUT_FILE_TYPE_AS_STRING[][16]

Initial value:

                                = {
    "bin",
    "prg",
    "xex",
    "k7 (original)",
    "k7 (new)",
    "tap",
    "cas",
    "rom",
    "d64",
    "dsk",
    "atr",
    "reu",
    "ram",
    "sddrive"
}

In technical terms, it's an array (or list) of constant strings. Each string represents the description of the generated format. This variable has three main purposes in the compiler workflow: the compiler uses this array to rename output files based on the source filename; òets the compiler know which output "stages" the user has requested; finally, before writing a file, the system checks whether the desired extension is one of the "managed" or supported types on the target architecture.

Definition at line 172 of file _infrastructure.c.

◆ SYSTEM_PALETTE

RGBi SYSTEM_PALETTE[]

extern

◆ targetName

char targetName[] = "atari"

Definition at line 55 of file _infrastructure.c.

◆ yydebug

int yydebug

extern

In Bison, the yydebug variable is the primary tool for runtime debugging of the generated parser. When enabled, it allows you to see exactly what's happening "under the hood" as the parser parses the input.

Normally, a Bison parser operates silently: it reads tokens and reduces the rules. If there's an error, you only receive a generic "syntax error". When yydebug is enabled (1), the parser prints a detailed log to standard error (stderr), including when a token is read and pushed onto the stack (shifts), when a sequence of symbols is transformed into a non-terminal according to a grammatical rule (reductions) and the evolution of parser states (stack state).

This variable is a global integer variable (of type int). To enable logging, you must set it to a non-zero value (usually 1). This value is driven by "-y" command line parameter (-y0 or -y1) Inside the Bison definition, we defined the debug macro to include the code needed for tracing support.

Definition at line 168 of file ugbc.tab.c.

Macros

Functions

Variables

Macro Definition Documentation

◆ strcmp_nocase

◆ UNESCAPE_COLOR

Function Documentation

◆ address_displacement()

◆ assemblyLineIsAComment()

◆ bank_find()

◆ basename()

◆ buffered_fprintf()

◆ buffered_fputs()

◆ buffered_fwrite()

◆ buffered_output()

◆ buffered_pop_output()

◆ buffered_prepend_output()

◆ buffered_push_output()

◆ build_resource_for_sequence()

◆ calculate_exact_tile()

◆ calculate_frame_by_type()

◆ calculate_horizontal_edges()

◆ calculate_nearest_tile()

◆ calculate_tile_affinity()

◆ calculate_tile_descriptor()

◆ calculate_vertical_edges()

◆ calculate_white_area()

◆ check_datatype_limits()

◆ check_if_filename_is_valid()

◆ const_define_numeric()

◆ const_define_string()

◆ constant_create()

◆ constant_find()

◆ count_screen_mode_selected()

◆ data_segment_define()

◆ data_segment_define_numeric()

◆ data_segment_define_or_retrieve()

◆ data_segment_define_or_retrieve_numeric()

◆ data_segment_find()

◆ data_segment_find_numeric()

◆ define_implicit_array_if_needed()

◆ environment_create()

◆ environment_parse_command_line()

◆ environment_setup_10liner()

◆ environment_setup_default()

◆ environment_setup_retrohack()

◆ escape_newlines()

◆ escape_newlines_full()

◆ field_find()

◆ file_get_size()

◆ file_read_csv()

◆ find_copper_list()

◆ find_frame_by_type()

◆ find_last_path_separator()

◆ find_screen_mode_by_id()

◆ find_screen_mode_by_suggestion()

◆ font_descriptors_init()

◆ generate_storage_filename()

◆ get_default_temporary_path()

◆ get_image_overwrite_size()

◆ get_temporary_filename()

◆ image_converter_asserts()

◆ image_converter_asserts_free()

◆ image_converter_asserts_free_height()

◆ image_converter_asserts_free_width()

◆ image_enlarge_bottom()

◆ image_enlarge_right()

◆ image_extract_subimage()

◆ image_flip_x()

◆ image_flip_y()

◆ image_roll_x_left()

◆ image_roll_x_right()

◆ image_roll_y_down()

◆ import_file_name()

◆ label_define_named()

◆ label_define_numeric()

◆ label_exists_named()

◆ label_exists_numeric()

◆ label_referred_define_named()

◆ label_referred_define_numeric()