fpc/packages/cocoaint/utils/iphone/pascocoa_parser.php
mazen b127fc154a * Fixed spell error revealed by lintian.
git-svn-id: trunk@16094 -
2010-10-06 20:33:57 +00:00

4163 lines
144 KiB
PHP

<?php
function ReadTextFile ($path) {
if ($handle = fopen($path, "r")) {
return fread($handle, 400 * 1024);
fclose($handle);
}
}
function str_replace_word ($needle, $replacement, $haystack) {
$pattern = "/\b$needle\b/";
$haystack = preg_replace($pattern, $replacement, $haystack);
return $haystack;
}
function istr_replace_word ($needle, $replacement, $haystack) {
$pattern = "/\b$needle\b/i";
$haystack = preg_replace($pattern, $replacement, $haystack);
return $haystack;
}
define("CAST_HANDLE", true);
define("DONT_CAST_HANDLE", false);
define("ACCESS_HANDLE_DIRECT", 1);
define("ACCESS_HANDLE_FUNCTION", 2);
define("REGISTER_SEL", true);
define("DONT_REGISTER_SEL", false);
define("USE_HANDLE", true);
define("DONT_USE_HANDLE", false);
class TPasCocoaParser {
// Frameworks to parse
var $frameworks = array( "foundation" => array( "root" => "/foundation/Foundation.inc",
"bridge" => "/bridgesupport/foundation.xml",
"headers" => "/System/Library/Frameworks/Foundation.framework/Headers",
"include_pattern" => "{[$]+include (NS.*).inc}",
"header_pattern" => "^NS(.*)\.h",
"enabled" => false,
),
"appkit" => array( "root" => "/appkit/AppKit.inc",
"bridge" => "/bridgesupport/appkit.xml",
"headers" => "/System/Library/Frameworks/AppKit.framework/Headers",
"include_pattern" => "{[$]+include (NS.*).inc}",
"header_pattern" => "^NS(.*)\.h",
"enabled" => false,
),
"uikit" => array( "root" => "/uikit/UIKit.inc",
"bridge" => "/bridgesupport/appkit.xml",
//"headers" => "/Users/ryanjoseph/Desktop/iphone/UIKit.framework/Headers",
"headers" => "/Developer/Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS2.2.1.sdk/System/Library/Frameworks/UIKit.framework/Headers",
"include_pattern" => "{[$]+include (UI.*).inc}",
"header_pattern" => "^UI(.*)\.h",
"enabled" => false,
),
"webkit" => array( "root" => "/webkit/WebKit.inc",
"bridge" => "/bridgesupport/webkit.xml",
"headers" => "/System/Library/Frameworks/WebKit.framework/Headers",
"include_pattern" => "{[$]+include (.*).inc}",
"header_pattern" => "^(.*)\.h",
"enabled" => false,
),
"coredata" => array( "root" => "/coredata/CoreData.inc",
"bridge" => "/bridgesupport/coredata.xml",
"headers" => "/Developer/SDKs/MacOSX10.5.sdk/System/Library/Frameworks/CoreData.framework/Headers",
"include_pattern" => "{[$]+include (.*).inc}",
"header_pattern" => "^(.*)\.h",
"enabled" => false,
),
);
var $maximum_method_length = 111; // WE GET THIS ERROR: NSDelegatesAll.pas(6109,296) Error: Identifier not found "NSDelegateController_NSLayoutManagerDelegate_layoutManager_shouldUseTemporaryAttributes_forDrawingToScreen_atCharacterIndex_effectiveRange"
var $output; // current output file handle
var $root; // root for printing/locating resources
var $out; // directory to print
var $show; // print output to screen instead of file
var $framework; // current framework being parsed
var $current_class; // reference to current class structure being parsed
var $current_header; // reference to current header structure being parsed
var $method_count; // count of all methods parsed
var $class_count; // count of all classes parsed
var $warning_count; // count of parser warnings
var $parser_skipping; // the parser is skipping lines in the current file
var $inside_macro_block; // the parser is inside a macro block, no nesting!
var $instance_var_scope; // current scope of the instance variable parser
var $cocoa_classes = array(); // array of all NS*** classes
var $cocoa_categories = array(); // array of all NS*** categories
var $dump = array(); // Convert Pascal classes
var $delegate_methods = array(); // Delegate methods and types from GEN_BRIDGE_METADATA XML data
var $delegate_method_names = array(); // Delegate method name array
var $type_encodings = array(); // Master listing of type encodings for each method in the frameworks
/**
* PARSER OPTIONS
*/
var $objc_id = "NSObjectRef"; // Default type for generic objects
var $objc_id_real = "NSObjectRef"; // The real type of generic objects (id)
var $objc_id_base = "Pointer"; // The base type for all "Ref" types
var $sel_string = "SELString"; // The selector string type which registers selectors internally
var $protocol_suffix = "Protocol"; // All protocols append this suffix
var $pointer_type_suffx = "Ref"; // NS*** pointers in parameter lists are suffixed with this
var $class_pointer_suffix = "Pointer"; // Pointers to NS*** classes are suffxed with this
var $register_selectors = true; // Register selectors automatically inside the wrappers
var $show_added_messages = false; // show messages when methods are added to a class
var $show_class_hierarchy = false;
var $objects_are_wrappers = false; // Treat all objects (id) like wrappers. i.e aObject.Handle;
var $replace_hinted_params = false; // replace comment hints with hinted type - (void * /* CMProfileRef */)colorSyncProfile;
var $master_delegate_class = "NSDelegateController"; // Name of the master delegate class
var $master_delegate_file = "NSDelegatesAll"; // Name of the master delegate file (no extension)
var $trailing_underscore = false; // Append the trailing underscore for last parameter
var $record_keyword = "record"; // The keyword used for printing records
var $bitpacked_record_keyword = "bitpacked record"; // The keyword used for printing bitpacked records
var $string_macro = "NSString";
// Pascal keywords to protect
var $reserved_keywords = array( "const", "object", "string", "array", "var", "set", "interface", "classname", "unit",
"self", "type", "raise", "property", "to", "for", "with", "function", "procedure", "result",
"pointer", "create", "new", "dispose", "label", "packed", "record", "char", "class",
);
// FPC methods that can't be overloaded
var $reserved_methods = array("className");
// Types which can not be altered by reserved keywords
var $reserved_types = array("Pointer");
// Objective-c types to convert
var $replace_types = array( "id"=>"NSObjectRef", "void"=>"Pointer", "BOOL"=>"LongBool", "long"=>"LongInt", "int"=>"Integer",
"unsigned long"=>"UInt32", "unsigned short"=>"UInt8", "void *"=>"Pointer", "unsigned int"=>"UInt16",
"NSUInteger"=>"UInt32", "NSInteger"=>"SInt32", "Class"=>"Pobjc_class", "uint"=>"UInt16",
"uint8_t"=>"UInt8", "signed int"=>"Integer", "const char"=>"PChar", "const void"=>"Pointer",
"const uint8_t"=>"Pointer", "unsigned"=>"UInt8", "int32_t"=>"SInt32", "float"=>"Float32",
"unsigned long long"=>"UInt64", "int64_t"=>"SInt64", "uint32_t"=>"UInt32", "uint16_t"=>"UInt16",
"unsigned char"=>"char", "short"=>"SInt8", "double"=>"Float64", "long long"=>"SInt64",
// macros
"IBAction"=>"void",
// special pointers
"const id *"=>"NSObjectArrayOfObjectsPtr", "Protocol *"=>"ObjcProtocol", "NSObject *"=>"NSObjectRef",
"const char *"=>"PChar", "const void *"=>"Pointer", "unsigned char *"=>"Pointer", "char *"=>"Pointer",
"unsigned *"=>"Pointer",
);
// These "types" are hints to the Objective-C garbage collector
var $garbage_collector_hints = array("__strong", "__weak");
var $null_macros = array("IBOutlet", "IBAction");
// External NSString macros. These should be moved into the frameworks array
var $external_string_macros = "APPKIT_EXTERN|FOUNDATION_EXPORT|UIKIT_EXTERN|COREDATA_EXTERN";
// Types which have known pointers declared in the headers
var $pointer_types = array( // MacOSAll types
"CGFloat"=>"psingle", "UInt32"=>"UInt32Ptr", "SInt32"=>"SInt32Ptr",
// Cocoa types
"BOOL"=>"pboolean",
"unsigned char"=>"pchar",
"unsigned short"=>"pcushort", "unsigned int"=>"pcuint", "uint"=>"pcuint", "signed int"=>"pcint",
"float"=>"psingle", "double"=>"pdouble", "long long"=>"pclonglong","long"=>"pclong", "unsigned long"=>"pculong",
"int"=>"pinteger","uint8_t"=>"pbyte","unsigned"=>"pbyte","unsigned long long"=>"pculonglong"
);
var $objc_object_array = "id; objParams: array of const"; // Type which represents a dynamic array of Objective-c objects (id)
// Symbols to ignore
var $ignore_symbol = array("NSApp");
// Categories to ignore
var $ignore_categories = array("NSCoderMethods", "NSDeprecatedKeyValueCoding", "NSDeprecated");
// Methods to ignore
var $ignore_methods = array( "retain", "release", "retainCount", "copyWithZone", "mutableCopyWithZone",
"allocWithZone", "alloc", "copy", "mutableCopy", "self_", "autorelease", "awakeFromNib",
"observationInfo",
);
// default protected keywords by class/category
// these may be useful if super classes were not parsed before
var $default_protected = array( "*"=>array("description", "classDescription"),
"NSDeprecated"=>array("accessoryView"),
"NSToolbarSupport"=>array("toolbar"),
"DOMNode"=>array("version"),
"WebView"=>array("frame"),
"DOMImplementation"=>array("version"),
);
// Send methods that have a custom design
var $custom_send_methods = array( "NSArray.arrayWithObjects", "NSArray.initWithObjects",
"NSDictionary.dictionaryWithObjectsAndKeys", "NSDictionary.initWithObjectsAndKeys",
"NSSet.setWithObjects", "NSSet.initWithObjects",
);
var $toll_free_bridge = array(
"NSString"=>"CFStringRef", "NSArray"=>"CFArrayRef", "NSMutableString"=>"CFMutableStringRef",
"NSData"=>"CFDataRef", "NSDictionary"=>"CFDictionaryRef", "NSSet"=>"CFSetRef",
"NSMutableArray"=>"CFMutableArrayRef", "NSMutableCharacterSetRef"=>"CFMutableCharacterSetRef",
"NSMutableData"=>"CFMutableDataRef", "NSMutableDictionary"=>"CFMutableDictionaryRef",
"NSMutableSet"=>"CFMutableSetRef", "NSNumber"=>"CFNumberRef", "NSURL"=>"CFURLRef",
"NSError"=>"CFErrorRef",
/* The Cocoa versions of these API's are much better and not very common, should we replace them?
"NSOutputStream"=>"CFWriteStreamRef", "NSPasteboard"=>"PasteboardRef"
"NSInputStream"=>"CFReadStreamRef", "NSTimer"=>"CFRunLoopTimerRef",
"NSTimeZone"=>"CFTimeZoneRef", "NSCharacterSet"=>"CFCharacterSetRef",
"NSDate"=>"CFDateRef",
*/
);
// types that use objc_msgSend_stret on all architectures
var $struct_types = array( "NSRect", "NSDecimal", "NSFastEnumerationState", "NSMapTableValueCallBacks",
"NSHashTableCallBacks", "NSMapTableKeyCallBacks",
// TEMPORARY PARSER HACKS
"aeDesc_",
);
// structs that use objc_msgSend or objc_msgSend_stret depending on architecture
// "On Mac OS X Intel/i386, records whose size is 1, 2, 4 or 8 bytes are returned using registers"
var $struct_register_types = array( "NSRange", "NSPoint", "NSSize", "NSAffineTransformStruct" );
// Functions that return types will invoke objc_msgSend_fpret
// NOTE: we must also know the exact type so we can make the proper function pointer
var $float_types = array( // C-types
"float", "long double", "double",
// Cocoa types
"NSTimeInterval",
// Pascal types
"Float64", "Float32",
// CarbonTypes
"CGFloat",
);
var $skip_blocks = array( "^#if __LP64__ \|\| NS_BUILD_32_LIKE_64"=>"^#(else|endif)+",
);
var $macro_blocks = array( "^#if (__LP64__)"=>"\$ifdef cpu64",
"^#if ![[:space:]]*(__LP64__)"=>"\$ifndef cpu64",
"^#ifdef __BIG_ENDIAN__"=>"\$ifdef fpc_big_endian",
//"^#if MAC_OS_X_VERSION_MAX_ALLOWED >= MAC_OS_X_VERSION_[0-9]+_[0-9]+"=>"*",
);
// these categories should be placed into NSObject
var $base_categories = array( "NSArchiverCallback", "NSClassDescriptionPrimitives", "NSCoderMethods", "NSComparisonMethods",
"NSDelayedPerforming", "NSDeprecatedKeyValueCoding", "NSDeprecatedKeyValueObservingCustomization",
"NSDistributedObjects", "NSErrorRecoveryAttempting", "NSKeyValueCoding", "NSPlaceholders",
"NSKeyValueObserverRegistration", "NSKeyValueObserving", "NSKeyValueObservingCustomization",
"NSKeyedArchiverObjectSubstitution", "NSKeyedUnarchiverObjectSubstitution", "NSDeprecatedMethods",
"NSScriptKeyValueCoding", "NSThreadPerformAdditions", "NSServicesRequests", "NSKeyValueBindingCreation",
"NSAccessibility", "NSAccessibilityAdditions",
);
// These really don't feel like they should be in NSObject, removing until we know where to put them.
// Maybe a new class? NSCategories...
// "NSURLClient", "NSScripting", "NSScriptClassDescription", "NSScriptObjectSpecifiers",
// "NSScriptingComparisonMethods", "NSFontManagerResponderMethod", "NSMenuValidation",
// "NSColorPanelResponderMethod", "NSFontPanelValidationAdditions", "NSToolbarItemValidation",
// "NSDictionaryControllerKeyValuePair", "NSEditor",
/**
* COMMON REGULAR EXPRESIONS
*/
var $regex_objc_method_params = "^(-|\+)[[:space:]]*\((.*)\)[[:space:]]*([a-zA-Z0-9]+):(.*);";
var $regex_objc_method_no_params = "^(-|\+)[[:space:]]*\((.*)\)[[:space:]]*([a-zA-Z0-9]+);";
var $regex_objc_category = "^@interface ([a-zA-Z]+)[[:space:]]*\(([a-zA-Z]+)\)";
var $regex_objc_class = "^@interface ([a-zA-Z]+)[[:space:]]*:[[:space:]]*([a-zA-Z]+)[[:space:]]*(<(.*)>)*";
var $regex_objc_class_no_super = "^@interface ([a-zA-Z]+)[[:space:]]*<(.*)>[[:space:]]*";
var $regex_objc_protocol = "^@protocol ([a-zA-Z]+)";
var $regex_procedure_type = "^[[:space:]]*(void|IBAction)+[[:space:]]*$";
var $regex_scope_compiler_directive = "^\s*@(private|protected|public)(;*)+\s*$";
var $regex_objc_property = "^@property\((.*)\)[[:space:]]*(.*);";
/**
* TEMPLATES
*/
// Template for implemented function
var $template_implemented_function = "function [CLASS].implemented_[NAME][PARAMS_HEADER]: [RETURN];
begin
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](super_[NAME][PARAMS_BODY_WRAPPER]);
{\$else}
Result := [RETURN](super_[NAME][PARAMS_BODY]);
{\$endif}
end;";
// Template for implemented procedure
var $template_implemented_procedure = "procedure [CLASS].implemented_[NAME][PARAMS_HEADER];
begin
{\$ifdef NSOBJECT_AUTO_WRAPPER}
super_[NAME][PARAMS_BODY_WRAPPER];
{\$else}
super_[NAME][PARAMS_BODY];
{\$endif}
end;";
// Template for constructor
var $template_constructor = "constructor [CLASS][NAME][PARAMS_HEADER];
type
TmsgSendWrapper = function (param1: id; param2: SEL[PARAMS_PROC]): id; cdecl;
var
vmethod: TmsgSendWrapper;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
RegisterSubClass;
allocbuf := objc_msgSend(ClassID, SEL_alloc, []);
vmethod := TmsgSendWrapper(@objc_msgSend);
Handle := vmethod(allocbuf, SEL_[SELNAME][PARAMS_LIST_WRAPPER]);
retainCount := 1;
AssignSelf(Handle);
AddMethods;
BindMethods;
end;";
// Template for constructor that does not allocate memory
var $template_constructor_no_alloc = "constructor [CLASS][NAME][PARAMS_HEADER];
type
TmsgSendWrapper = function (param1: id; param2: SEL[PARAMS_PROC]): id; cdecl;
var
vmethod: TmsgSendWrapper;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
RegisterSubClass;
vmethod := TmsgSendWrapper(@objc_msgSend);
Handle := vmethod(ClassID, SEL_[SELNAME][PARAMS_LIST_WRAPPER]);
AutoReleaseObject;
AssignSelf(Handle);
AddMethods;
BindMethods;
end;";
// Template for function to send Objective-c message that returns an auto-generated/memory managed wrapper object.
var $template_function_make_wrapper = "function [CLASS][NAME][PARAMS_HEADER]: [RETURN];
type
TmsgSendWrapper = function (param1: id; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
var
vmethod: TmsgSendWrapper;
wrapper: [RETURN];
begin
vmethod := TmsgSendWrapper(@[MSG_SEND]);
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]));
{\$else}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]));
{\$endif}
{\$ifdef NSOBJECT_AUTO_WRAPPER}
wrapper := [RETURN](GetWrapper(Result));
if wrapper = nil then
Result := [RETURN]([RETURN].CreateWithHandle(Pobjc_object(Result)).deferObject)
else
Result := wrapper;
{\$endif}
end;";
var $template_function_make_wrapper_no_params = "function [CLASS][NAME]: [RETURN];
var
wrapper: [RETURN];
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
Result := [RETURN]([MSG_SEND]([OBJC_OBJECT], SEL_[SELNAME], []));
{\$ifdef NSOBJECT_AUTO_WRAPPER}
wrapper := [RETURN](GetWrapper(Result));
if wrapper = nil then
Result := [RETURN]([RETURN].CreateWithHandle(Pobjc_object(Result)).deferObject)
else
Result := wrapper;
{\$endif}
end;";
// Template for protocol function to send Objective-c message that returns an auto-generated/memory managed wrapper object.
var $template_protocol_make_wrapper = "function [CLASS][NAME][PARAMS_HEADER]: [RETURN];
type
TmsgSendWrapper = function (param1: id; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
var
vmethod: TmsgSendWrapper;
begin
vmethod := TmsgSendWrapper(@[MSG_SEND]);
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]));
{\$else}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]));
{\$endif}
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN]([RETURN].CreateWithHandle(Pobjc_object(Result)).deferObject);
{\$endif}
end;";
var $template_protocol_make_wrapper_no_params = "function [CLASS][NAME]: [RETURN];
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
Result := [RETURN]([MSG_SEND]([OBJC_OBJECT], SEL_[SELNAME], []));
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN]([RETURN].CreateWithHandle(Pobjc_object(Result)).deferObject);
{\$endif}
end;";
// Template for function to send Objective-c message
var $template_function_objc_send = "function [CLASS][NAME][PARAMS_HEADER]: [RETURN];
type
TmsgSendWrapper = function (param1: [TARGET_TYPE]; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
var
vmethod: TmsgSendWrapper;
super: objc_super;
begin
vmethod := TmsgSendWrapper(@[MSG_SEND]);
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]));
{\$else}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]));
{\$endif}
end;";
// Template for function to send Objective-c message (no params)
var $template_function_objc_send_no_params = "function [CLASS][NAME]: [RETURN];
var
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
Result := [RETURN]([MSG_SEND]([OBJC_OBJECT], SEL_[SELNAME], []));
end;";
// Template for function to send Objective-c message which returns a struct
var $template_function_objc_send_struct = "function [CLASS][NAME][PARAMS_HEADER]: [RETURN];
type
TmsgSendWrapper = function (param1: [TARGET_TYPE]; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
var
vmethod: TmsgSendWrapper;
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
vmethod := TmsgSendWrapper(@[MSG_SEND]);
[GET_SUPER_CLASS]
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]));
{\$else}
Result := [RETURN](vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]));
{\$endif}
end;";
// Template for function to send Objective-c message which returns a struct
var $template_function_objc_send_struct_cpu = "function [CLASS][NAME][PARAMS_HEADER]: [RETURN];
type
TmsgSendWrapper_reg = function (param1: [TARGET_TYPE]; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
TmsgSendWrapper_stret = function (param1: [TARGET_TYPE]; param2: SEL[PARAMS_PROC]): [RETURN]; cdecl;
var
vmethod_reg: TmsgSendWrapper_reg;
vmethod_stret: TmsgSendWrapper_stret;
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
{\$ifdef CPUi386}
vmethod_reg := TmsgSendWrapper_reg(@[MSG_SEND_REGISTER]);
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := vmethod_reg([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]);
{\$else}
Result := vmethod_reg([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]);
{\$endif}
{\$else}
vmethod_stret := TmsgSendWrapper_stret(@[MSG_SEND_STRET]);
{\$ifdef NSOBJECT_AUTO_WRAPPER}
Result := [RETURN](vmethod_stret([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]));
{\$else}
Result := [RETURN](vmethod_stret([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]));
{\$endif}
{\$endif}
end;";
// Template for function to send Objective-c message (no params) which returns a struct
var $template_function_objc_send_no_params_struct = "function [CLASS][NAME]: [RETURN];
var
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
[MSG_SEND](@Result, [OBJC_OBJECT], SEL_[SELNAME], []);
end;";
// Template for function to send Objective-c message (no params) which returns CPU dependent struct
var $template_function_objc_send_no_params_struct_cpu = "function [CLASS][NAME]: [RETURN];
type
TmsgSendWrapper = function (param1: [TARGET_TYPE]; param2: SEL): [RETURN]; cdecl;
var
vmethod: TmsgSendWrapper;
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
{\$ifdef CPUi386}
vmethod := TmsgSendWrapper(@[MSG_SEND_REGISTER]);
Result := vmethod([OBJC_OBJECT], SEL_[SELNAME] );
{\$else}
[MSG_SEND_STRET](@Result, [OBJC_OBJECT], SEL_[SELNAME], []);
{\$endif}
end;";
// Template for procedure to send Objective-c message
var $template_procedure_objc_send = "procedure [CLASS][NAME][PARAMS_HEADER];
type
TmsgSendWrapper = procedure (param1: [TARGET_TYPE]; param2: SEL[PARAMS_PROC]); cdecl;
var
vmethod: TmsgSendWrapper;
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
vmethod := TmsgSendWrapper(@[MSG_SEND]);
[GET_SUPER_CLASS]
{\$ifdef NSOBJECT_AUTO_WRAPPER}
vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST_WRAPPER]);
{\$else}
vmethod([OBJC_OBJECT], SEL_[SELNAME][PARAMS_LIST]);
{\$endif}
end;";
// Template for procedure to send Objective-c message
var $template_procedure_objc_send_no_params = "procedure [CLASS][NAME];
var
super: objc_super;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
[GET_SUPER_CLASS]
[MSG_SEND]([OBJC_OBJECT], SEL_[SELNAME], []);
end;";
// Template for procedure to call implemented class method. This is the procedure which the Objectice-c methods are sent to
var $template_procedure_objc_wrapper = "procedure [CLASS]_[NAME](_self: id; _cmd: SEL[PARAMS_HEADER]); cdecl;
var
this: [CLASS];
[VARIABLES]
begin
this := [CLASS]([CLASS].GetSelf(_self));
if this <> nil then
{\$ifdef NSOBJECT_AUTO_WRAPPER}
begin
[WRAPPERS_CREATE]
this.implemented_[NAME][PARAMS_LIST_WRAPPER];
[WRAPPERS_RELEASE]
end;
{\$else}
this.implemented_[NAME][PARAMS_LIST];
{\$endif}
end;";
// Template for procedure to call implemented class method. This is the procedure which the Objectice-c methods are sent to
var $template_function_objc_wrapper = "function [CLASS]_[NAME](_self: id; _cmd: SEL[PARAMS_HEADER]): [RETURN]; cdecl;
var
this: [CLASS];
[VARIABLES]
begin
this := [CLASS]([CLASS].GetSelf(_self));
if this <> nil then
{\$ifdef NSOBJECT_AUTO_WRAPPER}
begin
[WRAPPERS_CREATE]
Result := [RETURN](this.implemented_[NAME][PARAMS_LIST_WRAPPER]);
[WRAPPERS_RELEASE]
end;
{\$else}
Result := [RETURN](this.implemented_[NAME][PARAMS_LIST]);
{\$endif}
end;";
// Template for method to override Objective-c method
var $template_method_override = "procedure [CLASS].override_[NAME];
begin
AddMethod('[OBJC_METHOD]', '[TYPE_ENCODING]', Pointer(@[CLASS]_[NAME]));
end;";
// Template for method to override Objective-c method
var $template_method_override_DEPRECATED = "procedure [CLASS].override_[NAME];
begin
OverrideMethod('[OBJC_METHOD]', Pointer(@[CLASS]_[NAME]));
end;";
// Template for method to add method to Objective-c runtime
var $template_method_add_runtime = "procedure [CLASS].add_[NAME];
begin
AddMethod('[OBJC_METHOD]', '[TYPES]', Pointer(@[CLASS]_[NAME]));
end;";
// Template for implemented delegate procedure
var $template_procedure_delegate = "procedure [CLASS].[NAME][PARAMS];
begin
end;";
// Template for implemented delegate procedure
var $template_function_delegate = "function [CLASS].[NAME][PARAMS]: [RETURN];
begin
end;";
// Template for implemented delegate procedure
var $template_procedure_delegate_objc = "procedure [CLASS]_[NAME][PARAMS_HEADER]; cdecl;
var
this: [CLASS];
[VARIABLES]
begin
this := [CLASS]([CLASS].GetSelf(_self));
if this <> nil then
{\$ifdef NSOBJECT_AUTO_WRAPPER}
begin
[WRAPPERS_CREATE]
this.[NAME][PARAMS_LIST_WRAPPER];
[WRAPPERS_RELEASE]
end;
{\$else}
this.[NAME][PARAMS_LIST];
{\$endif}
end;";
// Template for implemented delegate procedure
var $template_function_delegate_objc = "function [CLASS]_[NAME][PARAMS_HEADER]: [RETURN]; cdecl;
var
this: [CLASS];
[VARIABLES]
begin
this := [CLASS]([CLASS].GetSelf(_self));
if this <> nil then
{\$ifdef NSOBJECT_AUTO_WRAPPER}
begin
[WRAPPERS_CREATE]
Result := [RETURN](this.[NAME][PARAMS_LIST_WRAPPER]);
[WRAPPERS_RELEASE]
end;
{\$else}
Result := [RETURN](this.[NAME][PARAMS_LIST]);
{\$endif}
end;";
// Template for create override in delegate class
var $template_delegate_create = "constructor [CLASS].Create;
begin
CreateClassDefinition(ClassName, 'NSObject');
ClassID := objc_getClass('[CLASS]');
allocbuf := objc_msgSend(ClassId, SEL_alloc, []);
Handle := objc_msgSend(allocbuf, SEL_init, []);
retainCount := 1;
{ Adds custom methods, if any }
AddMethods;
BindMethods;
{ Assign our wrapper instance }
if Handle <> nil then
AssignSelf(Handle);
end;";
// Template for constructor
var $template_constructor_constarray = "constructor [CLASS][NAME][PARAMS_HEADER];
type
TmsgSendWrapper = function (param1: id; param2: SEL; param3: [CFTYPE]): id; cdecl;
var
vmethod: TmsgSendWrapper;
paramList: [CFTYPE];
i: integer;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
RegisterSubClass;
[ALLOC_PARAM_LIST]
allocbuf := objc_msgSend(ClassID, SEL_alloc, []);
vmethod := TmsgSendWrapper(@objc_msgSend);
Handle := vmethod(allocbuf, SEL_[SELNAME], paramList);
retainCount := 1;
AssignSelf(Handle);
AddMethods;
BindMethods;
CFRelease(paramList);
end;";
// Template for constructor that does not allocate memory
var $template_constructor_constarray_no_alloc = "constructor [CLASS][NAME][PARAMS_HEADER];
type
TmsgSendWrapper = function (param1: id; param2: SEL; param3: [CFTYPE]): id; cdecl;
var
vmethod: TmsgSendWrapper;
paramList: [CFTYPE];
i: integer;
begin
if SEL_[SELNAME] = nil then
SEL_[SELNAME] := sel_registerName(PChar('[OBJC_METHOD]'));
RegisterSubClass;
[ALLOC_PARAM_LIST]
vmethod := TmsgSendWrapper(@objc_msgSend);
Handle := vmethod(ClassID, SEL_[SELNAME], paramList);
AutoReleaseObject;
AssignSelf(Handle);
AddMethods;
BindMethods;
CFRelease(paramList);
end;";
// template to create param list for NSDictionary methods
var $template_dictionary_param_list = "paramList := CFDictionaryCreateMutable(nil, 0, @kCFTypeDictionaryKeyCallBacks, @kCFTypeDictionaryValueCallBacks);
i := High(firstObject);
while i > 0 do
begin
CFDictionaryAddValue(paramList, firstObject[i].VPointer, firstObject[i - 1].VPointer);
i := i - 2;
end;";
// template to create param list for NSArray methods
var $template_array_param_list = "paramList := CFArrayCreateMutable(nil, 0, @kCFTypeArrayCallBacks);
for i := 0 to High(firstObj) do
CFArrayAppendValue(paramList, firstObj[i].VPointer);";
// template to create param list for NSSet methods
var $template_set_param_list = "paramList := CFSetCreateMutable(nil, 0, @kCFTypeSetCallBacks);
for i := 0 to High(firstObj) do
CFSetAddValue(paramList, firstObj[i].VPointer);";
/**
* UTILITIES
*/
// Skips blocks in the current file being parsed
function SkipBlock ($line) {
if ($line != "") {
foreach ($this->skip_blocks as $key => $value) {
if (@ereg($key, $line)) $this->parser_skipping = true;
if (@ereg($value, $line)) $this->parser_skipping = false;
}
}
return $this->parser_skipping;
}
function IsKeywordReserved($keyword) {
$keyword = strtolower($keyword);
if (in_array($keyword, $this->reserved_keywords)) return true;
}
// Replace type with pointer equivalent
function ReplacePointerType ($type) {
$type = "Pointer {".$type."}";
/*
foreach ($this->pointer_types as $objc_type => $replace_type) {
if ($objc_type == $type) {
$type = $replace_type;
break;
}
}
*/
return $type;
}
// Makes a struct field into an inline array (or returns field un-changed)
function MakeFieldInlineArray ($io_field, $line, $name, $type) {
if (eregi("\[([0-9]+)\];", $line, $array_size)) {
$length = (int)$array_size[1] - 1;
if ($length > 0) {
$io_field = " $name: array[0..$length] of $type;";
}
}
return $io_field;
}
// Makes a type bitpacked (or returns type un-changed)
function MakeFieldBitPacked ($ioType, $field, &$bitpacked) {
$bitpacked = false;
if (eregi(":([0-9]+);$", $field, $bitpack)) {
$length = (int)$bitpack[1];
if ($length > 1) {
$ioType = "0..((1 shl $length)-1)";
} else {
$ioType = "0..$length";
}
$bitpacked = true;
}
return $ioType;
}
// Replace objc type with preferred type
function ReplaceObjcType ($type) {
foreach ($this->replace_types as $objc_type => $replace_type) {
if ($objc_type == $type) {
$type = $replace_type;
break;
}
}
return $type;
}
// Exchanges the preferred objc type with the real type
function SwapObjcTypeWithReal ($type) {
if ($type == $this->objc_id) $type = $this->objc_id_real;
return $type;
}
// Replace garbage collector hints
function ReplaceGarbageCollectorHints ($string, &$io_hint) {
$io_hint = false;
foreach ($this->garbage_collector_hints as $hint) {
$out_string = str_ireplace($hint, "", $string);
if ($out_string != $string) {
$io_hint = $hint;
$string = $out_string;
}
}
return $string;
}
// Replace type of reference parameter with pointer
function ReplaceReferenceParameterType ($type) {
foreach ($this->pointer_types as $key => $value) {
if ($key == $type) {
$found = true;
$type = $value;
break;
}
}
if (!$found) $type = $type."Pointer";
return $type;
}
// Replace NS*** "toll free bridge" types with CoreFoundation type
function ReplaceTollFreeBridgeType ($type) {
foreach ($this->toll_free_bridge as $objc_type => $replace_type) {
if ($objc_type == $type) {
$type = istr_replace_word($type, $replace_type, $type);
break;
}
}
return $type;
}
// Replace all NS*** classes in a string with the preffered generic type $this->objc_id
function ReplaceNSTypes ($string) {
foreach ($this->cocoa_classes as $class) {
$string = istr_replace_word($class, $this->objc_id, $string);
}
return $string;
}
// Replace all NS*** classes in a string with id
function ReplaceNSTypesWithReal ($string) {
foreach ($this->cocoa_classes as $class) {
$string = istr_replace_word($class, $this->objc_id_real, $string);
}
return $string;
}
// Replace all NS*** classes in a string with their reference equivalent (i.e NSStringRef = id)
function ReplaceNSTypesWithRef ($string) {
foreach ($this->cocoa_classes as $class) {
$string = istr_replace_word($class, $class."Ref", $string);
}
return $string;
}
// Copies the name from an Objective-C method definition
function CopyObjcMethodName ($method) {
// cut out comments first
$method = eregi_replace("(/\*.*\*/)", "", $method);
$method = eregi_replace("//.*$", "", $method);
$method = trim($method, " ");
$params = explode(":", $method);
$name = "";
if (count($params) > 1) {
foreach ($params as $value) {
$value = trim($value, " ");
if (eregi("([a-zA-Z0-9_]+)$", $value, $captures)) $name .= $captures[1].":";
}
} else {
if (eregi("([a-zA-Z0-9_]+)[[:space:]]*(;)*$", $method, $captures)) $name = $captures[1];
}
return $name;
}
// Converts a function pointer to Pascal function
function ConvertFunctionPointerToPascal ($result, $param_string) {
if ($result != "") {
$params = explode(",", $param_string);
$function = "function (";
$count = 0;
foreach ($params as $param) {
$count ++;
$param = trim($param, " ");
$param = $this->ReplaceObjcType($param);
$param = $this->SwapObjcTypeWithReal($param);
$param = trim($param, "*");
$function .= "param$count: $param; ";
}
$function = rtrim($function, "; ");
$function .= "): $result; cdecl;";
}
//print("$function\n");
return $function;
}
// Converts a C parameter string to Pascal
function ConvertCParamsPascal ($string) {
$params = explode(",", $string);
$param_string = "";
foreach ($params as $param) {
$param = istr_replace_word("const", "", $param);
$param = trim($param, " ");
$pair = explode(" ", $param);
$name = $pair[1];
$type = $pair[0];
$type = $this->ReplaceObjcType($type);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->ReplaceTollFreeBridgeType($type);
$type = $this->ReplaceNSTypesWithRef($type);
if (($name[0] == "*") && ($name[1] == "*")) {
$name = trim($name, "*");
$type = $this->ReplacePointerType($type);
} elseif ($name[0] == "*") {
$name = trim($name, "*");
$name = $name."Pointer";
//$name = "var $name";
$name = trim($name, " ");
} else {
$name = trim($name, "*");
}
// Remove array brackets (NSUInteger[])p
if (eregi("\[[0-9]*\]", $name)) {
$name = "$name";
$type = "Pointer {array of $type}";
$name = eregi_replace("\[[0-9]*\]", "", $name);
}
if ($this->IsKeywordReserved($name)) $name .= "_";
// multiple parameters
if ($type == "...") {
$param_string .= "varargs: array of const";
break;
}
$param_string .= "$name: $type; ";
}
$param_string = trim($param_string, "; ");
return $param_string;
}
// Remove OS X versions macros from a line
// NOTE: These should be re-inlcuded in Pascal
function RemoveOSVersionMacros ($line) {
$line = eregi_replace("[[:space:]]*AVAILABLE_MAC_OS_X_VERSION_[0-9]+_[0-9]+_AND_LATER[[:space:]]*", "", $line);
return $line;
}
// Removes all comments from a line
function RemoveComments ($line) {
// remove single-line comments
$line = eregi_replace("[[:space:]]+//(.*)", "", $line);
// remove multi-line comments /* ... */
$line = eregi_replace("/\*.*\*/", "", $line);
return $line;
}
// Performs additional formatting on Objective-c type i.e. (out NSObject **)
function FormatObjcType ($type, &$modifiers) {
$modifiers = "";
// toss out all const identifiers
$type = istr_replace_word("const", "", $type);
// replace inout paramaters
$type = istr_replace_word("inout", "", $type);
$type = istr_replace_word("out", "", $type);
$type_clean = trim($type, "* ");
// Replace types before cleaning
$type = $this->ReplaceObjcType($type);
// Remove protocol which type conforms to (id <NSURLHandleClient>)
$type = eregi_replace("<.*>", "", $type);
// Remove array brackets (NSUInteger[])p
$type = eregi_replace("\[[0-9]*\]", "", $type);
// var params to non-object types (NSRange *)
if (ereg("([a-zA-Z0-9_]+)[[:space:]]*[*]+$", $type, $captures)) {
if ((!in_array($captures[1], $this->cocoa_classes)) && ($captures[1] != "id")) {
$type = $this->ReplaceReferenceParameterType($type_clean); //"$type_clean$this->pointer_type_suffx";
//$modifiers = "var ";
}
}
// Handle NS*** pointers (NSError **)
if (ereg("(NS[a-zA-Z0-9_]+)[[:space:]]*\*\*$", $type, $captures)) {
if (in_array($captures[1], $this->cocoa_classes)) {
$type = "$type_clean$this->class_pointer_suffix";
//$modifiers = "var ";
}
}
// clean the type
$type = trim($type, "* ");
//print("$type\n");
return $type;
}
// Performs additional formatting on Objective-c parameter types
function FormatObjcParams ($string) {
$params = explode(":", $string);
$string = "";
if (count($params) > 0) {
foreach ($params as $value) {
if (ereg("\((.*)\)", $value, $captures)) {
$new_value = $this->ReplaceObjcType($captures[1]);
if ($new_value != $captures[1]) $value = ereg_replace("\((.*)\)", "($new_value)", $value);
$string .= ":$value";
}
}
}
$string = ltrim($string, ":");
//print("$string\n");
return $string;
}
// Converts an Objective-c parameter string to Pascal
function ConvertObjcParamsToPascal ($string, $protected_keywords, &$variable_arguments) {
$params = explode(":", $string);
$list = array();
$list["pairs"] = array();
$param_list = array();
$variable_arguments = false;
if (count($params) > 0) {
//print_r($params);
foreach ($params as $value) {
$value = trim($value);
$valid = false;
$modifiers = "";
// function pointer (callback)
if (eregi("\(([a-zA-Z0-9_]+)[[:space:]]\((.*)\)\((.*)\)\)([a-zA-Z0-9_]+)", $value, $captures)) {
$name = $captures[4];
$type = $this->current_header["name_clean"].ucwords($name);
// attempt to build a function pointer from the parameter and append the class type
if ($this->current_header) {
$function_pointer = $this->ConvertFunctionPointerToPascal($captures[1], $captures[3]);
if (!@in_array($function_pointer, $this->current_header["types"]["callbacks"])) {
$count = 0;
while (@array_key_exists($type, $this->current_header["types"]["callbacks"])) {
$count ++;
$type = "$type$count";
}
// append the new type to the the current class
$this->current_header["types"]["callbacks"][$type] = $function_pointer;
} else {
// Use the name of the existing callback of matching type
$type = array_search($function_pointer, $this->current_header["types"]["callbacks"]);
}
}
$valid = true;
} elseif (eregi("\(([a-zA-Z_]+).*\)([a-zA-Z_]+).*\.\.\.", $value, $captures)) { // variable arguments
$name = $captures[2];
$type = $captures[1];
$variable_arguments = true;
$valid = true;
} elseif (eregi("\((.*)\)[[:space:]]*([a-zA-Z_]+)", $value, $captures)) { // standard parameter
// pointers params to non-object types (NSRange *)
if (ereg("[a-zA-Z0-9_]+Ptr$", $captures[2])) {
$captures[1] = trim($captures[1], "* ");
$captures[1] = $this->ReplaceObjcType($captures[1]);
$type = $captures[1].$this->class_pointer_suffix;//$this->ReplacePointerType($captures[1]);
$name = $captures[2];
} else {
$type = $this->FormatObjcType($captures[1], $modifiers);
$name = $captures[2];
}
$valid = true;
}
if ($valid) {
// protect reserved keywords
if ($this->IsKeywordReserved($name)) $name .= "_";
if (!in_array($type, $this->reserved_types)) {
if ($this->IsKeywordReserved($type)) $type .= "_";
}
if (@in_array($name, $protected_keywords)) $name .= "_";
if (@in_array($type, $protected_keywords)) $type .= "_";
// replace objc types
$type = $this->ReplaceObjcType($type);
$type = $this->ReplaceTollFreeBridgeType($type);
// make sure we label duplicate params, which are allowed in Objective-C
while (in_array($name, $param_list)) {
$count ++;
$name = "$name$count";
}
// id is always a wrapper
if (($this->objects_are_wrappers) && ($type == $this->objc_id)) {
$name_list = "$type(GetHandle($name))";
} else {
$name_list = $name;
}
// add modifiers to the name if there are any
$name_with_modifiers = $modifiers.$name;
// create pair array
$pair["name"] = $name;
$pair["type"] = $type;
// append list
$list["pairs"][] = $pair;
$list["string_with_modifiers"] .= "$name_with_modifiers: $type; ";
$list["string"] .= "$name: $type; ";
$list["list"] .= "$name_list, ";
$param_list[] = $name;
}
}
}
// clean up the strings
$list["string"] = trim($list["string"], "; ");
$list["string_with_modifiers"] = trim($list["string_with_modifiers"], "; ");
$list["list"] = trim($list["list"], ", ");
return $list;
}
// Converts an Objective-c method name to Pascal
function ConvertObjcMethodName ($method) {
$params = explode(":", $method);
$name = "";
if (count($params) > 1) {
foreach ($params as $value) {
if (eregi("([a-zA-Z0-9]+)$", $value, $captures)) $name .= $captures[1]."_";
}
} else {
if (eregi("([a-zA-Z0-9]+)(;)*$", $params[0], $captures)) $name .= $captures[1]."_";
}
// clean it up
if (!$this->trailing_underscore) $name = trim($name, "_");
$name = $this->ReplaceObjcType($name);
return $name;
}
// Converts an Objective-C method to Pascal format
function ConvertObjcMethodToPascal ($class, $source, $parts, $protected_keywords, $has_params) {
// replace "hinted" params comment with hinted type
if ($this->replace_hinted_params) {
// param string
if (eregi("(/\*[[:space:]]*(.*)[[:space:]]*\*/)", $parts[4], $captures)) {
// ??? change the parameter to the hinted type
//$parts[4] = eregi_replace("(/\*.*\*/)", $captures[2], $parts[4]);
//$parts[4] = trim($parts[4], " ");
}
// return type
if (eregi("(/\*[[:space:]]*(.*)[[:space:]]*\*/)", $parts[2], $captures)) $parts[2] = $captures[2];
//print_r($parts);
} else { // remmove comments from params and return type
$parts[4] = eregi_replace("(/\*.*\*/)", "", $parts[4]);
$parts[4] = trim($parts[4], " ");
$parts[2] = eregi_replace("(/\*.*\*/)", "", $parts[2]);
$parts[2] = trim($parts[2], " ");
}
$return_type_clean = $parts[2];
// perform preformatting before attempting to protect keywords
$parts[2] = $this->FormatObjcType($parts[2], $modifiers);
$parts[4] = $this->FormatObjcParams($parts[4]);
// protect keywords in the parameter and return type
if (count($protected_keywords) > 0) {
foreach ($protected_keywords as $keyword) {
$parts[4] = istr_replace_word($keyword, $keyword."_", $parts[4]);
$parts[2] = istr_replace_word($keyword, $keyword."_", $parts[2]);
}
}
if ($has_params) {
$name = $this->ConvertObjcMethodName($source);
// merge default protected keywords for the class/category
if ($this->default_protected["*"]) $protected_keywords = array_merge($this->default_protected["*"], $protected_keywords);
if ($this->default_protected[$class]) $protected_keywords = array_merge($this->default_protected[$class], $protected_keywords);
$param_array = $this->ConvertObjcParamsToPascal($parts[4], $protected_keywords, $variable_arguments);
$params = "(".$param_array["string"].")";
$params_with_modifiers = "(".$param_array["string_with_modifiers"].")";
} else {
$params = "";
$params_with_modifiers = "";
$name = $parts[3];
$param_array = null;
}
//print("$params_with_modifiers\n");
// protect method name from keywords
if ($this->IsKeywordReserved($name)) $name .= "_";
// clean return type
$return_type = trim($parts[2], "* ");
$return_type = $this->ReplaceObjcType($return_type);
$return_type = $this->ReplaceTollFreeBridgeType($return_type);
$virtual = "";
$class_prefix = "";
// determine the type based on return value
if (ereg($this->regex_procedure_type, $return_type_clean)) {
$kind = "procedure";
} else {
$kind = "function";
// make sure Objective-c objects that are returned from fuctions are not NSObject (and thus auto-wrapped)
if ($return_type == $this->objc_id) $return_type = $this->objc_id_real;
// method name starts with "init or alloc"
if ((ereg("^(init|alloc)+[^ialization]", $name)) && ($parts[1] == "-")) {
$struct["alloc"] = true;
$kind = "constructor";
$virtual = " virtual;";
}
// Class methods with the words: With, By or From in the name
if ((ereg("^([a-zA-Z]+)(With|By|From)+", $name, $captures)) && ($parts[1] == "+")) $kind = "constructor";
// Class methods which return "id" are constructors
if (($parts[1] == "+") && ($return_type == $this->objc_id_real)) $kind = "constructor";
// method result is the class name
if ($return_type == $class) $kind = "constructor";
}
// determine if this is a class method
if (($kind != "constructor") && ($parts[1] == "+")) $class_prefix = "class ";
// Determine if the method needs a particular modifier
// ??? THIS IS NOT COMPILING???
//if (ereg($this->objc_object_array, $params)) $modifier = " cdecl;";
// Replace SEL with the string equivalent
if ($this->register_selectors) {
$params_with_modifiers = str_replace_word("SEL", $this->sel_string, $params_with_modifiers);
}
// make method templates
if ($kind != "function") {
$method = "$class_prefix$kind $name$params_with_modifiers;$modifier$virtual";
$method_template = "[KIND] [PREFIX]$name"."[PARAMS];$modifier";
} else {
$method = $class_prefix."function $name$params_with_modifiers: $return_type;$modifier$virtual";
$method_template = "[KIND] [PREFIX]$name"."[PARAMS]: [RETURN];$modifier";
$method_template_function = "function [PREFIX]$name"."[PARAMS]: [RETURN];$modifier";
}
$method_template_procedure = "procedure [PREFIX]$name"."[PARAMS];$modifier";
$method_template_function = "function [PREFIX]$name"."[PARAMS]: [RETURN];$modifier";
// ??? DEBUGGING
//print("$method\n");
// build structure
$struct["def"] = $method;
$struct["template"] = $method_template;
$struct["template_function"] = $method_template_function;
$struct["template_procedure"] = $method_template_procedure;
$struct["objc_method"] = $this->CopyObjcMethodName($source);
$struct["class_prefix"] = $class_prefix;
//$struct["def_objc"] = eregi("(.*);", $source, $captures[1]);
if ($return_type == "void") $return_type = "";
$struct["return"] = $return_type;
if (in_array($return_type, $this->cocoa_classes)) $struct["returns_wrapper"] = true;
$struct["param_string_clean"] = trim($params, "()");
$struct["param_string_clean_with_modifiers"] = trim($params_with_modifiers, "()");
$struct["param_string"] = $params;
$struct["param_string_with_modifiers"] = $params_with_modifiers;
$struct["param_array"] = $param_array["pairs"];
$struct["param_list"] = $param_array["list"];
$struct["class"] = $class;
$struct["name"] = $name;
$struct["kind"] = $kind;
if ($struct["param_array"] != null) $struct["has_params"] = true;
// determine if the method can be overridden
// (!eregi("^(set|get|is)+", $name))
if ($kind != "constructor") $struct["can_override"] = true;
/*
TEMPORARY! we don't know how to handle super methods that have have floating point values
*/
if (in_array($struct["return"], $this->float_types)) {
$struct["can_override"] = false;
print(" # WARNING: method $name can't override because the return type is float\n");
$this->warning_count ++;
}
// FPC bug work around
if (strlen($name) > $this->maximum_method_length) {
$struct["can_override"] = false;
print(" # WARNING: method $name can't override because the name is too long\n");
$this->warning_count ++;
}
return $struct;
}
// Print string to output file
function PrintOutput ($indent, $string) {
for ($i=0; $i < $indent; $i++) {
$indent_string .= " ";
}
if (($this->output) && (!$this->show)) fwrite($this->output, "$indent_string$string\n");
if ($this->show) print("$indent_string$string\n");
}
// Returns the message sending template for a method structure
function GetMsgSendTemplate ($method, $super) {
if ($method["kind"] == "function") {
if ($method["has_params"]) {
$template = $this->template_function_objc_send;
} else {
$template = $this->template_function_objc_send_no_params;
}
} else {
if ($method["has_params"]) {
$template = $this->template_procedure_objc_send;
} else {
$template = $this->template_procedure_objc_send_no_params;
}
}
// method returns a NS*** class wrapper. Now, super methods can't return wrappers
if (!$super) {
if (($method["kind"] == "function") && (in_array($method["return"], $this->cocoa_classes))) {
if ($method["has_params"]) {
$template = $this->template_function_make_wrapper;
} else {
$template = $this->template_function_make_wrapper_no_params;
}
}
}
// method returns a struct
if (($method["kind"] == "function") && (in_array($method["return"], $this->struct_types))) {
if ($method["has_params"]) {
$template = $this->template_function_objc_send_struct;
} else {
$template = $this->template_function_objc_send_no_params_struct;
}
}
// method returns an architecture dependent struct
if (($method["kind"] == "function") && (in_array($method["return"], $this->struct_register_types))) {
if ($method["has_params"]) {
$template = $this->template_function_objc_send_struct_cpu;
} else {
$template = $this->template_function_objc_send_no_params_struct_cpu;
}
}
// method is a constructor
if ($method["kind"] == "constructor") {
$template = $this->template_constructor_no_alloc;
if ($method["alloc"]) $template = $this->template_constructor;
}
return $template;
}
// Returns a class hierarchy array
function GetClassHierarchy ($class, &$hierarchy) {
if (!$hierarchy) $hierarchy = array();
$hierarchy[] = $class["name"];
if ($class["super_class"]) {
$hierarchy[] = $this->GetClassHierarchy($class["super_class"], $hierarchy);
} else {
$hierarchy[] = "NSObject";
}
return $class["name"];
}
// returns if a keyword is protected in a class hierarchy
function IsKeywordProtected ($keyword, $in_class) {
$keywords = $this->GetClassHierarchy($in_class, $hierarchy);
foreach ($hierarchy as $key) {
if (@in_array($keyword, $keywords)) { //$this->dump["master"][$key]["protected_keywords"]
return true;
}
}
}
// Returns all protected keywords in a class hierarchy
function GetProtectedKeywords ($in_class) {
$this->GetClassHierarchy($in_class, $hierarchy);
$keywords = array();
foreach ($hierarchy as $class) {
if ($this->dump["master"][$class]["protected_keywords"]) {
foreach ($this->dump["master"][$class]["protected_keywords"] as $keyword) $keywords[] = $keyword;
}
}
return $keywords;
}
// Returns header a category should be moved to
function FindCategoryHeader ($category) {
foreach ($this->dump as $name => $header) {
if ((@array_key_exists($category, $header["classes"])) && ($category != "NSObject")) {
return $name;
}
}
}
// Adds a method structure to a class and performs checks for overloaded methods
function AddMethodToClass (&$method, &$class) {
// ignore methods
if (in_array($method["name"], $this->ignore_methods)) return false;
if (@!in_array($method["name"], $class["declared_methods"])) {
$class["all"][$method["name"]] = $method;
$class["protected_keywords"][] = $method["name"];
$class["declared_methods"][] = $method["name"];
$this->dump["all_methods"][$class["name"]][] = $method["objc_method"];
if ($this->show_added_messages) print(" @ Added ".$method["name"]." to ".$class["name"]."\n");
$this->method_count ++;
return true;
} else {
print(" ! ".$method["def"]." already exists in ".$class["name"]." defined as ".$class["all"][$method["name"]]["def"]."\n");
}
}
// Adds a typedef to the header and handles organization to prevent order conflicts
function AddTypeDef (&$header, $typedef) {
$header["types"]["typedef"][] = $typedef;
}
// Returns a paramater list string with options to modify
function MakeParamList ($param_array, $use_handle, $cast_handle, $direct, $register_selector) {
$params = "";
foreach ($param_array as $pair) {
// register selector parameters
if (($register_selector) && ($pair["type"] == "SEL")) {
$params .= "sel_registerName(".$pair["name"]."), ";
continue;
}
// use the object handle for NSObject descendants
if ($use_handle) {
if (in_array($pair["type"], $this->cocoa_classes)) {
// cast the param to the original class type
if ($cast_handle) {
if ($direct == ACCESS_HANDLE_DIRECT) {
$params .= $pair["type"]."(".$pair["name"].".Handle), ";
} else {
$params .= $pair["type"]."(GetHandle(".$pair["name"].")), ";
}
} else {
if ($direct == ACCESS_HANDLE_DIRECT) {
$params .= $pair["name"].".Handle, ";
} else {
$params .= "GetHandle(".$pair["name"]."), ";
}
}
} else {
if (($this->objects_are_wrappers) && ($pair["type"] == $this->objc_id)) { // id is always a wrapper
if ($direct == ACCESS_HANDLE_DIRECT) {
$params .= $pair["type"]."(".$pair["name"].".Handle), ";
} else {
$params .= $pair["type"]."(GetHandle(".$pair["name"].")), ";
}
} else {
$params .= $pair["name"].", ";
}
}
} else { // append without modification
$params .= $pair["name"].", ";
}
}
return trim($params, ", ");
}
// Returns a list of paramameter variables with NS*** class types cast to "id" or the original class
function MakeObjcTypeParamList ($param_array, $objc_type) {
$params = "";
foreach ($param_array as $pair) {
if (in_array($pair["type"], $this->cocoa_classes)) {
if ($objc_type) {
$params .= "$this->objc_id(".$pair["name"]."), ";
} else {
$params .= $pair["type"]."(".$pair["name"]."), ";
}
} else {
$params .= $pair["name"].", ";
}
}
return trim($params, ", ");
}
/**
* PRINTING METHODS
*/
// Prints implemented methods
function PrintImplementedMethods ($class) {
// print implemented methods
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Implemented methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
if ($method["kind"] == "function") {
$template = $this->template_implemented_function;
} else {
$template = $this->template_implemented_procedure;
}
$template = str_replace("[CLASS]", $class["name"], $template);
$template = str_replace("[NAME]", $method["name"], $template);
$method["return"] = $this->ReplaceNSTypesWithRef($method["return"]);
$template = str_replace("[RETURN]", $method["return"], $template);
$template = str_replace("[PARAMS_HEADER]", $method["param_string_with_modifiers"], $template);
// build parameter list
if ($method["has_params"]) {
// auto-generate wrappers
$params = "(";
$params .= $this->MakeParamList($method["param_array"], USE_HANDLE, CAST_HANDLE, ACCESS_HANDLE_FUNCTION, DONT_REGISTER_SEL);
$params .= ")";
$template = str_replace("[PARAMS_BODY_WRAPPER]", $params, $template);
// standard params
$params = "(";
$params .= $this->MakeObjcTypeParamList($method["param_array"], true);
$params .= ")";
$template = str_replace("[PARAMS_BODY]", $params, $template);
} else {
$template = str_replace("[PARAMS_BODY]", "", $template);
$template = str_replace("[PARAMS_BODY_WRAPPER]", "", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
}
// Prints Objective-C wrapper procedures
function PrintObjcWrapperProcedures ($class) {
// print implemented methods
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Objective-c wrapper procedures }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
if ($method["kind"] == "function") {
$template = $this->template_function_objc_wrapper;
} else {
$template = $this->template_procedure_objc_wrapper;
}
$template = str_replace("[CLASS]", $class["name"], $template);
$template = str_replace("[NAME]", $method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$method["return"] = $this->ReplaceNSTypesWithRef($method["return"]);
$template = str_replace("[RETURN]", $method["return"], $template);
if ($method["has_params"]) {
$method["param_string_clean"] = $this->ReplaceNSTypes($method["param_string_clean"]);
// Make sure we always the id type in objc wrappers
$params_header = $this->ReplaceNSTypesWithRef($method["param_string_clean_with_modifiers"]);
$template = str_replace("[PARAMS_HEADER]", "; $params_header", $template);
// auto-generate wrappers
$wrappers_variables = "";
$wrappers_create = "";
$wrappers_release = "";
$variable_list = "";
foreach ($method["param_array"] as $pair) {
if (in_array($pair["type"], $this->cocoa_classes)) {
$wrappers_variables .= "object_".$pair["name"].": ".$pair["type"]."\n;";
$wrappers_create .= "object_".$pair["name"]." := ".$pair["type"].".CreateWithHandle(".$pair["name"].");\n";
$wrappers_release .= "object_".$pair["name"].".release;\n";
$variable_list .= "object_".$pair["name"].", ";
} else {
$variable_list .= $pair["name"].", ";
}
}
$variable_list = trim($variable_list, ", ");
$template = str_replace("[VARIABLES]", $wrappers_variables, $template);
$template = str_replace("[WRAPPERS_CREATE]", $wrappers_create, $template);
$template = str_replace("[WRAPPERS_RELEASE]", $wrappers_release, $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", "($variable_list)", $template);
$params = $this->MakeObjcTypeParamList($method["param_array"], false);
$template = str_replace("[PARAMS_LIST]", "($params)", $template);
} else {
$template = str_replace("[PARAMS_HEADER]", "", $template);
$template = str_replace("[PARAMS_LIST]", "", $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", "", $template);
$template = str_replace("[VARIABLES]", "", $template);
$template = str_replace("[WRAPPERS_CREATE]", "", $template);
$template = str_replace("[WRAPPERS_RELEASE]", "", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
}
// Prints send message objects with a custom implementation
function PrintCustomSendMessageMethods ($class, $method) {
// NSArray
if ($class["name"] == "NSArray") {
if ($method["name"] == "arrayWithObjects") $template = $this->template_constructor_constarray_no_alloc;
if ($method["name"] == "initWithObjects") $template = $this->template_constructor_constarray;
$template = str_replace("[CFTYPE]", "CFArrayRef", $template);
$template = str_replace("[ALLOC_PARAM_LIST]", $this->template_array_param_list, $template);
if ($method["name"] == "arrayWithObjects") $template = str_replace("[OBJC_METHOD]", "arrayWithArray:", $template);
if ($method["name"] == "initWithObjects") $template = str_replace("[OBJC_METHOD]", "initWithArray:", $template);
}
// NSDictionary
if ($class["name"] == "NSDictionary") {
if ($method["name"] == "dictionaryWithObjectsAndKeys") $template = $this->template_constructor_constarray_no_alloc;
if ($method["name"] == "initWithObjectsAndKeys") $template = $this->template_constructor_constarray;
$template = str_replace("[CFTYPE]", "CFDictionaryRef", $template);
$template = str_replace("[ALLOC_PARAM_LIST]", $this->template_dictionary_param_list, $template);
if ($method["name"] == "dictionaryWithObjectsAndKeys") $template = str_replace("[OBJC_METHOD]", "dictionaryWithDictionary:", $template);
if ($method["name"] == "initWithObjectsAndKeys") $template = str_replace("[OBJC_METHOD]", "initWithDictionary:", $template);
}
// NSSet
if ($class["name"] == "NSSet") {
if ($method["name"] == "setWithObjects") $template = $this->template_constructor_constarray_no_alloc;
if ($method["name"] == "initWithObjects") $template = $this->template_constructor_constarray;
$template = str_replace("[CFTYPE]", "CFSetRef", $template);
$template = str_replace("[ALLOC_PARAM_LIST]", $this->template_set_param_list, $template);
if ($method["name"] == "setWithObjects") $template = str_replace("[OBJC_METHOD]", "setWithSet:", $template);
if ($method["name"] == "initWithObjects") $template = str_replace("[OBJC_METHOD]", "initWithSet:", $template);
}
$template = str_replace("[PARAMS_HEADER]", $method["param_string_with_modifiers"], $template);
$template = str_replace("[CLASS]", $class["name"].".", $template);
$template = str_replace("[NAME]", $method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
// Prints send message objects
function PrintSendMessageMethods ($class) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Objective-c send message methods }");
foreach ($class["all"] as $method) {
// handle custom methods
if (in_array($class["name"].".".$method["name"], $this->custom_send_methods)) {
$this->PrintCustomSendMessageMethods($class, $method);
continue;
}
$template = $this->GetMsgSendTemplate($method, false);
$template = $method["class_prefix"].$template;
$template = str_replace("[CLASS]", $class["name"].".", $template);
$template = str_replace("[NAME]", $method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$template = str_replace("[RETURN]", $method["return"], $template);
// Replace SEL with the string equivalent so it can be registered inside the wrapper
if ($this->register_selectors) {
$params_header = str_replace_word("SEL", $this->sel_string, $method["param_string_with_modifiers"]);
$register = REGISTER_SEL;
} else {
$params_header = $method["param_string_with_modifiers"];
$register = DONT_REGISTER_SEL;
}
$template = str_replace("[PARAMS_HEADER]", $params_header, $template);
if ($method["has_params"]) {
$template = str_replace("[PARAMS_PROC]", "; ".$method["param_string_clean_with_modifiers"], $template);
$params_wrapper = $this->MakeParamList($method["param_array"], USE_HANDLE, CAST_HANDLE, ACCESS_HANDLE_FUNCTION, $register);
$params_list = $this->MakeParamList($method["param_array"], DONT_USE_HANDLE, DONT_CAST_HANDLE, ACCESS_HANDLE_FUNCTION, $register);
$template = str_replace("[PARAMS_LIST_WRAPPER]", ", ".$params_wrapper, $template);
$template = str_replace("[PARAMS_LIST]", ", ".$params_list, $template);
} else {
$template = str_replace("[PARAMS_PROC]", "", $template);
$template = str_replace("[PARAMS_LIST]", "", $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", "", $template);
}
$template = str_replace("[TARGET_TYPE]", $this->objc_id_real, $template);
$template = str_replace("[OBJC_METHOD]", $method["objc_method"], $template);
$template = str_replace("[GET_SUPER_CLASS]", "", $template);
// decide reference to objc object by method type
if ($method["class_prefix"] == "") {
$template = str_replace("[OBJC_OBJECT]", "Handle", $template);
} else {
$template = str_replace("[OBJC_OBJECT]", "getClass", $template);
}
$template = str_replace("[MSG_SEND_STRET]", "objc_msgSend_stret", $template);
$template = str_replace("[MSG_SEND_REGISTER]", "objc_msgSend", $template);
if (in_array($method["return"], $this->struct_types)) { // structure
$template = str_replace("[MSG_SEND]", "objc_msgSend_stret", $template);
} elseif (in_array($method["return"], $this->float_types)) { // floating point
$template = str_replace("[MSG_SEND]", "objc_msgSend_fpret", $template);
} else { // simple type
$template = str_replace("[MSG_SEND]", "objc_msgSend", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
// Prints override methods
function PrintOverrideMethods ($class) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Override methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $this->template_method_override;
$template = str_replace("[CLASS]", $class["name"], $template);
$template = str_replace("[NAME]", $method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$template = str_replace("[OBJC_METHOD]", $method["objc_method"], $template);
$template = str_replace("[TYPE_ENCODING]", $this->type_encodings[$class["name"]][$method["objc_method"]], $template);
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
}
// Prints implemented methods that contain sending code
function PrintImplementedSuperMethods ($class) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Implemented methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $this->GetMsgSendTemplate($method, true);
$template = str_replace("[CLASS]", $class["name"].".", $template);
$template = str_replace("[NAME]", "implemented_".$method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$method["return"] = $this->ReplaceNSTypesWithRef($method["return"]);
$template = str_replace("[RETURN]", $method["return"], $template);
// Replace SEL with the string equivalent so it can be registered inside the wrapper
if ($this->register_selectors) {
$params_header = str_replace_word("SEL", $this->sel_string, $method["param_string_with_modifiers"]);
$register = REGISTER_SEL;
} else {
$params_header = $method["param_string_with_modifiers"];
$register = DONT_REGISTER_SEL;
}
$template = str_replace("[PARAMS_HEADER]", $params_header, $template);
if ($method["has_params"]) {
$template = str_replace("[PARAMS_PROC]", "; ".$method["param_string_clean_with_modifiers"], $template);
$params_wrapper = $this->MakeParamList($method["param_array"], USE_HANDLE, CAST_HANDLE, ACCESS_HANDLE_FUNCTION, $register);
$params_list = $this->MakeParamList($method["param_array"], DONT_USE_HANDLE, DONT_CAST_HANDLE, ACCESS_HANDLE_FUNCTION, $register);
$template = str_replace("[PARAMS_LIST_WRAPPER]", ", ".$params_wrapper, $template);
$template = str_replace("[PARAMS_LIST]", ", ".$params_list, $template);
} else {
$template = str_replace("[PARAMS_PROC]", "", $template);
$template = str_replace("[PARAMS_LIST]", "", $template);
}
$template = str_replace("[TARGET_TYPE]", "Pobjc_super", $template);
$template = str_replace("[OBJC_METHOD]", $method["objc_method"], $template);
$template = str_replace("[OBJC_OBJECT]", "@super", $template);
$template = str_replace("[GET_SUPER_CLASS]", "super := getSuperClass;", $template);
$template = str_replace("[MSG_SEND_STRET]", "objc_msgSendSuper_stret", $template);
$template = str_replace("[MSG_SEND_REGISTER]", "objc_msgSendSuper", $template);
if (in_array($method["return"], $this->struct_types)) {
$template = str_replace("[MSG_SEND]", "objc_msgSendSuper_stret", $template);
} else {
$template = str_replace("[MSG_SEND]", "objc_msgSendSuper", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
}
// Prints super methods
function PrintSuperMethods ($class) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Super methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $this->GetMsgSendTemplate($method, true);
$template = str_replace("[CLASS]", $class["name"].".", $template);
$template = str_replace("[NAME]", "super_".$method["name"], $template);
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$method["return"] = $this->ReplaceNSTypesWithRef($method["return"]);
$template = str_replace("[RETURN]", $method["return"], $template);
//$method["param_string"] = $this->ReplaceNSTypesWithReal($method["param_string"]);
//$method["param_string_clean"] = $this->ReplaceNSTypesWithReal($method["param_string_clean"]);
$template = str_replace("[PARAMS_HEADER]", $method["param_string_with_modifiers"], $template);
$template = str_replace("[PARAMS_PROC]", "; ".$method["param_string_clean"], $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", ", ".$method["param_list"], $template);
$template = str_replace("[PARAMS_LIST]", ", ".$method["param_list"], $template);
$template = str_replace("[TARGET_TYPE]", "Pobjc_super", $template);
$template = str_replace("[OBJC_METHOD]", $method["objc_method"], $template);
$template = str_replace("[OBJC_OBJECT]", "@super", $template);
$template = str_replace("[GET_SUPER_CLASS]", "", $template);
if (in_array($method["return"], $this->struct_types)) {
$template = str_replace("[MSG_SEND]", "objc_msgSendSuper_stret", $template);
} else {
$template = str_replace("[MSG_SEND]", "objc_msgSendSuper", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
}
function PrintProtocolDeclaration ($protocol, $method) {
$template = $method["template"];
$template = str_replace("[PREFIX]", $protocol["name"]."_", $template);
if ($method["param_array"] == 0) {
$param = "sourceObject: NSObjectRef";
} else {
$param = "sourceObject: NSObjectRef; ";
}
$template = str_replace("[PARAMS]", "($param".$method["param_string_clean_with_modifiers"].")", $template);
$template = str_replace("[KIND]", $method["kind"], $template);
$template = str_replace("[RETURN]", $method["return"], $template);
$this->PrintOutput(0, $template);
}
// Prints all the protocols in the header
function PrintHeaderProtocols ($header, $implemented) {
if (!$header["protocols"]) return;
foreach ($header["protocols"] as $protocol) {
if ($implemented) {
if (!$protocol["methods"]) continue;
foreach ($protocol["methods"] as $name => $method) {
if ($method["kind"] != "constructor") {
//$this->PrintProtocolDeclaration($protocol, $method);
$template = $this->GetMsgSendTemplate($method, false);
// choose the protocol version
if ($template == $this->template_function_make_wrapper) $template = $this->template_protocol_make_wrapper;
if ($template == $this->template_function_make_wrapper_no_params) $template = $this->template_protocol_make_wrapper_no_params;
$template = str_replace("[CLASS]", $protocol["name"]."_", $template);
if ($method["param_array"] == 0) {
// add header params token to accommodate our extra parameter
$template = str_replace("[NAME]", $method["name"]."[PARAMS_HEADER]", $template);
} else {
$template = str_replace("[NAME]", $method["name"], $template);
}
$template = str_replace("[SELNAME]", str_replace(":", "_", $method["objc_method"]), $template);
$template = str_replace("[RETURN]", $method["return"], $template);
if ($method["param_array"] == 0) {
$source_param = "sourceObject: NSObjectRef";
} else {
$source_param = "sourceObject: NSObjectRef; ";
}
// Replace SEL with the string equivalent so it can be registered inside the wrapper
if ($this->register_selectors) {
$params_header = str_replace_word("SEL", $this->sel_string, $method["param_string_clean_with_modifiers"]);
$register = REGISTER_SEL;
} else {
$params_header = $method["param_string_clean_with_modifiers"];
$register = DONT_REGISTER_SEL;
}
$template = str_replace("[PARAMS_HEADER]", "($source_param$params_header)", $template);
if ($method["has_params"]) {
$template = str_replace("[PARAMS_PROC]", "; ".$method["param_string_clean"], $template);
$params_wrapper = $this->MakeParamList($method["param_array"], USE_HANDLE, CAST_HANDLE, ACCESS_HANDLE_DIRECT, $register);
$params_list = $this->MakeParamList($method["param_array"], DONT_USE_HANDLE, DONT_CAST_HANDLE, ACCESS_HANDLE_DIRECT, $register);
$template = str_replace("[PARAMS_LIST_WRAPPER]", ", ".$params_wrapper, $template);
$template = str_replace("[PARAMS_LIST]", ", ".$params_list, $template);
} else {
$template = str_replace("[PARAMS_PROC]", "", $template);
$template = str_replace("[PARAMS_LIST]", "", $template);
}
$template = str_replace("[TARGET_TYPE]", $this->objc_id_real, $template);
$template = str_replace("[OBJC_METHOD]", $method["objc_method"], $template);
$template = str_replace("[GET_SUPER_CLASS]", "", $template);
$template = str_replace("[MSG_SEND_STRET]", "objc_msgSend_stret", $template);
$template = str_replace("[MSG_SEND_REGISTER]", "objc_msgSend", $template);
// use the source object as the the target
$template = str_replace("[OBJC_OBJECT]", "sourceObject", $template);
if (in_array($method["return"], $this->struct_types)) { // structure
$template = str_replace("[MSG_SEND]", "objc_msgSend_stret", $template);
} elseif (in_array($method["return"], $this->float_types)) { // floating point
$template = str_replace("[MSG_SEND]", "objc_msgSend_fpret", $template);
} else { // simple type
$template = str_replace("[MSG_SEND]", "objc_msgSend", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
} else {
if ($protocol["methods"]) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Protocol: ".$protocol["name"]." }");
foreach ($protocol["methods"] as $name => $method) {
if ($method["kind"] != "constructor") {
$this->PrintProtocolDeclaration($protocol, $method);
}
}
}
}
}
}
function PrintSelectorVariables ($class) {
// class has no methods, bail!
if (!$class["methods"]) return;
$this->PrintOutput(0,"var");
foreach ($class["all"] as $method) {
$sel_name = str_replace(":", "_", $method["objc_method"]);
$this->PrintOutput(1, "SEL_$sel_name: SEL;");
}
}
// Prints a classes implementation in Pascal format to a file handle
function PrintClassImplementation ($class) {
// class has no methods, bail!
if (!$class["methods"]) return;
$name = $class["name"];
$this->PrintOutput(0,"");
$this->PrintOutput(0, "{ Selectors for $name }");
$this->PrintSelectorVariables($class);
$this->PrintOutput(0,"");
$this->PrintOutput(0, "{ Implementation for $name }");
// Global accessor object
$this->PrintOutput(0,"");
$this->PrintOutput(0,"var");
$this->PrintOutput(1, "__".$class["name"].": ".$class["name"].";");
// getClass method
$this->PrintOutput(0,"");
$this->PrintOutput(0,"class function $name.getClass: $this->objc_id_real;");
$this->PrintOutput(0,"begin");
$this->PrintOutput(1,"Result := objc_getClass('$name');");
$this->PrintOutput(0,"end;");
// withObject static accessor
$this->PrintOutput(0,"");
$this->PrintOutput(0, "class function $name.withObject (inObject: Pointer): $name;");
$this->PrintOutput(0,"begin");
$this->PrintOutput(1,"if __$name = nil then");
$this->PrintOutput(2,"__$name := $name.Create;");
$this->PrintOutput(1,"__$name.Handle := inObject;");
$this->PrintOutput(1,"result := __$name;");
$this->PrintOutput(0,"end;");
$this->PrintImplementedSuperMethods($class);
// DEPRECTAED IN FAVOR OF IMPLEMENTED SUPER METHODS
//$this->PrintImplementedMethods($class);
//$this->PrintSuperMethods($class);
$this->PrintObjcWrapperProcedures($class);
$this->PrintOverrideMethods($class);
$this->PrintSendMessageMethods($class);
}
// Prints a calls in Pascal format to a file handle
public function PrintClass ($class) {
// class has no methods, bail!
if (!$class["methods"]) return;
// the delegate class is the super class of NSObject
if ($class["name"] == "NSObject") $class["super"] = $this->master_delegate_class;
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ ".$class["name"]." }");
$this->PrintOutput(1, $class["name"]." = class(".$class["super"].")");
$this->PrintOutput(1, "public");
// getClass override
$this->PrintOutput(2, "class function getClass: $this->objc_id_real; override;");
// static wrapper accessor
$class_name = $class["name"];
$this->PrintOutput(2, "class function withObject (inObject: Pointer): $class_name;");
// print class-level methods
$this->PrintOutput(0, "");
$this->PrintOutput(2, "{ Class Methods }");
foreach ($class["methods"] as $method) {
$this->PrintOutput(2, $method["def"]);
}
// print category-level methods
if (count($class["categories"]) > 0) {
foreach ($class["categories"] as $name => $category) {
$this->PrintOutput(0, "");
$this->PrintOutput(2, "{ Category: $name }");
if ($category["methods"]) {
foreach ($category["methods"] as $method) {
$this->PrintOutput(2, $method["def"]);
}
}
}
}
// print implemented methods
$this->PrintOutput(0, "");
$this->PrintOutput(1, "protected");
$this->PrintOutput(2, "{ Implemented Methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $method["template"];
$template = str_replace("[PREFIX]", "implemented_", $template);
$template = str_replace("[PARAMS]", $method["param_string_with_modifiers"], $template);
$template = str_replace("[KIND]", $method["kind"], $template);
// implemented methods always return id instead of wrappers
$method["return"] = $this->ReplaceNSTypesWithRef($method["return"]);
$template = str_replace("[RETURN]", $method["return"], $template);
$this->PrintOutput(2, $template." virtual;");
}
}
// print override methods
$this->PrintOutput(0, "");
$this->PrintOutput(2, "{ Override Methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $method["template_procedure"];
$template = str_replace("[PREFIX]", "override_", $template);
$template = str_replace("[PARAMS]", "", $template);
$template = str_replace("[RETURN]", "", $template);
$this->PrintOutput(2, $template);
}
}
// print super methods
/* DEPRECTAED IN FAVOR OF IMPLEMENTED SUPER METHODS
$this->PrintOutput(0, "");
$this->PrintOutput(2, "{ Super Methods }");
foreach ($class["all"] as $method) {
if ($method["can_override"]) {
$template = $method["template"];
$template = str_replace("[PREFIX]", "super_", $template);
$template = str_replace("[PARAMS]", $method["param_string_with_modifiers"], $template);
$template = str_replace("[KIND]", $method["kind"], $template);
$template = str_replace("[RETURN]", $this->ReplaceNSTypesWithRef($method["return"]), $template);
$this->PrintOutput(2, $template);
}
}
*/
$this->PrintOutput(1, "end;");
}
function PrintDelegateReference ($valid_categories) {
ksort($this->delegate_methods);
$this->PrintOutput(0, "unit $this->master_delegate_file;");
$this->PrintOutput(0, "interface");
$this->PrintOutput(0, "uses");
$this->PrintOutput(1, "ctypes, objc, MacOSAll");
$this->PrintOutput(0, "type");
$this->PrintOutput(1, "$this->master_delegate_class = class");
$this->PrintOutput(1, "public");
// implemented methods
foreach ($this->delegate_methods as $category => $selectors) {
if (in_array($category, $this->ignore_categories)) continue;
// make sure the category is valid
$valid = false;
foreach ($valid_categories as $pattern) {
if (eregi($pattern, $category)) {
$valid = true;
break;
}
}
if (!$valid) continue;
$this->PrintOutput(2, "");
$this->PrintOutput(2, "{ $category }");
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen($selector["name_pascal"]) > $this->maximum_method_length) continue;
if ($selector["kind"] == "procedure") {
$this->PrintOutput(2, $selector["kind"]." ".$selector["name_pascal"].$selector["param_string"].";");
} else {
$this->PrintOutput(2, $selector["kind"]." ".$selector["name_pascal"].$selector["param_string"].": ".$selector["method"]["return"].";");
}
}
}
$this->PrintOutput(1, "end;");
}
function PrintDelegateClass ($valid_categories) {
ksort($this->delegate_methods);
$this->PrintOutput(0, "{\$ifdef FORWARD}");
$this->PrintOutput(1, "$this->master_delegate_class = class;");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$ifdef CLASSES}");
$macro = strtoupper($this->master_delegate_class);
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_C}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_C}");
$this->PrintOutput(1, "$this->master_delegate_class = class(NSObjectCore)");
$this->PrintOutput(1, "public");
//$this->PrintOutput(2, "constructor Create; override;");
// implemented methods
foreach ($this->delegate_methods as $category => $selectors) {
if (in_array($category, $this->ignore_categories)) continue;
// make sure the category is valid
$valid = false;
foreach ($valid_categories as $pattern) {
if (eregi($pattern, $category)) {
$valid = true;
break;
}
}
if (!$valid) continue;
$this->PrintOutput(2, "");
$this->PrintOutput(2, "{ $category }");
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen($selector["name_pascal"]) > $this->maximum_method_length) continue;
if ($selector["kind"] == "procedure") {
$this->PrintOutput(2, $selector["kind"]." ".$selector["name_pascal"].$selector["param_string"]."; virtual;");
} else {
$this->PrintOutput(2, $selector["kind"]." ".$selector["name_pascal"].$selector["param_string"].": ".$selector["method"]["return"]."; virtual;");
}
}
}
// add methods
$this->PrintOutput(2, "");
$this->PrintOutput(2, "{ Adding methods }");
foreach ($this->delegate_methods as $category => $selectors) {
if (in_array($category, $this->ignore_categories)) continue;
// make sure the category is valid
$valid = false;
foreach ($valid_categories as $pattern) {
if (eregi($pattern, $category)) {
$valid = true;
break;
}
}
if (!$valid) continue;
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen("add_".$selector["name_pascal"]) > $this->maximum_method_length) continue;
$this->PrintOutput(2, "procedure add_".$selector["name_pascal"].";");
}
}
$this->PrintOutput(1, "end;");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$ifdef IMPLEMENTATION}");
// create constructor method
/*
$this->PrintOutput(0, "");
$template = str_replace("[CLASS]", $this->master_delegate_class, $this->template_delegate_create);
$this->PrintOutput(0, $template);
*/
// print implemented methods
foreach ($this->delegate_methods as $category => $selectors) {
if (in_array($category, $this->ignore_categories)) continue;
// make sure the category is valid
$valid = false;
foreach ($valid_categories as $pattern) {
if (eregi($pattern, $category)) {
$valid = true;
break;
}
}
if (!$valid) continue;
// place-holder methods
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen($selector["name_pascal"]) > $this->maximum_method_length) continue;
if ($selector["kind"] == "procedure") {
$this->PrintOutput(0, $selector["kind"]." ".$this->master_delegate_class.".".$selector["name_pascal"].$selector["param_string"].";");
} else {
$this->PrintOutput(0, $selector["kind"]." ".$this->master_delegate_class.".".$selector["name_pascal"].$selector["param_string"].": ".$selector["method"]["return"].";");
}
$this->PrintOutput(0, "begin");
$this->PrintOutput(0, "end;");
$this->PrintOutput(0, "");
}
// objc wrappers
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen($selector["name_pascal"]) > $this->maximum_method_length) continue;
if ($selector["kind"] == "function") {
$template = $this->template_function_delegate_objc;
} else {
$template = $this->template_procedure_delegate_objc;
}
$template = str_replace("[CLASS]", $this->master_delegate_class, $template);
$template = str_replace("[NAME]", $selector["name_pascal"], $template);
$selector["method"]["return"] = $this->ReplaceNSTypes($selector["method"]["return"]);
$template = str_replace("[RETURN]", $selector["method"]["return"], $template);
if ($selector["method"]["has_params"]) {
$selector["method"]["param_string_clean"] = $this->ReplaceNSTypesWithRef($selector["method"]["param_string_clean"]);
$template = str_replace("[PARAMS_HEADER]", " (_self: $this->objc_id_real; _cmd: SEL; ".$selector["method"]["param_string_clean"].")", $template);
// auto-generate wrappers
$wrappers_variables = "";
$wrappers_create = "";
$wrappers_release = "";
$variable_list = "";
foreach ($selector["method"]["param_array"] as $pair) {
if (in_array($pair["type"], $this->cocoa_classes)) {
$wrappers_variables .= "object_".$pair["name"].": ".$pair["type"].";\n";
$wrappers_create .= "object_".$pair["name"]." := ".$pair["type"].".CreateWithHandle(".$pair["name"].");\n";
$wrappers_release .= "object_".$pair["name"].".release;\n";
$variable_list .= "object_".$pair["name"].", ";
} else {
$variable_list .= $pair["name"].", ";
}
}
$variable_list = trim($variable_list, ", ");
$template = str_replace("[VARIABLES]", $wrappers_variables, $template);
$template = str_replace("[WRAPPERS_CREATE]", $wrappers_create, $template);
$template = str_replace("[WRAPPERS_RELEASE]", $wrappers_release, $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", "($variable_list)", $template);
$params = $this->MakeObjcTypeParamList($selector["method"]["param_array"], false);
$template = str_replace("[PARAMS_LIST]", "($params)", $template);
} else {
$template = str_replace("[PARAMS_HEADER]", "(_self: $this->objc_id_real; _cmd: SEL)", $template);
$template = str_replace("[PARAMS_LIST]", "", $template);
$template = str_replace("[PARAMS_LIST_WRAPPER]", "", $template);
$template = str_replace("[VARIABLES]", "", $template);
$template = str_replace("[WRAPPERS_CREATE]", "", $template);
$template = str_replace("[WRAPPERS_RELEASE]", "", $template);
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
// add methods
foreach ($selectors as $selector) {
// FPC long name bug work-around
if (strlen($selector["name_pascal"]) > $this->maximum_method_length) continue;
$template = $this->template_method_add_runtime;
$template = str_replace("[CLASS]", $this->master_delegate_class, $template);
$template = str_replace("[NAME]", $selector["name_pascal"], $template);
$template = str_replace("[TYPES]", $selector["types"], $template);
$template = str_replace("[OBJC_METHOD]", $selector["name"], $template);
$this->PrintOutput(0, "");
$this->PrintOutput(0, $template);
}
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
print("* Printed delegate class to "."$this->root$this->out/foundation/$this->master_delegate_file.inc\n");
}
// Prints all externally defined symbols
function PrintExternalSymbols ($header) {
if (!$this->dump[$header["name"]]["types"]) return;
foreach ($this->dump[$header["name"]]["types"] as $key => $type_array) {
// External string constants
if ($key == "string_constant") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ External string constants }");
$this->PrintOutput(0, "var");
foreach ($type_array as $type) $this->PrintOutput(1, $type);
}
if ($key == "external_symbol") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ External symbols }");
$this->PrintOutput(0, "var");
foreach ($type_array as $type) $this->PrintOutput(1, $type);
}
}
}
// Prints all types in the header
function PrintTypes ($header) {
if (!$this->dump[$header["name"]]["types"]) return;
foreach ($this->dump[$header["name"]]["types"] as $key => $type_array) {
// External defines
if ($key == "defines") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Defines }");
$this->PrintOutput(0, "const");
foreach ($type_array as $type) $this->PrintOutput(1, $type);
}
// External CFString constants
/*
if ($key == "string_constant") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ External string constants }");
$this->PrintOutput(0, "var");
foreach ($type_array as $type) $this->PrintOutput(1, $type);
}
*/
// Named Enumerations
/*
if ($key == "named_enums") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Sets }");
foreach ($type_array as $type) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "type");
$this->PrintOutput(1, $type);
}
}
*/
// Enumerations
if ($key == "enums") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Constants }");
foreach ($type_array as $block) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "const");
foreach ($block as $type) $this->PrintOutput(1, $type);
}
}
// Typedefs
if (($key == "typedef") || ($key == "named_enums")) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Types }");
$this->PrintOutput(0, "type");
foreach ($type_array as $type) $this->PrintOutput(1, $type);
}
// CallBacks
if ($key == "callbacks") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Callbacks }");
$this->PrintOutput(0, "type");
foreach ($type_array as $name => $type) $this->PrintOutput(1, "$name = $type");
}
}
}
// Prints all records in the header
function PrintRecords ($header) {
if (!$this->dump[$header["name"]]["types"]) return;
foreach ($this->dump[$header["name"]]["types"] as $key => $type_array) {
// Structures
if ($key == "structs") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Records }");
foreach ($type_array as $type) {
$this->PrintOutput(0, "type");
$this->PrintOutput(1, $type);
}
}
}
}
// Prints all callbacks in the header
function PrintCallBacks ($header) {
if (!$this->dump[$header["name"]]["types"]) return;
foreach ($this->dump[$header["name"]]["types"] as $key => $type_array) {
if ($key == "callbacks") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Callbacks }");
$this->PrintOutput(0, "type");
foreach ($type_array as $name => $type) $this->PrintOutput(1, "$name = $type");
}
}
}
// Prints all external functions in the header
function PrintFunctions ($header) {
if (!$this->dump[$header["name"]]["types"]) return;
foreach ($this->dump[$header["name"]]["types"] as $key => $type_array) {
if ($key == "functions") {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Functions }");
foreach ($type_array as $type) $this->PrintOutput(0, $type);
}
}
}
// Prints all classes from the header in reference format (not for compiling)
function PrintHeaderReference ($header, $path) {
$this->output = fopen($path, "w+");
//$this->PrintOutput(0, "{ ".ucfirst($header["framework"]).".framework ".$header["name"]." }");
$this->PrintOutput(0, "unit ".$header["name_clean"].";");
$this->PrintOutput(0, "interface");
$this->PrintOutput(0, "uses");
$this->PrintOutput(1, "ctypes, objc, MacOSAll;");
if ($header["classes"]) {
foreach ($header["classes"] as $class) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "type");
$this->PrintOutput(1, $class["name"]."Ref = ".$this->objc_id_real.";");
$this->PrintOutput(1, $class["name"]."Pointer = Pointer;");
}
}
// types
$this->PrintTypes($header);
$this->PrintRecords($header);
$this->PrintFunctions($header);
$this->PrintExternalSymbols($header);
if ($header["classes"]) {
foreach ($header["classes"] as $class) {
if (in_array($class["name"], $this->cocoa_classes)) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "type");
$this->PrintOutput(1, $class["name"]." = object(".$class["super"].")");
// print class-level methods
if (count($class["methods"]) > 0) {
$this->PrintOutput(0, "");
foreach ($class["methods"] as $method) {
$this->PrintOutput(2, $method["def"]);
}
}
// print category-level methods
if (count($class["categories"]) > 0) {
foreach ($class["categories"] as $name => $category) {
$this->PrintOutput(0, "");
$this->PrintOutput(2, "{ Category: $name }");
if ($category["methods"]) {
foreach ($category["methods"] as $method) {
$this->PrintOutput(2, $method["def"]);
}
}
}
}
$this->PrintOutput(1, "end;");
}
}
}
// print procedural protocols
if ($header["protocols"]) {
foreach ($header["protocols"] as $protocol) {
if ($protocol["methods"]) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{ Protocol: ".$protocol["name"]." }");
foreach ($protocol["methods"] as $name => $method) {
if ($method["kind"] != "constructor") {
$this->PrintProtocolDeclaration($protocol, $method);
}
}
}
}
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "implementation");
$this->PrintOutput(0, "end.");
}
// Prints all classes from the header
public function PrintHeader ($header) {
global $version;
$this->output = fopen($header["path"], "w+");
$this->PrintOutput(0, "{ Parsed from ".ucfirst($header["framework"]).".framework ".$header["name"]." }");
$date = date("D M j G:i:s T Y");
$this->PrintOutput(0, "{ Version $version - $date }");
$this->PrintOutput(0, "");
$macro = strtoupper(substr($header["name"], 0, (strripos($header["name"], "."))));
if ($header["classes"]) {
$this->PrintOutput(0, "{\$ifdef HEADER}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_H}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_H}");
foreach ($header["classes"] as $class) {
$this->PrintOutput(0, "type");
// Make a id "reference" to each class which is an object but reveals the name of the class
if ($class["name"]."Ref" == $this->objc_id_real) {
$ref = $this->objc_id_base; // replace duplicates with the "base id"
} else {
$ref = $this->objc_id_real;
}
$this->PrintOutput(1, $class["name"]."Ref = ".$ref.";");
// Make a pointer to each class
$this->PrintOutput(1, $class["name"]."Pointer = Pointer;");
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef TYPES}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_T}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_T}");
$this->PrintTypes($header);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef RECORDS}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_R}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_R}");
$this->PrintRecords($header);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef FUNCTIONS}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_F}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_F}");
$this->PrintFunctions($header);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef CALLBACKS}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_F}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_F}");
$this->PrintCallBacks($header);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef EXTERNAL_SYMBOLS}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_T}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_T}");
$this->PrintExternalSymbols($header);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
if ($header["classes"]) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef FORWARD}");
foreach ($header["classes"] as $class) {
// if the class contains methods make a forward declaration, otherwise a dummy class to NSObject
if (count($class["all"]) > 0) {
$this->PrintOutput(1, $class["name"]." = class;");
} else {
$this->PrintOutput(1, $class["name"]." = NSObject;");
}
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
}
if ($header["classes"]) {
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef CLASSES}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_C}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_C}");
foreach ($header["classes"] as $class) {
if (in_array($class["name"], $this->cocoa_classes)) {
$this->PrintClass($class);
//print(" - Printed class ".$class["name"]."\n");
}
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
}
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef PROTOCOLS}");
$this->PrintOutput(0, "{\$ifndef $macro"."_PAS_P}");
$this->PrintOutput(0, "{\$define $macro"."_PAS_P}");
$this->PrintHeaderProtocols($header, false);
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "{\$endif}");
$this->PrintOutput(0, "");
$this->PrintOutput(0, "{\$ifdef IMPLEMENTATION}");
$this->PrintHeaderProtocols($header, true);
if ($header["classes"]) {
foreach ($header["classes"] as $class) {
if (in_array($class["name"], $this->cocoa_classes)) {
$this->PrintClassImplementation($class);
}
}
}
$this->PrintOutput(0, "{\$endif}");
}
// Prints all headers parsed
function PrintAllHeaders ($output_path, $ignore_output, $only_files, $print_header_references) {
foreach ($this->dump as $file => $header) {
if (eregi("^[a-zA-Z]+\.h", $file)) {
// ignore these files
if (@in_array($header["path_partial"], $ignore_output)) continue;
// only parse these files
if ((@count($only_files) > 0) && (@!in_array($header["name"], $only_files))) continue;
$name_clean = substr($file, 0, (strripos($file, ".")));
// assign output path
if ($output_path != "") $header["path"] = $output_path."/".$name_clean.".inc";
$this->PrintHeader($header);
if ($print_header_references) $this->PrintHeaderReference($header, $this->root.$this->out."/reference/".$name_clean.".pas");
print("* Printed $name_clean.h to ".$header["path"]."\n");
}
}
}
/**
* PARSING METHODS
*/
// Insert macro blocks to replace c-style blocks
function InsertMacroBlocks ($line, &$in_macro_block) {
// only insert if we are in a block already.
// NOTE: this does not handle nesting!
if ($in_macro_block) {
// macro else statment
if (eregi("#else", $line)) {
return "{\$else}";
}
// macro endif statment
if (eregi("#endif", $line)) {
$in_macro_block = false;
return "{\$endif}";
}
}
foreach ($this->macro_blocks as $key => $value) {
if (eregi($key, $line, $captures)) {
$in_macro_block = true;
// replace the c-macro with a Pascal version
if ($value == "*") {
$captures[0] = trim($captures[0], "#");
return "{\$".$captures[0]."}";
} else {
return "{".$value."}";
}
}
}
}
function ParseInstanceVariables ($line, &$struct) {
$field = null;
$field_bitpacked = false;
//print("$line\n");
// insert macros
if ($macro = $this->InsertMacroBlocks($line, $this->inside_macro_block)) {
if ($struct["valid"]) {
$struct["fields"][] = $macro;
return null;
} else {
return $macro;
}
}
// got struct
if (eregi("^[[:space:]]*struct.*{", $line)) {
$struct["valid"] = true;
return null;
}
if (eregi("^[[:space:]]*}[[:space:]]*([a-zA-Z_0-9]+);", $line, $captures)) {
$struct["name"] = "_".trim($captures[1], " ");
//print_r($struct);
return "struct";
}
// set field prefix to protect scope
if (!$struct["valid"]) $field_prefix = "_";
// remove null-defined macros:
$line = str_ireplace($this->null_macros, "", $line);
// replace garbage collector hints in the field
$line = $this->ReplaceGarbageCollectorHints($line, $garbage_collector_hint);
if (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_* ]+).*;", $line, $captures)) { // double-word single
$name = trim($captures[3], "* ");
$name = str_replace(" ", "", $name);
$name = str_replace(" ", "", $name);
if (eregi("^[[:space:]]*struct", $captures[1])) {
$type = $captures[2];
} else {
$type = $captures[1]." ".$captures[2];
}
$type = $this->ReplaceObjcType($type);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[3][0] == "*") $this->ReplacePointerType($type);
$field = "$field_prefix$name: $type;";
$field = $this->MakeFieldInlineArray($field, $line, $name, $type);
$field = eregi_replace("<.*>", "", $field);
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_* ]+)(.*);", $line, $captures)) { // double-word type list
$name = trim($captures[2], "* ");
$name = str_replace(" ", "", $name);
$name = str_replace(" ", "", $name);
$type = $this->ReplaceObjcType($captures[1]);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[2][0] == "*") $this->ReplacePointerType($type);
$field = "$field_prefix$name: $type;";
$field = $this->MakeFieldInlineArray($field, $line, $name, $type);
$field = eregi_replace("<.*>", "", $field);
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_*]+)(.*);", $line, $captures)) { // single word type list
$name = trim($captures[2], "* ");
$name = str_replace(" ", "", $name);
$name = str_replace(" ", "", $name);
$type = $this->ReplaceObjcType($captures[1]);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[2][0] == "*") $this->ReplacePointerType($type);
$type = trim($type, "*");
$field = "$field_prefix$name: $type;";
$field = $this->MakeFieldInlineArray($field, $line, $name, $type);
$field = eregi_replace("<.*>", "", $field);
}
// mark the field as having a garbage collector field
if ($garbage_collector_hint) $field = "$field {garbage collector: $garbage_collector_hint }";
// return field
if ($struct["valid"]) {
if ($field_bitpacked) $struct["bitpacked"] = true;
$struct["fields"][] = $field;
} else {
return $field;
}
}
// Parses a struct field into a list
function ParseStructList ($input, $name, $type) {
$field = "";
$list = explode(",", $input);
if (count($list) > 1) {
$field = " ";
foreach ($list as $key) {
$key = trim($key, " ");
$field .= "$key, ";
}
$field = rtrim($field, ", ");
$field .= ": $type;\n";
} else {
$field = " $name: $type;\n";
}
return $field;
}
// Parse external symbols, enums and typedef's from the header
function ParseHeaderTypes ($file) {
$contents = ReadTextFile($file);
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$field_bitpacked = false;
$lines = explode("\n", $contents);
foreach ($lines as $line) {
// skip blocks
if ($this->SkipBlock($line)) continue;
// garbage collector hints
$line = $this->ReplaceGarbageCollectorHints($line, $garbage_collector_hint);
// remove macros
$line = $this->RemoveOSVersionMacros($line);
// remove comments
$line = $this->RemoveComments($line);
$line = trim($line, " ");
if ($got_struct) {
// insert macros
if ($macro = $this->InsertMacroBlocks($line, $this->inside_macro_block)) $struct_fields .= "$macro\n";
// collect fields
if (eregi("^[[:space:]]*([a-zA-Z0-9_*]+)[[:space:]]*[*]*\((.*)\)\((.*)\);", $line, $captures)) { // function pointer (callback)
//continue;
$name = trim($captures[2], "*");
$result = $this->ReplaceNSTypesWithReal($captures[1]);
$result = $this->ReplaceObjcType($result);
$result = ": ".$this->SwapObjcTypeWithReal($result);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[1] == "void") {
$kind = "procedure";
$result = "";
} else {
$kind = "function";
}
// ??? convert params to Pascal
//$method = $this->ConvertFunctionPointerToPascal($result, $captures[3]);
//$params = $method["param_string_clean"];
$params = "context: Pointer {bad params!!}";
$struct_fields .= " $name: $kind ($params)$result; cdecl;\n";
//print("$name: $kind ($params)$result; cdecl;\n");
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_* ]+)(.*);", $line, $captures)) { // double-word single
$name = trim($captures[3], "* ");
$name = str_replace(" ", "", $name);
$name = str_replace(" ", "", $name);
$type = $captures[1]." ".$captures[2];
$type = $this->ReplaceObjcType($type);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[3][0] == "*") $this->ReplacePointerType($type);
//$struct_fields .= " $name: $type;\n";
$struct_fields .= $this->ParseStructList($captures[3]+$captures[4], $name, $type);
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_* ]+)(.*);", $line, $captures)) { // double-word type list
$name = trim($captures[2], "* ");
$name = str_replace(" ", "", $name);
$name = str_replace(" ", "", $name);
$type = $this->ReplaceObjcType($captures[1]);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[2][0] == "*") $this->ReplacePointerType($type);
$struct_fields .= $this->ParseStructList("$captures[2]$captures[3]", $name, $type);
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_* ]+)(.*);", $line, $captures)) { // single word type list
$name = trim($captures[2], "* ");
$captures[1] = str_replace(" ", "", $captures[1]);
$captures[1] = str_replace(" ", "", $captures[1]);
$type = $this->ReplaceObjcType($captures[1]);
$type = $this->SwapObjcTypeWithReal($type);
$type = $this->MakeFieldBitPacked($type, $line, $field_bitpacked);
if ($this->IsKeywordReserved($name)) $name .= "_";
if ($captures[2][0] == "*") $this->ReplacePointerType($type);
//$struct_fields .= " $name: $type;\n";
$struct_fields .= $this->ParseStructList($captures[2], $name, $type);
}
// got end of struct
if (ereg("^}[[:space:]]*([a-zA-Z_0-9]+);", $line, $captures)) {
if ($struct_name == "") {
$struct_name = $captures[1];
$make_pointer = true;
} else {
$struct_type = $captures[1];
}
if ($field_bitpacked) {
$struct = "$struct_name = $this->bitpacked_record_keyword\n";
} else {
$struct = "$struct_name = $this->record_keyword\n";
}
$struct .= $struct_fields;
$struct .= " end;\n";
if (($struct_type) && ($struct_name != $struct_type)) {
$struct .= "$struct_type = $struct_name;\n";
// SEE NOTE BELOW
//$struct .= $struct_type."Pointer = ^$struct_type;\n";
$make_pointer = false;
}
// make an extra pointer for us since Pascal may need it
// NOTE: remove this until we can protect against duplicate types
//if ($make_pointer) $struct .= $struct_name."Pointer = ^$struct_name;\n";
$this->dump[$file_name]["types"]["structs"][] = $struct;
$this->dump["global_structs"][] = $struct_name;
$got_struct = false;
$field_bitpacked = false;
}
}
// got struct
if (ereg("^typedef struct(.*){", $line, $captures)) {
$struct_name = trim($captures[1], " ");
$struct_type = null;
$struct_fields = "";
$make_pointer = false;
$got_struct = true;
}
// integer #define
if (ereg("#define[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([0-9.]+)", $line, $captures)) {
$this->dump[$file_name]["types"]["defines"][] = $captures[1]." = ".$captures[2].";";
}
// parse enum fields
if (($got_enum) || ($got_named_enum)) {
//print($line."\n");
// insert macros
//if ($macro = $this->InsertMacroBlocks($line, $this->inside_macro_block)) $this->dump[$file_name]["types"]["enums"][$block_count][] = $macro;
if (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*=[[:space:]]*([a-zA-Z_]+)[,]*[[:space:]]*$", $line, $captures)) { // string value
$captures[2] = trim($captures[2], ", ");
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$captures[2].";";
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*=[[:space:]]*([0-9-]+)[,]*[[:space:]]*$", $line, $captures)) { // integer value
$captures[2] = trim($captures[2], ", ");
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$captures[2].";";
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*=[[:space:]]*([0-9]+[xX]+[a-fA-F0-9]+)", $line, $captures)) { // hexadecimal value
$captures[2] = trim($captures[2], ", ");
$captures[2] = eregi_replace("^0x", "$", $captures[2]);
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$captures[2].";";
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*=[[:space:]]*([0-9]+[[:space:]]*<<[[:space:]]*[0-9]+)", $line, $captures)) { // << shl value, no ()
$captures[2] = str_replace("<<", " shl ", $captures[2]);
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$captures[2].";";
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*=[[:space:]]*\(([0-9]+[[:space:]]*<<[[:space:]]*[0-9]+)\)", $line, $captures)) { // << shl value
$captures[2] = trim($captures[2], ", ");
$captures[2] = str_replace("<<", " shl ", $captures[2]);
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$captures[2].";";
} elseif (ereg("^[[:space:]]*([a-zA-Z0-9_]+)[[:space:]]*[,}]*[[:space:]]*$", $line, $captures)) { // non-value
// omit lines which started nested structures.
// bad practice but the single-line regex parser can't handle them
if (!eregi("[=|]+", $line)) {
$captures[1] = trim($captures[1], ", ");
$this->dump[$file_name]["types"]["enums"][$block_count][] = $captures[1]." = ".$auto_increment.";";
$auto_increment ++;
}
}
// found the end
if (ereg("^};", $line)) $got_enum = false;
}
// ==== got enum ===
if (ereg("^enum {", $line)) {
$got_enum = true;
$block_count ++;
$auto_increment = 0;
}
// terminate named enum
if ($got_named_enum) {
if (ereg("^}[[:space:]]*([a-zA-Z0-9_]+);", $line, $captures)) {
$got_named_enum = false;
$named_enum = trim($named_enum, ", \n");
$this->dump[$file_name]["types"]["named_enums"][] = "$captures[1] = culong;";
$this->dump["global_types"][$captures[1]] = $captures[1];
}
}
// ==== got named enum ===
if (ereg("^typedef enum {", $line)) {
$got_named_enum = true;
$named_enum = "";
$auto_increment = 0;
$block_count ++;
}
// ==== external string constant ===
if (eregi("^($this->external_string_macros)+[[:space:]]+NSString[[:space:]]+\*[[:space:]]*(const)*[[:space:]]*([a-zA-Z_]+);", $line, $captures)) {
$name = $captures[3];
if (in_array($name, $this->ignore_symbol)) continue;
$this->dump[$file_name]["types"]["string_constant"][] = "$name: $this->string_macro; external name '_$name';";
}
// ==== external symbol ===
if (eregi("^($this->external_string_macros)+[[:space:]]+([a-zA-Z_ ]+)[[:space:]]+([a-zA-Z_]+);", $line, $captures)) {
$name = $captures[3];
$type = $captures[2];
// ignore symbols
if (in_array($name, $this->ignore_symbol)) continue;
$type = istr_replace_word("const", "", $type);
$type = trim($type, " ");
$this->dump[$file_name]["types"]["external_symbol"][] = "$name: $type; external name '_$name';";
}
// ==== external procedures ===
if (ereg("^($this->external_string_macros)+[[:space:]]+(.*)[[:space:]]+(\*)*([a-zA-Z0-9_]+)\((.*)\)", $line, $captures)) {
$result = $this->ConvertReturnType($captures[2]);
$name = $captures[4];
$params = "";
$captures[2] = trim($captures[2], " ");
$captures[5] = trim($captures[5], " ");
// ignore symbols
if (in_array($name, $this->ignore_symbol)) continue;
if ($captures[5] != "void") $params = "(".$this->ConvertCParamsPascal($captures[5]).")";
if ($captures[2] == "void") {
$this->dump[$file_name]["types"]["functions"][] = "procedure $name$params; cdecl; external name '$name';";
} else {
$this->dump[$file_name]["types"]["functions"][] = "function $name$params: $result; cdecl; external name '$name';";
}
}
// ==== got typedef ===
if (ereg("^typedef[[:space:]]+struct[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_]+);", $line, $captures)) { // defined struct type
$real_type = $captures[1];
$struct_type = $captures[1];
$new_type = $captures[2];
$this->AddTypeDef($this->dump[$file_name], "$struct_type = Pointer;");
$struct_type = $this->ReplaceObjcType($struct_type);
$struct_type = $this->SwapObjcTypeWithReal($struct_type);
$this->AddTypeDef($this->dump[$file_name], "$new_type = $struct_type;");
$this->dump["global_types"][$struct_type] = "Pointer";
$this->dump["global_types"][$new_type] = $real_type;
} elseif (ereg("^typedef[[:space:]]+struct[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_*]+);", $line, $captures)) { // pointer to struct
$real_type = $captures[1];
$clean_name = trim($captures[2], "*");
$pointer_type = $captures[1];
// ??? maybe check to see if this type exists like NSRect *NSRect is NSRectPointer which exists
$pointer_type = "Pointer";
//$captures[2] = $this->FormatObjcType($captures[2], $modifiers);
//$this->dump[$file_name]["types"]["typedef"][] = "$pointer_type = Pointer;";
$this->AddTypeDef($this->dump[$file_name], "$clean_name = $pointer_type;");
//$this->dump["global_types"][$pointer_type] = "Pointer";
$this->dump["global_types"][$clean_name] = $real_type;
} elseif (ereg("^typedef[[:space:]]+(const)*[[:space:]]*struct[[:space:]]+([a-zA-Z0-9_*]+)[[:space:]]+([a-zA-Z0-9_]+);", $line, $captures)) { // struct type (complex)
$real_type = $captures[1];
$captures[2] = $this->FormatObjcType($captures[2], $modifiers);
$this->AddTypeDef($this->dump[$file_name], $captures[3]." = ".$captures[2].";");
$this->dump["global_types"][$captures[3]] = $real_type;
} elseif (ereg("^typedef[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_*]+);", $line, $captures)) { // single-word type
$real_type = $captures[1];
// type is a pointer
if ($captures[2][0] == "*") {
$captures[2] = trim($captures[2], "*");
$captures[1] = $this->ReplaceObjcType($captures[1]);
$captures[1] = $this->SwapObjcTypeWithReal($captures[1]);
$this->AddTypeDef($this->dump[$file_name], $captures[2]." = ^".$captures[1].";");
$this->dump["global_types"][$captures[2]] = $real_type;
} else {
$captures[2] = trim($captures[2], "*");
$captures[1] = $this->ReplaceObjcType($captures[1]);
$captures[1] = $this->SwapObjcTypeWithReal($captures[1]);
$this->AddTypeDef($this->dump[$file_name],$captures[2]." = ".$captures[1].";");
$this->dump["global_types"][$captures[2]] = $real_type;
}
} elseif (ereg("^typedef[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_]+)[[:space:]]+([a-zA-Z0-9_*]+);", $line, $captures)) { // double-word type
$real_type = $captures[1];
$captures[3] = trim($captures[3], "*");
$long_type = $captures[1]." ".$captures[2];
$long_type = $this->ReplaceObjcType($long_type);
$long_type = $this->SwapObjcTypeWithReal($long_type);
$this->AddTypeDef($this->dump[$file_name], $captures[3]." = $long_type;");
$this->dump["global_types"][$captures[3]] = $real_type;
}
}
//print_r($this->dump[$file_name]["types"]);
}
// Parse all protocols in a header
function ParseHeaderProtocols ($file) {
$contents = ReadTextFile($file);
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$lines = explode("\n", $contents);
foreach ($lines as $line) {
// parse protocol
if ($got_protocol) {
// remove comments
$line = $this->RemoveComments($line);
// found property
if (eregi($this->regex_objc_property, $line, $captures)) {
$property = $this->ParseClassProperty($current_protocol, $captures);
if ($property["setter"]) {
$this->current_header["protocols"][$current_protocol]["methods"][$method["objc_method"]] = $property["setter"];
}
if ($property["getter"]) {
$this->current_header["protocols"][$current_protocol]["methods"][$method["objc_method"]] = $property["getter"];
}
continue;
}
// found method
$method = null;
if (eregi($this->regex_objc_method_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_protocol, $line, $captures, array(), true);
} elseif (eregi($this->regex_objc_method_no_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_protocol, $line, $captures, array(), false);
}
// append to classes
if (($method) && (!in_array($current_protocol, $this->ignore_categories)) && (!in_array($method["name"], $this->ignore_methods)) ) {
$this->current_header["protocols"][$current_protocol]["methods"][$method["objc_method"]] = $method;
}
// found the end
if (ereg("^@end", $line)) $got_protocol = false;
}
// got protocol
if ((eregi($this->regex_objc_protocol, $line, $captures)) && (!eregi(".*;$", $line))) {
$got_protocol = true;
$current_protocol = $captures[1];
print("+ Protocol $current_protocol\n");
$this->current_header["protocols"][$current_protocol]["name"] = $captures[1];
}
}
//print_r($this->current_class);
}
// Parse all categories in a header
function ParseHeaderCategories ($file) {
$contents = ReadTextFile($file);
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$lines = explode("\n", $contents);
foreach ($lines as $line) {
// parse category
if ($got_category) {
// remove comments
$line = $this->RemoveComments($line);
// found property
if (eregi($this->regex_objc_property, $line, $captures)) {
$property = $this->ParseClassProperty($current_category, $captures);
if ($property["setter"]) {
if ($this->AddMethodToClass($property["setter"], $this->current_class)) {
$this->dump[$category_owner]["classes"][$current_class]["categories"][$current_category]["methods"][] = $property["setter"];
}
}
if ($property["getter"]) {
if ($this->AddMethodToClass($property["getter"], $this->current_class)) {
$this->dump[$category_owner]["classes"][$current_class]["categories"][$current_category]["methods"][] = $property["getter"];
}
}
continue;
}
// found method
$method = null;
if (eregi($this->regex_objc_method_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_category, $line, $captures, $this->GetProtectedKeywords($this->current_class), true);
} elseif (eregi($this->regex_objc_method_no_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_category, $line, $captures, $this->GetProtectedKeywords($this->current_class), false);
}
// append to classes
if (($method) && (!in_array($method["name"], $this->ignore_categories))) {
if ($current_class) {
if ($this->AddMethodToClass($method, $this->current_class)) {
$this->dump[$category_owner]["classes"][$current_class]["categories"][$current_category]["methods"][] = $method;
}
} else {
// add base categories to NSObject
if (in_array($current_category, $this->base_categories)) {
if ($this->AddMethodToClass($method, $this->dump["NSObject.h"]["classes"]["NSObject"])) {
$this->dump["NSObject.h"]["classes"]["NSObject"]["categories"][$current_category]["methods"][] = $method;
}
}
$this->dump["categories"][$current_category]["methods"][$method["objc_method"]] = $method;
}
}
// found the end
if (ereg("^@end", $line)) $got_category = false;
}
// got category
if (eregi($this->regex_objc_category, $line, $captures)) {
// ??? if the current header is NSObject, then we DO want to accept these categories, they are NOT delegates this time...
// append category to it's super class
$category_owner = $this->FindCategoryHeader($captures[1]);
if (($category_owner) && ($captures[1] != "NSObject")) {
$got_category = true;
$current_category = $captures[2];
$current_class = $captures[1];
$this->current_class = &$this->dump[$category_owner]["classes"][$current_class];
$this->dump[$category_owner]["classes"][$current_class]["categories"][$current_category]["name"] = $captures[2];
$this->dump[$category_owner]["classes"][$current_class]["categories"][$current_category]["super"] = $captures[1];
print(" -> Category $current_category belongs to $current_class in $category_owner\n");
} else {
if ($captures[1] == "NSObject") {
print(" + Category ".$captures[2]."->".$captures[1]." belongs to NSObject\n");
$got_category = true;
} else {
$this->warning_count ++;
print("# WARNING: Category ".$captures[2]." (".$captures[1].") has no header\n");
$got_category = false;
}
$current_category = $captures[2];
$current_class = null;
$this->dump["categories"][$current_category]["name"] = $captures[2];
$this->dump["categories"][$current_category]["super"] = $captures[1];
}
}
}
//print_r($this->current_class);
}
// Parse all "pre-defined" category methods in a header
function PreparseCategoryMethods ($file) {
$contents = ReadTextFile($file);
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$lines = explode("\n", $contents);
foreach ($lines as $line) {
// parse category
if ($got_category) {
// found method
$method = null;
if (eregi($this->regex_objc_method_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_category, $line, $captures, array(), true);
} elseif (eregi($this->regex_objc_method_no_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current_category, $line, $captures, array(), false);
}
// append to classes
if (($method) && ($current_class)) {
$this->dump[$category_owner]["category_methods"][] = $method["name"];
//print($method["name"]."\n");
}
// found the end
if (ereg("^@end", $line)) $got_category = false;
}
// got category
if (eregi($this->regex_objc_category, $line, $captures)) {
$category_owner = $this->FindCategoryHeader($captures[1]);
if ($category_owner) {
$got_category = true;
$current_category = $captures[2];
$current_class = $captures[1];
} else {
$current_class = null;
}
}
}
return $this->dump[$category_owner]["category_methods"];
}
// Preparses a class for protected keywords
function PreparseClass ($lines, $line_count) {
$protected_keywords = array();
for ($i=$line_count; $i < count($lines); $i++) {
$line = $lines[$i - 1];
// found method
if (eregi($this->regex_objc_method_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current, $line, $captures, $protected_keywords, true);
$this->current_class["protected_keywords"][] = $method["name"];
} elseif (eregi($this->regex_objc_method_no_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current, $line, $captures, $protected_keywords, false);
$this->current_class["protected_keywords"][] = $method["name"];
}
// class ended
if (ereg("^@end", $line)) return $protected_keywords;
}
}
// Gets the preferred property name from attributes
function GetPropertyName ($kind, $params, &$name) {
foreach ($params as $value) {
$pair = explode("=", $value);
if ($pair[0] == $kind) {
$name = $pair[1];
return true;
break;
}
}
}
// Convert a method return type to Pascal
function ConvertReturnType ($type) {
$type = trim($type, " ");
$type = $this->ReplaceObjcType($type);
// if the type was not converted remove the * and process further
$type = trim($type, "* ");
$type = $this->ReplaceObjcType($type);
// format the return type again to make sure it's clean
$type = $this->FormatObjcType($type, $null_modifier);
return $type;
}
// Parse a property into accessor methods
function ParseClassProperty ($class, $parts) {
$property["parameters"] = explode(",", $parts[1]);
$method = array();
// property name
if (eregi("([a-zA-Z0-9]+)$", $parts[2], $captures)) $property["name"] = ucwords($captures[1]);
// property type
$type = istr_replace_word($captures[1], "", $parts[2]);
$type = $this->ConvertReturnType($type);
// setter
if (!in_array("readonly", $property["parameters"])) {
$method["setter"] = array();
$name = $property["name"];
if (!$this->GetPropertyName("setter", $property["parameters"], $name)) {
$name = "set$name";
}
// protect method name from keywords
if ($this->IsKeywordReserved($name)) $name .= "_";
$method["setter"]["def"] = "procedure $name (newValue: $type);";
$method["setter"]["objc_method"] = "$name:";
$method["setter"]["class"] = $class;
$method["setter"]["name"] = $name;
$method["setter"]["kind"] = "procedure";
}
// getter
$method["getter"] = array();
$name = $property["name"];
if (!$this->GetPropertyName("getter", $property["parameters"], $name)) {
$name = strtolower(substr($name, 0, 1)) . substr($name, 1);
}
// protect method name from keywords
if ($this->IsKeywordReserved($name)) $name .= "_";
$method["getter"]["def"] = "function $name: $type;";
$method["getter"]["objc_method"] = $name;
$method["getter"]["class"] = $class;
$method["getter"]["name"] = $name;
$method["getter"]["kind"] = "function";
return $method;
}
// Main entry to parse a header
function ParseHeaderClasses ($file) {
$contents = ReadTextFile($file);
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$line_count = 0;
$lines = explode("\n", $contents);
foreach ($lines as $line) {
$line_count++;
// remove external class macros
$line = eregi_replace("^[A-Z0-9]+_EXTERN_CLASS[[:space:]]+", "", $line);
// parse instance vars
if ($got_instance_vars) {
// scope compiler directive
if (eregi($this->regex_scope_compiler_directive, $line, $captures)) {
$this->instance_var_scope = $captures[1];
continue;
}
// remove comments
$line = $this->RemoveComments($line);
// parse instance variables
$result = $this->ParseInstanceVariables($line, $struct);
// parse structures
if ($result == "struct") {
//print_r($struct);
//$this->dump[$file_name]["classes"][$current]["ivars"][] = $struct["name"].": $current"."_".$struct["name"].";";
$this->dump[$file_name]["classes"][$current]["ivars_structs"][] = $struct;
// print inline-record type
if ($struct["bitpacked"]) {
$this->dump[$file_name]["classes"][$current]["ivars"][] = $struct["name"].": ".$this->bitpacked_record_keyword;
} else {
$this->dump[$file_name]["classes"][$current]["ivars"][] = $struct["name"].": ".$this->record_keyword;
}
// print fields
if ($struct["fields"]) {
foreach ($struct["fields"] as $field) $this->dump[$file_name]["classes"][$current]["ivars"][] = " ".$field;
}
$this->dump[$file_name]["classes"][$current]["ivars"][] = " end;";
$struct = null;
} elseif($result != null) {
//print($result);
$this->dump[$file_name]["classes"][$current]["ivars"][] = $result;
}
// instance var section terminated.
if (eregi("^\s*}\s*$", $line)) {
$struct = null;
$got_instance_vars = false;
$this->instance_var_scope = null;
}
} elseif ($got_class) { // parse the class
// the instance variable section started after the class line and no other ivar's were parsed yet
if (!$this->dump[$file_name]["classes"][$current]["ivars"]) {
if (eregi("{\s*$", $line)) {
$got_instance_vars = true;
continue;
}
}
// remove comments
$line = $this->RemoveComments($line);
// found property
if (eregi($this->regex_objc_property, $line, $captures)) {
$property = $this->ParseClassProperty($current, $captures);
if ($property["setter"]) {
if ($this->AddMethodToClass($property["setter"], $this->dump[$file_name]["classes"][$current])) {
$this->dump[$file_name]["classes"][$current]["methods"][] = $property["setter"];
}
}
if ($property["getter"]) {
if ($this->AddMethodToClass($property["getter"], $this->dump[$file_name]["classes"][$current])) {
$this->dump[$file_name]["classes"][$current]["methods"][] = $property["getter"];
}
}
continue;
}
// found method
if (eregi($this->regex_objc_method_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current, $line, $captures, $this->GetProtectedKeywords($this->current_class), true);
if ($this->AddMethodToClass($method, $this->dump[$file_name]["classes"][$current])) {
$this->dump[$file_name]["classes"][$current]["methods"][] = $method;
}
} elseif (eregi($this->regex_objc_method_no_params, $line, $captures)) {
$method = $this->ConvertObjcMethodToPascal($current, $line, $captures, $this->GetProtectedKeywords($this->current_class), false);
if ($this->AddMethodToClass($method, $this->dump[$file_name]["classes"][$current])) {
$this->dump[$file_name]["classes"][$current]["methods"][] = $method;
}
}
// found the end
if (ereg("^@end", $line)) $got_class = false;
}
// ==== got class ====
if ((eregi($this->regex_objc_class, $line, $captures)) || (eregi($this->regex_objc_class_no_super, $line, $captures))) {
$current = $captures[1];
$got_class = true;
// check for instance variable section
if (eregi("{\s*$", $line)) $got_instance_vars = true;
// get the protocol which the class conforms to
if (eregi($this->regex_objc_class, $line, $captures)) {
if ($captures[3]) $this->dump[$file_name]["classes"][$current]["conforms"] = $captures[3];
} else {
if ($captures[2]) $this->dump[$file_name]["classes"][$current]["conforms"] = $captures[2];
}
// clean up the conforms string
if ($this->dump[$file_name]["classes"][$current]["conforms"]) {
$conform_protocols = explode(",", $this->dump[$file_name]["classes"][$current]["conforms"]);
foreach ($conform_protocols as $protocol) {
$protocol = trim($protocol, "<> ");
$protocol_clean .= $protocol."$this->protocol_suffix, ";
}
$protocol_clean = trim($protocol_clean, ", ");
$this->dump[$file_name]["classes"][$current]["conforms"] = $protocol_clean;
$protocol_clean = "";
}
$this->dump[$file_name]["classes"][$current]["name"] = $captures[1];
$this->dump[$file_name]["classes"][$current]["super"] = $captures[2];
$this->dump[$file_name]["classes"][$current]["super_class"] = &$this->dump["master"][$captures[2]];
$this->dump[$file_name]["classes"][$current]["file_name"] = $file_name;
$this->dump[$file_name]["classes"][$current]["file_clean"] = substr($file_name, 0, (strripos($file_name, ".")));
$this->dump[$file_name]["classes"][$current]["protected_keywords"] = array();
$this->dump[$file_name]["classes"][$current]["declared_methods"] = array();
$this->dump[$file_name]["category_methods"] = array();
$this->current_class = &$this->dump[$file_name]["classes"][$current];
// append master class listing
$this->dump["master"][$current] = &$this->dump[$file_name]["classes"][$current];
// preparse for protected keywords
$this->PreparseClass($lines, $line_count);
// preparse for category methods that may present naming conflicts
$category_methods = $this->PreparseCategoryMethods($file);
// add category methods to protected keywords
if ($category_methods) $this->current_class["protected_keywords"] = array_merge($this->current_class["protected_keywords"], $category_methods);
// print class hierarchy
if ($this->show_class_hierarchy) {
$this->GetClassHierarchy($this->current_class, $hierarchy);
$hierarchy_string = "";
foreach ($hierarchy as $value) {
$hierarchy_string .= "$value->";
}
$hierarchy_string = trim($hierarchy_string, "->");
print(" - $current: $hierarchy_string\n");
}
$this->class_count ++;
//print_r($this->dump[$file_name]["classes"][$current]);
}
}
//print_r($this->dump[$file_name]["classes"][$current]);
}
// Parse categories which depend on another header
function ParseHeaderDependents ($file) {
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$this->ParseHeaderCategories($file);
print("+ Parsed $file_name for dependents\n");
}
// Main entry to parse a header
function ParseHeader ($file) {
$file_name = substr($file, (strripos($file, "/")) + 1, strlen($file));
$name_clean = substr($file_name, 0, (strripos($file_name, ".")));
// get framework we're parsing from
if (eregi("/([a-zA-Z]+)\.framework/", $file, $captures)) $this->framework = strtolower($captures[1]);
// get the output path
$this->dump[$file_name]["path"] = "$this->root$this->out/$this->framework/$name_clean.inc";
$this->dump[$file_name]["path_partial"] = "$this->framework/$name_clean.inc";
$this->dump[$file_name]["framework"] = $this->framework;
$this->dump[$file_name]["name"] = $file_name;
$this->dump[$file_name]["name_clean"] = $name_clean;
$this->current_header = &$this->dump[$file_name];
$this->ParseHeaderProtocols($file);
$this->ParseHeaderClasses($file);
$this->ParseHeaderTypes($file);
print("+ Parsed $file_name\n");
}
// Parse all AppKit and Foundation framework headers
function ParseCocoaFrameworks ($ignore_files, $parse_only) {
foreach ($this->frameworks as $framework_name => $framework_info) {
// framework is disabled
if ($framework_info["enabled"] != 1) continue;
if ($this->out != "/") {
$path = $this->root.$this->out."/".$framework_info["root"];
} else {
$path = $this->root.$framework_info["root"];
}
$contents = ReadTextFile($path);
$lines = explode("\n", $contents);
foreach ($lines as $line) {
if (eregi($framework_info["include_pattern"], $line, $captures)) {
$header = $captures[1].".h";
$path = $framework_info["headers"]."/$header";
// main header
if ($parse_only) {
if (@in_array($header, $parse_only)) $this->ParseHeader($path);
} elseif (@!in_array($header, $ignore_files)) {
$this->ParseHeader($path);
}
// header dependents
if ($parse_only) {
if (@in_array($header, $parse_only)) $this->ParseHeaderDependents($path);
} elseif (@!in_array($header, $ignore_files)) {
$this->ParseHeaderDependents($path);
}
}
}
}
// diagnostics
print("\n• Parsed $this->method_count methods in $this->class_count classes.\n\n");
if ($this->warning_count > 0) print("$this->warning_count warnings were encountered.\n\n");
}
// Parse headers in a system framework
function ParseFramework ($ignore_files, $parse_only) {
}
// Parses XML file generated by GEN_BRIDGE_METADATA -f /System/Library/Frameworks/AppKit.framework/
function ParseBridgeSupportXML ($file, $categories) {
$contents = ReadTextFile($file);
$lines = explode("\n", $contents);
foreach ($lines as $line) {
if ($got_informal_protocol) {
if (eregi("<method type='(.*)' selector='(.*)'/>", $line, $captures)) {
$set["name"] = $captures[2];
$set["name_pascal"] = str_replace(":", "_", $set["name"]);
$set["name_pascal"] = rtrim($set["name_pascal"], "_");
$set["types"] = $captures[1];
$set["param_string"] = $categories[$informal_protocol]["methods"][$captures[2]]["param_string"];
$set["method"] = &$categories[$informal_protocol]["methods"][$captures[2]];
if ($captures[1][0] == "v") {
$set["kind"] = "procedure";
} else {
$set["kind"] = "function";
}
// add the selector if the name isn't reserved for Pascal
if ((!in_array($set["name_pascal"], $this->reserved_keywords)) && (!in_array($set["name_pascal"], $this->reserved_methods))) {
$this->delegate_methods[$informal_protocol][] = $set;
$this->delegate_method_names[] = $set["name_pascal"];
}
}
// end tag
if ($line == "</informal_protocol>") $got_informal_protocol = false;
}
// got informal_protocol
if (eregi("<informal_protocol name='(.*)'>", $line, $captures)) {
$informal_protocol = $captures[1];
//print("\"$informal_protocol\", ");
$got_informal_protocol = true;
}
}
print("+ Parsed bridge support XMl file at $file\n");
//print_r($this->delegate_methods);
}
// Parse all classes/categories (non-delegate) from the header
function ParseAllHeaderClasses ($file) {
$contents = ReadTextFile($file);
$lines = explode("\n", $contents);
foreach ($lines as $line) {
// remove external class macros
$line = eregi_replace("^[A-Z0-9]+_EXTERN_CLASS[[:space:]]+", "", $line);
// classes
if (eregi($this->regex_objc_class, $line, $captures)) $this->cocoa_classes[] = $captures[1];
if (eregi($this->regex_objc_class_no_super, $line, $captures)) $this->cocoa_classes[] = $captures[1];
// categories
if (eregi($this->regex_objc_category, $line, $captures)) {
$this->cocoa_categories[] = $captures[1];
}
}
}
// Build array of all known Cocoa classes in frameworks
function BuildCocoaClasses () {
foreach ($this->frameworks as $framework_name => $framework_info) {
// framework is disabled
if ($framework_info["enabled"] != 1) continue;
$handle = opendir($framework_info["headers"]);
while (($file = readdir($handle)) !== false) {
if (eregi($framework_info["header_pattern"], $file)) {
$this->ParseAllHeaderClasses($framework_info["headers"]."/$file");
}
}
closedir($handle);
}
}
function ProcessFile ($file, $print) {
$this->ParseHeader($file);
$this->ParseHeaderDependents($file);
if ($print) $this->PrintAllHeaders("", null, null, false);
}
function ParseDelegateClasses () {
foreach ($this->frameworks as $framework_name => $framework_info) {
// framework is disabled
if ($framework_info["enabled"] != 1) continue;
$this->ParseBridgeSupportXML("$this->root".$framework_info["bridge"], $this->dump["categories"]);
}
// These are expressions which match valid class names or the names themself
$delegate_categories = array( "(Delegation|Delegate|Notification|DataSource|Handler)+",
"NSDraggingDestination", "NSDistantObjectRequestMethods", "NSDraggingSource",
"NSEditorRegistration", "NSFileManagerFileOperationAdditions", "NSPasteboardOwner",
);
$this->output = fopen("$this->root$this->out/foundation/$this->master_delegate_file.inc", "w+");
$this->PrintDelegateClass($delegate_categories);
fclose($this->output);
$this->output = fopen("$this->root$this->out/$this->master_delegate_file.pas", "w+");
$this->PrintDelegateReference($delegate_categories);
fclose($this->output);
}
function LoadTypeEncodings ($name) {
$contents = ReadTextFile("$this->root/$name");
$lines = explode("\n", $contents);
foreach ($lines as $line) {
$row = explode("|", $line);
$this->type_encodings[$row[0]][$row[1]] = $row[2];
}
//print_r($this->type_encodings);
}
// Prints out code to generate type encodings with GenerateTypeEncodings.p
// Paste the output of the function into GenerateTypeEncodings.p, run the program and save the output into a text file
// which is loaded into this script.
function PrintTypeEncodingGlue () {
$count = 0;
$block = true;
$block_count = 1;
$limit = 2000;
foreach ($this->dump["all_methods"] as $class => $method) {
foreach ($method as $name) {
if ($count == 0) {
print("\n");
print("procedure PrintGlue$block_count;\n");
print("begin\n");
$block_count ++;
}
$count ++;
print("aMethod := class_getInstanceMethod(objc_getClass('$class'), sel_registerName(PChar('$name')));\n");
print("if aMethod <> nil then\n");
print("writeln('$class|$name|', method_getTypeEncoding(aMethod));\n");
if ($count == $limit) {
print("end;\n");
$count = 0;
}
}
}
if ($count < $limit) {
print("end;\n");
$block_count --;
}
print("\n========= IMPLEMENTATION =========\n");
for ($i=1; $i < $block_count + 1; $i++) {
print("PrintGlue$i;\n");
}
}
function __construct ($directory, $out_directory, $frameworks, $show) {
$this->root = $directory;
$this->out = $out_directory;
$this->show = $show;
if ($frameworks) {
foreach ($frameworks as $name) {
$this->frameworks[$name]["enabled"] = true;
}
}
$this->BuildCocoaClasses();
//$this->LoadTypeEncodings("TypeEncodingsAll.txt");
}
}
?>