fpc/packages/cocoaint/utils/source/objp_base.php
Jonas Maebe 3ca3276400 * changed syntax of external objcclasses (see wiki/FPC_PasCocoa). Another
change is that it is now also allowed to specify an external name for
    formal external class definitions, but if they are later mixed with
    regular class definitions the external names have to match.
   o because the "external" status of methods is now set while parsing the
     class rather than afterwards, some procdir compatibility checks had to
     be inlined because they only have to be performed for 
  * also adapted the syntax for external cppclasses in the same way
  * fixed return type of NSObject.retainCount and NSObject.hash
    (NSUInteger instead of cint)
  * moved "patches" directory from cocoaint/src to cocoaint/utils/cocoa-skel
    so they are used by the conversion script when re-parsing the headers
  * updated Objective-C header parser script to
   o use the new external class syntax
   o not write inheritance information for root classes (NSObject, NSProxy)
   o use internal translation tables for some conflicting method names that
    are named specially in objcbase.pp
   and updated parsed headers
  * fixed rtl/inc/objcbase.pp and tests to conform to the new external class
    syntax

git-svn-id: trunk@16684 -
2011-01-02 14:50:46 +00:00

287 lines
14 KiB
PHP

<?php
/**
* ObjectivePParserBase contains all instance variables and settings for the parser
* separated from the main file for easier navigation.
*/
class ObjectivePParserBase {
// Frameworks to parse (loaded from frameworks.xml)
var $frameworks = array();
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 $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
// Comments Builder
var $comment_eol;
var $comment_terminated;
var $comment_fragment;
var $comment_fragment_previous;
var $comment_fragment_open;
var $comment_previous;
var $comment_block_open;
var $comment_block_closed;
var $comment_header;
// Macros Builder
var $macro_block = "";
var $in_macro_block = false;
/**
* PARSER OPTIONS
*/
var $objc_id = "id"; // Default type for generic objects
var $sel_string = "SEL"; // 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 $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";
var $category_suffix = "Category"; // To prevent naming conlicts all objccategories are suffixed with this work
var $parse_comments = false; // Comments are parsed and inserted by context
var $merge_headers = false; // Headers are printed by merging difference instead of overwritting
var $comment_break = "\n"; // This text will be inserted before each comment to break lines
var $comment_padding_left = " "; // Padding applied to the left side of all comments
var $comment_padding_right = " "; // Padding applied to the right side of all comments
var $varargs_param_name = "firstKey"; // The name of the first parameter for methods using varargs
// array of all known framework classes (both regular and anonymous)
var $cocoa_classes = array("Protocol");
// array of all anonymous external classes. This list will include
// classes that are first defined anonymously and then normally
var $anon_cocoa_classes = array();
// array of all defined external classes. This list will only
// include classes that are completely defined
var $defined_cocoa_classes = array();
// array of function pointer types that are declared without an indirection
// (e.g. NSUncaughtExceptionHandler in NSException.h) -> do not add Ptr
// suffix when deriving the pointer type
var $implicit_function_pointer_types = array();
// array of opaque struct pointer types
var $opaque_structs = array();
// array of all known framework categories
var $cocoa_categories = array();
// Pascal keywords to protect
var $reserved_keywords = array( "const", "object", "string", "array", "var", "set", "interface", "unit", "begin", "end",
"type", "raise", "property", "to", "for", "with", "function", "procedure", "result",
"pointer", "create", "new", "dispose", "label", "packed", "record", "class", "implementation",
);
// FPC methods that can't be overloaded
var $reserved_methods = array("");
// Types which can not be altered by reserved keywords
var $reserved_types = array("Pointer");
// Objective-c types to convert
var $replace_types = array("BOOL"=>"Boolean", "long"=>"clong", "int"=>"cint",
"unsigned long"=>"culong", "unsigned short"=>"cushort", "void *"=>"Pointer", "unsigned int"=>"cuint",
"Class"=>"Pobjc_class", "uint"=>"cuint",
"uint8_t"=>"cuint8", "signed int"=>"cint", "const char"=>"char", "const void *"=>"Pointer",
"const uint8_t"=>"cuint8", "unsigned"=>"cuint", "int32_t"=>"cint32", "float"=>"single",
"unsigned long long"=>"culonglong", "int64_t"=>"cint64", "uint32_t"=>"cuint32", "uint16_t"=>"cuint16",
"unsigned char"=>"char", "short"=>"cshort", "double"=>"double", "long long"=>"clonglong",
"uintptr_t"=>"culong","intptr_t"=>"clong",
"signed char"=>"char", "uint64_t"=>"cuint64",
// work-arounds - the type replacement needs regex to handle with spaces I guess
"void*"=>"Pointer",
// macros
"IBAction"=>"void", "IBOutlet"=>"",
// special pointers
"const id *"=>"NSObjectArrayOfObjectsPtr", "Protocol *"=>"objc_protocol", "NSObject *"=>"NSObject",
"const char *"=>"PChar", "const void *"=>"Pointer", "unsigned char *"=>"PByte", "char *"=>"PChar",
"unsigned *"=>"pcuint", "unichar *"=>"PChar", "const unichar *"=>"PChar",
);
// These "types" are hints to the Objective-C garbage collector
var $garbage_collector_hints = array("__strong", "__weak", "volatile", "___strong", "___weak");
// These identifiers are used with remote messaging
var $remote_messaging_modifiers = array("oneway", "in", "out", "inout", "bycopy", "byref");
var $null_macros = array("IBOutlet", "IBAction");
// External NSString macros. Additional values are imported from frameworks.xml
var $external_string_macros = "APPKIT_EXTERN|FOUNDATION_EXPORT|EXTERN|extern";
// Types which have known pointers declared in the headers
var $pointer_types = array( // MacOSAll types
// C/Cocoa types
"void"=>"Pointer","const void"=>"Pointer",
"Boolean"=>"pboolean",
"clong"=>"pclong","cint"=>"pcint",
"culong"=>"pculong","cushort"=>"pcushort","cuint"=>"pcuint",
"cuint8"=>"pbyte","char"=>"PChar",
"clonglong"=>"pclonglong","culonglong"=>"pculonglong",
"cint64"=>"pcint64",
"cuint32"=>"pcuint32","cuint16"=>"pcuint16",
"cshort"=>"pcshort",
"single"=>"psingle", "double"=>"pdouble",
);
// These methods require that the last parameter append a trailing underscore (if $trailing_underscore is on)
// Method format should be Objective-C copied directly from the headers
var $trailing_underscore_methods = array( "- (void)copy:(id)sender;",
"- (void)setNeedsDisplay:(BOOL)flag;",
"- (void*)QTMovie;","- (QTMovie *)QTMovie;",
"- (BOOL)load:(NSError **)error;",
);
var $trailing_underscore = true;
// Types to ignore
var $ignore_types = array("CGFloat");
// Comments (or fragments starting with the pattern) to ignore (regex)
var $ignore_comments = array();
// Categories to ignore
// NSURLLoading is deprecated in 10.4 and later, and causes problems
// when parsing the iPhoneOS foundation
var $ignore_categories = array("NSURLLoading");
// Methods to ignore
var $ignore_methods = array( "observationInfo",
);
// methods to rename to particular alternatives
var $replace_instance_methods = array ( "class" => "_class", );
var $replace_class_methods = array ("respondsToSelector" => "classRespondsToSelector",
"isEqual" => "classIsEqual",
"hash" => "classHash",
"superClass" => "classSuperClass",
"class" => "classClass",
"conformsToProtocol" => "classConformsToProtocol",
"classDescription" => "_classDescription", );
// Lines to ignore
var $ignore_lines = array();
// Default protected keywords by class/category
// These may be useful if super classes were not parsed before
var $default_protected = array( "*"=>array("description", "classDescription", "zone"),
// "NSDeprecated"=>array("accessoryView"),
"NSToolbarSupport"=>array("toolbar"),
"DOMNode"=>array("version"),
"WebView"=>array("frame"),
"DOMImplementation"=>array("version"),
"NSTableView"=>array("cell","toolTip","menu"),
"NSMovie"=>array("QTMovie"),
"UIAcceleration"=>array("timestamp","x","y","z"),
);
var $skip_blocks = array( //"^#if __LP64__.*"=>"^#(else|endif)+",
"^#if __BLOCKS__"=>"^#(else|endif)+",
"^#if NS_BLOCKS_AVAILABLE"=>"^#(else|endif)+",
"^#ifndef CGFLOAT_DEFINED"=>"^#(else|endif)+",
);
var $macro_blocks = array( "^#if \(__LP64__\)"=>"\$ifdef cpu64",
"^#if __LP64__.*"=>"\$ifdef cpu64",
"^#if !__LP64__.*"=>"\$ifndef cpu64",
"^#if defined \(__LP64__\)"=>"\$ifdef cpu64",
"^#if ![[:space:]]*\(__LP64__\)"=>"\$ifndef cpu64",
"^#ifdef __BIG_ENDIAN__"=>"\$ifdef fpc_big_endian",
// not really clean (assumes all arm devices are embedded)
"^#if __LP64__ \|\| TARGET_OS_EMBEDDED \|\| TARGET_OS_IPHONE \|\| TARGET_OS_WIN32 \|\| NS_BUILD_32_LIKE_64"=>"\$if defined(cpu64) or defined(cpuarm) or defined(win32)",
// replacement must be updated once we support AppleTV (presumably defines TARGET_OS_EMBEDDED but not TARGET_OS_IPHONE)
"^#if __LP64__ \|\| (TARGET_OS_EMBEDDED && !TARGET_OS_IPHONE) \|\| TARGET_OS_WIN32 \|\| NS_BUILD_32_LIKE_64"=>"\$if defined(cpu64) or defined(win32)"
//"^#if MAC_OS_X_VERSION_MAX_ALLOWED >= MAC_OS_X_VERSION_[0-9]+_[0-9]+"=>"*",
);
// These macros are used to suggest which version of a framework the symbol is available in but removed to assist the parser
var $version_macros = array( "[[:space:]]*DEPRECATED_IN_.*_VERSION_[0-9]+_[0-9]+_AND_LATER[[:space:]]*",
"[[:space:]]*AVAILABLE_.*_VERSION_[0-9]+_[0-9]+_AND_LATER_BUT_DEPRECATED_IN_.*_VERSION_[0-9]+_[0-9]+[[:space:]]*",
"[[:space:]]*AVAILABLE_.*_VERSION_[0-9]+_[0-9]+_AND_LATER[[:space:]]*",
"[[:space:]]*AVAILABLE_.*_VERSION_[0-9]+_[0-9]+[[:space:]]*",
"[[:space:]]*.*_VERSION_MAX_ALLOWED[[:space:]]*",
"[[:space:]]__OSX_AVAILABLE.*\([^)]+\)",
"[[:space:]]*UIKIT_CLASS_AVAILABLE\(.*\)[[:space:]]*",
"[[:space:]]*__OSX_AVAILABLE_STARTING\(.*\)[[:space:]]*",
);
/**
* 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_method_partial = "^(-|\+)[[:space:]]*\(([^)]*)\)[[:space:]]*([a-zA-Z0-9]+):(.*)";
var $regex_objc_method_terminate = "(.*);[[:space:]]*$";
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_attributes = "^@property[[:space:]]*\(([^)]*)\)[[:space:]]*([a-zA-Z_0-9]+)[[:space:]]*(\*)*[[:space:]]*(.*);";
var $regex_objc_property = "^@property[[:space:]]*([a-zA-Z_0-9]+)[[:space:]]*(\*)*[[:space:]]*(.*);";
var $regex_objc_anon_class = "^@class[[:space:]]*(.*);";
// $1 = return type
// $2 = pointer modifiers
// $3 = inline para name if any
// $4 = parameteres
var $pregex_function_pointer = "!^\s*([^*]+)\s*([*]*)\s*\(\s*[*]\s*(\w+)?\s*\)\s*\((.*)\)\s*;\s*$!";
// same as above except no ";" at the end
var $pregex_function_pointer_c_paratype = "!^\s*([^*]+)\s*([*]*)\s*\(\s*[*]\s*(\w+)?\s*\)\s*\((.*)\)\s*$!";
// Obj-C: additional brackets and para name
// $1 = return type
// $2 = pointer modifiers for return type
// $3 = inline type name if any
// $4 = parameters
// $5 = para name
// last "word" is next part of method name before next colon
var $pregex_function_pointer_objc_paratype = "!^\s*\(([^*]+)\s*([*]*)\s*\(\s*[*]\s*(\w+)?\s*\)\s*\((.*)\)\s*\)\s*(\w+)\s*\w+\s*$!";
// the (*) for the function pointer is "optional" in the sense that you can
// also declare a (useless?) function type (i.e., without the pointer) and
// then afterwards declare variables to be pointers to this type
var $pregex_function_pointer_typedef = "!^\s*typedef\s*([^*]+)\s*([*]*)\b\s*(?:\(\s*([*])\s*(\w+)?\s*\)|(\w+))\s*\((.*)\)\s*(\w+)?\s*;\s*$!";
// semi-colon optional because sometimes on next line with availability
// macro
// $1 = return type
// $2 = pointer modifiers for return type
// $3 = function name
// $4 = parameters
var $pregex_external_function_end = "\s+([^*]+)\s*([*]*)\b\s*(\w+)\s*\((.*)\)\s*;?\s*$!";
var $pregex_deprecated_macro = "!DEPRECATED!";
}
?>