;;;; Objective-CL, an Objective-C bridge for Common Lisp. ;;;; Copyright (C) 2007 Matthias Andreas Benkard. ;;;; ;;;; This program is free software: you can redistribute it and/or ;;;; modify it under the terms of the GNU Lesser General Public License ;;;; as published by the Free Software Foundation, either version 3 of ;;;; the License, or (at your option) any later version. ;;;; ;;;; This program is distributed in the hope that it will be useful, but ;;;; WITHOUT ANY WARRANTY; without even the implied warranty of ;;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU ;;;; Lesser General Public License for more details. ;;;; ;;;; You should have received a copy of the GNU Lesser General Public ;;;; License along with this program. If not, see ;;;; . (defpackage #:mulk.objective-cl.tests (:nicknames #:objcl-tests #:objective-cl-tests #:mulk.objcl-tests) (:use #:stefil #:mulk.objective-cl #:cl) (:export #:run-all-tests) (:shadowing-import-from #:objcl #:struct #:union #:pointer #:oneway #:out #:in #:inout #:const #:parse-typespec #:objective-c-class #:bit-field #:opaque #:bycopy #:byref #:primitive-invoke #:print-typespec-to-string)) (in-package #:mulk.objective-cl.tests) (in-root-suite) (eval-when (:compile-toplevel) (objcl:install-reader-syntax)) (defun run-all-tests () (objective-cl)) (defsuite objective-cl () (objcl:initialise-runtime) (run-child-tests) (objcl:shutdown-runtime)) (in-suite objective-cl) #.(prog1 nil (defparameter *readtable-backup* *readtable*) (setq *readtable* (copy-readtable)) (setf (readtable-case *readtable*) :invert)) (deftest base-functions () (is (objc-equal (find-objc-class 'ns-object) (find-objc-class "NSObject"))) (is (null (find-objc-class 'nsobject))) (is (objc-equal (find-objc-class 'ns-method-invocation) (find-objc-class "NSMethodInvocation"))) (is (typep (find-selector "mulkyStuff:withMagic:" nil) '(or null selector))) (is (objc-equal (find-selector "self") (find-selector '(self)))) (is (objc-equal (find-selector "stringWithUTF8String:") (find-selector '(:string-with-u-t-f-8-string)))) (is (objc-equal (find-selector "stringWithCString:encoding:") (find-selector '(:string-with-c-string :encoding)))) ;; Case-sensitivity. (is (objc-equal (find-selector "stringWithCString:encoding:") (find-selector '(:stringWithCString :encoding)))) (is (objc-equal (find-selector "stringWithUTF8String:") (find-selector :stringWithUTF8String)))) #.(prog1 nil (setq *readtable* *readtable-backup*)) (deftest primitive-method-invocation () (#+(or) (signals error (primitive-invoke (find-objc-class 'ns-object) 'string 'id))) (signals error (primitive-invoke 300 'self 'id)) (signals error (primitive-invoke "abc" 'self 'id)) (#+(or) (signals error (primitive-invoke (find-objc-class 'ns-object) 'selph 'id))) (is (objc-equal (primitive-invoke (find-objc-class 'ns-object) 'self 'id) (primitive-invoke (find-objc-class 'ns-object) 'class 'objective-c-class))) (is (not (objc-equal (primitive-invoke (find-objc-class 'ns-object) 'self 'id) (primitive-invoke (find-objc-class 'ns-number) 'self 'id)))) (is (objc-equal (primitive-invoke (find-objc-class 'ns-string) :string-with-u-t-f-8-string 'id "Mulk.") (primitive-invoke (find-objc-class 'ns-string) :string-with-u-t-f-8-string 'id "Mulk."))) (is (not (objc-equal (primitive-invoke (find-objc-class 'ns-string) :string-with-u-t-f-8-string 'id "Mulk.") (primitive-invoke (find-objc-class 'ns-string) :string-with-u-t-f-8-string 'id "Klum.")))) (is (primitive-invoke (find-objc-class 'ns-string) :is-subclass-of-class (first (parse-typespec "c" t)) (find-objc-class 'ns-object))) ;; performSelector:withObject: cannot be used with non-id return ;; types. #+(or) (is (primitive-invoke (find-objc-class 'ns-string) '(:perform-selector :with-object) :char (selector "isSubclassOfClass:") (find-objc-class 'ns-object)))) (deftest method-invocation () (signals error [NSObject 300]) (signals error [300 self]) (signals error ["abc" self]) (signals error [NSObject selph]) (is (objc-equal [NSObject self] [NSObject class])) (is (not (objc-equal [NSObject self] [NSNumber self]))) (is (objc-equal [NSString stringWithUTF8String: "Mulk."] [NSString stringWithUTF8String: "Mulk."])) (is (not (objc-equal [NSString stringWithUTF8String: "Mulk."] [NSString stringWithUTF8String: "Klum."]))) (is [NSString isSubclassOfClass: [NSObject class]]) ;; performSelector:withObject: cannot be used with non-id return ;; types. #+(or) (is [NSString performSelector: (selector "stringWithUTF8String:") withObject: [NSObject class]])) (deftest parsing-typespecs () (is (equal (parse-typespec "@0:4{_NSRange=II}8") '(id ()))) (is (equal (parse-typespec ":4{_NSRange=II}8") '(selector ()))) (is (equal (parse-typespec "{_NSRange=II}8") '(struct () "_NSRange" (:unsigned-int ()) (:unsigned-int ())))) (is (equal (parse-typespec "rnNoV^V[10rjd]4") ;; Actually, the order of the qualifiers doesn't ;; matter, which means that this test is dumber than ;; it ought to be. '(pointer (oneway out inout in const) (array (oneway) 10 (complex (const) (:double nil)))))) (is (equal (parse-typespec "ROi") ;; Here, too, the order of the qualifiers is irrelevant. '(:int (bycopy byref)))) (is (equal (parse-typespec "(?=)") '(union () "?"))) (is (equal (parse-typespec "{?=rb123rjf456iii}") (if (eq objcl::+runtime-type+ :gnu) '(struct () "?" (bit-field (const) 123 456 (complex (const) (:float ()))) (:int ()) (:int ()) (:int ())) '(struct () "?" (bit-field (const) nil 123 nil) (complex (const) (:float ())) (:unrecognised ((:type-specifier #\4))) (:unrecognised ((:type-specifier #\5))) (:unrecognised ((:type-specifier #\6))) (:int ()) (:int ()) (:int ()))))) (is (equal (parse-typespec "^[100{?=ii}]") '(pointer () (array () 100 (struct () "?" (:int ()) (:int ())))))) (is (equal (parse-typespec "{?=BiIlLqQfd@#:*?}") '(struct () "?" (:boolean ()) (:int ()) (:unsigned-int ()) (:long ()) (:unsigned-long ()) (:long-long ()) (:unsigned-long-long ()) (:float ()) (:double ()) (id ()) (objective-c-class ()) (selector ()) (:string ()) (:unknown ())))) (let ((funky-spec (parse-typespec "{?=cC}"))) (is (member funky-spec '((struct () "?" (:char ()) (:unsigned-char ())) (struct () "?" (:int ()) (:unsigned-int ()))) :test #'equalp))) (let ((funky-spec (parse-typespec "{?=sS}"))) (is (member funky-spec '((struct () "?" (:short ()) (:unsigned-short ())) (struct () "?" (:int ()) (:unsigned-int ()))) :test #'equalp))) (is (equal (parse-typespec "{Mulk=*{Untermulk={Unteruntermulk=}}i}") '(struct () "Mulk" (:string ()) (struct () "Untermulk" (struct () "Unteruntermulk")) (:int ())))) (is (equal (parse-typespec "^^{OpaqueStruct}") '(pointer () (pointer () (struct (opaque) "OpaqueStruct")))))) (deftest printing-typespecs () (is (equal (print-typespec-to-string '(id ())) "@")) (is (equal (print-typespec-to-string '(selector ())) ":")) (is (equal (print-typespec-to-string '(struct () "_NSRange" (:unsigned-int ()) (:unsigned-int ()))) "{_NSRange=II}")) (is (equal (print-typespec-to-string '(pointer (oneway out inout in const) (array (oneway) 10 (complex (const) (:double nil))))) ;; Actually, the order of the qualifiers doesn't ;; matter, which means that this test is dumber than ;; it ought to be. "VoNnr^V[10rjd]")) (is (equal (print-typespec-to-string '(:int (bycopy byref))) ;; Here, too, the order of the qualifiers is irrelevant. "ORi")) (is (equal (print-typespec-to-string '(union () "?")) "(?=)")) (is (equal (print-typespec-to-string (if (eq objcl::+runtime-type+ :gnu) '(struct () "?" (bit-field (const) 123 456 (complex (const) (:float ()))) (:int ()) (:int ()) (:int ())) '(struct () "?" (bit-field (const) nil 123 nil) (complex (const) (:float ())) (:unrecognised ((:type-specifier #\4))) (:unrecognised ((:type-specifier #\5))) (:unrecognised ((:type-specifier #\6))) (:int ()) (:int ()) (:int ())))) "{?=rb123rjf456iii}")) (is (equal (print-typespec-to-string '(pointer () (array () 100 (struct () "?" (:int ()) (:int ()))))) "^[100{?=ii}]")) (is (equal (print-typespec-to-string '(struct () "?" (:boolean ()) (:int ()) (:unsigned-int ()) (:long ()) (:unsigned-long ()) (:long-long ()) (:unsigned-long-long ()) (:float ()) (:double ()) (id ()) (objective-c-class ()) (selector ()) (:string ()) (:unknown ()))) "{?=BiIlLqQfd@#:*?}")) (is (equal (print-typespec-to-string '(struct () "?" (:char ()) (:unsigned-char ()))) "{?=cC}")) (is (equal (print-typespec-to-string '(struct () "?" (:short ()) (:unsigned-short ()))) "{?=sS}")) (is (equal (print-typespec-to-string '(struct () "Mulk" (:string ()) (struct () "Untermulk" (struct () "Unteruntermulk")) (:int ()))) "{Mulk=*{Untermulk={Unteruntermulk=}}i}")) (is (equal (print-typespec-to-string '(pointer () (pointer () (struct (opaque) "OpaqueStruct")))) "^^{OpaqueStruct}"))) (deftest data-coercion () (is (objc-equal [NSString stringWithUTF8String: "Mulk."] [NSString stringWithCString: "Mulk." encoding: 4])) (is (objc-equal [NSString respondsToSelector: (selector "new")] [NSString respondsToSelector: 'new])) (is (objc-equal [NSString respondsToSelector: (selector "new")] [NSString respondsToSelector: "new"])) (is (typep [NSString isEqual: [NSString self]] 'boolean)) (is (typep [NSString isEqual: [NSObject self]] 'boolean))) (deftest numbers () (is (objc-equal [[NSDecimalNumber decimalNumberWithString: [NSString stringWithUTF8String: "-12345"]] doubleValue] -12345d0))) (deftest exception-handling () (is (typep (handler-case [NSString selph] (error (e) e)) '(or no-such-selector message-not-understood))) (is (typep (handler-case [NSObject string] (error (e) e)) 'message-not-understood))) (deftest reader-syntax () (is (objc-equal [NSObject self] (find-objc-class 'ns-object))) (is (objc-equal [NSString stringWithUTF8String: "Mulk."] (invoke (find-objc-class 'ns-string) :string-with-u-t-f-8-string "Mulk."))) (is (objc-equal [NSString stringWithCString: "Mulk." encoding: 4] (invoke (find-objc-class 'ns-string) :string-with-c-string "Mulk." :encoding 4))) ;; performSelector:withObject: cannot be used with non-id return ;; types. #+(or) (is (objc-equal [NSString performSelector: (selector "isSubclassOfClass:") withObject: [NSObject self]] (invoke (find-objc-class 'ns-string) :perform-selector (selector "isSubclassOfClass:") :with-object (invoke (find-objc-class 'ns-object) 'self)))))