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-rw-r--r--spec/rubyspec/optional/capi/object_spec.rb803
1 files changed, 0 insertions, 803 deletions
diff --git a/spec/rubyspec/optional/capi/object_spec.rb b/spec/rubyspec/optional/capi/object_spec.rb
deleted file mode 100644
index b16d26ce47..0000000000
--- a/spec/rubyspec/optional/capi/object_spec.rb
+++ /dev/null
@@ -1,803 +0,0 @@
-require File.expand_path('../spec_helper', __FILE__)
-
-load_extension("object")
-
-# TODO: fix all these specs
-
-class CApiObjectSpecs
- class Alloc
- attr_reader :initialized, :arguments
-
- def initialize(*args)
- @initialized = true
- @arguments = args
- end
- end
-
- class SubArray < ::Array
- def to_array
- self
- end
- end
-end
-
-describe "CApiObject" do
-
- before do
- @o = CApiObjectSpecs.new
- end
-
- class ObjectTest
- def initialize
- @foo = 7
- end
-
- def foo
- end
-
- def private_foo
- end
- private :private_foo
- end
-
- class AryChild < Array
- end
-
- class StrChild < String
- end
-
- class DescObjectTest < ObjectTest
- end
-
- class MethodArity
- def one; end
- def two(a); end
- def three(*a); end
- def four(a, b); end
- def five(a, b, *c); end
- def six(a, b, *c, &d); end
- end
-
- describe "rb_obj_alloc" do
- it "allocates a new uninitialized object" do
- o = @o.rb_obj_alloc(CApiObjectSpecs::Alloc)
- o.class.should == CApiObjectSpecs::Alloc
- o.initialized.should be_nil
- end
- end
-
- describe "rb_obj_dup" do
- it "duplicates an object" do
- obj1 = ObjectTest.new
- obj2 = @o.rb_obj_dup(obj1)
-
- obj2.class.should == obj1.class
-
- obj2.foo.should == obj1.foo
-
- obj2.should_not equal(obj1)
- end
- end
-
- describe "rb_obj_call_init" do
- it "sends #initialize" do
- o = @o.rb_obj_alloc(CApiObjectSpecs::Alloc)
- o.initialized.should be_nil
-
- @o.rb_obj_call_init(o, 2, [:one, :two])
- o.initialized.should be_true
- o.arguments.should == [:one, :two]
- end
- end
-
- describe "rb_is_instance_of" do
- it "returns true if an object is an instance" do
- @o.rb_obj_is_instance_of(ObjectTest.new, ObjectTest).should == true
- @o.rb_obj_is_instance_of(DescObjectTest.new, ObjectTest).should == false
- end
- end
-
- describe "rb_is_kind_of" do
- it "returns true if an object is an instance or descendent" do
- @o.rb_obj_is_kind_of(ObjectTest.new, ObjectTest).should == true
- @o.rb_obj_is_kind_of(DescObjectTest.new, ObjectTest).should == true
- @o.rb_obj_is_kind_of(Object.new, ObjectTest).should == false
- end
- end
-
- describe "rb_respond_to" do
- it "returns 1 if respond_to? is true and 0 if respond_to? is false" do
- @o.rb_respond_to(ObjectTest.new, :foo).should == true
- @o.rb_respond_to(ObjectTest.new, :bar).should == false
- end
- end
-
- describe "rb_obj_respond_to" do
- it "returns true if respond_to? is true and false if respond_to? is false" do
- @o.rb_obj_respond_to(ObjectTest.new, :foo, true).should == true
- @o.rb_obj_respond_to(ObjectTest.new, :bar, true).should == false
- @o.rb_obj_respond_to(ObjectTest.new, :private_foo, false).should == false
- @o.rb_obj_respond_to(ObjectTest.new, :private_foo, true).should == true
- end
- end
-
- describe "rb_obj_method_arity" do
- before :each do
- @obj = MethodArity.new
- end
-
- it "returns 0 when the method takes no arguments" do
- @o.rb_obj_method_arity(@obj, :one).should == 0
- end
-
- it "returns 1 when the method takes a single, required argument" do
- @o.rb_obj_method_arity(@obj, :two).should == 1
- end
-
- it "returns -1 when the method takes a variable number of arguments" do
- @o.rb_obj_method_arity(@obj, :three).should == -1
- end
-
- it "returns 2 when the method takes two required arguments" do
- @o.rb_obj_method_arity(@obj, :four).should == 2
- end
-
- it "returns -N-1 when the method takes N required and variable additional arguments" do
- @o.rb_obj_method_arity(@obj, :five).should == -3
- end
-
- it "returns -N-1 when the method takes N required, variable additional, and a block argument" do
- @o.rb_obj_method_arity(@obj, :six).should == -3
- end
- end
-
- describe "rb_method_boundp" do
- it "returns true when the given method is bound" do
- @o.rb_method_boundp(Object, :class, true).should == true
- @o.rb_method_boundp(Object, :class, false).should == true
- @o.rb_method_boundp(Object, :initialize, true).should == false
- @o.rb_method_boundp(Object, :initialize, false).should == true
- end
-
- it "returns false when the given method is not bound" do
- @o.rb_method_boundp(Object, :foo, true).should == false
- @o.rb_method_boundp(Object, :foo, false).should == false
- end
- end
-
- describe "rb_to_id" do
- it "returns a symbol representation of the object" do
- @o.rb_to_id("foo").should == :foo
- @o.rb_to_id(:foo).should == :foo
- end
- end
-
- describe "rb_require" do
- before :each do
- @saved_loaded_features = $LOADED_FEATURES.dup
- $foo = nil
- end
-
- after :each do
- $foo = nil
- $LOADED_FEATURES.replace @saved_loaded_features
- end
-
- it "requires a ruby file" do
- $:.unshift File.dirname(__FILE__)
- @o.rb_require()
- $foo.should == 7
- end
- end
-
- describe "rb_attr_get" do
- it "gets an instance variable" do
- o = ObjectTest.new
- @o.rb_attr_get(o, :@foo).should == 7
- end
- end
-
- describe "rb_obj_instance_variables" do
- it "returns an array with instance variable names as symbols" do
- o = ObjectTest.new
- @o.rb_obj_instance_variables(o).should include(:@foo)
- end
- end
-
- describe "rb_check_convert_type" do
- it "returns the passed object and does not call the converting method if the object is the specified type" do
- ary = [1, 2]
- ary.should_not_receive(:to_ary)
-
- @o.rb_check_convert_type(ary, "Array", "to_ary").should equal(ary)
- end
-
- it "returns the passed object and does not call the converting method if the object is a subclass of the specified type" do
- obj = CApiObjectSpecs::SubArray.new
- obj.should_not_receive(:to_array)
-
- @o.rb_check_convert_type(obj, "Array", "to_array").should equal(obj)
- end
-
- it "returns nil if the converting method returns nil" do
- obj = mock("rb_check_convert_type")
- obj.should_receive(:to_array).and_return(nil)
-
- @o.rb_check_convert_type(obj, "Array", "to_array").should be_nil
- end
-
- it "raises a TypeError if the converting method returns an object that is not the specified type" do
- obj = mock("rb_check_convert_type")
- obj.should_receive(:to_array).and_return("string")
-
- lambda do
- @o.rb_check_convert_type(obj, "Array", "to_array")
- end.should raise_error(TypeError)
- end
- end
-
- describe "rb_convert_type" do
- it "returns the passed object and does not call the converting method if the object is the specified type" do
- ary = [1, 2]
- ary.should_not_receive(:to_ary)
-
- @o.rb_convert_type(ary, "Array", "to_ary").should equal(ary)
- end
-
- it "returns the passed object and does not call the converting method if the object is a subclass of the specified type" do
- obj = CApiObjectSpecs::SubArray.new
- obj.should_not_receive(:to_array)
-
- @o.rb_convert_type(obj, "Array", "to_array").should equal(obj)
- end
-
- it "raises a TypeError if the converting method returns nil" do
- obj = mock("rb_convert_type")
- obj.should_receive(:to_array).and_return(nil)
-
- lambda do
- @o.rb_convert_type(obj, "Array", "to_array")
- end.should raise_error(TypeError)
- end
-
- it "raises a TypeError if the converting method returns an object that is not the specified type" do
- obj = mock("rb_convert_type")
- obj.should_receive(:to_array).and_return("string")
-
- lambda do
- @o.rb_convert_type(obj, "Array", "to_array")
- end.should raise_error(TypeError)
- end
- end
-
- describe "rb_check_array_type" do
- it "returns the argument if it's an Array" do
- x = Array.new
- @o.rb_check_array_type(x).should equal(x)
- end
-
- it "returns the argument if it's a kind of Array" do
- x = AryChild.new
- @o.rb_check_array_type(x).should equal(x)
- end
-
- it "returns nil when the argument does not respond to #to_ary" do
- @o.rb_check_array_type(Object.new).should be_nil
- end
-
- it "sends #to_ary to the argument and returns the result if it's nil" do
- obj = mock("to_ary")
- obj.should_receive(:to_ary).and_return(nil)
- @o.rb_check_array_type(obj).should be_nil
- end
-
- it "sends #to_ary to the argument and returns the result if it's an Array" do
- x = Array.new
- obj = mock("to_ary")
- obj.should_receive(:to_ary).and_return(x)
- @o.rb_check_array_type(obj).should equal(x)
- end
-
- it "sends #to_ary to the argument and returns the result if it's a kind of Array" do
- x = AryChild.new
- obj = mock("to_ary")
- obj.should_receive(:to_ary).and_return(x)
- @o.rb_check_array_type(obj).should equal(x)
- end
-
- it "sends #to_ary to the argument and raises TypeError if it's not a kind of Array" do
- obj = mock("to_ary")
- obj.should_receive(:to_ary).and_return(Object.new)
- lambda { @o.rb_check_array_type obj }.should raise_error(TypeError)
- end
-
- it "does not rescue exceptions raised by #to_ary" do
- obj = mock("to_ary")
- obj.should_receive(:to_ary).and_raise(RuntimeError)
- lambda { @o.rb_check_array_type obj }.should raise_error(RuntimeError)
- end
- end
-
- describe "rb_check_string_type" do
- it "returns the argument if it's a String" do
- x = String.new
- @o.rb_check_string_type(x).should equal(x)
- end
-
- it "returns the argument if it's a kind of String" do
- x = StrChild.new
- @o.rb_check_string_type(x).should equal(x)
- end
-
- it "returns nil when the argument does not respond to #to_str" do
- @o.rb_check_string_type(Object.new).should be_nil
- end
-
- it "sends #to_str to the argument and returns the result if it's nil" do
- obj = mock("to_str")
- obj.should_receive(:to_str).and_return(nil)
- @o.rb_check_string_type(obj).should be_nil
- end
-
- it "sends #to_str to the argument and returns the result if it's a String" do
- x = String.new
- obj = mock("to_str")
- obj.should_receive(:to_str).and_return(x)
- @o.rb_check_string_type(obj).should equal(x)
- end
-
- it "sends #to_str to the argument and returns the result if it's a kind of String" do
- x = StrChild.new
- obj = mock("to_str")
- obj.should_receive(:to_str).and_return(x)
- @o.rb_check_string_type(obj).should equal(x)
- end
-
- it "sends #to_str to the argument and raises TypeError if it's not a kind of String" do
- obj = mock("to_str")
- obj.should_receive(:to_str).and_return(Object.new)
- lambda { @o.rb_check_string_type obj }.should raise_error(TypeError)
- end
-
- it "does not rescue exceptions raised by #to_str" do
- obj = mock("to_str")
- obj.should_receive(:to_str).and_raise(RuntimeError)
- lambda { @o.rb_check_string_type obj }.should raise_error(RuntimeError)
- end
- end
-
- describe "rb_check_to_integer" do
- it "returns the object when passed a Fixnum" do
- @o.rb_check_to_integer(5, "to_int").should equal(5)
- end
-
- it "returns the object when passed a Bignum" do
- @o.rb_check_to_integer(bignum_value, "to_int").should == bignum_value
- end
-
- it "calls the converting method and returns a Fixnum value" do
- obj = mock("rb_check_to_integer")
- obj.should_receive(:to_integer).and_return(10)
-
- @o.rb_check_to_integer(obj, "to_integer").should equal(10)
- end
-
- it "calls the converting method and returns a Bignum value" do
- obj = mock("rb_check_to_integer")
- obj.should_receive(:to_integer).and_return(bignum_value)
-
- @o.rb_check_to_integer(obj, "to_integer").should == bignum_value
- end
-
- it "returns nil when the converting method returns nil" do
- obj = mock("rb_check_to_integer")
- obj.should_receive(:to_integer).and_return(nil)
-
- @o.rb_check_to_integer(obj, "to_integer").should be_nil
- end
-
- it "returns nil when the converting method does not return an Integer" do
- obj = mock("rb_check_to_integer")
- obj.should_receive(:to_integer).and_return("string")
-
- @o.rb_check_to_integer(obj, "to_integer").should be_nil
- end
- end
-
- describe "rb_inspect" do
- it "returns a string with the inspect representation" do
- @o.rb_inspect(nil).should == "nil"
- @o.rb_inspect(0).should == '0'
- @o.rb_inspect([1,2,3]).should == '[1, 2, 3]'
- @o.rb_inspect("0").should == '"0"'
- end
- end
-
- describe "rb_class_of" do
- it "returns the class of an object" do
- @o.rb_class_of(nil).should == NilClass
- @o.rb_class_of(0).should == Fixnum
- @o.rb_class_of(0.1).should == Float
- @o.rb_class_of(ObjectTest.new).should == ObjectTest
- end
- end
-
- describe "rb_obj_classname" do
- it "returns the class name of an object" do
- @o.rb_obj_classname(nil).should == 'NilClass'
- @o.rb_obj_classname(0).should == Fixnum.to_s
- @o.rb_obj_classname(0.1).should == 'Float'
- @o.rb_obj_classname(ObjectTest.new).should == 'ObjectTest'
- end
- end
-
- describe "rb_type" do
- it "returns the type constant for the object" do
- class DescArray < Array
- end
- @o.rb_is_type_nil(nil).should == true
- @o.rb_is_type_object([]).should == false
- @o.rb_is_type_object(ObjectTest.new).should == true
- @o.rb_is_type_array([]).should == true
- @o.rb_is_type_array(DescArray.new).should == true
- @o.rb_is_type_module(ObjectTest).should == false
- @o.rb_is_type_class(ObjectTest).should == true
- @o.rb_is_type_data(Time.now).should == true
- end
- end
-
- describe "rb_type_p" do
- it "returns whether object is of the given type" do
- class DescArray < Array
- end
- @o.rb_is_rb_type_p_nil(nil).should == true
- @o.rb_is_rb_type_p_object([]).should == false
- @o.rb_is_rb_type_p_object(ObjectTest.new).should == true
- @o.rb_is_rb_type_p_array([]).should == true
- @o.rb_is_rb_type_p_array(DescArray.new).should == true
- @o.rb_is_rb_type_p_module(ObjectTest).should == false
- @o.rb_is_rb_type_p_class(ObjectTest).should == true
- @o.rb_is_rb_type_p_data(Time.now).should == true
- end
- end
-
- describe "BUILTIN_TYPE" do
- it "returns the type constant for the object" do
- class DescArray < Array
- end
- @o.rb_is_builtin_type_object([]).should == false
- @o.rb_is_builtin_type_object(ObjectTest.new).should == true
- @o.rb_is_builtin_type_array([]).should == true
- @o.rb_is_builtin_type_array(DescArray.new).should == true
- @o.rb_is_builtin_type_module(ObjectTest).should == false
- @o.rb_is_builtin_type_class(ObjectTest).should == true
- @o.rb_is_builtin_type_data(Time.now).should == true
- end
- end
-
- describe "RTEST" do
- it "returns C false if passed Qfalse" do
- @o.RTEST(false).should be_false
- end
-
- it "returns C false if passed Qnil" do
- @o.RTEST(nil).should be_false
- end
-
- it "returns C true if passed Qtrue" do
- @o.RTEST(true).should be_true
- end
-
- it "returns C true if passed a Symbol" do
- @o.RTEST(:test).should be_true
- end
-
- it "returns C true if passed an Object" do
- @o.RTEST(Object.new).should be_true
- end
- end
-
- describe "rb_special_const_p" do
- it "returns true if passed Qfalse" do
- @o.rb_special_const_p(false).should be_true
- end
-
- it "returns true if passed Qtrue" do
- @o.rb_special_const_p(true).should be_true
- end
-
- it "returns true if passed Qnil" do
- @o.rb_special_const_p(nil).should be_true
- end
-
- it "returns true if passed a Symbol" do
- @o.rb_special_const_p(:test).should be_true
- end
-
- it "returns true if passed a Fixnum" do
- @o.rb_special_const_p(10).should be_true
- end
-
- it "returns false if passed an Object" do
- @o.rb_special_const_p(Object.new).should be_false
- end
- end
-
- describe "rb_extend_object" do
- it "adds the module's instance methods to the object" do
- module CApiObjectSpecs::Extend
- def reach
- :extended
- end
- end
-
- obj = mock("extended object")
- @o.rb_extend_object(obj, CApiObjectSpecs::Extend)
- obj.reach.should == :extended
- end
- end
-
- describe "OBJ_TAINT" do
- it "taints the object" do
- obj = mock("tainted")
- @o.OBJ_TAINT(obj)
- obj.tainted?.should be_true
- end
- end
-
- describe "OBJ_TAINTED" do
- it "returns C true if the object is tainted" do
- obj = mock("tainted")
- obj.taint
- @o.OBJ_TAINTED(obj).should be_true
- end
-
- it "returns C false if the object is not tainted" do
- obj = mock("untainted")
- @o.OBJ_TAINTED(obj).should be_false
- end
- end
-
- describe "OBJ_INFECT" do
- it "does not taint the first argument if the second argument is not tainted" do
- host = mock("host")
- source = mock("source")
- @o.OBJ_INFECT(host, source)
- host.tainted?.should be_false
- end
-
- it "taints the first argument if the second argument is tainted" do
- host = mock("host")
- source = mock("source").taint
- @o.OBJ_INFECT(host, source)
- host.tainted?.should be_true
- end
-
- it "does not untrust the first argument if the second argument is trusted" do
- host = mock("host")
- source = mock("source")
- @o.OBJ_INFECT(host, source)
- host.untrusted?.should be_false
- end
-
- it "untrusts the first argument if the second argument is untrusted" do
- host = mock("host")
- source = mock("source").untrust
- @o.OBJ_INFECT(host, source)
- host.untrusted?.should be_true
- end
-
- it "propagates both taint and distrust" do
- host = mock("host")
- source = mock("source").taint.untrust
- @o.OBJ_INFECT(host, source)
- host.tainted?.should be_true
- host.untrusted?.should be_true
- end
- end
-
- describe "rb_obj_freeze" do
- it "freezes the object passed to it" do
- obj = ""
- @o.rb_obj_freeze(obj).should == obj
- obj.frozen?.should be_true
- end
- end
-
- describe "rb_obj_instance_eval" do
- it "evaluates the block in the object context, that includes private methods" do
- obj = ObjectTest
- lambda do
- @o.rb_obj_instance_eval(obj) { include Kernel }
- end.should_not raise_error(NoMethodError)
- end
- end
-
- describe "rb_obj_frozen_p" do
- it "returns true if object passed to it is frozen" do
- obj = ""
- obj.freeze
- @o.rb_obj_frozen_p(obj).should == true
- end
-
- it "returns false if object passed to it is not frozen" do
- obj = ""
- @o.rb_obj_frozen_p(obj).should == false
- end
- end
-
- describe "rb_obj_taint" do
- it "marks the object passed as tainted" do
- obj = ""
- obj.tainted?.should == false
- @o.rb_obj_taint(obj)
- obj.tainted?.should == true
- end
-
- it "raises a RuntimeError if the object passed is frozen" do
- lambda { @o.rb_obj_taint("".freeze) }.should raise_error(RuntimeError)
- end
- end
-
- describe "rb_check_frozen" do
- it "raises a RuntimeError if the obj is frozen" do
- lambda { @o.rb_check_frozen("".freeze) }.should raise_error(RuntimeError)
- end
-
- it "does nothing when object isn't frozen" do
- obj = ""
- lambda { @o.rb_check_frozen(obj) }.should_not raise_error(TypeError)
- end
- end
-
- describe "rb_any_to_s" do
- it "converts an Integer to string" do
- obj = 1
- i = @o.rb_any_to_s(obj)
- i.should be_kind_of(String)
- end
-
- it "converts an Object to string" do
- obj = Object.new
- i = @o.rb_any_to_s(obj)
- i.should be_kind_of(String)
- end
- end
-
- describe "rb_to_int" do
- it "returns self when called on an Integer" do
- @o.rb_to_int(5).should == 5
- end
-
- it "returns self when called on a Bignum" do
- @o.rb_to_int(bignum_value).should == bignum_value
- end
-
- it "calls #to_int to convert and object to an integer" do
- x = mock("to_int")
- x.should_receive(:to_int).and_return(5)
- @o.rb_to_int(x).should == 5
- end
-
- it "converts a Float to an Integer by truncation" do
- @o.rb_to_int(1.35).should == 1
- end
-
- it "raises a TypeError if #to_int does not return an Integer" do
- x = mock("to_int")
- x.should_receive(:to_int).and_return("5")
- lambda { @o.rb_to_int(x) }.should raise_error(TypeError)
- end
-
- it "raises a TypeError if called with nil" do
- lambda { @o.rb_to_int(nil) }.should raise_error(TypeError)
- end
-
- it "raises a TypeError if called with true" do
- lambda { @o.rb_to_int(true) }.should raise_error(TypeError)
- end
-
- it "raises a TypeError if called with false" do
- lambda { @o.rb_to_int(false) }.should raise_error(TypeError)
- end
-
- it "raises a TypeError if called with a String" do
- lambda { @o.rb_to_int("1") }.should raise_error(TypeError)
- end
- end
-
- describe "rb_equal" do
- it "returns true if the arguments are the same exact object" do
- s = "hello"
- @o.rb_equal(s, s).should be_true
- end
-
- it "calls == to check equality and coerces to true/false" do
- m = mock("string")
- m.should_receive(:==).and_return(8)
- @o.rb_equal(m, "hello").should be_true
-
- m2 = mock("string")
- m2.should_receive(:==).and_return(nil)
- @o.rb_equal(m2, "hello").should be_false
- end
- end
-
- describe "rb_class_inherited_p" do
-
- it "returns true if mod equals arg" do
- @o.rb_class_inherited_p(Array, Array).should be_true
- end
-
- it "returns true if mod is a subclass of arg" do
- @o.rb_class_inherited_p(Array, Object).should be_true
- end
-
- it "returns nil if mod is not a subclass of arg" do
- @o.rb_class_inherited_p(Array, Hash).should be_nil
- end
-
- it "raises a TypeError if arg is no class or module" do
- lambda{
- @o.rb_class_inherited_p(1, 2)
- }.should raise_error(TypeError)
- end
-
- end
-
- describe "instance variable access" do
- before do
- @test = ObjectTest.new
- end
-
- describe "rb_iv_get" do
- it "returns the instance variable on an object" do
- @o.rb_iv_get(@test, "@foo").should == @test.instance_eval { @foo }
- end
-
- it "returns nil if the instance variable has not been initialized" do
- @o.rb_iv_get(@test, "@bar").should == nil
- end
- end
-
- describe "rb_iv_set" do
- it "sets and returns the instance variable on an object" do
- @o.rb_iv_set(@test, "@foo", 42).should == 42
- @test.instance_eval { @foo }.should == 42
- end
-
- it "sets and returns the instance variable with a bare name" do
- @o.rb_iv_set(@test, "foo", 42).should == 42
- @o.rb_iv_get(@test, "foo").should == 42
- @test.instance_eval { @foo }.should == 7
- end
- end
-
- describe "rb_ivar_get" do
- it "returns the instance variable on an object" do
- @o.rb_ivar_get(@test, :@foo).should == @test.instance_eval { @foo }
- end
-
- it "returns nil if the instance variable has not been initialized" do
- @o.rb_ivar_get(@test, :@bar).should == nil
- end
- end
-
- describe "rb_ivar_set" do
- it "sets and returns the instance variable on an object" do
- @o.rb_ivar_set(@test, :@foo, 42).should == 42
- @test.instance_eval { @foo }.should == 42
- end
- end
-
- describe "rb_ivar_defined" do
- it "returns true if the instance variable is defined" do
- @o.rb_ivar_defined(@test, :@foo).should == true
- end
-
- it "returns false if the instance variable is not defined" do
- @o.rb_ivar_defined(@test, :@bar).should == false
- end
- end
- end
-end
generated by cgit v1.2.3 (git 2.25.1) at 2026-06-08 03:26:35 +0000