How to use match_double_injection method of RR Package

Best Rr_ruby code snippet using RR.match_double_injection

recorded_calls.rb

Source:recorded_calls.rb

...56      ) ? nil : invocation_count_error(spy_verification, memoized_matching_recorded_calls)57    end58    def matching_recorded_calls(spy_verification)59      recorded_calls[ordered_index..-1].60        select(&match_double_injection(spy_verification)).61        select(&match_argument_expectation(spy_verification))62    end63    def match_double_injection(spy_verification)64      lambda do |recorded_call|65        recorded_call[0] == spy_verification.subject &&66        recorded_call[1] == spy_verification.method_name67      end68    end69    def match_argument_expectation(spy_verification)70      lambda do |recorded_call|71        spy_verification.argument_expectation.exact_match?(*recorded_call[2]) ||72        spy_verification.argument_expectation.wildcard_match?(*recorded_call[2])73      end74    end75    def invocation_count_error(spy_verification, matching_recorded_calls)76      RR::Errors.build_error(RR::Errors::SpyVerificationErrors::InvocationCountError,77        "On subject #{spy_verification.subject.inspect}\n" <<...

match_double_injection

Using AI Code Generation

1    mock(1).foo2    stub(1).foo3    stub(1).foo4ruby -Ilib:test -e "require 'test/unit'; Dir['test/**/*_test.rb'].each {|f| require f}" -- --name=test_match_double_injection

match_double_injection

Using AI Code Generation

1    stub(self).match_double_injection("foo") { "bar" }2    assert_equal "bar", match_double_injection("foo")3    @user = User.find(params[:id])4    stub(User).find(1) { User.new(:first_name => "John", :last_name => "Doe") }5    stub.any_instance_of(User).get_name { "foo" }6    assert_equal "foo", assigns(:user).get_name

match_double_injection

Using AI Code Generation

1  def self.match_double_injection(injection)2    RR::Matchers::DoubleInjectionMatcher.new(injection)3stub(foo).bar { 'baz' }4stub(baz).qux { 'quux' }5stub(foo).bar(RR.match_double_injection(foo)) { 'baz' }6stub(baz).qux(RR.match_double_injection(baz)) { 'quux' }7stub(foo).bar(RR.match_double_injection(baz)) { 'baz' }8stub(baz).qux(RR.match_double_injection(foo)) { 'quux' }9stub(foo).bar { 'baz' }10stub(baz).qux { 'quux' }11stub(foo).bar(RR.match_double_injection(foo).with_any_args) { 'baz' }12stub(baz).qux(RR.match_double_injection(baz).with_any_args) { 'quux' }13stub(foo).bar(RR.match_double_injection(baz).with_any_args) { 'baz' }14stub(baz).qux(RR.match_double_injection(foo).with_any_args) { 'quux' }15stub(foo).bar { 'baz' }

match_double_injection

Using AI Code Generation

1    @rr.match_double_injection(Example, :do_something) do2    @rr.match_double_injection(Example, :do_something) do3    @rr.match_double_injection(Example, :do_something) do

match_double_injection

Using AI Code Generation

1    mock(1).foo2    stub(1).foo3    stub(1).foo4ruby -Ilib:test -e "require 'test/unit'; Dir['test/**/*_test.rb'].each {|f| require f}" -- --name=test_match_double_injection

match_double_injection

Using AI Code Generation

1    stub(self).match_double_injection("foo") { "bar" }2    assert_equal "bar", match_double_injection("foo")3    @user = User.find(params[:id])4    stub(User).find(1) { User.new(:first_name => "John", :last_name => "Doe") }5    stub.any_instance_of(User).get_name { "foo" }6    assert_equal "foo", assigns(:user).get_name

match_double_injection

Using AI Code Generation

1  def self.match_double_injection(injection)2    RR::Matchers::DoubleInjectionMatcher.new(injection)3stub(foo).bar { 'baz' }4stub(baz).qux { 'quux' }5stub(foo).bar(RR.match_double_injection(foo)) { 'baz' }6stub(baz).qux(RR.match_double_injection(baz)) { 'quux' }7stub(foo).bar(RR.match_double_injection(baz)) { 'baz' }8stub(baz).qux(RR.match_double_injection(foo)) { 'quux' }9stub(foo).bar { 'baz' }10stub(baz).qux { 'quux' }11stub(foo).bar(RR.match_double_injection(foo).with_any_args) { 'baz' }12stub(baz).qux(RR.match_double_injection(baz).with_any_args) { 'quux' }13stub(foo).bar(RR.match_double_injection(baz).with_any_args) { 'baz' }14stub(baz).qux(RR.match_double_injection(foo).with_any_args) { 'quux' }15stub(foo).bar { 'baz' }

match_double_injection

Using AI Code Generation

1    @rr.match_double_injection(Example, :do_something) do2    @rr.match_double_injection(Example, :do_something) do3    @rr.match_double_injection(Example, :do_something) do

match_double_injection

Using AI Code Generation

1    mock(1).foo2    stub(1).foo3    stub(1).foo4ruby -Ilib:test -e "require 'test/unit'; Dir['test/**/*_test.rb'].each {|f| require f}" -- --name=test_match_double_injection

match_double_injection

Using AI Code Generation

1    stub(self).match_double_injection("foo") { "bar" }2    assert_equal "bar", match_double_injection("foo")3    @user = User.find(params[:id])4    stub(User).find(1) { User.new(:first_name => "John", :last_name => "Doe") }5    stub.any_instance_of(User).get_name { "foo" }6    assert_equal "foo", assigns(:user).get_name

match_double_injection

Using AI Code Generation

1    @rr.match_double_injection(Example, :do_something) do2    @rr.match_double_injection(Example, :do_something) do3    @rr.match_double_injection(Example, :do_something) do

match_double_injection

Using AI Code Generation

1  def method1(a, b)2  def method2(a, b)3  def method3(a, b)4  def method4(a, b)5a_double = double(a)6b_double = double(b)7c_double = double(c)8d_double = double(d)9match_double_injection(a_double, :method1, 1) do |arg|10match_double_injection(b_double, :method2, 3) do |arg|11match_double_injection(c_double, :method3, 5) do |arg|12match_double_injection(d_double, :method4, 7) do |arg|13puts a_double.method1(1, 2)14puts b_double.method2(3, 4)15puts c_double.method3(5, 6)16puts d_double.method4(7, 8)17a_double.method1(1, 2)18b_double.method2(3, 4)19c_double.method3(5, 6)20d_double.method4(7, 8)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.