public void deprecatedMethod() {}
            }
        """)

        testProjectDir.newFile("src/main/java/com/example/Bar.java").writeText("""
            package com.example;

            public class Bar {
                public void bar() {
                    new Foo().deprecatedMethod();
                }
            }
        """)

        val result = runTask("build")

	return x * (x + 1) * (x + 2)
}

func Bar(x int) int { // ERROR "can inline Bar with cost .* as: func\(int\) int { return x \* \(x \+ 1\) \* \(x \+ 2\) }$"
	return x * (x + 1) * (x + 2)
}

var x = 5

//go:noinline Provide a clean, constant reason for not inlining main
func main() { // ERROR "cannot inline main: marked go:noinline$"
	println("Foo(", x, ")=", Foo(x))
	println("Bar(", x, ")=", Bar(x)) // ERROR "inlining call to Bar"

        testConfigurationContainerVia(
            "api",
            """

            val foo: Configuration = configurations.getByName("foo")
            val bar: Configuration = configurations.getByName("bar") {
                extendsFrom(foo)
            }

            val bazar: Configuration = configurations.create("bazar")
            val cathedral: Configuration = configurations.create("cathedral") {

  SavedModelWriteFingerprint().Set("bar");
  EXPECT_EQ(SavedModelWriteFingerprint().value(), "bar");
}

TEST(MetricsTest, TestWritePath) {
  EXPECT_EQ(SavedModelWritePath().value(), "");
  SavedModelWritePath().Set("foo");
  EXPECT_EQ(SavedModelWritePath().value(), "foo");
  SavedModelWritePath().Set("bar");
  EXPECT_EQ(SavedModelWritePath().value(), "bar");
}

TEST(MetricsTest, TestWritePathAndSingleprint) {

        ["*Foo+Bar*"]                       | "Foo+Bar"                 | "test"                | true
        ["*Foo+Bar*"]                       | "Foo+Bar"                 | "xxxx"                | true
        ["*Foo+Bar*"]                       | "com.Foo+Bar"             | "xxxx"                | true
        ["*Foo+Bar*"]                       | "FooBar"                  | "xxxx"                | false

        when:
        extension.foo = "bar"

        then:
        extension.foo == "bar"
    }

    def "cannot read or write unregistered property using groovy syntax"() {
        when:
        extension.foo

        then:
        thrown(MissingPropertyException)

        when:
        extension.foo = "bar"

        then:
        extension.foo == "bar"
    }

	{
		merged: `
yaml: foo
---
bar: boo
`,
		split: []string{
			`
yaml: foo
`,
			`bar: boo
`,
		},
	},
	{
		merged: `
yaml: foo
---
bar: boo
`,
		split: []string{
			`
yaml: foo
`,
			``,
			`bar: boo
`,
		},
	},
	{
		merged: `
yaml: foo
---
bar: boo`,
		split: []string{
			`
yaml: foo`,
			`bar: boo`,
		},
	},
}

                "id 'noop'",
                "id('noop').version('bar')",
                "id 'noop' version 'bar'",
                "id('noop').\nversion 'bar'",
                "id('java');id('noop')",
                "id('java')\nid('noop')",
                "id('noop').version('bar');id('java')",
                "id('noop').version('bar')\nid('java')",
                "id 'noop' apply false",

        plugin('bar', 'com.example.bar', 'The Bar Plugin', 'The greatest Bar plugin of all time.')
        publishToIvy()

        when:
        succeeds 'publish'

        then:
        def fooMarker = ivyRepo.module('com.example.foo', 'com.example.foo' + PLUGIN_MARKER_SUFFIX, '1.0')
        def barMarker = ivyRepo.module('com.example.bar', 'com.example.bar' + PLUGIN_MARKER_SUFFIX, '1.0')

    assertEquals("bar x 2", entry("bar", 2).toString());
  }

  public void testToStringNull() {
    assertEquals("null", entry(NE, 1).toString());
    assertEquals("null x 2", entry(NE, 2).toString());
  }

  public void testEquals() {
    assertEquals(control("foo", 1), entry("foo", 1));
    assertEquals(control("bar", 2), entry("bar", 2));