// type parameter and its core type.
// If two types are not structurally equivalent, they cannot be Go
// identical types. On the other hand, if they are structurally
// equivalent, they may be Go identical or at least assignable, or
// they may be in the type set of a constraint.
// Whether they indeed are identical or assignable is determined
// upon instantiation and function argument passing.

package types

import (

// type parameter and its core type.
// If two types are not structurally equivalent, they cannot be Go
// identical types. On the other hand, if they are structurally
// equivalent, they may be Go identical or at least assignable, or
// they may be in the type set of a constraint.
// Whether they indeed are identical or assignable is determined
// upon instantiation and function argument passing.

package types2

import (

func ExampleFloat_Copy() {
	var x, z big.Float

	x.SetFloat64(1.23)
	r := z.Copy(&x)
	fmt.Printf("a) r = %g, z = %g, x = %g, r == z = %v\n", r, &z, &x, r == &z)

	// changing z changes r since they are identical
	z.SetInt64(42)
	fmt.Printf("b) r = %g, z = %g, r == z = %v\n", r, &z, r == &z)

	x.SetPrec(1)
	z.Copy(&x)
	fmt.Printf("c) z = %g, x = %g, z == x = %v\n", &z, &x, &z == &x)

	// Output:

     *
     * <ul>
     *   <li>If the test output directory is modular, then:
     *     <ul>
     *       <li>If a test module name is identical to a main module name,
     *           place the test directory in a {@code --patch-module} option.</li>
     *       <li>Otherwise, place the test directory on the module-path. However, this case

        "properties": {
          "items": {

    }

    private boolean sameIncomingEdgesAsPreviousPass(int incomingEdgeCount) {
        // This is a heuristic, more than truth: it is possible that the 2 long hashs
        // are identical AND that the sizes of collections are identical, but it's
        // extremely unlikely (never happened on test cases even on large dependency graph)
        return cachedModuleResolutionFilter != null

	if db5.Error != nil {
		t.Errorf("Should not raise error for join where identical fields in different tables. Error: %s", db5.Error.Error())
	}

	var users6 []User
	DB.Joins("inner join pets on pets.user_id = users.id AND pets.name = @Name", user.Pets[0]).Where("users.name = ?", user.Name).First(&users6)

	// only in the Defs map, and identifiers denoting packages in
	// qualified identifiers are collected in the Uses map.
	Types map[syntax.Expr]TypeAndValue

	// If StoreTypesInSyntax is set, type information identical to
	// that which would be put in the Types map, will be set in
	// syntax.Expr.TypeAndValue (independently of whether Types
	// is nil or not).
	StoreTypesInSyntax bool

    // conversion (even after quantization). Some TFL ops like unidirectional
    // sequence lstm will have stateful operands and some optimization passes
    // will merge those operands if they have identical values & types. However,
    // it's not desired by TFL. This pass serves as a "fix" pass to split the
    // merged inputs until we have 1st class variable support or reuse
    // tf.variable to model this.

    }

    private
    fun reportUniqueValueSourceInput(trace: PropertyTrace, displayName: String?, typeName: String) {
        // We assume different types won't ever produce identical display names
        if (reportedValueSources.add(displayName ?: typeName)) {
            reportValueSourceInput(trace, displayName, typeName)
        }
    }

    private