You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: example_errors_test.go
    path of file: ./repos/wasmer-go/examples
    
    the code of the file until where you have to start completion: // A Wasm module can sometimes not work, it will produce errors in some
// cases.
//
// In this example we'll see how to handle such errors in the most
// basic way. To do that we'll use a Wasm module that we know will
// produce an error.
//
// You can run the example directly by executing in Wasmer root:
//
// ```shell
// go test examples/example_errors_test.go
// ```
//
// Ready?

package wasmer

import (
	"fmt"
	"github.com/wasmerio/wasmer-go/wasmer"
)

func ExampleError() {
	// Let's declare the Wasm module.
	//
	// We are using the text representation of the module here.
	wasmBytes := []byte(`
		(module
		  (type $do_div_by_zero_t (func (result i32)))
		  (func $do_div_by_zero_f (type $do_div_by_zero_t) (result i32)
		    i32.const 4
		    i32.const 0
		    i32.div_s)
		  (type $div_by_zero_t (func (result i32)))
		  (func $div_by_zero_f (type $div_by_zero_t) (result i32)
		    call $do_div_by_zero_f)
		  (export "div_by_zero" (func $div_by_zero_f)))
	`)

	// Create an Engine
	engine := wasmer.NewEngine()

	// Create a Store
	store := wasmer.NewStore(engine)

	fmt.Println("Compiling module...")
	module, err := wasmer.NewModule(store, wasmBytes)

	if err != nil {
		fmt.Println("Failed to compile module:", err)
	}

	//
    
func ExampleError() {
	// Let's declare the Wasm module.
	//
	// We are using the text representation of the module here.
	wasmBytes := []byte(`
		(module
		  (type $do_div_by_zero_t (func (result i32)))
		  (func $do_div_by_zero_f (type $do_div_by_zero_t) (result i32)
		    i32.const 4
		    i32.const 0
		    i32.div_s)
		  (type $div_by_zero_t (func (result i32)))
		  (func $div_by_zero_f (type $div_by_zero_t) (result i32)
		    call $do_div_by_zero_f)
		  (export "div_by_zero" (func $div_by_zero_f)))
	`)

	// Create an Engine
	engine := wasmer.NewEngine()

	// Create a Store
	store := wasmer.NewStore(engine)

	fmt.Println("Compiling module...")
	module, err := wasmer.NewModule(store, wasmBytes)

	if err != nil {
		fmt.Println("Failed to compile module:", err)
	}

	// Create an empty import object.
	importObject := wasmer.NewImportObject()

	fmt.Println("Instantiating module...")
	// Let's instantiate the Wasm module.
	instance, err := wasmer.NewInstance(module, importObject)

	if err != nil {
		panic(fmt.Sprintln("Failed to instantiate the module:", err))
	}

	// Here we go.
	//
	// The Wasm module exports a function called `div_by_zero`. As its name
	// implies, this function will try to do a division by zero and thus
	// produce an error.
	//
	// Let's get it.
	divByZero, err := instance.Exports.GetFunction("div_by_zero")

	if err != nil {
		panic(fmt.Sprintln("Failed to get the `div_by_zero` function:", err))
	}

	fmt.Println("Calling `div_by_zero` function...")
	_, err = divByZero()

	// When we call a function it can either succeed or fail. We expect it to fail.
	if err == nil {
		panic(fmt.Sprintln("`div_by_zero` did not error"))
	}

	fmt.Println("Error caught from `div_by_zero`:", err)

	/*
		// We'll try to match the error as a trap
		trap, ok := err.(*wasmer.TrapError)

		if !ok {
			panic(fmt.Sprintln("Error was not of the expected type"))
		}

		frames := trap.Trace()
		framesLen := len(frames)

		// Errors come with a trace we can inspect to get more
		// information on the execution flow.
		for index, frame := range frames {
			//fmt.Printf("  Frame #%d: function index: %d\n", framesLen-index, frame.FunctionIndex())
		}
	*/

	// Output:
	// Compiling module...
	// Instantiating module...
	// Calling `div_by_zero` function...
	// Error caught from `div_by_zero`: integer divide by zero
}