// Returns an output formatter that will output the contents of a C++ header
// file that contains a variable declaration for a string literal that contains
// the base64-encoding of the serialized proto.
//
// varName will be the name of the variable containing the base64-encoded serialized proto.
// namespace is a list of nested namespaces inside of which the variable will be defined.
// configLocation is the location of the YAML that was parsed.
Returns an output formatter that will output the contents of a C++ header
file that contains a variable declaration for a string literal that contains
the base64-encoding of the serialized proto.

varName will be the name of the variable containing the base64-encoded serialized proto.
namespace is a list of nested namespaces inside of which the variable will be defined.
configLocation is the location of the YAML that was parsed.
// Returns an output formatter that will output the contents of a C ++ header // file that contains a variable declaration for a string literal that contains // the base64 - encoding of the serialized proto . // // varName will be the name of the variable containing the base64 - encoded serialized proto . // namespace is a list of nested namespaces inside of which the variable will be defined . // configLocation is the location of the YAML that was parsed .
func CppOutputFactory(varName string, namespace []string, configLocation string) OutputFormatter {
	return func(c *config.CobaltConfig) (outputBytes []byte, err error) {
		b64Bytes, err := Base64Output(c)
		if err != nil {
			return outputBytes, err
		}
		out := new(bytes.Buffer)
		out.WriteString("// Copyright 2018 The Fuchsia Authors. All rights reserved.\n")
		out.WriteString("// Use of this source code is governed by a BSD-style license that can be\n")
		out.WriteString("// found in the LICENSE file.\n\n")
		out.WriteString("#pragma once\n\n")
		out.WriteString("// This file was generated by Cobalt's Config Parser based on the\n")
		out.WriteString("// configuration YAML in the following location:\n")
		out.WriteString(fmt.Sprintf("// %s\n", configLocation))
		out.WriteString("// Edit the YAML at that location to make changes.\n\n")
		for _, name := range namespace {
			out.WriteString("namespace ")
			out.WriteString(name)
			out.WriteString(" {\n")
		}
		out.WriteString("// The base64 encoding of the bytes of a serialized CobaltConfig proto message.\n")
		out.WriteString("const char ")
		out.WriteString(varName)
		out.WriteString("[] = \"")
		out.Write(b64Bytes)
		out.WriteString("\";\n")
		for _, name := range namespace {
			out.WriteString("} // ")
			out.WriteString(name)
			out.WriteString("\n")
		}
		return out.Bytes(), nil
	}
}
func CppOutputFactory ( varName string , namespace [ ] string , configLocation string ) OutputFormatter { return func ( c * config . CobaltConfig ) ( outputBytes [ ] byte , err error ) { b64Bytes , err := Base64Output ( c ) if err != nil { return outputBytes , err } out := new ( bytes . Buffer ) out . WriteString ( " \n " ) out . WriteString ( " \n " ) out . WriteString ( " \n \n " ) out . WriteString ( " \n \n " ) out . WriteString ( " \n " ) out . WriteString ( " \n " ) out . WriteString ( fmt . Sprintf ( " \n " , configLocation ) ) out . WriteString ( " \n \n " ) for _ , name := range namespace { out . WriteString ( " " ) out . WriteString ( name ) out . WriteString ( " \n " ) } out . WriteString ( " \n " ) out . WriteString ( " " ) out . WriteString ( varName ) out . WriteString ( " \" " ) out . Write ( b64Bytes ) out . WriteString ( " \" \n " ) for _ , name := range namespace { out . WriteString ( " " ) out . WriteString ( name ) out . WriteString ( " \n " ) } return out . Bytes ( ) , nil } }
Returns an output formatter that will output the contents of a C++ header
file that contains a variable declaration for a string literal that contains
the base64-encoding of the serialized proto.
Returns an output formatter that will output the contents of a C ++ header file that contains a variable declaration for a string literal that contains the base64 - encoding of the serialized proto .