wsdl2go

README

wsdl2go

wsdl2go is a command line tool to generate Go code from WSDL.

Download:

go get github.com/fiorix/wsdl2go

Usage

Make sure you have gofmt under $GOROOT/bin (otherwise it will look for gofmt in your $PATH if $GOROOT is not defined), otherwise it'll fail.

wsdl2go < file.wsdl > hello.go

Use -i for files or URLs, and -o to specify an output file. WSDL files that contain import tags are only processed after these resources are downloaded. It tries automatically but might fail due to authentication or bad SSL certificates. You can force it anyway. YOLO.

Use -c for customizing what functions are generated from wsdl.

Here's how to use the generated code: Let's say you generate the Go code for the hello service, which provides an Echo method that takes an EchoRequest and returns an EchoReply. To use it, you have to create a SOAP client, then call the generated function Echo.

Example:

import (
	"/path/to/hello"

	"github.com/fiorix/wsdl2go/soap"
)

func main() {
	cli := soap.Client{
		URL: "http://server",
		Namespace: hello.Namespace,
	}
	conn := hello.NewService(&cli)
	reply, err := conn.Echo(cli, &hello.EchoRequest{Data: "echo"})
	...
}

Only the Document style of SOAP is supported. If you're looking for the RPC one, take another bite of your taco and move on. Soz.

Status

Works for my needs, been tested with a few SOAP enterprise systems. Not fully compliant to WSDL or SOAP specs.

Because of some limitations of XML namespaces in Go, there's only so much one can do to make things like SOAP work properly. Although, the code generated by wsdl2go might be sufficient for most systems.

Types supported:

• int
• long (int64)
• float (float64)
• double (float64)
• boolean (bool)
• string
• hexBinary ([]byte)
• base64Binary ([]byte)
• date
• time
• dateTime
• simpleType (w/ enum and validation)
• complexType (struct)
• complexContent (slices, embedded structs)
• token (as string)
• any (slice of empty interfaces)
• anyURI (string)
• QName (string)
• union (empty interface w/ comments)
• nonNegativeInteger (uint)
• faults
• decimal
• g{Day,Month,Year}...
• NOTATION

Date types are currently defined as strings, need to implement XML Marshaler and Unmarshaler interfaces. The binary ones (hex and base64) are also lacking marshal/unmarshal.

For simple types that have restrictions defined, such as an enumerated list of possible values, we generate the validation function using reflect to compare values. This and the entire API might change anytime, be warned.