//
// Copyright (c) 2009, Brian Frank and Andy Frank
// Licensed under the Academic Free License version 3.0
//
// History:
// 22 Dec 09 Brian Frank Creation
//
**
** CompileJs is used to call the compilerJs plugin to generate
** javascript for the pod if the @js facet is configured.
**
class CompileJs : CompilerStep
{
new make(Compiler compiler) : super(compiler)
{
this.hasJs = compiler.types.any { it.hasFacet("sys::Js") }
}
** Is any type annotated with @Js
private const Bool hasJs
override Void run()
{
log.info("CompileJs")
if (needCompileJs)
{
compile("compilerJs::CompileJsPlugin")
}
if (needCompileEs)
{
if (pod.name != "sys") compile("compilerEs::CompileEsPlugin")
}
}
private Void compile(Str qname)
{
// try to resolve plugin
t := Type.find(qname, false)
if (t == null)
{
log.info("WARN: ${qname} not installed")
return
}
// do it!
t.make([compiler])->run
}
Bool needCompileEs()
{
needCompileJs || compiler.isSys
}
Bool needCompileJs()
{
// in JS mode we force JS compilation
if (compiler.input.output === CompilerOutputMode.js) return true
// if any JS directories were specified force JS compilation
if (compiler.jsFiles != null && !compiler.jsFiles.isEmpty) return true
// are we forcing generation of js for all types
if (compiler.input.forceJs) return true
// are there any props files that need to be written to JS?
if (compiler.jsPropsFiles != null && !compiler.jsPropsFiles.isEmpty) return true
// run JS compiler if any type has @Js facet
return this.hasJs
}
}