func replace_Regexp(ctx *EngineContext, scope *Scope, ins protoface.Instruction, args []interface{}) (returnValue interface{}) {
regexp := args[0].(*rubex.Regexp)
scope.Value = regexp.GsubFunc(scope.Value.(string), func(match string, captures map[string]string) string {
usesGlobal := (ctx.GetEnv("use_global_replace_vars") == "true")
for name, capture := range captures {
if usesGlobal {
//println("setting $", name, "to", capture)
ctx.SetEnv(name, capture)
}
ctx.SetVar(name, capture)
}
replacementScope := &Scope{Value: match}
for i := 0; i < ins.INumChildren(); i++ {
child := ins.IGetNthChild(i)
ctx.RunInstruction(replacementScope, child)
}
//println(ins.String())
//println("Replacement:", replacementScope.Value.(string))
return ctx.GetInnerReplacer().GsubFunc(replacementScope.Value.(string), func(_ string, numeric_captures map[string]string) string {
capture := numeric_captures["1"]
var val string
if usesGlobal {
val = ctx.GetEnv(capture)
} else {
val = ctx.GetVar(capture).(string)
}
return val
})
})
returnValue = scope.Value
return
}
func capture_Regexp(ctx *EngineContext, scope *Scope, ins protoface.Instruction, args []interface{}) (returnValue interface{}) {
regexp := args[0].(*rubex.Regexp)
scope.Value = regexp.GsubFunc(scope.Value.(string), func(match string, captures map[string]string) string {
usesGlobal := (ctx.GetEnv("use_global_replace_vars") == "true")
for name, capture := range captures {
if usesGlobal {
ctx.SetEnv(name, capture)
}
ctx.SetVar(name, capture)
}
replacementScope := &Scope{Value: match}
for i := 0; i < ins.INumChildren(); i++ {
child := ins.IGetNthChild(i)
ctx.RunInstruction(replacementScope, child)
}
return replacementScope.Value.(string)
})
returnValue = scope.Value
return
}