func warn_v1_Text(ctx *EngineContext, scope *Scope, ins protoface.Instruction, args []interface{}) (returnValue interface{}) {
var msg string
if loc := ctx.Env[isUserCalledEnvKey]; loc != "" {
msg = fmt.Sprintf("%s: %s", loc, args[0].(string))
} else {
msg = fmt.Sprintf("%s:%d: %s", ctx.Filename, ins.IGetLineNumber(), args[0].(string))
}
LogEngineError(ctx, msg)
ctx.Debugger.SendWarning(msg)
ctx.Warnings++
returnValue = fmt.Sprintf("%d", ctx.Warnings)
return
}
func (ctx *EngineContext) FileAndLine(ins protoface.Instruction) string {
lineNum := strconv.Itoa(int(ins.IGetLineNumber()))
return (ctx.Filename + ":" + lineNum)
}
func (ctx *EngineContext) RunInstruction(scope *Scope, ins protoface.Instruction) (returnValue interface{}) {
thisFile := ctx.Filename
defer func() {
//TODO Stack traces seem to get truncated on syslog...
if x := recover(); x != nil {
err, ok := x.(error)
errString := ""
if ok {
errString = err.Error()
} else {
errString = x.(string)
}
if errString != TimeoutError {
if ctx.HadError == false {
ctx.HadError = true
errString = errString + "\n" + constants.Instruction_InstructionType_name[ins.IGetType()] + " " + ins.IGetValue() + "\n\n\nTritium Stack\n=========\n\n"
}
// errString = errString + ctx.FileAndLine(ins) + "\n"
if len(thisFile) > 0 && thisFile != "__rewriter__" {
switch ins.IGetType() {
case constants.Instruction_IMPORT:
errString = errString + fmt.Sprintf("%s:%d", thisFile, ins.IGetLineNumber())
errString = errString + fmt.Sprintf(":\t@import %s\n", ctx.Transform.IGetNthObject(int(ins.IGetObjectId())).IGetName())
case constants.Instruction_FUNCTION_CALL:
errString = errString + fmt.Sprintf("%s:%d", thisFile, ins.IGetLineNumber())
if callee := ins.IGetValue(); len(callee) > 0 {
errString = errString + fmt.Sprintf(":\t%s\n", callee)
}
default:
// do nothing
}
}
}
panic(errString)
}
}()
ctx.Whale.Debugger.TrapInstruction(ctx.MessagePath, ctx.Filename, ctx.Env, ins, scope.Value, scope.Index, ctx.CurrentDoc)
if time.Now().After(ctx.Deadline) && !ctx.InDebug {
panic(TimeoutError)
}
indent := ""
for i := 0; i < len(ctx.Yields); i++ {
indent += "\t"
}
returnValue = ""
switch ins.IGetType() {
case constants.Instruction_BLOCK:
for i := 0; i < ins.INumChildren(); i++ {
child := ins.IGetNthChild(i)
returnValue = ctx.RunInstruction(scope, child)
}
case constants.Instruction_TEXT:
returnValue = ins.IGetValue()
case constants.Instruction_LOCAL_VAR:
name := ins.IGetValue()
vars := ctx.Vars()
if ins.INumArgs() > 0 {
vars[name] = ctx.RunInstruction(scope, ins.IGetNthArgument(0))
}
if ins.INumChildren() > 0 {
ts := &Scope{Value: ctx.Vars()[name]}
for i := 0; i < ins.INumChildren(); i++ {
child := ins.IGetNthChild(i)
ctx.RunInstruction(ts, child)
}
vars[name] = ts.Value
}
returnValue = vars[name]
case constants.Instruction_IMPORT:
obj := ctx.IGetNthObject(int(ins.IGetObjectId()))
curFile := ctx.Filename
ctx.Filename = obj.IGetName()
ctx.Whale.Debugger.LogImport(ctx.MessagePath, ctx.Filename, curFile, int(ins.IGetLineNumber()))
root := obj.IGetRoot()
// TODO(layer-track): Currently we keep track of which layer we're in, but we
// don't expose that to the user. If performance becomes an issue, we might
// want to consider removing this bit. It would encompass removing the layer
// meta-data from the protobuf object as well. The feature was introduce
// for the case where maybe we'd want styles/assets to be included at a per
// layer basis, but it was then decided that we don't want to do that anymore,
// so this feature is left usecase-less.
pushedLayer := false
if layer := obj.IGetLayer(); layer != "" && layer != ctx.CurrentLayer() {
ctx.PushLayer(layer)
pushedLayer = true
}
for i := 0; i < root.INumChildren(); i++ {
child := root.IGetNthChild(i)
ctx.RunInstruction(scope, child)
}
//TODO(layer-track) -- see above
if pushedLayer {
ctx.PopLayer()
}
ctx.Whale.Debugger.LogImportDone(ctx.MessagePath, ctx.Filename, curFile, int(ins.IGetLineNumber()))
ctx.Filename = curFile
case constants.Instruction_FUNCTION_CALL:
fun := ctx.Functions[int(ins.IGetFunctionId())]
args := make([]interface{}, ins.INumArgs())
for i := 0; i < len(args); i++ {
argIns := ins.IGetNthArgument(i)
args[i] = ctx.RunInstruction(scope, argIns)
}
if fun.IGetBuiltIn() {
curFile := ctx.Filename
if f := builtInFunctions[fun.Name]; f != nil {
returnValue = f(ctx, scope, ins, args)
if returnValue == nil {
returnValue = ""
}
} else {
panic("missing function: " + fun.IGetName())
}
ctx.Filename = curFile
} else {
// We are using a user-defined function
//println("Resetting localvar")
// Setup the new local var
vars := make(map[string]interface{}, len(args))
for i := 0; i < fun.INumArgs(); i++ {
arg := fun.IGetNthArg(i)
vars[arg.IGetName()] = args[i]
}
yieldBlock := &YieldBlock{
Ins: ins,
Vars: vars,
Filename: ctx.Filename,
}
// PUSH!
ctx.PushYieldBlock(yieldBlock)
curFile := ctx.Filename
ctx.Filename = fun.IGetFilename()
// if it's a user-called function, save the curfile:linenumber
// Are we going to need a stack here? --A.L.
if !ctx.Debugger.IsProd() && ins.IGetIsUserCalled() == true {
ctx.Env[isUserCalledEnvKey] = fmt.Sprintf("%s:%d", curFile, ins.IGetLineNumber())
}
for i := 0; i < fun.IGetInstruction().INumChildren(); i++ {
child := fun.IGetInstruction().IGetNthChild(i)
returnValue = ctx.RunInstruction(scope, child)
}
if ins.IGetIsUserCalled() == true {
delete(ctx.Env, isUserCalledEnvKey)
}
ctx.Filename = curFile
// POP!
ctx.PopYieldBlock()
}
}
return
}