func (v *NumericLiteral) String() string {
if v.IsFloat {
return fmt.Sprintf("("+util.Blue("NumericLiteral")+": "+util.Yellow("%d")+" "+util.Green(v.GetType().TypeName())+")", v.FloatValue)
} else {
return fmt.Sprintf("("+util.Blue("NumericLiteral")+": "+util.Yellow("%d")+" "+util.Green(v.GetType().TypeName())+")", v.IntValue)
}
}
func (v *VariableDecl) String() string {
if v.Assignment == nil {
return "(" + util.Blue("VariableDecl") + ": " + v.Variable.String() + ")"
} else {
return "(" + util.Blue("VariableDecl") + ": " + v.Variable.String() +
" = " + v.Assignment.String() + ")"
}
}
func (v *Block) String() string {
if len(v.Nodes) == 0 {
return "(" + util.Blue("Block") + ": )"
}
result := "(" + util.Blue("Block") + ":\n"
for _, n := range v.Nodes {
result += "\t" + n.String() + "\n"
}
return result + ")"
}
func (v *EnumDecl) String() string {
result := "\n"
for _, val := range v.Body {
result += "\t" + val.String() + "\n"
}
return "(" + util.Blue("EnumDecl") + ": " + result + ")"
}
func (v *TupleType) String() string {
result := "(" + util.Blue("TupleType") + ": "
for _, mem := range v.Members {
result += "\t" + mem.TypeName() + "\n"
}
return result + ")"
}
func (v ArrayType) String() string {
result := "(" + util.Blue("ArrayType") + ": "
for _, attr := range v.attrs {
result += attr.String() + " "
}
return result + v.TypeName() + ")" //+ util.Magenta(" <"+v.MangledName(MANGLE_ARK_UNSTABLE)+"> ") + ")"
}
func (v *InterfaceType) String() string {
result := "(" + util.Blue("InterfaceType") + ": "
/*for _, mem := range v.Members {
result += "\t" + mem.TypeName() + "\n"
}*/
return result + ")"
}
func (v *ArrayLiteral) String() string {
res := "(" + util.Blue("ArrayLiteral") + ":"
for _, mem := range v.Members {
res += " " + mem.String()
}
return res + ")"
}
func (v *ImplDecl) String() string {
var result string
for _, decl := range v.Functions {
result += "\t" + decl.String() + "\n"
}
return "(" + util.Blue("ImplDecl") + ": " + result + ")"
}
func (v *TupleLiteral) String() string {
res := "(" + util.Blue("TupleLiteral") + ": "
for _, mem := range v.Members {
res += mem.String()
res += ", "
}
return res + ")"
}
func (v InterfaceType) String() string {
result := "(" + util.Blue("InterfaceType") + ": "
for _, function := range v.Functions {
result += "\t" + function.String() + "\n"
}
result += "}"
return result + ")"
}
func (v *BoolLiteral) String() string {
res := "(" + util.Blue("BoolLiteral") + ": "
if v.Value {
res += util.Yellow("true")
} else {
res += util.Yellow("false")
}
return res + ")"
}
func (v *ReturnStat) String() string {
ret := "(" + util.Blue("ReturnStat") + ": "
if v.Value == nil {
ret += "void"
} else {
ret += v.Value.String()
}
return ret + ")"
}
func (v *SizeofExpr) String() string {
ret := "(" + util.Blue("SizeofExpr") + ": "
if v.Expr != nil {
ret += v.Expr.String()
} else {
ret += v.Type.TypeName()
}
return ret + ")"
}
func (v *MatchStat) String() string {
result := "(" + util.Blue("MatchStat") + ": " + v.Target.String() + ":\n"
for pattern, stmt := range v.Branches {
result += "\t" + pattern.String() + " -> " + stmt.String() + "\n"
}
return result + ")"
}
func (v *EnumLiteral) String() string {
res := "(" + util.Blue("EnumLiteral") + ":"
if v.TupleLiteral != nil {
res += v.TupleLiteral.String()
} else if v.CompositeLiteral != nil {
res += v.CompositeLiteral.String()
}
return res + ")"
}
func (v StructType) String() string {
result := "(" + util.Blue("StructType") + ": "
result += v.attrs.String()
result += "\n"
for _, mem := range v.Members {
result += "\t" + mem.Name + ": " + mem.Type.String() + "\n"
}
return result + ")"
}
func (v *StructLiteral) String() string {
res := "(" + util.Blue("StructLiteral") + ": "
for name, value := range v.Values {
res += name
res += ": "
res += value.String()
res += ", "
}
return res + ")"
}
func (v *CallExpr) String() string {
result := "(" + util.Blue("CallExpr") + ": " + v.Function.String()
for _, arg := range v.Arguments {
result += " " + arg.String()
}
if v.GetType() != nil {
result += " " + util.Green(v.GetType().TypeName())
}
return result + ")"
}
func (v *Variable) String() string {
result := "(" + util.Blue("Variable") + ": "
if v.Mutable {
result += util.Green("[mutable] ")
}
for _, attr := range v.Attrs {
result += attr.String() + " "
}
return result + v.Name + util.Magenta(" <"+v.MangledName(MANGLE_ARK_UNSTABLE)+"> ") + util.Green(v.Type.TypeName()) + ")"
}
func (v *IfStat) String() string {
result := "(" + util.Blue("IfStat") + ": "
for i, expr := range v.Exprs {
result += expr.String() + " "
result += v.Bodies[i].String()
}
if v.Else != nil {
result += v.Else.String()
}
return result + ")"
}
func (v *TraitType) String() string {
result := "(" + util.Blue("TraitType") + ": "
for _, attr := range v.attrs {
result += attr.String() + " "
}
result += v.Name + "\n"
for _, decl := range v.Functions {
result += "\t" + decl.String() + "\n"
}
return result + util.Magenta(" <"+v.MangledName(MANGLE_ARK_UNSTABLE)+"> ") + ")"
}
func (v *StructType) String() string {
result := "(" + util.Blue("StructType") + ": "
for _, attr := range v.attrs {
result += attr.String() + " "
}
result += "\n"
for _, decl := range v.Variables {
result += "\t" + decl.String() + "\n"
}
return result + ")"
}
func (v *CompositeLiteral) String() string {
res := "(" + util.Blue("CompositeLiteral") + ": "
for i, mem := range v.Values {
if field := v.Fields[i]; field != "" {
res += field + ": "
}
res += mem.String() + ", "
}
return res + ")"
}
func (v *EnumType) String() string {
result := "(" + util.Blue("EnumType") + ": "
for _, attr := range v.attrs {
result += attr.String() + " "
}
result += "\n"
for _, mem := range v.Members {
result += "\t" + mem.Name + ": " + mem.Type.TypeName() + "\n"
}
return result + ")"
}
func (v *NamedType) String() string {
res := "(" + util.Blue("NamedType") + ": " + v.Name
if len(v.Parameters) > 0 {
res += "<"
for idx, param := range v.Parameters {
res += param.TypeName()
if idx < len(v.Parameters)-1 {
res += ", "
}
}
res += ">"
}
return res + " = " + v.Type.TypeName() + ")"
}
func (v *LoopStat) String() string {
result := "(" + util.Blue("LoopStat") + ": "
switch v.LoopType {
case LOOP_TYPE_INFINITE:
case LOOP_TYPE_CONDITIONAL:
result += v.Condition.String() + " "
default:
panic("invalid loop type")
}
result += v.Body.String()
return result + ")"
}
func (v *Function) String() string {
result := "(" + util.Blue("Function") + ": "
for _, attr := range v.Type.Attrs() {
result += attr.String() + " "
}
result += v.Name
for _, par := range v.Parameters {
result += " " + par.String()
}
if v.Type.Return != nil {
result += ": " + util.Green(v.Type.Return.TypeName()) + " "
}
if v.Body != nil {
result += v.Body.String()
}
return result + util.Magenta(" <"+v.MangledName(MANGLE_ARK_UNSTABLE)+">") + ")"
}
func (v *UnresolvedType) String() string {
return "(" + util.Blue("UnresolvedType") + ": " + v.Name.String() + ")"
}
func (v *NamedType) String() string {
return "(" + util.Blue("NamedType") + ": " + v.Type.TypeName() + ")"
}