func makeCallExpr(name string, params *st.SymbolTable, pointerSymbols map[st.Symbol]int, pos token.Pos, recvSym *st.VariableSymbol, pack *st.Package, filename string) (*ast.CallExpr, int) {
var Fun ast.Expr
if recvSym != nil {
x := ast.NewIdent(recvSym.Name())
x.NamePos = pos
Fun = &ast.SelectorExpr{x, ast.NewIdent(name)}
} else {
x := ast.NewIdent(name)
x.NamePos = pos
Fun = x
}
l, _ := utils.GetNodeLength(Fun)
l += 2
args, i := make([]ast.Expr, params.Count()), 0
params.ForEachNoLock(func(sym st.Symbol) {
args[i] = sym.ToAstExpr(pack, filename)
if depth, ok := pointerSymbols[sym]; ok {
for depth > 0 {
args[i] = &ast.UnaryExpr{token.NoPos, token.AND, args[i]}
depth--
}
}
ll, _ := utils.GetNodeLength(args[i])
l += ll + 2
i++
})
l -= 2
return &ast.CallExpr{Fun, token.NoPos, args, token.NoPos, pos + token.Pos(l-1)}, l
}
func (pp *packageParser) fixTypesInSymbolTable(table *st.SymbolTable) {
if table == nil {
return
}
table.ForEachNoLock(func(sym st.Symbol) {
// if sym.Name() == "Parser" {
// fmt.Printf("horay %T\n", sym)
// }
if uts, ok := sym.(*st.UnresolvedTypeSymbol); ok {
res := pp.resolveType(uts)
table.ReplaceSymbol(uts.Name(), res)
pp.moveData(res, uts)
// fmt.Printf("rewrited %s with %s from %s \n", sym.Name(), res.Name(), res.PackageFrom().AstPackage.Name)
pp.fixType(res)
} else {
//Start recursive walk
pp.fixType(sym)
}
})
}
