add proper Integer32 and Integer64 literals
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76d888bde8
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7e41d03eb9
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@ -7,8 +7,8 @@ fn f() i32 {
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return 2;
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}
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fn f2() i32 {
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return f.awoo;
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fn f2() i64 {
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return 1301;
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}
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enum B {
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@ -209,7 +209,9 @@ pub const TypeSolver = struct {
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.Bool => SymbolUnderlyingType{ .Bool = {} },
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// TODO determine its i64 depending of parseInt results
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.Integer => SymbolUnderlyingType{ .Integer32 = {} },
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.Integer32 => SymbolUnderlyingType{ .Integer32 = {} },
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.Integer64 => SymbolUnderlyingType{ .Integer64 = {} },
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.Float => SymbolUnderlyingType{ .Double = {} },
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else => unreachable,
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};
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@ -83,7 +83,10 @@ pub const UnaryExpr = struct {
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pub const LiteralExpr = union(enum) {
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Bool: bool,
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Integer: []const u8,
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Integer32: i32,
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Integer64: i64,
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Float: []const u8,
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String: []const u8,
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Array: ExprList,
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@ -227,7 +227,8 @@ pub fn printExpr(expr: *const Expr) void {
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.Literal => |literal| {
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switch (literal) {
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.Bool => |val| std.debug.warn("{}", val),
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.Integer => |val| std.debug.warn("{}", val),
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.Integer32 => |val| std.debug.warn("{}", val),
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.Integer64 => |val| std.debug.warn("{}", val),
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.Float => |val| std.debug.warn("{}", val),
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.String => |val| std.debug.warn("'{}'", val),
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.Array => |exprs| {
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@ -362,6 +363,7 @@ fn prettyType(typ: SymbolUnderlyingType) []const u8 {
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.Integer32 => "i32",
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.Integer64 => "i64",
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.Bool => "bool",
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.Double => "double",
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.OpaqueType => |ident| retWithName("opaque", ident),
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.Struct => |ident| retWithName("struct", ident),
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@ -85,10 +85,17 @@ pub const Codegen = struct {
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.Literal => |literal| blk: {
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break :blk switch (literal) {
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// TODO other literals
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.Integer => |val| blk2: {
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var val_cstr = try std.cstr.addNullByte(self.allocator, val);
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break :blk2 llvm.LLVMConstIntOfString(llvm.LLVMInt32Type(), val_cstr.ptr, 10);
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},
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.Integer32 => |val| llvm.LLVMConstInt(
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llvm.LLVMInt32Type(),
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@intCast(c_ulonglong, val),
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10,
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),
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.Integer64 => |val| llvm.LLVMConstInt(
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llvm.LLVMInt64Type(),
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@intCast(c_ulonglong, val),
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10,
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),
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.Float => |val| blk2: {
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var val_cstr = try std.cstr.addNullByte(self.allocator, val);
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break :blk2 llvm.LLVMConstRealOfString(llvm.LLVMDoubleType(), val_cstr.ptr);
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@ -9,6 +9,7 @@ pub const TypeList = std.ArrayList(SymbolUnderlyingType);
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pub const SymbolUnderlyingTypeEnum = enum {
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Integer32,
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Integer64,
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Double,
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Bool,
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// opaque unsolved identifier
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@ -19,9 +20,28 @@ pub const SymbolUnderlyingTypeEnum = enum {
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Enum,
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};
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pub fn isSymUnTypeEnumSubset(
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maybe_member: SymbolUnderlyingTypeEnum,
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superset: SymbolUnderlyingTypeEnum,
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) bool {
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// return false for supersets that aren't supersets
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switch (superset) {
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.Integer32, .Double, .Bool, .OpaqueType, .Struct, .Enum => return false,
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// for now, only integer64 is a superset (containing integer32)
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.Integer64 => {
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return switch (maybe_member) {
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.Integer32 => true,
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else => false,
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};
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},
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}
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}
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pub const SymbolUnderlyingType = union(SymbolUnderlyingTypeEnum) {
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Integer32: void,
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Integer64: void,
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Double: void,
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Bool: void,
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OpaqueType: []const u8,
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@ -14,6 +14,7 @@ const TokenType = tokens.TokenType;
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pub const ParseError = error{
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CompileError,
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UnknownOperator,
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InvalidInteger,
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};
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const Node = ast.Node;
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@ -356,11 +357,22 @@ pub const Parser = struct {
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return expr;
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}
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fn mkInteger(self: *Parser, val: []const u8) !*ast.Expr {
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fn mkInt32(self: *Parser, val: i32) !*ast.Expr {
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var expr = try self.allocator.create(Expr);
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expr.* = Expr{
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.Literal = ast.LiteralExpr{
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.Integer = val,
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.Integer32 = val,
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},
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};
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return expr;
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}
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fn mkInt64(self: *Parser, val: i64) !*ast.Expr {
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var expr = try self.allocator.create(Expr);
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expr.* = Expr{
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.Literal = ast.LiteralExpr{
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.Integer64 = val,
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},
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};
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@ -1124,8 +1136,40 @@ pub const Parser = struct {
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.False => try self.mkBool(false),
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.True => try self.mkBool(true),
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.Integer => try self.mkInteger(lexeme),
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.Integer => blk: {
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// hacky, but it works. the old approach was doing
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// parseInt(i64) on the catch block of parseInt(i32)
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var i32_num_opt: ?i32 = std.fmt.parseInt(i32, lexeme, 10) catch null;
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var i64_num: i64 = std.fmt.parseInt(i64, lexeme, 10) catch |err| {
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return self.doError(
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"Invalid integer (not 32bit or 64bit) '{}': {}",
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lexeme,
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err,
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);
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};
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if (i32_num_opt) |i32_num| {
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break :blk try self.mkInt32(i32_num);
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} else {
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break :blk try self.mkInt64(i64_num);
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}
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// old one
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//break :blk try self.mkInt32(std.fmt.parseInt(i32, lexeme, 10) catch |err32| {
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// break :blk try self.mkInt64(std.fmt.parseInt(i64, lexeme, 10) catch |err64| {
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// return self.doError(
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// "Invalid integer (not 32bit or 64bit) '{}': {}",
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// lexeme,
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// err64,
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// );
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// });
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//});
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},
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// TODO std.fmt.parseFloat
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.Float => try self.mkFloat(lexeme),
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.String => try self.mkString(lexeme),
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.Identifier => try self.mkVariable(self.peek()),
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