1082 lines
32 KiB
Zig
1082 lines
32 KiB
Zig
const std = @import("std");
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const zls = @import("zls");
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const builtin = @import("builtin");
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const Context = @import("../context.zig").Context;
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const ErrorBuilder = @import("../ErrorBuilder.zig");
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const types = zls.types;
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const offsets = zls.offsets;
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const allocator: std.mem.Allocator = std.testing.allocator;
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test "semantic tokens - empty" {
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try testSemanticTokens("", &.{});
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}
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test "semantic tokens - comment" {
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try testSemanticTokens(
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\\// hello world
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, &.{
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.{ "// hello world", .comment, .{} },
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});
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try testSemanticTokens(
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\\//! hello world
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\\
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, &.{
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.{ "//! hello world", .comment, .{ .documentation = true } },
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});
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try testSemanticTokens(
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\\//! first line
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\\//! second line
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\\
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, &.{
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.{ "//! first line", .comment, .{ .documentation = true } },
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.{ "//! second line", .comment, .{ .documentation = true } },
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});
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try testSemanticTokens(
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\\/// hello world
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\\const a;
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, &.{
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.{ "/// hello world", .comment, .{ .documentation = true } },
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.{ "const", .keyword, .{} },
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.{ "a", .variable, .{ .declaration = true } },
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});
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}
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test "semantic tokens - string literals" {
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try testSemanticTokens(
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\\const alpha = "";
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, &.{
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.{ "const", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "\"\"", .string, .{} },
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});
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try testSemanticTokens(
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\\const beta = "hello";
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, &.{
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.{ "const", .keyword, .{} },
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.{ "beta", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "\"hello\"", .string, .{} },
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});
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try testSemanticTokens(
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\\const gamma =
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\\ \\hello
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\\ \\world
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\\ \\
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\\;
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, &.{
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.{ "const", .keyword, .{} },
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.{ "gamma", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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// TODO remove the newline
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.{ "\\\\hello\n", .string, .{} },
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.{ "\\\\world\n", .string, .{} },
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.{ "\\\\\n", .string, .{} },
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});
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}
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test "semantic tokens - char literals" {
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try testSemanticTokens(
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\\var alpha = ' ';
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "' '", .string, .{} },
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});
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}
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test "semantic tokens - var decl" {
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try testSemanticTokens(
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\\var alpha = 3;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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});
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try testSemanticTokens(
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\\threadlocal var alpha = 3;
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, &.{
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.{ "threadlocal", .keyword, .{} },
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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});
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try testSemanticTokens(
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\\extern var alpha: u32;
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, &.{
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.{ "extern", .keyword, .{} },
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "u32", .type, .{} },
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});
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try testSemanticTokens(
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\\pub extern var alpha = 3;
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, &.{
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.{ "pub", .keyword, .{} },
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.{ "extern", .keyword, .{} },
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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});
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}
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test "semantic tokens - local var decl" {
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try testSemanticTokens(
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\\const alpha = {
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\\ comptime var beta: u32 = 3;
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\\};
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\\
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, &.{
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.{ "const", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "comptime", .keyword, .{} },
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.{ "var", .keyword, .{} },
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.{ "beta", .variable, .{ .declaration = true } },
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.{ "u32", .type, .{} },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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});
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}
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test "semantic tokens - escaped identifier" {
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try testSemanticTokens(
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\\var @"@" = 3;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "@\"@\"", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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});
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}
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test "semantic tokens - operators" {
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try testSemanticTokens(
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\\var alpha = 3 + 3;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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.{ "+", .operator, .{} },
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.{ "3", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha = 3 orelse 3;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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.{ "orelse", .keyword, .{} },
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.{ "3", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha = true and false;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "true", .keywordLiteral, .{} },
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.{ "and", .keyword, .{} },
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.{ "false", .keywordLiteral, .{} },
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});
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}
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test "semantic tokens - field access" {
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if (builtin.target.isWasm()) return error.SkipZigTest;
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// this will make sure that the std module can be resolved
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try testSemanticTokens(
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\\const std = @import("std");
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, &.{
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.{ "const", .keyword, .{} },
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.{ "std", .namespace, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "@import", .builtin, .{} },
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.{ "\"std\"", .string, .{} },
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});
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try testSemanticTokens(
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\\const std = @import("std");
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\\const Ast = std.zig.Ast;
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, &.{
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.{ "const", .keyword, .{} },
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.{ "std", .namespace, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "@import", .builtin, .{} },
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.{ "\"std\"", .string, .{} },
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.{ "const", .keyword, .{} },
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.{ "Ast", .@"struct", .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "std", .namespace, .{} },
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.{ "zig", .namespace, .{} },
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.{ "Ast", .@"struct", .{} },
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});
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}
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test "semantic tokens - call" {
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try testSemanticTokens(
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\\fn foo() void {}
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\\const alpha = foo();
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, &.{
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.{ "fn", .keyword, .{} },
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.{ "foo", .function, .{ .declaration = true } },
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.{ "void", .type, .{} },
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.{ "const", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "foo", .function, .{} },
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});
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try testSemanticTokens(
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\\const ns = struct {
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\\ fn foo() void {}
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\\};
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\\const alpha = ns.foo();
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, &.{
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.{ "const", .keyword, .{} },
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.{ "ns", .namespace, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "struct", .keyword, .{} },
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.{ "fn", .keyword, .{} },
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.{ "foo", .function, .{ .declaration = true } },
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.{ "void", .type, .{} },
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.{ "const", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "ns", .namespace, .{} },
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.{ "foo", .function, .{} },
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});
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}
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test "semantic tokens - catch" {
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try testSemanticTokens(
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\\var alpha = a catch b;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "a", .variable, .{} },
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.{ "catch", .keyword, .{} },
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.{ "b", .variable, .{} },
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});
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try testSemanticTokens(
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\\var alpha = a catch |err| b;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "a", .variable, .{} },
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.{ "catch", .keyword, .{} },
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.{ "err", .variable, .{ .declaration = true } },
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.{ "b", .variable, .{} },
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});
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}
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test "semantic tokens - slicing" {
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try testSemanticTokens(
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\\var alpha = a[0..1];
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "a", .variable, .{} },
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.{ "0", .number, .{} },
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.{ "1", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha = a[0..1: 2];
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "a", .variable, .{} },
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.{ "0", .number, .{} },
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.{ "1", .number, .{} },
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.{ "2", .number, .{} },
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});
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}
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test "semantic tokens - enum literal" {
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try testSemanticTokens(
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\\var alpha = .beta;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "beta", .enumMember, .{} },
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});
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}
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test "semantic tokens - error literal" {
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try testSemanticTokens(
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\\var alpha = error.OutOfMemory;
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "error", .keyword, .{} },
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.{ "OutOfMemory", .errorTag, .{} },
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});
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}
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test "semantic tokens - array literal" {
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try testSemanticTokens(
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\\var alpha = [_]u32{ 1, 2 };
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "u32", .type, .{} },
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.{ "1", .number, .{} },
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.{ "2", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha = [_:3]u32{};
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "3", .number, .{} },
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.{ "u32", .type, .{} },
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});
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}
|
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test "semantic tokens - struct literal" {
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try testSemanticTokens(
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\\var alpha = .{};
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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});
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try testSemanticTokens(
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\\var alpha = .{1,2};
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "1", .number, .{} },
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.{ "2", .number, .{} },
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});
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try testSemanticTokens(
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\\var alpha = Unknown{1,2};
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, &.{
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.{ "var", .keyword, .{} },
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.{ "alpha", .variable, .{ .declaration = true } },
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.{ "=", .operator, .{} },
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.{ "Unknown", .variable, .{} },
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.{ "1", .number, .{} },
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.{ "2", .number, .{} },
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});
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}
|
|
|
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test "semantic tokens - optional types" {
|
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try testSemanticTokens(
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\\const alpha = ?u32;
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, &.{
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.{ "const", .keyword, .{} },
|
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.{ "alpha", .type, .{ .declaration = true } },
|
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.{ "=", .operator, .{} },
|
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.{ "?", .operator, .{} },
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.{ "u32", .type, .{} },
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});
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}
|
|
|
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test "semantic tokens - array types" {
|
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try testSemanticTokens(
|
|
\\const alpha = [1]u32;
|
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, &.{
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.{ "const", .keyword, .{} },
|
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.{ "alpha", .type, .{ .declaration = true } },
|
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.{ "=", .operator, .{} },
|
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.{ "1", .number, .{} },
|
|
.{ "u32", .type, .{} },
|
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});
|
|
try testSemanticTokens(
|
|
\\const alpha = [1:0]u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "1", .number, .{} },
|
|
.{ "0", .number, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - pointer types" {
|
|
try testSemanticTokens(
|
|
\\const alpha = *u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "*", .operator, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const alpha = *allowzero u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "*", .operator, .{} },
|
|
.{ "allowzero", .keyword, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const alpha = [:0]const u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "0", .number, .{} },
|
|
.{ "const", .keyword, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const alpha = *align(1:2:3) u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "*", .operator, .{} },
|
|
.{ "align", .keyword, .{} },
|
|
.{ "1", .number, .{} },
|
|
.{ "2", .number, .{} },
|
|
.{ "3", .number, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - anyframe type" {
|
|
try testSemanticTokens(
|
|
\\const alpha = anyframe->u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .variable, .{ .declaration = true } }, // TODO this should be .type
|
|
.{ "=", .operator, .{} },
|
|
.{ "anyframe", .keyword, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - error union types" {
|
|
try testSemanticTokens(
|
|
\\const alpha = u32!u32;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "alpha", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "u32", .type, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - struct" {
|
|
try testSemanticTokens(
|
|
\\const Foo = struct {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .namespace, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "struct", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = packed struct(u32) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .namespace, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "packed", .keyword, .{} },
|
|
.{ "struct", .keyword, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = struct {
|
|
\\ alpha: u32,
|
|
\\ beta: void,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"struct", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "struct", .keyword, .{} },
|
|
.{ "alpha", .property, .{} },
|
|
.{ "u32", .type, .{} },
|
|
.{ "beta", .property, .{} },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = struct {
|
|
\\ alpha: u32 = 3,
|
|
\\ comptime beta: void = {},
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"struct", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "struct", .keyword, .{} },
|
|
.{ "alpha", .property, .{} },
|
|
.{ "u32", .type, .{} },
|
|
.{ "=", .operator, .{} },
|
|
.{ "3", .number, .{} },
|
|
.{ "comptime", .keyword, .{} },
|
|
.{ "beta", .property, .{} },
|
|
.{ "void", .type, .{} },
|
|
.{ "=", .operator, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const T = u32;
|
|
\\const Foo = struct {
|
|
\\ u32,
|
|
\\ T align(4),
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "T", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "u32", .type, .{} },
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"struct", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "struct", .keyword, .{} },
|
|
.{ "u32", .type, .{} },
|
|
.{ "T", .type, .{} },
|
|
.{ "align", .keyword, .{} },
|
|
.{ "4", .number, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - union" {
|
|
try testSemanticTokens(
|
|
\\const Foo = union {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "union", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = packed union(enum) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "packed", .keyword, .{} },
|
|
.{ "union", .keyword, .{} },
|
|
.{ "enum", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = union(E) {
|
|
\\ alpha,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "union", .keyword, .{} },
|
|
.{ "E", .variable, .{} },
|
|
.{ "alpha", .property, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = union(E) {
|
|
\\ alpha,
|
|
\\ beta: void,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "union", .keyword, .{} },
|
|
.{ "E", .variable, .{} },
|
|
.{ "alpha", .property, .{} },
|
|
.{ "beta", .property, .{} },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = union(E) {
|
|
\\ alpha: void align(2),
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "union", .keyword, .{} },
|
|
.{ "E", .variable, .{} },
|
|
.{ "alpha", .property, .{} },
|
|
.{ "void", .type, .{} },
|
|
.{ "align", .keyword, .{} },
|
|
.{ "2", .number, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - enum" {
|
|
try testSemanticTokens(
|
|
\\const Foo = enum {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"enum", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "enum", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = enum {
|
|
\\ alpha = 3,
|
|
\\ beta,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"enum", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "enum", .keyword, .{} },
|
|
.{ "alpha", .enumMember, .{} },
|
|
.{ "=", .operator, .{} },
|
|
.{ "3", .number, .{} },
|
|
.{ "beta", .enumMember, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = enum(u4) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .@"enum", .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "enum", .keyword, .{} },
|
|
.{ "u4", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - error set" {
|
|
try testSemanticTokens(
|
|
\\const Foo = error {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "error", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const Foo = error {
|
|
\\ OutOfMemory,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "error", .keyword, .{} },
|
|
.{ "OutOfMemory", .errorTag, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - opaque" {
|
|
try testSemanticTokens(
|
|
\\const Foo = opaque {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "Foo", .type, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "opaque", .keyword, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - function" {
|
|
try testSemanticTokens(
|
|
\\fn foo() void {}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\pub fn foo(alpha: u32) void {}
|
|
, &.{
|
|
.{ "pub", .keyword, .{} },
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
.{ "alpha", .parameter, .{ .declaration = true } },
|
|
.{ "u32", .type, .{} },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\extern fn foo() align(4) callconv(.C) void;
|
|
, &.{
|
|
.{ "extern", .keyword, .{} },
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
// TODO .{ "align", .keyword, .{} },
|
|
.{ "4", .number, .{} },
|
|
// TODO .{ "callconv", .keyword, .{} },
|
|
.{ "C", .enumMember, .{} },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\fn foo(comptime T: type) void {}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true, .generic = true } },
|
|
.{ "comptime", .keyword, .{} },
|
|
.{ "T", .parameter, .{ .declaration = true } },
|
|
.{ "type", .type, .{} },
|
|
.{ "void", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - builtin fuctions" {
|
|
try testSemanticTokens(
|
|
\\const foo = @as(type, u32);
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "@as", .builtin, .{} },
|
|
.{ "type", .type, .{} },
|
|
.{ "u32", .type, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - block" {
|
|
try testSemanticTokens(
|
|
\\const foo = blk: {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "blk", .label, .{ .declaration = true } },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = blk: {
|
|
\\ break :blk 5;
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "blk", .label, .{ .declaration = true } },
|
|
.{ "break", .keyword, .{} },
|
|
.{ "blk", .label, .{} },
|
|
.{ "5", .number, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - if" {
|
|
try testSemanticTokens(
|
|
\\const foo = if (false) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "if", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = if (false) 1 else 2;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "if", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
.{ "1", .number, .{} },
|
|
.{ "else", .keyword, .{} },
|
|
.{ "2", .number, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = if (false) |val| val else |err| err;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "if", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
.{ "val", .variable, .{ .declaration = true } },
|
|
.{ "val", .variable, .{} },
|
|
.{ "else", .keyword, .{} },
|
|
.{ "err", .variable, .{ .declaration = true } },
|
|
.{ "err", .variable, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = if (null) |*value| {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "if", .keyword, .{} },
|
|
.{ "null", .keywordLiteral, .{} },
|
|
.{ "value", .variable, .{ .declaration = true } },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - while" {
|
|
try testSemanticTokens(
|
|
\\const foo = while (false) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "while", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = while (false) |*val| {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "while", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
.{ "val", .variable, .{ .declaration = true } },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = while (false) false else true;
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "while", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
.{ "else", .keyword, .{} },
|
|
.{ "true", .keywordLiteral, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - for" {
|
|
try testSemanticTokens(
|
|
\\const foo = for ("") {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "for", .keyword, .{} },
|
|
.{ "\"\"", .string, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = for ("") |val| {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "for", .keyword, .{} },
|
|
.{ "\"\"", .string, .{} },
|
|
.{ "val", .variable, .{ .declaration = true } },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - switch" {
|
|
try testSemanticTokens(
|
|
\\const foo = switch (3) {};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "switch", .keyword, .{} },
|
|
.{ "3", .number, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = switch (3) {
|
|
\\ 0 => true,
|
|
\\ else => false,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "switch", .keyword, .{} },
|
|
.{ "3", .number, .{} },
|
|
.{ "0", .number, .{} },
|
|
.{ "true", .keywordLiteral, .{} },
|
|
.{ "else", .keyword, .{} },
|
|
.{ "false", .keywordLiteral, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\const foo = switch (3) {
|
|
\\ inline else => |*val| val,
|
|
\\};
|
|
, &.{
|
|
.{ "const", .keyword, .{} },
|
|
.{ "foo", .variable, .{ .declaration = true } },
|
|
.{ "=", .operator, .{} },
|
|
.{ "switch", .keyword, .{} },
|
|
.{ "3", .number, .{} },
|
|
.{ "inline", .keyword, .{} },
|
|
.{ "else", .keyword, .{} },
|
|
.{ "val", .variable, .{ .declaration = true } },
|
|
.{ "val", .variable, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - defer" {
|
|
try testSemanticTokens(
|
|
\\fn foo() void {
|
|
\\ defer {};
|
|
\\}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
.{ "void", .type, .{} },
|
|
.{ "defer", .keyword, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - errdefer" {
|
|
try testSemanticTokens(
|
|
\\fn foo() void {
|
|
\\ errdefer {};
|
|
\\}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
.{ "void", .type, .{} },
|
|
.{ "errdefer", .keyword, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\fn foo() void {
|
|
\\ errdefer |err| {};
|
|
\\}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "foo", .function, .{ .declaration = true } },
|
|
.{ "void", .type, .{} },
|
|
.{ "errdefer", .keyword, .{} },
|
|
.{ "err", .variable, .{ .declaration = true } },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - test decl" {
|
|
try testSemanticTokens(
|
|
\\test "test inside a test" {}
|
|
, &.{
|
|
.{ "test", .keyword, .{} },
|
|
.{ "\"test inside a test\"", .string, .{} },
|
|
});
|
|
try testSemanticTokens(
|
|
\\test foo {}
|
|
, &.{
|
|
.{ "test", .keyword, .{} },
|
|
.{ "foo", .variable, .{} },
|
|
});
|
|
}
|
|
|
|
test "semantic tokens - assembly" {
|
|
try testSemanticTokens(
|
|
\\fn syscall1(number: usize, arg1: usize) usize {
|
|
\\ return asm volatile ("syscall"
|
|
\\ : [ret] "={rax}" (-> usize),
|
|
\\ : [number] "{rax}" (number),
|
|
\\ [arg1] "{rdi}" (arg1),
|
|
\\ : "rcx", "r11"
|
|
\\ );
|
|
\\}
|
|
, &.{
|
|
.{ "fn", .keyword, .{} },
|
|
.{ "syscall1", .function, .{ .declaration = true } },
|
|
.{ "number", .parameter, .{ .declaration = true } },
|
|
.{ "usize", .type, .{} },
|
|
.{ "arg1", .parameter, .{ .declaration = true } },
|
|
.{ "usize", .type, .{} },
|
|
.{ "usize", .type, .{} },
|
|
.{ "return", .keyword, .{} },
|
|
.{ "asm", .keyword, .{} },
|
|
.{ "volatile", .keyword, .{} },
|
|
.{ "\"syscall\"", .string, .{} },
|
|
.{ "ret", .variable, .{} },
|
|
.{ "\"={rax}\"", .string, .{} },
|
|
.{ "usize", .type, .{} },
|
|
.{ "number", .variable, .{} },
|
|
.{ "\"{rax}\"", .string, .{} },
|
|
.{ "number", .parameter, .{} },
|
|
.{ "arg1", .variable, .{} },
|
|
.{ "\"{rdi}\"", .string, .{} },
|
|
.{ "arg1", .parameter, .{} },
|
|
.{ "\"rcx\"", .string, .{} },
|
|
.{ "\"r11\"", .string, .{} },
|
|
});
|
|
}
|
|
|
|
const TokenData = struct {
|
|
[]const u8,
|
|
zls.semantic_tokens.TokenType,
|
|
zls.semantic_tokens.TokenModifiers,
|
|
};
|
|
|
|
fn testSemanticTokens(source: [:0]const u8, expected_tokens: []const TokenData) !void {
|
|
var ctx = try Context.init();
|
|
defer ctx.deinit();
|
|
|
|
const uri = try ctx.addDocument(source);
|
|
|
|
const response = try ctx.requestGetResponse(
|
|
types.SemanticTokens,
|
|
"textDocument/semanticTokens/full",
|
|
types.SemanticTokensParams{ .textDocument = .{ .uri = uri } },
|
|
);
|
|
|
|
const actual = response.result.data;
|
|
try std.testing.expect(actual.len % 5 == 0); // every token is represented by 5 integers
|
|
|
|
var error_builder = ErrorBuilder.init(allocator);
|
|
defer error_builder.deinit();
|
|
errdefer error_builder.writeDebug();
|
|
|
|
try error_builder.addFile(uri, source);
|
|
|
|
var token_it = std.mem.window(u32, actual, 5, 5);
|
|
var position: types.Position = .{ .line = 0, .character = 0 };
|
|
var last_token_end: usize = 0;
|
|
|
|
for (expected_tokens) |expected_token| {
|
|
const token_data = token_it.next() orelse {
|
|
try error_builder.msgAtIndex("expected a `{s}` token here", uri, last_token_end, .err, .{expected_token.@"0"});
|
|
return error.ExpectedToken;
|
|
};
|
|
|
|
const delta_line = token_data[0];
|
|
const delta_start = token_data[1];
|
|
const length = token_data[2];
|
|
const token_type = @intToEnum(zls.semantic_tokens.TokenType, token_data[3]);
|
|
const token_modifiers = @bitCast(zls.semantic_tokens.TokenModifiers, @intCast(u16, token_data[4]));
|
|
|
|
position.line += delta_line;
|
|
position.character = delta_start + if (delta_line == 0) position.character else 0;
|
|
|
|
const source_index = offsets.positionToIndex(source, position, .@"utf-8");
|
|
const token_loc: offsets.Loc = .{
|
|
.start = source_index,
|
|
.end = source_index + length,
|
|
};
|
|
last_token_end = token_loc.end;
|
|
|
|
const token_source = offsets.locToSlice(source, token_loc);
|
|
|
|
const expected_token_source = expected_token.@"0";
|
|
const expected_token_type = expected_token.@"1";
|
|
const expected_token_modifiers = expected_token.@"2";
|
|
|
|
if (!std.mem.eql(u8, expected_token_source, token_source)) {
|
|
try error_builder.msgAtLoc("expected `{s}` as the next token but got `{s}` here", uri, token_loc, .err, .{ expected_token_source, token_source });
|
|
return error.UnexpectedTokenContent;
|
|
} else if (expected_token_type != token_type) {
|
|
try error_builder.msgAtLoc("expected token type `{s}` but got `{s}`", uri, token_loc, .err, .{ @tagName(expected_token_type), @tagName(token_type) });
|
|
return error.UnexpectedTokenType;
|
|
} else if (!std.meta.eql(expected_token_modifiers, token_modifiers)) {
|
|
try error_builder.msgAtLoc("expected token modifiers `{}` but got `{}`", uri, token_loc, .err, .{ expected_token_modifiers, token_modifiers });
|
|
return error.UnexpectedTokenModifiers;
|
|
}
|
|
}
|
|
}
|