kittenipc/kitcom/internal/tsgo/printer/utilities_test.go
2025-10-15 10:12:44 +03:00

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This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

package printer
import (
"fmt"
"testing"
"efprojects.com/kitten-ipc/kitcom/internal/tsgo/ast"
"efprojects.com/kitten-ipc/kitcom/internal/tsgo/core"
"gotest.tools/v3/assert"
)
func TestEscapeString(t *testing.T) {
t.Parallel()
data := []struct {
s string
quoteChar QuoteChar
expected string
}{
{s: "", quoteChar: QuoteCharDoubleQuote, expected: ``},
{s: "abc", quoteChar: QuoteCharDoubleQuote, expected: `abc`},
{s: "ab\"c", quoteChar: QuoteCharDoubleQuote, expected: `ab\"c`},
{s: "ab\tc", quoteChar: QuoteCharDoubleQuote, expected: `ab\tc`},
{s: "ab\nc", quoteChar: QuoteCharDoubleQuote, expected: `ab\nc`},
{s: "ab'c", quoteChar: QuoteCharDoubleQuote, expected: `ab'c`},
{s: "ab'c", quoteChar: QuoteCharSingleQuote, expected: `ab\'c`},
{s: "ab\"c", quoteChar: QuoteCharSingleQuote, expected: `ab"c`},
{s: "ab`c", quoteChar: QuoteCharBacktick, expected: "ab\\`c"},
{s: "\u001f", quoteChar: QuoteCharBacktick, expected: "\\u001F"},
}
for i, rec := range data {
t.Run(fmt.Sprintf("[%d] escapeString(%q, %v)", i, rec.s, rec.quoteChar), func(t *testing.T) {
t.Parallel()
actual := EscapeString(rec.s, rec.quoteChar)
assert.Equal(t, actual, rec.expected)
})
}
}
func TestEscapeNonAsciiString(t *testing.T) {
t.Parallel()
data := []struct {
s string
quoteChar QuoteChar
expected string
}{
{s: "", quoteChar: QuoteCharDoubleQuote, expected: ``},
{s: "abc", quoteChar: QuoteCharDoubleQuote, expected: `abc`},
{s: "ab\"c", quoteChar: QuoteCharDoubleQuote, expected: `ab\"c`},
{s: "ab\tc", quoteChar: QuoteCharDoubleQuote, expected: `ab\tc`},
{s: "ab\nc", quoteChar: QuoteCharDoubleQuote, expected: `ab\nc`},
{s: "ab'c", quoteChar: QuoteCharDoubleQuote, expected: `ab'c`},
{s: "ab'c", quoteChar: QuoteCharSingleQuote, expected: `ab\'c`},
{s: "ab\"c", quoteChar: QuoteCharSingleQuote, expected: `ab"c`},
{s: "ab`c", quoteChar: QuoteCharBacktick, expected: "ab\\`c"},
{s: "ab\u008fc", quoteChar: QuoteCharDoubleQuote, expected: `ab\u008Fc`},
{s: "𝟘𝟙", quoteChar: QuoteCharDoubleQuote, expected: `\uD835\uDFD8\uD835\uDFD9`},
}
for i, rec := range data {
t.Run(fmt.Sprintf("[%d] escapeNonAsciiString(%q, %v)", i, rec.s, rec.quoteChar), func(t *testing.T) {
t.Parallel()
actual := escapeNonAsciiString(rec.s, rec.quoteChar)
assert.Equal(t, actual, rec.expected)
})
}
}
func TestEscapeJsxAttributeString(t *testing.T) {
t.Parallel()
data := []struct {
s string
quoteChar QuoteChar
expected string
}{
{s: "", quoteChar: QuoteCharDoubleQuote, expected: ""},
{s: "abc", quoteChar: QuoteCharDoubleQuote, expected: "abc"},
{s: "ab\"c", quoteChar: QuoteCharDoubleQuote, expected: "ab"c"},
{s: "ab\tc", quoteChar: QuoteCharDoubleQuote, expected: "ab	c"},
{s: "ab\nc", quoteChar: QuoteCharDoubleQuote, expected: "ab
c"},
{s: "ab'c", quoteChar: QuoteCharDoubleQuote, expected: "ab'c"},
{s: "ab'c", quoteChar: QuoteCharSingleQuote, expected: "ab'c"},
{s: "ab\"c", quoteChar: QuoteCharSingleQuote, expected: "ab\"c"},
{s: "ab\u008fc", quoteChar: QuoteCharDoubleQuote, expected: "ab\u008Fc"},
{s: "𝟘𝟙", quoteChar: QuoteCharDoubleQuote, expected: "𝟘𝟙"},
}
for i, rec := range data {
t.Run(fmt.Sprintf("[%d] escapeJsxAttributeString(%q, %v)", i, rec.s, rec.quoteChar), func(t *testing.T) {
t.Parallel()
actual := escapeJsxAttributeString(rec.s, rec.quoteChar)
assert.Equal(t, actual, rec.expected)
})
}
}
func TestIsRecognizedTripleSlashComment(t *testing.T) {
t.Parallel()
data := []struct {
s string
commentRange ast.CommentRange
expected bool
}{
{s: "", commentRange: ast.CommentRange{Kind: ast.KindMultiLineCommentTrivia}, expected: false},
{s: "", commentRange: ast.CommentRange{Kind: ast.KindSingleLineCommentTrivia}, expected: false},
{s: "/a", expected: false},
{s: "//", expected: false},
{s: "//a", expected: false},
{s: "///", expected: false},
{s: "///a", expected: false},
{s: "///<reference path=\"foo\" />", expected: true},
{s: "///<reference types=\"foo\" />", expected: true},
{s: "///<reference lib=\"foo\" />", expected: true},
{s: "///<reference no-default-lib=\"foo\" />", expected: true},
{s: "///<amd-dependency path=\"foo\" />", expected: true},
{s: "///<amd-module />", expected: true},
{s: "/// <reference path=\"foo\" />", expected: true},
{s: "/// <reference types=\"foo\" />", expected: true},
{s: "/// <reference lib=\"foo\" />", expected: true},
{s: "/// <reference no-default-lib=\"foo\" />", expected: true},
{s: "/// <amd-dependency path=\"foo\" />", expected: true},
{s: "/// <amd-module />", expected: true},
{s: "/// <reference path=\"foo\"/>", expected: true},
{s: "/// <reference types=\"foo\"/>", expected: true},
{s: "/// <reference lib=\"foo\"/>", expected: true},
{s: "/// <reference no-default-lib=\"foo\"/>", expected: true},
{s: "/// <amd-dependency path=\"foo\"/>", expected: true},
{s: "/// <amd-module/>", expected: true},
{s: "/// <reference path='foo' />", expected: true},
{s: "/// <reference types='foo' />", expected: true},
{s: "/// <reference lib='foo' />", expected: true},
{s: "/// <reference no-default-lib='foo' />", expected: true},
{s: "/// <amd-dependency path='foo' />", expected: true},
{s: "/// <reference path=\"foo\" /> ", expected: true},
{s: "/// <reference types=\"foo\" /> ", expected: true},
{s: "/// <reference lib=\"foo\" /> ", expected: true},
{s: "/// <reference no-default-lib=\"foo\" /> ", expected: true},
{s: "/// <amd-dependency path=\"foo\" /> ", expected: true},
{s: "/// <amd-module /> ", expected: true},
{s: "/// <foo />", expected: false},
{s: "/// <reference />", expected: false},
{s: "/// <amd-dependency />", expected: false},
}
for i, rec := range data {
t.Run(fmt.Sprintf("[%d] isRecognizedTripleSlashComment()", i), func(t *testing.T) {
t.Parallel()
commentRange := rec.commentRange
if commentRange.Kind == ast.KindUnknown {
commentRange.Kind = ast.KindSingleLineCommentTrivia
commentRange.TextRange = core.NewTextRange(0, len(rec.s))
}
actual := IsRecognizedTripleSlashComment(rec.s, commentRange)
assert.Equal(t, actual, rec.expected)
})
}
}