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LibTextCodec: Implement iso-2022-jp encoder

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Implements the `iso-2022-jp` encoder, as specified by
https://encoding.spec.whatwg.org/#iso-2022-jp-encoder
This commit is contained in:
BenJilks 2024-08-06 11:06:05 +01:00 • committed by Tim Ledbetter
parent 08a8d67a5b
commit 0ca5675d59
Notes: github-actions[bot] 2024-08-08 16:50:57 +00:00
5 changed files with 255 additions and 61 deletions
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73
Tests/LibTextCodec/TestTextEncoders.cpp
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@ -14,9 +14,10 @@ TEST_CASE(test_utf8_encode)
auto test_string = "\U0001F600"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 4);
EXPECT(processed_bytes[0] == 0xF0);
EXPECT(processed_bytes[1] == 0x9F);
@ -33,9 +34,10 @@ TEST_CASE(test_euc_jp_encoder)
auto test_string = "\U000000A5\U00003088\U000030C4"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 5);
EXPECT(processed_bytes[0] == 0x5C);
EXPECT(processed_bytes[1] == 0xA4);
@ -44,6 +46,36 @@ TEST_CASE(test_euc_jp_encoder)
EXPECT(processed_bytes[4] == 0xC4);
}
TEST_CASE(test_iso_2022_jp_encoder)
{
TextCodec::ISO2022JPEncoder encoder;
// U+A5 Yen Sign
// U+3088 Hiragana Letter Yo
// U+30C4 Katakana Letter Tu
auto test_string = "\U000000A5\U00003088\U000030C4"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 14);
EXPECT(processed_bytes[0] == 0x1B);
EXPECT(processed_bytes[1] == 0x28);
EXPECT(processed_bytes[2] == 0x4A);
EXPECT(processed_bytes[3] == 0x5C);
EXPECT(processed_bytes[4] == 0x1B);
EXPECT(processed_bytes[5] == 0x24);
EXPECT(processed_bytes[6] == 0x42);
EXPECT(processed_bytes[7] == 0x24);
EXPECT(processed_bytes[8] == 0x68);
EXPECT(processed_bytes[9] == 0x25);
EXPECT(processed_bytes[10] == 0x44);
EXPECT(processed_bytes[11] == 0x1B);
EXPECT(processed_bytes[12] == 0x28);
EXPECT(processed_bytes[13] == 0x42);
}
TEST_CASE(test_shift_jis_encoder)
{
TextCodec::ShiftJISEncoder encoder;
@ -53,9 +85,10 @@ TEST_CASE(test_shift_jis_encoder)
auto test_string = "\U000000A5\U00003088\U000030C4"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 5);
EXPECT(processed_bytes[0] == 0x5C);
EXPECT(processed_bytes[1] == 0x82);
@ -72,9 +105,10 @@ TEST_CASE(test_euc_kr_encoder)
auto test_string = "\U0000B29F\U00007C97"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 4);
EXPECT(processed_bytes[0] == 0x88);
EXPECT(processed_bytes[1] == 0x6B);
@ -90,9 +124,10 @@ TEST_CASE(test_big5_encoder)
auto test_string = "\U000000A7\U000070D7"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 4);
EXPECT(processed_bytes[0] == 0xA1);
EXPECT(processed_bytes[1] == 0xB1);
@ -108,10 +143,10 @@ TEST_CASE(test_gb18030_encoder)
auto test_string = "\U000020AC\U0000E4C5"sv;
Vector<u8> processed_bytes;
MUST(encoder.process(Utf8View(test_string), [&](u8 byte) {
return processed_bytes.try_append(byte);
}));
MUST(encoder.process(
Utf8View(test_string),
[&](u8 byte) { return processed_bytes.try_append(byte); },
[&](u32) -> ErrorOr<void> { EXPECT(false); return {}; }));
EXPECT(processed_bytes.size() == 4);
EXPECT(processed_bytes[0] == 0xA2);
EXPECT(processed_bytes[1] == 0xE3);