use radix literals

[factor.git] / core / io / encodings / utf16 / utf16-tests.factor

diff --git a/core/io/encodings/utf16/utf16-tests.factor b/core/io/encodings/utf16/utf16-tests.factor
old mode 100755 (executable)
new mode 100644 (file)
index fd251c7..a461787
--- a/core/io/encodings/utf16/utf16-tests.factor
+++ b/core/io/encodings/utf16/utf16-tests.factor
@@ -1,31 +1,30 @@
+! Copyright (C) 2008 Daniel Ehrenberg.
+! See http://factorcode.org/license.txt for BSD license.
 USING: kernel tools.test io.encodings.utf16 arrays sbufs
-io.streams.byte-array sequences io.encodings io
-bootstrap.unicode
+io.streams.byte-array sequences io.encodings io strings
 io.encodings.string alien.c-types alien.strings accessors classes ;
 IN: io.encodings.utf16.tests
 
-[ { CHAR: x } ] [ { 0 CHAR: x } utf16be decode >array ] unit-test
-[ { HEX: 1D11E } ] [ { HEX: D8 HEX: 34 HEX: DD HEX: 1E } utf16be decode >array ] unit-test
-[ { CHAR: replacement-character } ] [ { BIN: 11011111 CHAR: q } utf16be decode >array ] unit-test
-[ { CHAR: replacement-character } ] [ { BIN: 11011011 CHAR: x BIN: 11011011 CHAR: x } utf16be decode >array ] unit-test
+[ { CHAR: x } ] [ B{ 0 CHAR: x } utf16be decode >array ] unit-test
+[ { 0x1D11E } ] [ B{ 0xD8 0x34 0xDD 0x1E } utf16be decode >array ] unit-test
+[ { CHAR: replacement-character } ] [ B{ 0b11011111 CHAR: q } utf16be decode >array ] unit-test
+[ { CHAR: replacement-character } ] [ B{ 0b11011011 CHAR: x 0b11011011 CHAR: x } utf16be decode >array ] unit-test
 
-[ { 0 120 216 52 221 30 } ] [ { CHAR: x HEX: 1d11e } utf16be encode >array ] unit-test
+[ { 0 120 216 52 221 30 } ] [ { CHAR: x 0x1d11e } >string utf16be encode >array ] unit-test
 
-[ { CHAR: x } ] [ { CHAR: x 0 } utf16le decode >array ] unit-test
-[ { 119070 } ] [ { HEX: 34 HEX: D8 HEX: 1E HEX: DD } utf16le decode >array ] unit-test
-[ { CHAR: replacement-character } ] [ { 0 BIN: 11011111 } utf16le decode >array ] unit-test
-[ { CHAR: replacement-character } ] [ { 0 BIN: 11011011 0 0 } utf16le decode >array ] unit-test
-[ { 119070 } ] [ { HEX: 34 HEX: D8 HEX: 1E HEX: DD } utf16le decode >array ] unit-test
+[ { CHAR: x } ] [ B{ CHAR: x 0 } utf16le decode >array ] unit-test
+[ { 119070 } ] [ B{ 0x34 0xD8 0x1E 0xDD } >string utf16le decode >array ] unit-test
+[ { CHAR: replacement-character } ] [ { 0 0b11011111 } >string utf16le decode >array ] unit-test
+[ { CHAR: replacement-character } ] [ { 0 0b11011011 0 0 } >string utf16le decode >array ] unit-test
 
-[ { 120 0 52 216 30 221 } ] [ { CHAR: x HEX: 1d11e } utf16le encode >array ] unit-test
+[ { 120 0 52 216 30 221 } ] [ { CHAR: x 0x1d11e } >string utf16le encode >array ] unit-test
 
-[ { CHAR: x } ] [ { HEX: ff HEX: fe CHAR: x 0 } utf16 decode >array ] unit-test
-[ { CHAR: x } ] [ { HEX: fe HEX: ff 0 CHAR: x } utf16 decode >array ] unit-test
+[ { CHAR: x } ] [ B{ 0xff 0xfe CHAR: x 0 } utf16 decode >array ] unit-test
+[ { CHAR: x } ] [ B{ 0xfe 0xff 0 CHAR: x } utf16 decode >array ] unit-test
 
-[ { HEX: ff HEX: fe 120 0 52 216 30 221 } ] [ { CHAR: x HEX: 1d11e } utf16 encode >array ] unit-test
+[ { 0xff 0xfe 120 0 52 216 30 221 } ] [ { CHAR: x 0x1d11e } >string utf16 encode >array ] unit-test
 
-: correct-endian
-    code>> little-endian? [ utf16le = ] [ utf16be = ] if ;
+! test ascii encoding path
 
-[ t ] [ B{ } utf16n <byte-reader> correct-endian ] unit-test
-[ t ] [ utf16n <byte-writer> correct-endian ] unit-test
+[ B{ CHAR: a 0 CHAR: b 0 CHAR: c 0 } ] [ "abc" utf16le encode ] unit-test
+[ B{ 0 CHAR: a 0 CHAR: b 0 CHAR: c } ] [ "abc" utf16be encode ] unit-test