mirror of
https://github.com/danog/dart-sass.git
synced 2024-12-11 16:49:48 +01:00
3b3a43a8f9
The automatic @charset adding is useful in general, but there are consistently cases where it trips up naïve downstream tools. This option makes it easier for users to control when it occurs.
480 lines
14 KiB
Dart
480 lines
14 KiB
Dart
// Copyright 2016 Google Inc. Use of this source code is governed by an
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// MIT-style license that can be found in the LICENSE file or at
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// https://opensource.org/licenses/MIT.
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import 'dart:async';
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import 'dart:convert';
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import 'dart:io';
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import 'package:path/path.dart' as p;
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import 'package:test/test.dart';
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import 'package:test_descriptor/test_descriptor.dart' as d;
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import 'package:test_process/test_process.dart';
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/// Defines test that are shared between the Dart and Node.js CLI test suites.
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void sharedTests(
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Future<TestProcess> runSass(Iterable<String> arguments,
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{Map<String, String> environment})) {
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/// Runs the executable on [arguments] plus an output file, then verifies that
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/// the contents of the output file match [expected].
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Future expectCompiles(List<String> arguments, expected,
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{Map<String, String> environment}) async {
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var sass = await runSass(
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arguments.toList()..add("out.css")..add("--no-source-map"),
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environment: environment);
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await sass.shouldExit(0);
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await d.file("out.css", expected).validate();
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}
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test("--help prints the usage documentation", () async {
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// Checking the entire output is brittle, so just do a sanity check to make
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// sure it's not totally busted.
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var sass = await runSass(["--help"]);
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expect(sass.stdout, emits("Compile Sass to CSS."));
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expect(
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sass.stdout, emitsThrough(contains("Print this usage information.")));
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await sass.shouldExit(64);
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});
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test("compiles a Sass file to CSS", () async {
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await d.file("test.scss", "a {b: 1 + 2}").create();
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var sass = await runSass(["test.scss"]);
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 3;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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// Regression test for #437.
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test("compiles a Sass file with a BOM to CSS", () async {
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await d.file("test.scss", "\uFEFF\$color: red;").create();
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var sass = await runSass(["test.scss"]);
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expect(sass.stdout, emitsDone);
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await sass.shouldExit(0);
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});
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// On Windows, this verifies that we don't consider the colon after a drive
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// letter to be an `input:output` separator.
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test("compiles an absolute Sass file to CSS", () async {
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await d.file("test.scss", "a {b: 1 + 2}").create();
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var sass = await runSass([p.absolute(d.path("test.scss"))]);
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 3;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("writes a CSS file to disk", () async {
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await d.file("test.scss", "a {b: 1 + 2}").create();
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var sass = await runSass(["--no-source-map", "test.scss", "out.css"]);
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expect(sass.stdout, emitsDone);
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await sass.shouldExit(0);
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await d.file("out.css", equalsIgnoringWhitespace("a { b: 3; }")).validate();
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});
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test("creates directories if necessary", () async {
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await d.file("test.scss", "a {b: 1 + 2}").create();
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var sass =
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await runSass(["--no-source-map", "test.scss", "some/new/dir/out.css"]);
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expect(sass.stdout, emitsDone);
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await sass.shouldExit(0);
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await d
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.file("some/new/dir/out.css", equalsIgnoringWhitespace("a { b: 3; }"))
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.validate();
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});
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test("compiles from stdin with the magic path -", () async {
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var sass = await runSass(["-"]);
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sass.stdin.writeln("a {b: 1 + 2}");
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sass.stdin.close();
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 3;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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group("can import files", () {
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test("relative to the entrypoint", () async {
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await d.file("test.scss", "@import 'dir/test'").create();
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await d.dir("dir", [d.file("test.scss", "a {b: 1 + 2}")]).create();
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await expectCompiles(
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["test.scss"], equalsIgnoringWhitespace("a { b: 3; }"));
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});
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test("from the load path", () async {
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await d.file("test.scss", "@import 'test2'").create();
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await d.dir("dir", [d.file("test2.scss", "a {b: c}")]).create();
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await expectCompiles(["--load-path", "dir", "test.scss"],
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equalsIgnoringWhitespace("a { b: c; }"));
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});
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test("from SASS_PATH", () async {
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await d.file("test.scss", """
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@import 'test2';
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@import 'test3';
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""").create();
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await d.dir("dir2", [d.file("test2.scss", "a {b: c}")]).create();
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await d.dir("dir3", [d.file("test3.scss", "x {y: z}")]).create();
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var separator = Platform.isWindows ? ';' : ':';
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await expectCompiles(
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["test.scss"], equalsIgnoringWhitespace("a { b: c; } x { y: z; }"),
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environment: {"SASS_PATH": "dir2${separator}dir3"});
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});
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// Regression test for #369
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test("from within a directory, relative to a file on the load path",
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() async {
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await d.dir(
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"dir1", [d.file("test.scss", "@import 'subdir/test2'")]).create();
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await d.dir("dir2", [
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d.dir("subdir", [
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d.file("test2.scss", "@import 'test3'"),
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d.file("test3.scss", "a {b: c}")
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])
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]).create();
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await expectCompiles(["--load-path", "dir2", "dir1/test.scss"],
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equalsIgnoringWhitespace("a { b: c; }"));
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});
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test("relative in preference to from the load path", () async {
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await d.file("test.scss", "@import 'test2'").create();
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await d.file("test2.scss", "x {y: z}").create();
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await d.dir("dir", [d.file("test2.scss", "a {b: c}")]).create();
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await expectCompiles(["--load-path", "dir", "test.scss"],
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equalsIgnoringWhitespace("x { y: z; }"));
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});
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test("in load path order", () async {
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await d.file("test.scss", "@import 'test2'").create();
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await d.dir("dir1", [d.file("test2.scss", "a {b: c}")]).create();
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await d.dir("dir2", [d.file("test2.scss", "x {y: z}")]).create();
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await expectCompiles(
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["--load-path", "dir2", "--load-path", "dir1", "test.scss"],
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equalsIgnoringWhitespace("x { y: z; }"));
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});
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test("from the load path in preference to from SASS_PATH", () async {
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await d.file("test.scss", "@import 'test2'").create();
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await d.dir("dir1", [d.file("test2.scss", "a {b: c}")]).create();
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await d.dir("dir2", [d.file("test2.scss", "x {y: z}")]).create();
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await expectCompiles(["--load-path", "dir2", "test.scss"],
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equalsIgnoringWhitespace("x { y: z; }"),
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environment: {"SASS_PATH": "dir1"});
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});
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test("in SASS_PATH order", () async {
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await d.file("test.scss", "@import 'test2'").create();
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await d.dir("dir1", [d.file("test2.scss", "a {b: c}")]).create();
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await d.dir("dir2", [d.file("test2.scss", "x {y: z}")]).create();
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var separator = Platform.isWindows ? ';' : ':';
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await expectCompiles(
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["test.scss"], equalsIgnoringWhitespace("x { y: z; }"),
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environment: {"SASS_PATH": "dir2${separator}dir3"});
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});
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// Regression test for an internal Google issue.
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test("multiple times from different load paths", () async {
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await d.file("test.scss", """
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@import 'parent/child/test2';
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@import 'child/test2';
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""").create();
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await d.dir("grandparent", [
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d.dir("parent", [
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d.dir("child", [
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d.file("test2.scss", "@import 'test3';"),
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d.file("test3.scss", "a {b: c};")
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])
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])
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]).create();
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await expectCompiles([
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"--load-path",
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"grandparent",
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"--load-path",
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"grandparent/parent",
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"test.scss"
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], equalsIgnoringWhitespace("a { b: c; } a { b: c; }"));
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});
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});
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group("with --stdin", () {
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test("compiles from stdin", () async {
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var sass = await runSass(["--stdin"]);
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sass.stdin.writeln("a {b: 1 + 2}");
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sass.stdin.close();
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 3;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("writes a CSS file to disk", () async {
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var sass = await runSass(["--no-source-map", "--stdin", "out.css"]);
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sass.stdin.writeln("a {b: 1 + 2}");
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sass.stdin.close();
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expect(sass.stdout, emitsDone);
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await sass.shouldExit(0);
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await d
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.file("out.css", equalsIgnoringWhitespace("a { b: 3; }"))
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.validate();
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});
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test("uses the indented syntax with --indented", () async {
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var sass = await runSass(["--no-source-map", "--stdin", "--indented"]);
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sass.stdin.writeln("a\n b: 1 + 2");
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sass.stdin.close();
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 3;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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// Regression test.
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test("supports @debug", () async {
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var sass = await runSass(["--no-source-map", "--stdin"]);
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sass.stdin.writeln("@debug foo");
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sass.stdin.close();
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expect(sass.stderr, emitsInOrder(["-:1 DEBUG: foo"]));
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await sass.shouldExit(0);
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});
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});
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test("gracefully reports errors from stdin", () async {
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var sass = await runSass(["--no-unicode", "-"]);
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sass.stdin.writeln("a {b: 1 + }");
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sass.stdin.close();
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expect(
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sass.stderr,
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emitsInOrder([
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"Error: Expected expression.",
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" ,",
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"1 | a {b: 1 + }",
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" | ^",
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" '",
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" - 1:11 root stylesheet",
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]));
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await sass.shouldExit(65);
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});
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// Regression test for an issue mentioned in sass/linter#15
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test(
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"gracefully reports errors for binary operations with parentheized "
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"operands", () async {
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var sass = await runSass(["--no-unicode", "-"]);
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sass.stdin.writeln("a {b: (#123) + (#456)}");
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sass.stdin.close();
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expect(
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sass.stderr,
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emitsInOrder([
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'Error: Undefined operation "#123 + #456".',
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" ,",
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"1 | a {b: (#123) + (#456)}",
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" | ^^^^^^^^^^^^^^^",
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" '",
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" - 1:7 root stylesheet",
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]));
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await sass.shouldExit(65);
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});
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test("gracefully handles a non-partial next to a partial", () async {
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await d.file("test.scss", "a {b: c}").create();
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await d.file("_test.scss", "x {y: z}").create();
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var sass = await runSass(["test.scss"]);
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: c;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("emits warnings on standard error", () async {
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await d.file("test.scss", "@warn 'aw beans'").create();
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var sass = await runSass(["test.scss"]);
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expect(sass.stdout, emitsDone);
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expect(
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sass.stderr,
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emitsInOrder([
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"WARNING: aw beans",
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" test.scss 1:1 root stylesheet",
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]));
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await sass.shouldExit(0);
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});
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test("emits debug messages on standard error", () async {
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await d.file("test.scss", "@debug 'what the heck'").create();
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var sass = await runSass(["test.scss"]);
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expect(sass.stdout, emitsDone);
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expect(sass.stderr, emits("test.scss:1 DEBUG: what the heck"));
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await sass.shouldExit(0);
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});
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group("with --quiet", () {
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test("doesn't emit @warn", () async {
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await d.file("test.scss", "@warn heck").create();
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var sass = await runSass(["--quiet", "test.scss"]);
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expect(sass.stderr, emitsDone);
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await sass.shouldExit(0);
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});
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test("doesn't emit @debug", () async {
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await d.file("test.scss", "@debug heck").create();
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var sass = await runSass(["--quiet", "test.scss"]);
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expect(sass.stderr, emitsDone);
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await sass.shouldExit(0);
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});
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test("doesn't emit parser warnings", () async {
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await d.file("test.scss", "a {b: c && d}").create();
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var sass = await runSass(["--quiet", "test.scss"]);
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expect(sass.stderr, emitsDone);
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await sass.shouldExit(0);
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});
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test("doesn't emit runner warnings", () async {
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await d.file("test.scss", "#{blue} {x: y}").create();
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var sass = await runSass(["--quiet", "test.scss"]);
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expect(sass.stderr, emitsDone);
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await sass.shouldExit(0);
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});
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});
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group("with --charset", () {
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test("doesn't emit @charset for a pure-ASCII stylesheet", () async {
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await d.file("test.scss", "a {b: c}").create();
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var sass = await runSass(["test.scss"]);
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: c;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("emits @charset with expanded output", () async {
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await d.file("test.scss", "a {b: 👭}").create();
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var sass = await runSass(["test.scss"]);
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expect(
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sass.stdout,
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emitsInOrder([
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"@charset \"UTF-8\";",
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"a {",
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" b: 👭;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("emits a BOM with compressed output", () async {
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await d.file("test.scss", "a {b: 👭}").create();
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var sass = await runSass(
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["--no-source-map", "--style=compressed", "test.scss", "test.css"]);
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await sass.shouldExit(0);
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// We can't verify this as a string because `dart:io` automatically trims
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// the BOM.
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var bomBytes = utf8.encode("\uFEFF");
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expect(
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File(p.join(d.sandbox, "test.css"))
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.readAsBytesSync()
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.sublist(0, bomBytes.length),
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equals(bomBytes));
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});
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});
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group("with --no-charset", () {
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test("doesn't emit @charset with expanded output", () async {
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await d.file("test.scss", "a {b: 👭}").create();
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var sass = await runSass(["--no-charset", "test.scss"]);
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expect(
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sass.stdout,
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emitsInOrder([
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"a {",
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" b: 👭;",
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"}",
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]));
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await sass.shouldExit(0);
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});
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test("doesn't emit a BOM with compressed output", () async {
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await d.file("test.scss", "a {b: 👭}").create();
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var sass = await runSass([
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"--no-charset",
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"--no-source-map",
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"--style=compressed",
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"test.scss",
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"test.css"
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]);
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await sass.shouldExit(0);
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// We can't verify this as a string because `dart:io` automatically trims
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// the BOM.
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var bomBytes = utf8.encode("\uFEFF");
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expect(
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File(p.join(d.sandbox, "test.css"))
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.readAsBytesSync()
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.sublist(0, bomBytes.length),
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isNot(equals(bomBytes)));
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});
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});
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}
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