public void BundleComplexStructure()
{
var bundleId = "bundle1";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List<string>(new[] { @"TestData\ParseConfigsShould\LoadAComplexDependencyTree.json" });
var entrypointOverride = "";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List<RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_BundleIncludedDirectory_a(projectPath),
TestData.FileSpecs.Scripts_BundleIncludedDirectory_b(projectPath),
TestData.FileSpecs.Scripts_c(projectPath),
TestData.FileSpecs.Scripts_b(projectPath),
TestData.FileSpecs.Scripts_a(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void MakeCorrectRelativePathWhenDependedFileRequiresUpwardsInTree()
{
var bundleId = "bundle5";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List <string>(new[] { @"TestData\ParseConfigsShould\MakeCorrectRelativePathWhenDependedFileRequiresUpwardsInTree.json" });
var entrypointOverride = projectPath + @"\Scripts\";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.otherscripts_e(projectPath),
TestData.FileSpecs.Scripts_MakeCorrectRelativePathWhenDependedFileRequiresUpwardsInTree_g(projectPath),
TestData.FileSpecs.Scripts_MakeCorrectRelativePathWhenDependedFileRequiresUpwardsInTree_f(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void BundleComplexStructure()
{
var bundleId = "bundle1";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List <string>(new[] { @"TestData\ParseConfigsShould\LoadAComplexDependencyTree.json" });
var entrypointOverride = "";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_BundleIncludedDirectory_a(projectPath),
TestData.FileSpecs.Scripts_BundleIncludedDirectory_b(projectPath),
TestData.FileSpecs.Scripts_c(projectPath),
TestData.FileSpecs.Scripts_b(projectPath),
TestData.FileSpecs.Scripts_a(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void InvalidShim()
{
var bundleId = "bundle2";
var bundleOutputFolder = @"c:\bundles";
var testFilePaths = new List <string>(new[] {
@"TestData\ParseConfigsShould\InvalidShim1.json",
@"TestData\ParseConfigsShould\InvalidShim2.json",
@"TestData\ParseConfigsShould\InvalidShim3.json",
@"TestData\ParseConfigsShould\InvalidShim4.json",
@"TestData\ParseConfigsShould\InvalidShim5.json",
@"TestData\ParseConfigsShould\InvalidShim6.json",
@"TestData\ParseConfigsShould\InvalidShim7.json",
@"TestData\ParseConfigsShould\InvalidShim8.json",
});
var entrypointOverride = "";
foreach (var filePath in testFilePaths)
{
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filePath,
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_BundleIncludedDirectory_a(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, new List <string>(new string[] { filePath }), System.Text.Encoding.UTF8);
Assert.Throws <JsonReaderException>(() =>
{
compressor.ParseConfigs();
});
}
}
private static void AssertEqual(RequireJsNet.Compressor.Bundle expected, RequireJsNet.Compressor.Bundle actual)
{
Assert.Equal(expected.BundleId, actual.BundleId);
Assert.Equal(expected.ContainingConfig, actual.ContainingConfig);
Assert.Equal(expected.Output, actual.Output);
Assert.Equal(expected.Files.Count, actual.Files.Count);
for (var i = 0; i < expected.Files.Count; i++)
{
AssertEqual(expected.Files[i], actual.Files[i]);
}
}
public void LoadModuleThatExportsDefault()
{
var bundleId = "bundle1";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List <string>(new[] { projectPath + @"\LoadModuleThatExportsDefault.json" });
var entrypointOverride = "";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_exportdefault(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void FindShimWithPath()
{
var bundleId = "bundle3";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List <string>(new[] { @"TestData\ParseConfigsShould\FindShimWithPath.json" });
var entrypointOverride = "";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_d_pathed_as_nextfile(projectPath),
TestData.FileSpecs.Scripts_shimmed_pathed_as_thefile(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void BundleIncludedNonexistentFileWithPath()
{
var bundleId = "bundle2";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List <string>(new[] { @"TestData\ParseConfigsShould\BundleIncludedNonexistentFileWithPath.json" });
var entrypointOverride = "";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List <RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_BundleIncludedDirectory_a(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
Assert.Throws <ArgumentException>(() =>
{
compressor.ParseConfigs();
});
}
public void SupportEC6()
{
var bundleId = "bundle5";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List<string>(new[] { @"TestData\ParseConfigsShould\SupportEC6.json" });
var entrypointOverride = projectPath + @"\Scripts\";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List<RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_SupportEC6_h(projectPath)
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
public void MakeCorrectRelativePathWhenEntryPointEndsWithDirSeparator()
{
var bundleId = "bundle4";
var bundleOutputFolder = @"c:\bundles";
var filesPaths = new List<string>(new[] { @"TestData\ParseConfigsShould\UseCorrectModuleRelativePathWhenOutsideBasePath.json" });
var entrypointOverride = projectPath + @"\Scripts\";
var expectedBundle = new RequireJsNet.Compressor.Bundle()
{
BundleId = bundleId,
ContainingConfig = filesPaths[0],
Output = $"{bundleOutputFolder}\\{bundleId}.js",
Files = new List<RequireJsNet.Compressor.FileSpec>(new[] {
TestData.FileSpecs.Scripts_d(projectPath),
TestData.FileSpecs.otherscripts_e(projectPath, "'d'")
})
};
var compressor = new RequireJsNet.Compressor.RequireProcessing.AutoBundleConfigProcessor(projectPath, bundleOutputFolder, entrypointOverride, filesPaths, System.Text.Encoding.UTF8);
var actualBundles = compressor.ParseConfigs();
Assert.Equal(1, actualBundles.Count);
AssertEqual(expectedBundle, actualBundles[0]);
}
