public void Correctly_Gets_Blog_From_Folder()
{
var mockFileSystem = new FileSystemBuilder()
.AddFileContents(@"c:\valid\folder\blog1",
@"blog1.json",
@"{
""url"": ""/blog1""
}")
.AddFileContents(@"c:\valid\folder\blog1",
@"blog1.md",
@"
Blog1
=====
Text
")
.Build();
var mockMarkdownTransformer = new MarkdownTransformerBuilder()
.AddBlog(new Website.Data.Blog())
.Build();
var uat = new BlogLoader(mockFileSystem, mockMarkdownTransformer);
var result = uat.GetBlog(@"c:\valid\folder\blog1");
Assert.NotNull(result);
}
public void UploadCustomPatterns(IEnumerable <UploadAudioPattern> audioPatterns, IEnumerable <UploadLedPattern> ledPatterns, Action <int> progressFunc)
{
EnsureConnected();
progressFunc(10);
FileSystemBuilder fileSystemBuilder = new FileSystemBuilder();
using (Stream fileSystemStream = fileSystemBuilder.Build(audioPatterns, ledPatterns))
{
// set the audio and led pattern count to 0 for the first run so that if the upload fails
// the returned names will not be corrupt
fileSystemStream.Position = 0;
fileSystemBuilder.WriteHeader(fileSystemStream, 0, 0);
fileSystemStream.Position = 0;
for (int address = 0; address < fileSystemStream.Length; address += 32)
{
SendData(address, fileSystemStream);
double progress = (double)address / fileSystemStream.Length;
progressFunc((int)(10 + (progress * 80.0)));
}
progressFunc(90);
// set the real audio and led pattern count
fileSystemStream.Position = 0;
fileSystemBuilder.WriteHeader(fileSystemStream, audioPatterns.Count(), ledPatterns.Count());
fileSystemStream.Position = 0;
for (int address = 0; address < FlashSectorSize; address += 32)
{
SendData(address, fileSystemStream);
}
progressFunc(100);
}
}
public void Error_On_Invalid_Path()
{
var mockFileSystem = new FileSystemBuilder()
.AddInvalidFolder(@"c:\invalid\folder")
.Build();
var uat = new MarkdownRepository(mockFileSystem, null);
Exception ex = Assert.Throws <InvalidOperationException>(() => uat.Import(@"c:\invalid\folder"));
Assert.Equal("Invalid folder", ex.Message);
}
private static void CallVirtualDirExample()
{
var builder = new FileSystemBuilder("root");
builder.AddFile("file1.text", 1002);
builder.AddFile("file2.text", 1002);
builder.AddDirectory("folder1");
builder.SetCurrentDirectory("folder1");
builder.AddFile("fol1file1.text", 3432);
builder.AddFile("fol1file2.text", 3432);
builder.AddDirectory("folder2");
System.Console.WriteLine("RootDir: " + builder.RootDirectory.Name + "-- Size: " + builder.RootDirectory.GetSizeInKb());
System.Console.WriteLine(JsonConvert.SerializeObject(builder.RootDirectory, Formatting.Indented));
}
public static FileSystemBuilder AddAzureBlobStorage(this FileSystemBuilder builder, string scheme, string containerName, string connectionString, bool detectContentType)
{
if (containerName == null)
{
throw new ArgumentNullException(nameof(containerName));
}
if (connectionString == null)
{
throw new ArgumentNullException(nameof(connectionString));
}
return(builder.AddAzureBlobStorage(scheme, opt =>
{
opt.ContainerName = containerName;
opt.BobClientFactory = new AzureCloudBlobFactory(connectionString);
opt.DetectContentType = detectContentType;
}));
}
public void Import_Works_Correctly()
{
var mockBlogLoader = new BlogLoaderBuilder()
.AddBlog(@"c:\valid\folder\blog1", new Website.Data.Blog())
.AddBlog(@"c:\valid\folder\blog2", new Website.Data.Blog())
.AddBlog(@"c:\valid\folder\blog3", new Website.Data.Blog())
.Build();
var mockFileSystem = new FileSystemBuilder()
.AddFolderStructure(@"c:\valid\folder", new List <string>
{
@"c:\valid\folder\blog1",
@"c:\valid\folder\blog2",
@"c:\valid\folder\blog3"
})
.Build();
var uat = new MarkdownRepository(mockFileSystem, mockBlogLoader);
var blogs = uat.Import(@"c:\valid\folder");
Assert.Equal(3, blogs.Count);
}
private static void ExampleBuilderComposite()
{
var builder = new FileSystemBuilder("development");
// More readable
builder.AddDirectory("project1");
// Add files to project1
builder.AddFile("p1f1.txt", 2100);
builder.AddFile("p1f2.txt", 3100);
//Add sub-dir to project1 dir
builder.AddDirectory("sub-dir");
// Add files to sub-dir
builder.AddFile("p1f3.txt", 4100);
builder.AddFile("p1f4.txt", 5100);
builder.SetCurrentDirectory("development");
builder.AddDirectory("project2");
// Add files to project1
builder.AddFile("p2f1.txt", 6100);
builder.AddFile("p2f2.txt", 7100);
Console.WriteLine($"Total size (root) : {builder.RootDirectory.GetSizeInKiloBytes()}");
// Convert composite hierarchy to json representation
Console.WriteLine(JsonConvert.SerializeObject(builder.RootDirectory, Formatting.Indented));
}
public StructuralTests()
{
builder = new FileSystemBuilder("root");
}
public void Build()
{
var audioPattern0Data = CreateRandomPattern(1056);
var audioPattern1Data = new byte[2000];
var audioPattern2Data = new byte[5000];
var audioPattern0 = new UploadAudioPatternMemory("Audio 0", audioPattern0Data);
var audioPattern1 = new UploadAudioPatternMemory("Audio 1", audioPattern1Data);
var audioPattern2 = new UploadAudioPatternMemory("Audio 2", audioPattern2Data);
var audioPatterns = new[] { audioPattern0, audioPattern1, audioPattern2 };
var ledPattern0Data = new byte[102];
var ledPattern1Data = new byte[48];
var ledPattern2Data = new byte[60];
var ledPattern0 = new UploadLedPattern("LED 0", ledPattern0Data);
var ledPattern1 = new UploadLedPattern("LED 1", ledPattern1Data);
var ledPattern2 = new UploadLedPattern("LED 2", ledPattern2Data);
var ledPatterns = new[] { ledPattern0, ledPattern1, ledPattern2 };
Stream resultStream = new FileSystemBuilder().Build(audioPatterns, ledPatterns);
byte[] result = resultStream.ReadToEnd();
// 0x20c0 - EOF
Assert.AreEqual(8672, result.Length);
// 0x0000 - Header
var header = ObjectHelpers.Deserialize <FileSystemHeader>(result, 0x0000);
Assert.AreEqual("SoS", Encoding.ASCII.GetString(header.SoS).TrimEnd('\0'));
Assert.AreEqual(3, header.LedPatCount);
Assert.AreEqual(3, header.AudioPatCount);
// 0x0020 - Allocation Table - LED 0 (102 bytes)
var led0 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x0020);
Assert.AreEqual("LED 0", Encoding.ASCII.GetString(led0.Name).TrimEnd('\0'));
Assert.AreEqual(0x00c0, (int)led0.Addr);
Assert.AreEqual(ledPattern0Data.Length, led0.Length);
// 0x0036 - Allocation Table - LED 1 (24 bytes)
var led1 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x0036);
Assert.AreEqual("LED 1", Encoding.ASCII.GetString(led1.Name).TrimEnd('\0'));
Assert.AreEqual(0x0140, (int)led1.Addr);
Assert.AreEqual(ledPattern1Data.Length, led1.Length);
// 0x004c - Allocation Table - LED 2 (30 bytes)
var led2 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x004c);
Assert.AreEqual("LED 2", Encoding.ASCII.GetString(led2.Name).TrimEnd('\0'));
Assert.AreEqual(0x0180, (int)led2.Addr);
Assert.AreEqual(ledPattern2Data.Length, led2.Length);
// 0x0062 - Allocation Table - Audio 0 (1000 bytes)
var audio0 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x0062);
Assert.AreEqual("Audio 0", Encoding.ASCII.GetString(audio0.Name).TrimEnd('\0'));
Assert.AreEqual(0x01c0, (int)audio0.Addr);
Assert.AreEqual(audioPattern0Data.Length + 32, audio0.Length);
// 0x0078 - Allocation Table - Audio 1 (2000 bytes)
var audio1 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x0078);
Assert.AreEqual("Audio 1", Encoding.ASCII.GetString(audio1.Name).TrimEnd('\0'));
Assert.AreEqual(1568, (int)audio1.Addr);
Assert.AreEqual(audioPattern1Data.Length + 16, audio1.Length);
// 0x008e - Allocation Table - Audio 2 (5000 bytes)
var audio2 = ObjectHelpers.Deserialize <UsbLedFatPacket>(result, 0x008e);
Assert.AreEqual("Audio 2", Encoding.ASCII.GetString(audio2.Name).TrimEnd('\0'));
Assert.AreEqual(3616, (int)audio2.Addr);
Assert.AreEqual(audioPattern2Data.Length + 24, audio2.Length);
// 0x00c0 - LED 0 Data
AssertHelpers.AreEquals(ledPattern0Data, 0, result, 0x00c0, ledPattern0Data.Length);
// 0x0140 - LED 1 Data
AssertHelpers.AreEquals(ledPattern1Data, 0, result, 0x0140, ledPattern1Data.Length);
// 0x0160 - LED 2 Data
AssertHelpers.AreEquals(ledPattern2Data, 0, result, 0x0160, ledPattern2Data.Length);
// 0x0180 - Audio 0 Data
AssertHelpers.AreEquals(audioPattern0Data, 0, result, 0x01c0, audioPattern0Data.Length);
// 0x0580 - Audio 1 Data
AssertHelpers.AreEquals(audioPattern1Data, 0, result, 1568, audioPattern1Data.Length);
// 0x0d60 - Audio 2 Data
AssertHelpers.AreEquals(audioPattern2Data, 0, result, 3616, audioPattern2Data.Length);
}
public static FileSystemBuilder AddAzureBlobStorage(this FileSystemBuilder builder, string scheme, Action <AzureBlobStorageFileSystemOptions> configureOptions)
{
//builder.Services.TryAddEnumerable(ServiceDescriptor.Singleton<IPostConfigureOptions<AzureBlobStorageFileSystemOptions>, AzureBlobStorageFileSystemOptions.PostConfigureOptions>());
return(builder.AddScheme <AzureBlobStorageFileSystemOptions, AzureBlobStorageFileSystemAdapter>(scheme, configureOptions));
}
public static FileSystemBuilder AddAzureBlobStorage(this FileSystemBuilder builder, string containerName, string connectionString) => builder.AddAzureBlobStorage(AzureBlobStorageFileSystemDefaults.DefaultScheme, containerName, connectionString, detectContentType: true);
public static FileSystemBuilder AddAzureBlobStorage(this FileSystemBuilder builder, Action <AzureBlobStorageFileSystemOptions> configureOptions) => builder.AddAzureBlobStorage(AzureBlobStorageFileSystemDefaults.DefaultScheme, configureOptions);
public static FileSystemBuilder AddLocal(this FileSystemBuilder builder, string scheme, Action <LocalFileSystemOptions> configureOptions)
{
builder.Services.TryAddEnumerable(ServiceDescriptor.Singleton <IPostConfigureOptions <LocalFileSystemOptions>, LocalFileSystemOptions.PostConfigureOptions>());
return(builder.AddScheme <LocalFileSystemOptions, LocalFileSystemAdapter>(scheme, configureOptions));
}
public static FileSystemBuilder AddLocal(this FileSystemBuilder builder, string directory, bool create = false) => builder.AddLocal(LocalFileSystemDefaults.DefaultScheme, directory, create);
public static FileSystemBuilder AddLocal(this FileSystemBuilder builder, string scheme, string directory, bool create = false)
=> builder.AddLocal(scheme, o =>
{
o.Directory = directory;
o.Create = create;
});
public static FileSystemBuilder AddLocal(this FileSystemBuilder builder, Action <LocalFileSystemOptions> configureOptions) => builder.AddLocal(LocalFileSystemDefaults.DefaultScheme, configureOptions);
