public void SetValueAndFlushWritesEntryToDisk()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem();
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
fs.ExpectedFiles[MockEntryFileName].ReadAsString().ShouldEqual(TestEntry);
}
public void SetValueAndFlushWritesEntryToDisk()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem();
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
this.FileBasedDictionaryFileSystemShouldContain(fs, new[] { TestEntry });
}
public void SetValueAndFlushUpdatedEntryOnDisk()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem();
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, TestEntry);
dut.SetValueAndFlush(TestKey, UpdatedTestValue);
this.FileBasedDictionaryFileSystemShouldContain(fs, new[] { UpdatedTestEntry });
}
public void SetValueAndFlushRecoversFromMixOfFailures()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem(failuresAcrossOpenExistsAndOverwritePath: MockEntryFileName + ".tmp");
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
fs.ExpectedFiles[MockEntryFileName].ReadAsString().ShouldEqual(TestEntry);
}
public void SetValueAndFlushRecoversFromMixOfFailures()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem(failuresAcrossOpenExistsAndOverwritePath: MockEntryFileName + ".tmp");
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
this.FileBasedDictionaryFileSystemShouldContain(fs, new[] { TestEntry });
}
public void SetValueAndFlushRecoversFromDeletedTempAndFailedOverwrite()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem(
openFileStreamFailurePath: null,
maxOpenFileStreamFailures: 0,
fileExistsFailurePath: MockEntryFileName + ".tmp",
maxFileExistsFailures: 5,
maxMoveAndOverwriteFileFailures: 5);
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
fs.ExpectedFiles[MockEntryFileName].ReadAsString().ShouldEqual(TestEntry);
}
public void SetValueAndFlushRecoversFromDeletedTempAndFailedOverwrite()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem(
openFileStreamFailurePath: null,
maxOpenFileStreamFailures: 0,
fileExistsFailurePath: MockEntryFileName + ".tmp",
maxFileExistsFailures: 5,
maxMoveAndOverwriteFileFailures: 5);
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
dut.SetValueAndFlush(TestKey, TestValue);
this.FileBasedDictionaryFileSystemShouldContain(fs, new[] { TestEntry });
}
public void SetValuesAndFlushWritesNewEntryAndUpdatesExistingEntryOnDisk()
{
FileBasedDictionaryFileSystem fs = new FileBasedDictionaryFileSystem();
FileBasedDictionary <string, string> dut = CreateFileBasedDictionary(fs, string.Empty);
// Add TestKey to disk
dut.SetValueAndFlush(TestKey, TestValue);
fs.ExpectedFiles[MockEntryFileName].ReadAsString().ShouldEqual(TestEntry);
// This call to SetValuesAndFlush should update TestKey and write TestKey2
dut.SetValuesAndFlush(
new[]
{
new KeyValuePair <string, string>(TestKey, UpdatedTestValue),
new KeyValuePair <string, string>(TestKey2, TestValue2),
});
this.FileBasedDictionaryFileSystemShouldContain(fs, new[] { UpdatedTestEntry, TestEntry2 });
}
