protected override Task <Stream> OpenWriteAsync(
AppendBlobClient client,
bool overwrite,
long?maxDataSize,
int?bufferSize = null,
BlobRequestConditions conditions = null,
Dictionary <string, string> metadata = null,
HttpHeaderParameters httpHeaders = null,
IProgress <long> progressHandler = null)
=> OpenWriteAsync(client, overwrite, maxDataSize, tags: default, bufferSize, conditions, metadata, httpHeaders, progressHandler);
/// <summary>
/// Calls this client's open-write method.
/// </summary>
/// <param name="client">Client to call the download on.</param>
protected abstract Task <Stream> OpenWriteAsync(
TBlobClient client,
bool overwrite,
long?maxDataSize,
Dictionary <string, string> tags,
int?bufferSize = default,
BlobRequestConditions conditions = default,
Dictionary <string, string> metadata = default,
HttpHeaderParameters httpHeaders = default,
IProgress <long> progressHandler = default);
protected override async Task <Stream> OpenWriteAsync(
BlockBlobClient client,
bool overwrite,
int?bufferSize = null,
BlobRequestConditions conditions = null,
Dictionary <string, string> metadata = null,
Dictionary <string, string> tags = null,
HttpHeaderParameters httpHeaders = null,
IProgress <long> progressHandler = null)
=> await client.OpenWriteAsync(overwrite, new BlockBlobOpenWriteOptions
{
BufferSize = bufferSize,
OpenConditions = conditions,
Metadata = metadata,
Tags = tags,
HttpHeaders = httpHeaders.ToBlobHttpHeaders(),
ProgressHandler = progressHandler
});
protected override async Task <Stream> OpenWriteAsync(
PageBlobClient client,
bool overwrite,
long?maxDataSize,
Dictionary <string, string> tags,
int?bufferSize = default,
BlobRequestConditions conditions = default,
Dictionary <string, string> metadata = default,
HttpHeaderParameters httpHeaders = default,
IProgress <long> progressHandler = default)
{
if (metadata != default)
{
TestHelper.AssertInconclusiveRecordingFriendly(Recording.Mode, "PageBlobClient.OpenWriteAsync() does not support metadata.");
}
if (tags != default)
{
TestHelper.AssertInconclusiveRecordingFriendly(Recording.Mode, "PageBlobClient.OpenWriteAsync() does not support tags.");
}
if (httpHeaders != default)
{
TestHelper.AssertInconclusiveRecordingFriendly(Recording.Mode, "PageBlobClient.OpenWriteAsync() does not support httpHeaders.");
}
PageBlobRequestConditions pageConditions = conditions == default ? default : new PageBlobRequestConditions
{
IfModifiedSince = conditions.IfModifiedSince,
IfUnmodifiedSince = conditions.IfUnmodifiedSince,
IfMatch = conditions.IfMatch,
IfNoneMatch = conditions.IfNoneMatch,
LeaseId = conditions.LeaseId,
};
return(await client.OpenWriteAsync(overwrite, 0, new PageBlobOpenWriteOptions
{
BufferSize = bufferSize,
OpenConditions = pageConditions,
Size = maxDataSize,
ProgressHandler = progressHandler,
}));
}
public static BlobHttpHeaders ToBlobHttpHeaders(this HttpHeaderParameters headers)
{
if (headers == default)
{
return(default);
protected override Task <Stream> OpenWriteAsync(DataLakeFileClient client, bool overwrite, long?maxDataSize, int?bufferSize = null, DataLakeRequestConditions conditions = null, Dictionary <string, string> metadata = null, HttpHeaderParameters httpHeaders = null, IProgress <long> progressHandler = null)
{
if (metadata != default)
{
TestHelper.AssertInconclusiveRecordingFriendly(Recording.Mode, "DataLakeFileClient.OpenWriteAsync() does not support metadata.");
}
if (httpHeaders != default)
{
TestHelper.AssertInconclusiveRecordingFriendly(Recording.Mode, "DataLakeFileClient.OpenWriteAsync() does not support httpHeaders.");
}
return(client.OpenWriteAsync(overwrite, new DataLakeFileOpenWriteOptions
{
BufferSize = bufferSize,
OpenConditions = conditions,
ProgressHandler = progressHandler
}));
}
