public async Task PutRangeAsync()
{
const string testContent = "Content as String";
IEnumerable <string> headerValues = new List <string>();
IEnumerable <string> xmsheaderValues = new List <string>();
long?contentLengthReq = null;
Action <HttpResponseMessage> respAction = (r) =>
{
r.Headers.TryGetValues("Authorization", out headerValues);
r.Headers.TryGetValues("x-ms-range", out xmsheaderValues);
contentLengthReq = r.Content.Headers.ContentLength;
};
var repo = new FakeHttpClientRepo(respAction);
//var repo = new HttpClientRepo();
var azureFileService = new AzureFileService(accountName, accessKey, repo);
byte[] bytes = Encoding.UTF8.GetBytes(testContent);
await azureFileService.PutRangeAsync(
new Uri(uripath + "?comp=range"),
bytes);
var xmsStringComparison = $"bytes=0-{(bytes.Length - 1).ToString()}";
Assert.IsTrue(
bytes.Length == contentLengthReq &&
xmsheaderValues.Any(hv => hv.Contains(xmsStringComparison)) &&
headerValues.Any(v => v.Contains($"SharedKey {accountName}:")));
}
public async Task CreateFileAsync()
{
IEnumerable <string> headerValues = new List <string>();
Action <HttpResponseMessage> respAction = (r) =>
{
// check whatever header or content values indicate the success of this test here
r.Headers.TryGetValues("Authorization", out headerValues);
};
var repo = new FakeHttpClientRepo(respAction);
//var repo = new HttpClientRepo();
var azureFileService = new AzureFileService(accountName, accessKey, repo);
await azureFileService.CreateFileAsync(new Uri(uripath));
// Check if encryption is possible with accessKey
Assert.IsTrue(headerValues.Any(v => v.Contains($"SharedKey {accountName}:")));
}
