internal async Task PersistBlobsTest()
{
const int numBlobs = 16;
// Create an immutable container that points to the new blobs:
Console.WriteLine("Creating {0} random blobs...", numBlobs);
PersistingBlob[] blobs = createBlobs(numBlobs);
// Now persist those blobs to the filesystem:
Console.WriteLine("Persisting {0} random blobs...", numBlobs);
Stopwatch sw = Stopwatch.StartNew();
var streamedBlobs = await blrepo.PersistBlobs(blobs);
sw.Stop();
Console.WriteLine("Completed in {0} ms, {1} bytes/sec", sw.ElapsedMilliseconds, streamedBlobs.Sum(b => b.Value.Length) * 1000d / sw.ElapsedMilliseconds);
// Repeat!
for (int i = 0; i < numBlobs; ++i)
{
var fs = (FileStream)blobs[i].Stream;
// Re-open the temporary filestream:
blobs[i] = new PersistingBlob(new FileStream(fs.Name, FileMode.Open, FileAccess.Read, FileShare.Read, 8040, true));
}
sw = Stopwatch.StartNew();
streamedBlobs = await blrepo.PersistBlobs(blobs);
sw.Stop();
Console.WriteLine("Completed in {0} ms, {1} bytes/sec", sw.ElapsedMilliseconds, streamedBlobs.Sum(b => b.Value.Length) * 1000d / sw.ElapsedMilliseconds);
}
private async Task createCommits()
{
PersistingBlob pblReadme = new PersistingBlob("Readme file.".ToStream());
var sblobs = await blrepo.PersistBlobs(pblReadme);
trRoot = new TreeNode.Builder(
new List <TreeTreeReference>(0),
new List <TreeBlobReference>
{
new TreeBlobReference.Builder("README", sblobs[0].Value.ID)
}
);
var trees = new ImmutableContainer <TreeID, TreeNode>(tr => tr.ID, trRoot);
await trrepo.PersistTree(trRoot.ID, trees);
TreeRepositoryTestMethods.RecursivePrint(trRoot.ID, trees);
cmRoot = new Commit.Builder(
new List <CommitID>(0),
trRoot.ID,
"James S. Dunne",
DateTimeOffset.Now,
"Hello world."
);
await cmrepo.PersistCommit(cmRoot);
}
private async Task createTrees()
{
PersistingBlob pbHeader = new PersistingBlob("<div>Header</div>".ToStream());
sblobs = await blrepo.PersistBlobs(pbHeader);
trSection1 = new TreeNode.Builder();
trSection2 = new TreeNode.Builder();
trSection3 = new TreeNode.Builder();
trImages = new TreeNode.Builder();
trCSS = new TreeNode.Builder();
trJS = new TreeNode.Builder();
trPages = new TreeNode.Builder(
new List <TreeTreeReference> {
new TreeTreeReference.Builder("section1", trSection1.ID),
new TreeTreeReference.Builder("section2", trSection2.ID),
new TreeTreeReference.Builder("section3", trSection3.ID)
},
new List <TreeBlobReference>(0)
);
trContent = new TreeNode.Builder(
new List <TreeTreeReference> {
new TreeTreeReference.Builder("images", trImages.ID),
new TreeTreeReference.Builder("css", trCSS.ID),
new TreeTreeReference.Builder("js", trJS.ID)
},
new List <TreeBlobReference>(0)
);
trTemplate = new TreeNode.Builder(
new List <TreeTreeReference>(0),
new List <TreeBlobReference> {
new TreeBlobReference.Builder("header", sblobs[0].Value.ID)
}
);
trRoot = new TreeNode.Builder(
new List <TreeTreeReference> {
new TreeTreeReference.Builder("template", trTemplate.ID),
new TreeTreeReference.Builder("content", trContent.ID),
new TreeTreeReference.Builder("pages", trPages.ID)
},
new List <TreeBlobReference>(0)
);
rootId = trRoot.ID;
trees = new ImmutableContainer <TreeID, TreeNode>(tr => tr.ID, trSection1, trSection2, trSection3, trPages, trImages, trCSS, trJS, trContent, trTemplate, trRoot);
RecursivePrint(trRoot.ID, trees);
}