public void TestCreateBlobs()
{
RunTestVariants(() => {
var blobToStore = Encoding.UTF8.GetBytes("This is a blob to store in the store!");
// Add the blob to the store:
var key = new C4BlobKey();
var localKey = &key;
LiteCoreBridge.Check(err => {
return(Native.c4blob_create(_store, blobToStore, null, localKey, err));
});
var str = Native.c4blob_keyToString(key);
str.Should().Be("sha1-QneWo5IYIQ0ZrbCG0hXPGC6jy7E=", "because the blob key should hash correctly");
// Read it back and compare
var blobSize = Native.c4blob_getSize(_store, key);
blobSize.Should().BeGreaterOrEqualTo(blobToStore.Length, "because the size should be a conservative estimate, never lower");
if (_encrypted)
{
blobSize.Should().BeLessOrEqualTo(blobToStore.Length + 16, "because the estimate should never be more than 16 bytes off");
}
else
{
blobSize.Should().Be(blobToStore.Length, "because unecrypted blobs should have the exact size");
}
C4Error error;
var gotBlob = Native.c4blob_getContents(_store, key, &error);
gotBlob.Should().NotBeNull("because the attachment should be readable");
blobToStore.Should().Equal(gotBlob, "because the attachment shouldn't change");
var p = Native.c4blob_getFilePath(_store, key, &error);
if (_encrypted)
{
p.Should().BeNull("because an encrypted store will not return a file path");
error.code.Should().Be((int)C4ErrorCode.WrongFormat, "because otherwise an unexpected error occurred");
}
else
{
p.Should().NotBeNull("because otherwise the DB failed to return its blob store");
var filename = "QneWo5IYIQ0ZrbCG0hXPGC6jy7E=.blob";
Path.GetFileName(p).Should().Be(filename, "because otherwise the store returned an invalid filename");
}
// Try storing it again
var key2 = new C4BlobKey();
localKey = &key2;
LiteCoreBridge.Check(err => {
return(Native.c4blob_create(_store, blobToStore, null, localKey, err));
});
key.Equals(key2).Should().BeTrue("because the two keys are for the same attachment");
});
}
public void TestCreateBlobs()
{
RunTestVariants(() => {
var blobToStore = Encoding.UTF8.GetBytes("This is a blob to store in the store!");
// Add the blob to the store:
var key = new C4BlobKey();
var localKey = &key;
LiteCoreBridge.Check(err => {
return(Native.c4blob_create(_store, blobToStore, localKey, err));
});
var str = Native.c4blob_keyToString(key);
str.Should().Be("sha1-QneWo5IYIQ0ZrbCG0hXPGC6jy7E=", "because the blob key should hash correctly");
// Read it back and compare
var blobSize = Native.c4blob_getSize(_store, key);
blobSize.Should().BeGreaterOrEqualTo(blobToStore.Length, "because the size should be a conservative estimate, never lower");
if (_encrypted)
{
blobSize.Should().BeLessOrEqualTo(blobToStore.Length + 16, "because the estimate should never be more than 16 bytes off");
}
else
{
blobSize.Should().Be(blobToStore.Length, "because unecrypted blobs should have the exact size");
}
C4Error error;
var gotBlob = Native.c4blob_getContents(_store, key, &error);
gotBlob.Should().NotBeNull("because the attachment should be readable");
blobToStore.Should().Equal(gotBlob, "because the attachment shouldn't change");
// Try storing it again
var key2 = new C4BlobKey();
localKey = &key2;
LiteCoreBridge.Check(err => {
return(Native.c4blob_create(_store, blobToStore, localKey, err));
});
key.Equals(key2).Should().BeTrue("because the two keys are for the same attachment");
});
}