/// <summary>
/// Get block statistics about the node, <c>ipfs block stat <i>key</i></c>
/// </summary>
/// <remarks>
/// The object stats include the block stats.
/// </remarks>
void GetBlockStats()
{
if (hasBlockStats)
return;
var stats = new IpfsClient().DoCommand<dynamic>("block/stat", Hash);
if (stats.Key != Hash)
throw new IpfsException("Did not receive block/stat for the request merkle node.");
blockSize = stats.Size;
hasBlockStats = true;
}
public void Trusted_Peers_Add_Remove()
{
var ipfs = new IpfsClient();
Assert.IsFalse(ipfs.TrustedPeers.Contains(newTrustedPeer));
ipfs.TrustedPeers.Add(newTrustedPeer);
Assert.IsTrue(ipfs.TrustedPeers.Contains(newTrustedPeer));
ipfs.TrustedPeers.Remove(newTrustedPeer);
Assert.IsFalse(ipfs.TrustedPeers.Contains(newTrustedPeer));
}
public void Trusted_Peers_Clear()
{
var ipfs = new IpfsClient();
var original = ipfs.TrustedPeers.ToArray();
ipfs.TrustedPeers.Clear();
Assert.AreEqual(0, ipfs.TrustedPeers.Count);
foreach (var a in original)
ipfs.TrustedPeers.Add(a);
}
internal SwarmApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal BlockApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal PinnedCollection(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal PubSubApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal TrustedPeerCollection(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
public void Trusted_Peers_Add_Missing_Peer_ID()
{
var missingPeerId = new MultiAddress("/ip4/25.196.147.100/tcp/4001");
var ipfs = new IpfsClient();
ExceptionAssert.Throws<IpfsException>(() => ipfs.TrustedPeers.Add(missingPeerId), "invalid ipfs address");
}
public void Can_Create()
{
IpfsClient target = new IpfsClient();
Assert.IsNotNull(target);
}
internal PinApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal BootstrapApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
public void Version_Is_Present()
{
var ipfs = new IpfsClient();
var version = ipfs.Version().Result;
Assert.IsNotNull(version);
}
public void Can_Create()
{
IpfsClient target = TestFixture.Ipfs;
Assert.IsNotNull(target);
}
public void AddText()
{
var ipfs = new IpfsClient();
var result = ipfs.AddTextAsync("hello world").Result; ;
Assert.AreEqual("Qmf412jQZiuVUtdgnB36FXFX7xg5V6KEbSJ4dpQuhkLyfD", result.Hash);
}
internal FileSystemApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
this.emptyFolder = new Lazy <DagNode>(() => ipfs.Object.NewDirectoryAsync().Result);
}
internal BitswapApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal ConfigApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal ObjectApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal KeyApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
public void Do_Command_Throws_IpfsException_On_Invalid_Command()
{
IpfsClient target = new IpfsClient();
object unknown;
ExceptionAssert.Throws<IpfsException>(() => unknown = target.DoCommandAsync("foobar").Result, "Invalid command");
}
/// <summary>
/// Get object statistics about the node, <c>ipfs object stat <i>hash</i></c>
/// </summary>
/// <remarks>
/// The object stats include the block stats.
/// </remarks>
void GetObjectStats()
{
if (hasObjectStats)
return;
var stats = new IpfsClient().DoCommand<dynamic>("object/stat", Hash);
if (stats.Hash != Hash)
throw new IpfsException("Did not receive object/stat for the request merkle node.");
blockSize = stats.BlockSize;
cumulativeSize = stats.CumulativeSize;
dataSize = stats.DataSize;
linksSize = stats.LinksSize;
linksCount = stats.NumLinks;
hasObjectStats = true;
hasBlockStats = true;
}
internal DagApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
internal NameApi(IpfsClient ipfs)
{
this.ipfs = ipfs;
}
public void Trusted_Peers_List()
{
var ipfs = new IpfsClient();
Assert.IsNotNull(ipfs.TrustedPeers);
Assert.IsTrue(ipfs.TrustedPeers.Count > 0);
}
public void Api_Exists()
{
IpfsClient ipfs = TestFixture.Ipfs;
Assert.IsNotNull(ipfs.PubSub);
}
