public static Deserialize ( byte ropBytes, IDeserializable &ropList ) : void | ||
ropBytes | byte | The bytes need to be deserialized |
ropList | IDeserializable | The ROPs list deserialized into |
Результат | void |
/// <summary> /// Send ROP request to the server. /// </summary> /// <param name="requestROPs">ROP request objects.</param> /// <param name="requestSOHTable">ROP request server object handle table.</param> /// <param name="responseROPs">ROP response objects.</param> /// <param name="responseSOHTable">ROP response server object handle table.</param> /// <param name="rgbRopOut">The response payload bytes.</param> /// <param name="pcbOut">The maximum size of the rgbOut buffer to place Response in.</param> /// <param name="mailBoxUserName">Autodiscover find the mailbox according to this username.</param> /// <returns>0 indicates success, other values indicate failure. </returns> public uint RopCall( List <ISerializable> requestROPs, List <uint> requestSOHTable, ref List <IDeserializable> responseROPs, ref List <List <uint> > responseSOHTable, ref byte[] rgbRopOut, uint pcbOut, string mailBoxUserName = null) { // Log the rop requests if (requestROPs != null) { foreach (ISerializable requestROP in requestROPs) { byte[] ropData = requestROP.Serialize(); this.site.Log.Add(LogEntryKind.Comment, "Request: {0}", requestROP.GetType().Name); this.site.Log.Add(LogEntryKind.Comment, Common.FormatBinaryDate(ropData)); } } // Construct request buffer byte[] rgbIn = this.BuildRequestBuffer(requestROPs, requestSOHTable); uint ret = 0; switch (this.MapiContext.TransportSequence.ToLower()) { case "mapi_http": ret = this.mapiHttpAdapter.Execute(rgbIn, pcbOut, out rgbRopOut); break; case "ncacn_ip_tcp": case "ncacn_http": ret = this.rpcAdapter.RpcExt2(ref this.cxh, rgbIn, out rgbRopOut, ref pcbOut); break; default: this.site.Assert.Fail("TransportSeq \"{0}\" is not supported by the test suite."); break; } RPC_HEADER_EXT[] rpcHeaderExts; byte[][] rops; uint[][] serverHandleObjectsTables; if (ret == OxcRpcErrorCode.ECNone) { this.ParseResponseBuffer(rgbRopOut, out rpcHeaderExts, out rops, out serverHandleObjectsTables); // Deserialize rops if (rops != null) { foreach (byte[] rop in rops) { List <IDeserializable> ropResponses = new List <IDeserializable>(); RopDeserializer.Deserialize(rop, ref ropResponses); foreach (IDeserializable ropResponse in ropResponses) { responseROPs.Add(ropResponse); Type type = ropResponse.GetType(); this.site.Log.Add(LogEntryKind.Comment, "Response: {0}", type.Name); } this.site.Log.Add(LogEntryKind.Comment, Common.FormatBinaryDate(rop)); } } // Deserialize serverHandleObjectsTables if (serverHandleObjectsTables != null) { foreach (uint[] serverHandleObjectsTable in serverHandleObjectsTables) { List <uint> serverHandleObjectList = new List <uint>(); foreach (uint serverHandleObject in serverHandleObjectsTable) { serverHandleObjectList.Add(serverHandleObject); } responseSOHTable.Add(serverHandleObjectList); } } // The return value 0x478 means that the client needs to reconnect server with server name in response if (this.MapiContext.AutoRedirect && rops.Length > 0 && rops[0][0] == 0xfe && ((RopLogonResponse)responseROPs[0]).ReturnValue == 0x478) { // Reconnect server with returned server name string serverName = Encoding.ASCII.GetString(((RopLogonResponse)responseROPs[0]).ServerName); serverName = serverName.Substring(serverName.LastIndexOf("=") + 1); responseROPs.Clear(); responseSOHTable.Clear(); bool disconnectReturnValue = this.Disconnect(); this.site.Assert.IsTrue(disconnectReturnValue, "Disconnect should be successful here."); string rpcProxyOptions = null; if (string.Compare(this.MapiContext.TransportSequence, "ncacn_http", true) == 0) { rpcProxyOptions = "RpcProxy=" + this.originalServerName + "." + this.domainName; bool connectionReturnValue = this.RpcConnect(serverName, this.userDN, this.domainName, this.userName, this.userPassword, rpcProxyOptions); this.site.Assert.IsTrue(connectionReturnValue, "RpcConnect_Internal should be successful here."); } else if (string.Compare(this.MapiContext.TransportSequence, "mapi_http", true) == 0) { if (mailBoxUserName == null) { mailBoxUserName = Common.GetConfigurationPropertyValue("AdminUserName", this.site); if (mailBoxUserName == null || mailBoxUserName == "") { this.site.Assert.Fail(@"There must be ""AdminUserName"" configure item in the ptfconfig file."); } } string requestURL = Common.GetConfigurationPropertyValue("AutoDiscoverUrlFormat", this.site); requestURL = Regex.Replace(requestURL, @"\[ServerName\]", this.originalServerName, RegexOptions.IgnoreCase); string publicFolderMailbox = Common.GetConfigurationPropertyValue("PublicFolderMailbox", this.site); AutoDiscoverProperties autoDiscoverProperties = AutoDiscover.GetAutoDiscoverProperties(this.site, this.originalServerName, mailBoxUserName, this.domainName, requestURL, this.MapiContext.TransportSequence.ToLower(), publicFolderMailbox); this.privateMailboxServer = autoDiscoverProperties.PrivateMailboxServer; this.privateMailboxProxyServer = autoDiscoverProperties.PrivateMailboxProxy; this.publicFolderServer = autoDiscoverProperties.PublicMailboxServer; this.publicFolderProxyServer = autoDiscoverProperties.PublicMailboxProxy; this.privateMailStoreUrl = autoDiscoverProperties.PrivateMailStoreUrl; this.publicFolderUrl = autoDiscoverProperties.PublicMailStoreUrl; bool connectionReturnValue = this.MapiConnect(this.privateMailStoreUrl, this.userDN, this.domainName, this.userName, this.userPassword); this.site.Assert.IsTrue(connectionReturnValue, "RpcConnect_Internal should be successful here."); } ret = this.RopCall( requestROPs, requestSOHTable, ref responseROPs, ref responseSOHTable, ref rgbRopOut, 0x10008); } } return(ret); }