Preview Specifications
From time to time, Microsoft may publish preview or pre-release versions of Open Specifications for community review and feedback. The preview periods for each specification presented in this way are determined by the individual teams responsible for the documentation. Not every specification will be published for preview.
After the preview period, the preview specifications will be published in the appropriate location in the overall Open Specifications library for further reference.
To provide feedback for any preview specification, please follow the instructions for the specific document as outlined. You can always provide feedback for published Open Specifications by using the Open Specification forums at: http://social.msdn.microsoft.com/Forums/en-US/category/openspecifications.
We look forward to your feedback.
Descriptions of and links to the protocol documentation for the Windows Blue Preview are provided below; protocol documentation for earlier released versions of Windows are provided at Windows Protocols.
What’s New and Changed in Windows Blue Preview Protocols
This section lists the protocol documentation for the Windows Blue Preview release that falls into the new and changed categories below.
Important: To download a .zip file of the new and changed protocol documentation for Windows Blue Preview in PDF format, see WindowsBluePreviewProtocols.zip. To download a .zip file of the Windows Server 2012/Windows 8 protocol documentation, including the protocol documents that are unchanged for Windows Blue Preview, see Windows Protocols Documents.
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New
These protocol documents have not been previously released.
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Updated
These protocol documents were previously released for Windows Server 2012/Windows 8 and have been revised to reflect Windows Blue Preview functionality.
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Unchanged
These protocol documents were previously released and apply, without changes, to the Windows Blue Preview release.
New Protocol Documentation
|
Specification |
Description |
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Specifies the Automatic Bluetooth Pairing Protocol, which facilitates the establishment of a secure, trusted Bluetooth pairing relationship between two devices without requiring any user interaction at the time of pairing | |
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[MS-ADFSOAL]: Active Directory Federation Services OAuth Authorization Code Lookup Protocol |
Specifies the Active Directory Federation Services OAuth Authcode Lookup Protocol, which is used to find the issuing server of an access token for an OAuth authorization code. |
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[MS-ADFSPIP]: Active Directory Federation Services and Proxy Integration Protocol |
Specifies the Active Directory Federation Services Proxy and Web Application Proxy Integration Protocol. This protocol integrates Active Directory Federation Services with an authentication and application proxy to enable access to services located inside the boundaries of the corporate network for clients that are located outside that boundary. |
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Specifies the Desired State Configuration Pull Model Protocol, which is used to get a client's configuration and modules from the server and to report the client's status back to the server. The protocol depends on HTTP for the transfer of all protocol messages. With the Desired State Configuration Pull Model Protocol, binary data flows from the server to the client. | |
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Specifies the Device Registration Discovery Protocol, which is used to discover information about servers that can register corporate-owned and personal devices with a corporate network. | |
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Specifies the Device Registration Enrollment Protocol, which is used to register corporate-owned and personal devices with a corporate network. | |
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Specifies the Enterprise Client Sync protocol, which enables devices (such as tablets, PCs, or laptops) to synchronize files to and from a file server in a REST-based manner. | |
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[MS-IPAMM2]: IP Address Management (IPAM) Management Protocol Version 2 |
Specifies the IP Address Management (IPAM) Management Protocol Version 2 for Windows Server vNext. This protocol is used to remotely retrieve and manage the data in the IPAM data store. The IPAM data store consists of the data pertaining to the address space management, which includes the configuration data available with the DHCP and DNS server instances in the network. |
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Specifies the Live Remote Event Capture (LREC) Protocol which enables a management station to monitor events on a target system across a network. The protocol supports various monitoring scenarios, such as a "first line of defense" for troubleshooting, where the remote system does not support the ability to log events locally. | |
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Specifies the Mobile Device Management Enrollment protocol, which provides a mechanism for discovering devices and enrolling them into a management system. After enrollment, devices can be managed through the Mobile Device Management Protocol MS-MDM. | |
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Specifies the Mobile Device Management Protocol, a subset of the Open Mobile Association (OMA) standard protocol, which provides a mechanism for managing devices previously enrolled into a management system through the Mobile Device Management Enrollment protocol MS-MDE. | |
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Specifies the OAuth 2.0 Protocol Extensions, which are used to extend the OAuth 2.0 Authorization Framework. These extensions enable authorization features such as resource specification, request identifiers, and login hints. | |
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[MS-RDPEDISP]: Remote Desktop Protocol: Display Update Virtual Channel Extension |
Specifies the Remote Desktop Protocol: Display Control Virtual Channel Extension to the Remote Desktop Protocol: Basic Connectivity and Graphics Remoting, as specified in MS-RDPBCGR. This control protocol is used to request display configuration changes in a remote session. |
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Specifies the Remote Shared Virtual Disk Protocol, which supports accessing and manipulating virtual disks stored as files on an SMB3 file server. This protocol enables opening, querying, administering, reserving, reading, and writing the virtual disk objects, providing for flexible access by single or multiple consumers. It also provides for forwarding of SCSI operations, to be processed by the virtual disk. | |
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Specifies the Server Network Information Discovery Protocol, which defines a pair of request and response messages by which a protocol client can locate protocol servers within the broadcast/multicast scope. The client can then get network information (such as NetBIOS name, Internet Protocol version 4 (IPv4), and Internet Protocol version 6 (IPv6) addresses) of the servers. | |
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Specifies the Tethering Control Channel Protocol, which enables the sharing of the network connection for a server with one or more clients. | |
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Specifies the 3D Manufacturing Format, a non-standardized 3D payload that is used to send 3D models from applications to a 3D printer alongside Open XML Paper Specification (OpenXPS) content. | |
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[MS-WFDAA]: Wi-Fi Direct (WFD) Application to Application Protocol |
Specifies the Wi-Fi Direct (WFD) Protocol: Proximity Extensions, which enables two or more devices that are running the same application to establish a direct connection without requiring an intermediary, such as an infrastructure wireless access point (WAP). |
Updated Protocol Documentation
|
Specification |
Description |
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Specifies the Active Directory Schema Attributes M, which contains a partial list of the objects that exist in the Active Directory schema (attributes beginning with M). | |
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[MS-ADLS-Preview]: Active Directory Lightweight Directory Services Schema |
Specifies the Active Directory Lightweight Directory Services Schema, which contains a list of the objects that exist in the Active Directory Lightweight Directory Services schema. |
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Specifies the Active Directory Schema Classes, which contains a partial list of objects that exist in the Active Directory schema. | |
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Specifies the core functionality of Active Directory. Active Directory extends and provides variations of the Lightweight Directory Access Protocol (LDAP). | |
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Specifies Authentication Protocol Domain Support, which is the communication process between a server and a domain controller that uses Netlogon interfaces to complete an authentication sequence. | |
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[MS-CMRP-Preview]: Failover Cluster: Management API (ClusAPI) Protocol |
Specifies the Failover Cluster: Management API (ClusAPI) Protocol, an RPC–based protocol that is used to remotely manage a failover cluster. Managing a failover cluster involves managing the data that represents the configuration of the cluster, the entities that constitute the cluster, and the applications and services that run in a cluster. This protocol is also used to determine whether a computer system is currently acting as a member of a failover cluster and to control and query a service or application that is hosted by a failover cluster. |
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Specifies the Certificate Templates Structure. This structure describes the syntax and interpretation of certificate templates, which forms the basis of certificate management for the Certificate Templates Protocol. | |
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[MS-CSRA-Preview]: Certificate Services Remote Administration Protocol |
Specifies the Certificate Services Remote Administration Protocol, which consists of a set of Distributed Component Object Model (DCOM) interfaces that enable administrative tools to configure the state and policy of a certification authority (CA) on a server.Specifies the Live Remote Event Capture (LREC) Protocol which enables a management station to monitor events on a target system across a network. The protocol supports various monitoring scenarios, such as a "first line of defense" for troubleshooting, where the remote system does not support the ability to log events locally. |
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[MS-CSVP-Preview]: Failover Cluster: Setup and Validation Protocol (ClusPrep) |
Specifies the Failover Cluster: Setup and Validation Protocol (ClusPrep), which consists of DCOM interfaces, as specified in [MS-DCOM], that are used to remotely configure cluster nodes, retrieve log information from a node in a failover cluster, and validate that hardware and software settings meet the requirements to be part of a failover cluster. |
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Specifies the DHCP Failover Protocol Extension, which extends the DHCP Failover Protocol by encrypting messages sent between the servers in a failover relationship and by providing client implementation options. | |
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[MS-DHCPM-Preview]: Microsoft Dynamic Host Configuration Protocol (DHCP) Server Management Protocol |
Specifies the Dynamic Host Configuration Protocol (DHCP) Server Management Protocol, which defines the RPC interfaces that provide methods for remotely accessing and administering the DHCP server. This protocol is a client and server protocol based on RPC that is used in the configuration, management, and monitoring of a DHCP server. |
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[MS-DNSP-Preview]: Domain Name Service (DNS) Server Management Protocol |
Specifies the Domain Name System (DNS) Server Management Protocol, which defines the RPC interfaces that provide methods for remotely accessing and administering a DNS server. It is a client and server protocol based on RPC that is used in the configuration, management, and monitoring of a DNS server. |
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[MS-DRSR-Preview]: Directory Replication Service (DRS) Remote Protocol |
Specifies the Directory Replication Service (DRS) Remote Protocol, an RPC protocol for replication and management of data in Active Directory. |
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Describes the common data types used in the protocol specification. | |
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Specifies the EventLog Remoting Protocol Version 6.0, which exposes RPC methods for reading events in both live and backup event logs on remote computers. This protocol was originally made available for Windows Vista. | |
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Specifies the Firewall and Advanced Security Protocol, which enables the management of firewall and advanced security components on remote computers. | |
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Specifies the Fax Server and Client Remote Protocol. It is an RPC-based, client-server protocol, and is used to send faxes and to manage the fax server and its queues. | |
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Specifies File System Algorithms in terms of an abstract model for how an object store can be implemented to support the Server Message Block (SMB) Version 1.0 Protocol [MS-SMB] and the Server Message Block (SMB) Version 2.0 Protocol [MS-SMB2]. | |
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Specifies the File System Control Codes that define the network format of native Windows structures that may be used within other protocols. | |
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Specifies the File Server Resource Manager Protocol, which implements a set of a Distributed Component Object Model (DCOM) interfaces for managing the configuration of directory quotas, file screens, and storage report jobs on a machine. | |
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[MS-GPFAS-Preview]: Group Policy Firewall and Advanced Security Data Structure |
Specifies the Group Policy: Firewall and Advanced Security Data Structure, an extension to the Group Policy: Registry Extension Encoding protocol, as specified in [MS-GPREG]. The Group Policy: Firewall and Advanced Security Data Structure provides a mechanism for an administrator to control firewall and advanced security behavior on a client using Group Policy settings. |
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[MS-GPPREF-Preview]: Group Policy: Preferences Extension Data Structure |
Specifies the Group Policy: Preferences Extension, which provides a mechanism for an administrator to manage and deploy preferences for client computers and network users. Although preferences settings are identical to the Group Policy mechanism in deploying policy settings, preference settings are not written as policy and can be overwritten by a user as needed. |
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[MS-GPWL-Preview]: Group Policy: Wireless/Wired protocol Extension |
Specifies the Group Policy: Wireless/Wired Protocol Extension, which consists of Wireless/Wired Group Policy administrative-side and client-side plug-ins. The administrative-side plug-in specifies the wireless or wired policy settings and uses LDAP to store the settings to a specific location in a logical structure known as the Group Policy Object. The client-side plug-in uses LDAP to retrieve the Wireless/Wired policy settings from the specified location and then apply these settings to the client. |
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Specifies the Microsoft implementation of the Kerberos Protocol Extensions, as specified in [RFC4120], by specifying any Windows behaviors that differ from the Kerberos Protocol, in addition to Windows extensions for interactive logon and the inclusion of authorization information expressed as group memberships and related information. | |
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[MS-MWBF-Preview]: Microsoft Web Browser Federated Sign-on Protocol |
Specifies the Microsoft Web Browser Federated Sign-On Protocol, which is primarily a restriction of the protocol that is specified in [WSFedPRP]. The restrictions are designed to enable greater interoperability by reducing the number of variations that must be implemented. This protocol also specifies minor additions to [WSFedPRP] to handle common scenarios. |
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[MS-NFPB-Preview]: Near Field Proximity: Bidirectional Services Protocol |
Specifies the Near Field Proximity: Bidirectional Services Protocol, which provides a way for devices to discover services and versions from one device to another. The protocol uses the "Proximity Publication Subscription" transport to exchange messages between peers. |
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Specifies the Netlogon Remote Protocol, an RPC interface that is used for user and machine authentication on domain-based networks; to replicate the user account database for operating systems earlier than Windows 2000 backup domain controllers; to maintain domain relationships from the members of a domain to the domain controller, among domain controllers for a domain, and between domain controllers across domains; and to discover and manage these relationships. | |
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Specifies the Open Data (OData) Protocol. This protocol enables applications to expose data, by using common Web technologies, and by means of a data service that can be consumed by clients within corporate networks and across the Internet. | |
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Specifies the Print System Asynchronous Remote Protocol, which defines the communication of print job processing and print system management information between a print client and a print server. | |
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[MS-RDPBCGR-Preview]: Remote Desktop Protocol: Basic Connectivity and Graphics Remoting |
Specifies the Remote Desktop Protocol: Basic Connectivity and Graphics Remoting, designed to facilitate user interaction with a remote computer system by transferring graphics display information from the remote computer to the user and transporting input from the user to the remote computer, where it may be injected locally. |
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[MS-RDPEGFX-Preview]: Remote Desktop Protocol: Graphics Pipeline Extension |
Specifies the Remote Desktop Protocol: Graphics Pipeline Extension, a graphics protocol that is used to encode graphics display data generated in a remote terminal server session so that the data can be sent from the server and received, decoded, and rendered by a compatible client. The net effect is that a desktop or an application running on a remote terminal server appears as if it is running locally. |
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[MS-RDPERP-Preview]: Remote Desktop Protocol: Remote Programs Virtual Channel Extension |
Specifies the Remote Desktop Protocol: Remote Programs Virtual Channel Extension, an RDP feature that presents a remote application (running remotely on a RAIL server) as a local user application (running on the RAIL client machine). |
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[MS-RDPEUDP-Preview]: Remote Desktop Protocol: UDP Transport Extension |
Specifies the Remote Desktop Protocol: UDP Transport Extension, which extends the transport mechanisms in the Remote Desktop Protocol (RDP) to enable network connectivity between the user's machine and a remote computer system over the User Datagram Protocol (UDP). |
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Specifies the Print System Remote Protocol, which defines the communication of print job processing and print system management between a print client and a print server. | |
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[MS-RRASM-Preview]: Routing and Remote Access Server (RRAS) Management Protocol |
Specifies the Routing and Remote Access Server (RRAS) Management Protocol, which enables remote management (configuration and monitoring) of an RRAS implementation. The RRAS implementation here refers to the components that can be configured to provide routing, remote access, and site-to-site connectivity. This document also specifies the registry information that can be used to specify the overall RRAS configuration. |
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[MS-SMBD-Preview]: SMB2 Remote Direct Memory Access (RDMA) Transport Protocol |
Specifies the SMB2 Remote Direct Memory Access (RDMA) Transport Protocol, a wrapper for the existing SMB2 protocol that allows SMB2 packets to be delivered over RDMA-capable transports such as iWARP or Infiniband while utilizing the direct data placement (DDP) capabilities of these transports. Benefits include reduced CPU overhead, lower latency, and improved throughput. |
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[MS-SMB2-Preview]: Server Message Block (SMB) Protocol Versions 2 and 3 |
Specifies the Server Message Block (SMB) Protocol Versions 2 and 3, which support the sharing of file and print resources between machines and extend the concepts from the Server Message Block Protocol. |
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Specifies the Service Witness Protocol, which enables an SMB2 clustered file server to notify SMB2 clients with prompt and explicit notifications about the failure or recovery of a network name and associated service. | |
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Specifies the Transport Layer Security (TLS) Profile, which is the authentication option to the Telnet protocol as a generic method for negotiating an authentication type and mode, including determining whether encryption should be used and whether credentials should be forwarded. | |
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[MS-TPMVSC-Preview]: Trusted Platform Module (TPM) Virtual Smart Card Management Protocol |
Specifies the DCOM Interfaces for Trusted Platform Module (TPM) Virtual Smart Card device management, which is used to manage virtual smart cards (VSCs) on a remote machine. This protocol provides methods for a protocol client to request creation and destruction of VSCs and to monitor the status of these operations. |
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[MS-TSTS-Preview]: Terminal Services Terminal Server Runtime Interface Protocol |
Specifies the Terminal Services Terminal Server Runtime Interface Protocol, which is an RPC-based protocol used for remotely querying and configuring various aspects of a terminal server. |
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[MS-TSWP-Preview]: Terminal Services Workspace Provisioning Protocol |
Specifies the Terminal Services Workspace Provisioning Protocol, which is used for transferring remote resource information from a server to a client. The client can use this resource information to launch resources such as remote applications on a remote server. |
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[MS-UPMC-Preview]: UPnP Device and Service Templates: Media Property and Compatibility Extensions |
Specifies the following extensions: the Microsoft Media Property Extensions (MMPE), the Microsoft Compatibility Extension Flags (MCEF), the Microsoft Power Management Extensions (MPME), and the Microsoft ProtocolInfo Extensions. These flags and extensions enhance interoperability for Universal Plug and Play (UPnP) devices by exposing media content attributes and properties. |
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[MS-WCCE-Preview]: Windows Client Certificate Enrollment Protocol |
Specifies the Windows Client Certificate Enrollment Protocol, which consists of a set of DCOM interfaces that enable clients to request various services from a certification authority (CA). These services enable X.509 (as specified in [X509]) digital certificate enrollment, issuance, revocation, and property retrieval. |
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[MS-WCFESAN-Preview]: WCF-Based Encrypted Server Administration and Notification Protocol |
Specifies the WCF-Based Encrypted Server Administration and Notification Protocol (Provider Framework), which defines the WCF services that provide basic monitoring and manageability functions of the protocol server. Network administrators can use the protocol to monitor and manage the protocol server. This protocol is an extension to the .NET Message Framing TCP Binding Protocol specified in [MS-NMFTB]. |
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[MS-WUSP-Preview]: Windows Update Services: Client-Server Protocol |
Specifies the Windows Server Update Services: Client-Server Protocol Version 2 and Version 3, which enable computers to discover and download software updates over the Internet by using the SOAP and HTTP protocols. The Windows Server Update Services protocols support centralized publication and distribution of software updates from servers to clients and provide for hierarchical synchronization of available software components between servers. |
Unchanged Protocol Documentation
For the remaining protocols documentation listed below that are unchanged in Windows Blue Preview, see Windows Protocols: Technical Documents
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MC-BUP |
MC-CCFG |
MC-COMQC |
MC-CSDL |
MC-DKSP |
MC-DPL4CS |
MC-DPL4R |
MC-DPL8CS |
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MC-DPL8R |
MC-DPLHP |
MC-DPLNAT |
MC-DPLVP |
MC-DRT |
MC-DTCXA |
MC-EDMX |
MC-IISA |
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MC-MQAC |
MC-MQDSRP |
MC-MQSRM |
MC-NBFS |
MC-NBFSE |
MC-NBFX |
MC-NETCEX |
MC-NMF |
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MC-NPR |
MC-PRCH |
MC-PRCR |
MC-SMP |
MC-SQLR |
MS-ABTP |
MS-ADCAP |
MS-ADDM |
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MS-ADFSPIP |
MS-ADFSPP |
MS-ADFSWAP |
MS-ADMS |
MS-ADOD |
MS-ADSO |
MS-ADTG |
MS-AIPS |
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MS-ASP |
MS-ASPSS |
MS-AUTHSO |
MS-AUTHSOD |
MS-AXDS |
MS-AZMP |
MS-AZOD |
MS-BDSRR |
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MS-BKRP |
MS-BKUP |
MS-BPAU |
MS-BPCR |
MS-BPDP |
MS-BRWS |
MS-BRWSA |
MS-CAESO |
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MS-CAPR |
MS-CASO |
MS-CBCP |
MS-CCEIP |
MS-CCROD |
MS-CCRSO |
MS-CER |
MS-CER2 |
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MS-CERSOD |
MS-CFB |
MS-CHAP |
MS-CHGTR |
MS-CIFS |
MS-CMOM |
MS-CMP |
MS-CMPO |
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MS-COM |
MS-COMA |
MS-COMEV |
MS-COMT |
MS-CPSP |
MS-CTA |
MS-DCHT |
MS-DCLB |
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MS-DCOM |
MS-DFSC |
MS-DFSNM |
MS-DFSRH |
MS-DHCPE |
MS-DHCPN |
MS-DISO |
MS-DLNHND |
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MS-DLTCS |
MS-DLTM |
MS-DLTW |
MS-DMCT |
MS-DMRP |
MS-DOCO |
MS-DPDX |
MS-DPSP |
|
MS-DPWSRP |
MS-DPWSSN |
MS-DRM |
MS-DRMCD |
MS-DRMND |
MS-DRMRI |
MS-DSCPM |
MS-DSLR |
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MS-DSMN |
MS-DSPA |
MS-DSSP |
MS-DTAG |
MS-DTCLU |
MS-DTCM |
MS-DTCO |
MS-DVRD |
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MS-DVRE |
MS-ECS |
MS-EERR |
MS-EFSR |
MS-EMF |
MS-EMFPLUS |
MS-EMFSPOOL |
MS-ERREF |
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MS-EVEN |
MS-FASOD |
MS-FCIADS |
MS-FRS1 |
MS-FRS2 |
MS-FSMOD |
MS-FSRVP |
MS-FSSO |
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MS-FTPS |
MS-GKDI |
MS-GLOS |
MS-GPAC |
MS-GPCAP |
MS-GPDPC |
MS-GPEF |
MS-GPFR |
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MS-GPIE |
MS-GPIPSEC |
MS-GPNAP |
MS-GPNRPT |
MS-GPOD |
MS-GPOL |
MS-GPREG |
MS-GPSB |
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MS-GPSCR |
MS-GPSI |
MS-GPSO |
MS-GSSA |
MS-H245 |
MS-H26XPF |
MS-HCEP |
MS-HGRP |
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MS-HNDS |
MS-ICPR |
MS-IISS |
MS-IKEE |
MS-IMSA |
MS-IOI |
MS-IPAMM |
MS-IPHTTPS |
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MS-IRDA |
MS-IRP |
MS-ISTD |
MS-ISTM |
MS-KKDCP |
MS-L2TPIE |
MS-LCID |
MS-LLMNRP |
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MS-LLTD |
MS-LSAD |
MS-LSAT |
MS-LWSSP |
MS-MAIL |
MS-MCIS |
MS-MGSO |
MS-MMSP |
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MS-MNPR |
MS-MQBR |
MS-MQCN |
MS-MQDMPR |
MS-MQDS |
MS-MQDSSM |
MS-MQMP |
MS-MQMQ |
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MS-MQMR |
MS-MQQB |
MS-MQQP |
MS-MQRR |
MS-MQSO |
MS-MSB |
MS-MSBD |
MS-MSRP |
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MS-MSSO |
MS-MSSOD |
MS-MWBE |
MS-N2HT |
MS-NAPOD |
MS-NAPSO |
MS-NBTE |
MS-NETOD |
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MS-NETTR |
MS-NFPS |
MS-NKPU |
MS-NLMP |
MS-NMFMB |
MS-NMFTB |
MS-NNS |
MS-NNTP |
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MS-NRBF |
MS-NRLS |
MS-NRTP |
MS-NSPI |
MS-NTHT |
MS-OAUT |
MS-OCSP |
MS-OCSPA |
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MS-ODASM |
MS-OLEDS |
MS-OLEPS |
MS-OTPCE |
MS-P2PPI |
MS-PAC |
MS-PAN |
MS-PASS |
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MS-PBSD |
MS-PCCRC |
MS-PCCRD |
MS-PCCRR |
MS-PCHC |
MS-PCQ |
MS-PEAP |
MS-PKCA |
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MS-PLA |
MS-PNM |
MS-PNRP |
MS-POP3 |
MS-PPGRH |
MS-PPP1 |
MS-PPSEC |
MS-PROPSTORE |
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MS-PROTO |
MS-PRSOD |
MS-PSDP |
MS-PSRP |
MS-PSSO |
MS-PTPT |
MS-QDP |
MS-QLPB |
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MS-RA |
MS-RAA |
MS-RAI |
MS-RAINPS |
MS-RAIOP |
MS-RAIW |
MS-RAP |
MS-RASA |
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MS-RCMP |
MS-RDC |
MS-RDPADRV |
MS-RDPCR2 |
MS-RDPEA |
MS-RDPEAI |
MS-RDPECLIP |
MS-RDPEDC |
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MS-RDPEDISP |
MS-RDPEDYC |
MS-RDPEECO |
MS-RDPEFS |
MS-RDPEGDI |
MS-RDPEGT |
MS-RDPEI |
MS-RDPELE |
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MS-RDPEMC |
MS-RDPEMT |
MS-RDPEPC |
MS-RDPEPNP |
MS-RDPEPS |
MS-RDPESC |
MS-RDPESP |
MS-RDPEUSB |
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MS-RDPEV |
MS-RDPEVOR |
MS-RDPEXPS |
MS-RDPNSC |
MS-RDPRFX |
MS-RDSOD |
MS-RDRW |
MS-REF |
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MS-REMSI |
MS-RMPR |
MS-RMPRS |
MS-RMSI |
MS-RMSO |
MS-RMSOD |
MS-RNAP |
MS-RNDIS |
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MS-TVTT |
MS-RPCE |
MS-RPCH |
MS-RPCL |
MS-RRP |
MS-RRSP2 |
MS-RSMP |
MS-RSP |
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MS-RTPDT |
MS-RTPME |
MS-RTPRAD |
MS-RTSP |
MS-RXAD |
MS-SAMLPR |
MS-SAMR |
MS-SAMS |
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MS-SCMP |
MS-SDP |
MS-SECO |
MS-SFU |
MS-SHLLINK |
MS-SIP |
MS-SMB |
MS-SMTPNTLM |
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MS-SNID |
MS-SNTP |
MS-SPNG |
MS-SQMCS |
MS-SQMCS2 |
MS-SRPL |
MS-SVRS |
MS-SSDP |
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MS-SSEAN |
MS-SSTP |
MS-SSTR |
MS-STOROD |
MS-SWSB |
MS-SYS |
MS-TAIL |
MS-TDS |
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MS-THCH |
MS-TIPP |
MS-TNAP |
MS-TPSO |
MS-TPXS |
MS-TPXS |
MS-TRP |
MS-TSCH |
|
MS-TSRAP |
MS-TSSO |
MS-UAMG |
MS-UCODEREF |
MS-UNMP |
MS-UPIGD |
MS-V4OF |
MS-VDS |
|
MS-VUVP |
MS-W32T |
MS-WDSC |
MS-WDSMA |
MS-WDSMSI |
MS-WDSMT |
MS-WDSOSD |
MS-WDV |
|
MS-WDVSE |
MS-WFIM |
MS-WINSRA |
MS-WKST |
MS-WMF |
MS-WMHTTP |
MS-WMI |
MS-WMIO |
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MS-WMLOG |
MS-WMOD |
MS-WMSO |
MS-WMSP |
MS-WPE376 |
MS-WPO |
MS-WPODF |
MS-WPRN |
|
MS-WSDS |
MS-WSH |
MS-WSMAN |
MS-WSMV |
MS-WSO |
MS-WSP |
MS-WSPE |
MS-WSPELD |
|
MS-WSPOL |
MS-WSRM |
MS-WSRVCAT |
MS-WSRVCRM |
MS-WSRVCRR |
MS-WSSEC |
MS-WSSO |
MS-WSTC |
|
MS-WSTEP |
MS-WSTIM |
MS-WSUSO |
MS-WSUSOD |
MS-XCEP |
MS-XCA |
MS-XOPP |
