Introduction - Microsoft
[MS-TIPP]: Transaction Internet Protocol (TIP) ExtensionsIntellectual Property Rights Notice for Open Specifications DocumentationTechnical Documentation. Microsoft publishes Open Specifications documentation for protocols, file formats, languages, standards as well as overviews of the interaction among each of these technologies. Copyrights. This documentation is covered by Microsoft copyrights. Regardless of any other terms that are contained in the terms of use for the Microsoft website that hosts this documentation, you may make copies of it in order to develop implementations of the technologies described in the Open Specifications and may distribute portions of it in your implementations using these technologies or your documentation as necessary to properly document the implementation. You may also distribute in your implementation, with or without modification, any schema, IDL's, or code samples that are included in the documentation. This permission also applies to any documents that are referenced in the Open Specifications. No Trade Secrets. Microsoft does not claim any trade secret rights in this documentation. Patents. Microsoft has patents that may cover your implementations of the technologies described in the Open Specifications. Neither this notice nor Microsoft's delivery of the documentation grants any licenses under those or any other Microsoft patents. However, a given Open Specification may be covered by Microsoft Open Specification Promise or the Community Promise. If you would prefer a written license, or if the technologies described in the Open Specifications are not covered by the Open Specifications Promise or Community Promise, as applicable, patent licenses are available by contacting iplg@. Trademarks. The names of companies and products contained in this documentation may be covered by trademarks or similar intellectual property rights. This notice does not grant any licenses under those rights. For a list of Microsoft trademarks, visit trademarks. Fictitious Names. The example companies, organizations, products, domain names, e-mail addresses, logos, people, places, and events depicted in this documentation are fictitious. No association with any real company, organization, product, domain name, email address, logo, person, place, or event is intended or should be inferred.Reservation of Rights. All other rights are reserved, and this notice does not grant any rights other than specifically described above, whether by implication, estoppel, or otherwise. Tools. The Open Specifications do not require the use of Microsoft programming tools or programming environments in order for you to develop an implementation. If you have access to Microsoft programming tools and environments you are free to take advantage of them. Certain Open Specifications are intended for use in conjunction with publicly available standard specifications and network programming art, and assumes that the reader either is familiar with the aforementioned material or has immediate access to it.Revision SummaryDateRevision HistoryRevision ClassComments7/20/20070.1MajorMCPP Milestone M5 Initial Availability9/28/20071.0MajorUpdated and revised the technical content.10/23/20072.0MajorAdded new content.11/30/20073.0MajorUpdated and revised the technical content.1/25/20083.0.1EditorialChanged language and formatting in the technical content.3/14/20083.0.2EditorialChanged language and formatting in the technical content.5/16/20083.0.3EditorialChanged language and formatting in the technical content.6/20/20083.1MinorClarified the meaning of the technical content.7/25/20083.2MinorClarified the meaning of the technical content.8/29/20083.3MinorClarified the meaning of the technical content.10/24/20083.3.1EditorialChanged language and formatting in the technical content.12/5/20083.3.2EditorialChanged language and formatting in the technical content.1/16/20093.3.3EditorialChanged language and formatting in the technical content.2/27/20093.3.4EditorialChanged language and formatting in the technical content.4/10/20093.3.5EditorialChanged language and formatting in the technical content.5/22/20094.0MajorUpdated and revised the technical content.7/2/20094.0.1EditorialChanged language and formatting in the technical content.8/14/20094.0.2EditorialChanged language and formatting in the technical content.9/25/20095.0MajorUpdated and revised the technical content.11/6/20095.1MinorClarified the meaning of the technical content.12/18/20095.2MinorClarified the meaning of the technical content.1/29/20105.3MinorClarified the meaning of the technical content.3/12/20106.0MajorUpdated and revised the technical content.4/23/20107.0MajorUpdated and revised the technical content.6/4/20108.0MajorUpdated and revised the technical content.7/16/20109.0MajorUpdated and revised the technical content.8/27/20109.0NoneNo changes to the meaning, language, or formatting of the technical content.10/8/201010.0MajorUpdated and revised the technical content.11/19/201010.1MinorClarified the meaning of the technical content.1/7/201110.1NoneNo changes to the meaning, language, or formatting of the technical content.2/11/201110.1NoneNo changes to the meaning, language, or formatting of the technical content.3/25/201110.1NoneNo changes to the meaning, language, or formatting of the technical content.5/6/201110.1NoneNo changes to the meaning, language, or formatting of the technical content.6/17/201110.2MinorClarified the meaning of the technical content.9/23/201110.2NoneNo changes to the meaning, language, or formatting of the technical content.12/16/201111.0MajorUpdated and revised the technical content.3/30/201211.0NoneNo changes to the meaning, language, or formatting of the technical content.7/12/201211.0NoneNo changes to the meaning, language, or formatting of the technical content.10/25/201211.0NoneNo changes to the meaning, language, or formatting of the technical content.1/31/201311.0NoneNo changes to the meaning, language, or formatting of the technical content.8/8/201312.0MajorUpdated and revised the technical content.11/14/201312.0NoneNo changes to the meaning, language, or formatting of the technical content.2/13/201412.0NoneNo changes to the meaning, language, or formatting of the technical content.5/15/201412.0NoneNo changes to the meaning, language, or formatting of the technical content.6/30/201513.0MajorSignificantly changed the technical content.Table of ContentsTOC \o "1-9" \h \z1Introduction PAGEREF _Toc423367253 \h 81.1Glossary PAGEREF _Toc423367254 \h 81.2References PAGEREF _Toc423367255 \h 101.2.1Normative References PAGEREF _Toc423367256 \h 101.2.2Informative References PAGEREF _Toc423367257 \h 101.3Overview PAGEREF _Toc423367258 \h 101.3.1Protocol Roles PAGEREF _Toc423367259 \h 111.3.1.1The TIP Application Role PAGEREF _Toc423367260 \h 121.3.1.2The Transaction Manager Role PAGEREF _Toc423367261 \h 121.3.1.2.1The TIP Superior Transaction Manager Facet PAGEREF _Toc423367262 \h 121.3.1.2.2The TIP Subordinate Transaction Manager Facet PAGEREF _Toc423367263 \h 121.3.1.2.3The TIP Transaction Manager Communicating with an Application Facet PAGEREF _Toc423367264 \h 121.3.2Common Scenarios PAGEREF _Toc423367265 \h 131.3.2.1Starting and Completing a Transaction PAGEREF _Toc423367266 \h 131.3.2.2Pulling a Transaction PAGEREF _Toc423367267 \h 141.3.2.3Pushing a Transaction PAGEREF _Toc423367268 \h 151.3.2.4TIP Two-Phase Commit PAGEREF _Toc423367269 \h 161.4Relationship to Other Protocols PAGEREF _Toc423367270 \h 171.5Prerequisites/Preconditions PAGEREF _Toc423367271 \h 171.6Applicability Statement PAGEREF _Toc423367272 \h 181.7Versioning and Capability Negotiation PAGEREF _Toc423367273 \h 181.8Vendor-Extensible Fields PAGEREF _Toc423367274 \h 181.9Standards Assignments PAGEREF _Toc423367275 \h 182Messages PAGEREF _Toc423367276 \h 192.1Transport PAGEREF _Toc423367277 \h 192.2Message Syntax PAGEREF _Toc423367278 \h 192.2.1ALREADYPUSHED PAGEREF _Toc423367279 \h 202.2.2BEGUN PAGEREF _Toc423367280 \h 202.2.3IDENTIFY PAGEREF _Toc423367281 \h 202.2.4PULL PAGEREF _Toc423367282 \h 202.2.5PUSH PAGEREF _Toc423367283 \h 202.2.6PUSHED PAGEREF _Toc423367284 \h 202.2.7QUERY PAGEREF _Toc423367285 \h 202.2.8RECONNECT PAGEREF _Toc423367286 \h 203Protocol Details PAGEREF _Toc423367287 \h 213.1Common Details PAGEREF _Toc423367288 \h 213.1.1Abstract Data Model PAGEREF _Toc423367289 \h 213.1.1.1Data Elements PAGEREF _Toc423367290 \h 213.1.1.2TIP Connection Object PAGEREF _Toc423367291 \h 223.1.1.3TIP Connection Management Operations PAGEREF _Toc423367292 \h 223.1.1.3.1GetTipConnection Operation PAGEREF _Toc423367293 \h 223.1.1.3.2GetTipConnectionFromAddress Operation PAGEREF _Toc423367294 \h 233.1.1.3.3HasPartnerTransaction Operation PAGEREF _Toc423367295 \h 243.1.1.3.4FreeTipConnection Operation PAGEREF _Toc423367296 \h 243.1.1.3.5TerminateTipConnection Operation PAGEREF _Toc423367297 \h 243.1.1.4TIP Command Object PAGEREF _Toc423367298 \h 243.1.1.5Transaction Identifier Converter Operations PAGEREF _Toc423367299 \h 253.1.1.5.1Convert TIP Transaction Identifier to Transaction Identifier Operation PAGEREF _Toc423367300 \h 253.1.1.5.2Convert Transaction Identifier to TIP Transaction Identifier Operation PAGEREF _Toc423367301 \h 253.1.1.6Primary State Transition Table PAGEREF _Toc423367302 \h 253.1.1.7Secondary State Transition Table PAGEREF _Toc423367303 \h 263.1.2Timers PAGEREF _Toc423367304 \h 263.1.3Initialization PAGEREF _Toc423367305 \h 263.1.4Higher-Layer Triggered Events PAGEREF _Toc423367306 \h 273.1.5Message Processing Events and Sequencing Rules PAGEREF _Toc423367307 \h 273.1.5.1Receiving BEGUN TIP Command PAGEREF _Toc423367308 \h 273.1.5.2Receiving CANTMULTIPLEX TIP Command PAGEREF _Toc423367309 \h 273.1.5.3Receiving CANTTLS TIP Command PAGEREF _Toc423367310 \h 273.1.5.4Receiving IDENTIFIED TIP Command PAGEREF _Toc423367311 \h 273.1.5.5Receiving IDENTIFY TIP Command PAGEREF _Toc423367312 \h 283.1.5.6Receiving MULTIPLEX TIP Command PAGEREF _Toc423367313 \h 293.1.5.7Receiving MULTIPLEXING TIP Command PAGEREF _Toc423367314 \h 293.1.5.8Receiving NEEDTLS TIP Command PAGEREF _Toc423367315 \h 293.1.5.9Receiving NOTBEGUN TIP Command PAGEREF _Toc423367316 \h 303.1.5.10Receiving TLS TIP Command PAGEREF _Toc423367317 \h 303.1.5.11Receiving TLSING TIP Command PAGEREF _Toc423367318 \h 303.1.6Timer Events PAGEREF _Toc423367319 \h 303.1.7Other Local Events PAGEREF _Toc423367320 \h 303.1.7.1Invalid TIP Command Event PAGEREF _Toc423367321 \h 303.1.7.2Transport Events PAGEREF _Toc423367322 \h 303.1.7.2.1Received Message PAGEREF _Toc423367323 \h 303.1.7.2.2Transport Connection Down PAGEREF _Toc423367324 \h 313.2TIP Superior Transaction Manager Facet Details PAGEREF _Toc423367325 \h 313.2.1Abstract Data Model PAGEREF _Toc423367326 \h 313.2.1.1TIP Superior Transaction Manager Facet State Transition Table PAGEREF _Toc423367327 \h 323.2.2Timers PAGEREF _Toc423367328 \h 333.2.3Initialization PAGEREF _Toc423367329 \h 333.2.4Higher-Layer Triggered Events PAGEREF _Toc423367330 \h 343.2.4.1Push Transaction PAGEREF _Toc423367331 \h 343.2.5Message Processing Events and Sequencing Rules PAGEREF _Toc423367332 \h 353.2.5.1Receiving ABORTED TIP Command PAGEREF _Toc423367333 \h 353.2.5.2Receiving ALREADYPUSHED TIP Command PAGEREF _Toc423367334 \h 353.2.5.3Receiving COMMITTED TIP Command PAGEREF _Toc423367335 \h 363.2.5.4Receiving NOTPUSHED TIP Command PAGEREF _Toc423367336 \h 363.2.5.5Receiving NOTRECONNECTED TIP Command PAGEREF _Toc423367337 \h 373.2.5.6Receiving PREPARED TIP Command PAGEREF _Toc423367338 \h 373.2.5.7Receiving PULL TIP Command PAGEREF _Toc423367339 \h 383.2.5.8Receiving PUSHED TIP Command PAGEREF _Toc423367340 \h 393.2.5.9Receiving QUERY TIP Command PAGEREF _Toc423367341 \h 403.2.5.10Receiving READONLY TIP Command PAGEREF _Toc423367342 \h 403.2.5.11Receiving RECONNECTED TIP Command PAGEREF _Toc423367343 \h 413.2.5.12Receiving ERROR TIP Command PAGEREF _Toc423367344 \h 413.2.6Timer Events PAGEREF _Toc423367345 \h 413.2.7Other Local Events PAGEREF _Toc423367346 \h 413.2.7.1Invalid TIP Command Event PAGEREF _Toc423367347 \h 413.2.7.2Process Error PAGEREF _Toc423367348 \h 423.2.7.3Events Signaled by the Core Transaction Manager Facet PAGEREF _Toc423367349 \h 433.2.7.3.1Begin Commit PAGEREF _Toc423367350 \h 433.2.7.3.2Begin Phase One PAGEREF _Toc423367351 \h 433.2.7.3.3Begin Rollback PAGEREF _Toc423367352 \h 443.2.7.3.4Create Subordinate Enlistment Failure PAGEREF _Toc423367353 \h 443.2.7.3.5Create Subordinate Enlistment Success PAGEREF _Toc423367354 \h 453.2.7.4Transport Events PAGEREF _Toc423367355 \h 463.2.7.4.1Transport Connection Down PAGEREF _Toc423367356 \h 463.3TIP Subordinate Transaction Manager Facet Details PAGEREF _Toc423367357 \h 463.3.1Abstract Data Model PAGEREF _Toc423367358 \h 463.3.1.1TIP Subordinate Transaction Manager Facet State Transition Table PAGEREF _Toc423367359 \h 473.3.2Timers PAGEREF _Toc423367360 \h 483.3.2.1Query Timer PAGEREF _Toc423367361 \h 483.3.3Initialization PAGEREF _Toc423367362 \h 483.3.4Higher-Layer Triggered Events PAGEREF _Toc423367363 \h 493.3.4.1Pull Transaction PAGEREF _Toc423367364 \h 493.3.5Message Processing Events and Sequencing Rules PAGEREF _Toc423367365 \h 493.3.5.1Receiving ABORT TIP Command PAGEREF _Toc423367366 \h 503.3.5.2Receiving COMMIT TIP Command PAGEREF _Toc423367367 \h 503.3.5.3Receiving NOTPULLED TIP Command PAGEREF _Toc423367368 \h 513.3.5.4Receiving PREPARE TIP Command PAGEREF _Toc423367369 \h 513.3.5.5Receiving PULLED TIP Command PAGEREF _Toc423367370 \h 513.3.5.6Receiving PUSH TIP Command PAGEREF _Toc423367371 \h 523.3.5.7Receiving QUERIEDEXISTS TIP Command PAGEREF _Toc423367372 \h 533.3.5.8Receiving QUERIEDNOTFOUND TIP Command PAGEREF _Toc423367373 \h 533.3.5.9Receiving RECONNECT TIP Command PAGEREF _Toc423367374 \h 543.3.5.10Receiving ERROR TIP Command PAGEREF _Toc423367375 \h 553.3.6Timer Events PAGEREF _Toc423367376 \h 563.3.6.1Query Timer Expired Event PAGEREF _Toc423367377 \h 563.3.7Other Local Events PAGEREF _Toc423367378 \h 563.3.7.1Invalid TIP Command Event PAGEREF _Toc423367379 \h 563.3.7.2Process Error PAGEREF _Toc423367380 \h 563.3.7.3Events Signaled by the Core Transaction Manager Facet PAGEREF _Toc423367381 \h 573.3.7.3.1Commit Complete PAGEREF _Toc423367382 \h 573.3.7.3.2Create Superior Enlistment Success PAGEREF _Toc423367383 \h 583.3.7.3.3Create Superior Enlistment Failure PAGEREF _Toc423367384 \h 583.3.7.3.4Phase Zero Complete PAGEREF _Toc423367385 \h 593.3.7.3.5Phase One Complete PAGEREF _Toc423367386 \h 593.3.7.3.6Recover In Doubt Transaction PAGEREF _Toc423367387 \h 603.3.7.3.7Rollback Complete PAGEREF _Toc423367388 \h 613.3.7.3.8Unilaterally Aborted PAGEREF _Toc423367389 \h 623.3.7.4Transport Events PAGEREF _Toc423367390 \h 623.3.7.4.1Transport Connection Down PAGEREF _Toc423367391 \h 623.4TIP Transaction Manager Communicating with an Application Facet Details PAGEREF _Toc423367392 \h 623.4.1Abstract Data Model PAGEREF _Toc423367393 \h 623.4.1.1TIP Transaction Manager Communicating with an Application Facet State Transition Table PAGEREF _Toc423367394 \h 633.4.2Timers PAGEREF _Toc423367395 \h 633.4.3Initialization PAGEREF _Toc423367396 \h 633.4.4Higher-Layer Triggered Events PAGEREF _Toc423367397 \h 643.4.5Message Processing Events and Sequencing Rules PAGEREF _Toc423367398 \h 643.4.5.1Receiving ABORT TIP Command PAGEREF _Toc423367399 \h 643.4.5.2Receiving BEGIN TIP Command PAGEREF _Toc423367400 \h 643.4.5.3Receiving COMMIT TIP Command PAGEREF _Toc423367401 \h 653.4.5.4Receiving ERROR TIP Command PAGEREF _Toc423367402 \h 653.4.6Timer Events PAGEREF _Toc423367403 \h 663.4.7Other Local Events PAGEREF _Toc423367404 \h 663.4.7.1Invalid TIP Command Event PAGEREF _Toc423367405 \h 663.4.7.2Events Signaled by the Core Transaction Manager Facet PAGEREF _Toc423367406 \h 663.4.7.2.1Create Transaction Failure PAGEREF _Toc423367407 \h 663.4.7.2.2Create Transaction Success PAGEREF _Toc423367408 \h 663.4.7.2.3Phase Zero Complete PAGEREF _Toc423367409 \h 673.4.7.2.4Phase One Complete PAGEREF _Toc423367410 \h 673.4.7.2.5Rollback Complete PAGEREF _Toc423367411 \h 683.4.7.2.6Unilaterally Aborted PAGEREF _Toc423367412 \h 683.4.7.3Transport Events PAGEREF _Toc423367413 \h 693.4.7.3.1Transport Connection Down PAGEREF _Toc423367414 \h 694Protocol Examples PAGEREF _Toc423367415 \h 704.1Transaction Processing Scenario PAGEREF _Toc423367416 \h 704.1.1Creating the TIP Connection PAGEREF _Toc423367417 \h 704.1.2Propagating the Transaction PAGEREF _Toc423367418 \h 714.1.2.1Pull Propagation PAGEREF _Toc423367419 \h 714.1.2.2Push Propagation PAGEREF _Toc423367420 \h 724.1.3Committing the Transaction PAGEREF _Toc423367421 \h 734.1.3.1Two-Phase Commit PAGEREF _Toc423367422 \h 734.1.3.1.1Read Only PAGEREF _Toc423367423 \h 734.1.3.1.2Phase One PAGEREF _Toc423367424 \h 734.1.3.1.3Recovery PAGEREF _Toc423367425 \h 744.1.3.1.4Phase Two PAGEREF _Toc423367426 \h 754.1.3.2Single-Phase Commit PAGEREF _Toc423367427 \h 764.2Begin Scenario PAGEREF _Toc423367428 \h 764.2.1Creating the TIP Connection PAGEREF _Toc423367429 \h 764.2.2Beginning the Transaction PAGEREF _Toc423367430 \h 764.2.3Committing the Transaction PAGEREF _Toc423367431 \h 765Security PAGEREF _Toc423367432 \h 775.1Security Considerations for Implementers PAGEREF _Toc423367433 \h 775.2Index of Security Parameters PAGEREF _Toc423367434 \h 776Appendix A: Product Behavior PAGEREF _Toc423367435 \h 787Appendix B: Summary of Extensions PAGEREF _Toc423367436 \h 808Change Tracking PAGEREF _Toc423367437 \h 829Index PAGEREF _Toc423367438 \h 84Introduction XE "Introduction" XE "Introduction"This document specifies a set of extensions to the standard Transaction Internet Protocol (TIP) Version 3.0, as specified in [RFC2371]. This specification assumes that the reader has familiarity with the concepts and requirements specified in [RFC2371]. Concepts and requirements specified in [RFC2371] are repeated in this specification when needed to provide clarity.Sections 1.8, 2, and 3 of this specification are normative and can contain the terms MAY, SHOULD, MUST, MUST NOT, and SHOULD NOT as defined in [RFC2119]. Sections 1.5 and 1.9 are also normative but do not contain those terms. All other sections and examples in this specification are informative.Glossary XE "Glossary" The following terms are specific to this document:Augmented Backus-Naur Form (ABNF): A modified version of Backus-Naur Form (BNF), commonly used by Internet specifications. ABNF notation balances compactness and simplicity with reasonable representational power. ABNF differs from standard BNF in its definitions and uses of naming rules, repetition, alternatives, order-independence, and value ranges. For more information, see [RFC5234].computer name: The DNS or NetBIOS name.core transaction manager facet: The facet that acts as the internal coordinator of each transaction that is inside the transaction manager. The core transaction manager facet communicates with other facets in its transaction manager to ensure that each transaction is processed correctly. To accomplish this, the core transaction manager facet maintains critical transaction state, in both volatile memory and in a durable store, such as in a log file.facet: In OleTx, a subsystem in a transaction manager that maintains its own per-transaction state and responds to intra-transaction manager events from other facets. A facet can also be responsible for communicating with other participants of a transaction.globally unique identifier (GUID): A term used interchangeably with universally unique identifier (UUID) in Microsoft protocol technical documents (TDs). Interchanging the usage of these terms does not imply or require a specific algorithm or mechanism to generate the value. Specifically, the use of this term does not imply or require that the algorithms described in [RFC4122] or [C706] must be used for generating the GUID. See also universally unique identifier (UUID).higher-layer business logic: The application functionality that invokes the functionality that is specific to this protocol.IPv4 address in string format: A string representation of an IPv4 address in dotted-decimal notation, as described in [RFC1123] section 2.1.OleTx transaction manager (OleTx TM): A transaction manager that implements the OleTx Transaction Protocol [MS-DTCO].partner transaction manager: A transaction manager that plays the opposite role in an enlistment. When the TIP subordinate transaction manager facet is communicating with the partner transaction manager, the partner transaction manager acts as a superior transaction manager. When the TIP superior transaction manager facet is communicating with the partner transaction manager, the partner transaction manager acts as a subordinate transaction manager. The TIP transaction manager communicating with an application facet does not communicate with a partner transaction manager.signal: In OleTx, the act of communicating an event between facets inside a transaction manager.single-phase commit: An optimization of the Two-Phase Commit Protocol in which a transaction manager delegates the right to decide the outcome of a transaction to its only subordinate participant. This optimization can result in an In Doubt outcome.superior transaction manager: A role taken by a transaction manager that is responsible for gathering outcome votes and providing the final transaction outcome. A root transaction manager can act as a superior transaction manager to a number of subordinate transaction managers. A transaction manager can act as both a subordinate transaction manager and a superior transaction manager on the same transaction.TIP: An acronym for the Transaction Internet Protocol, which is specified in [RFC2371] section 13.tip command: A TIP request or reply, including action and parameters, as specified in [RFC2371] section 13.TIP command line: That part of a TIP message that contains a single TIP command. This is specified in the TIP standard [RFC2371] section 11 as a "line of ASCII text, using only octets with values in the range 32 through 126 inclusive, followed by either a CR (an octet with value 13) or an LR (an octet with value 10)."tip connection: A TIP connection that is initiated and used, as specified in [RFC2371] section 4.TIP subordinate transaction manager: A subordinate transaction manager that implements the transaction management functionality that is specified in TIP.TIP subordinate transaction manager facet: The facet that accepts requests to push a transaction from the partner transaction manager, sends requests to pull a transaction from the partner transaction manager, and participates as a subordinate in the Two-Phase Commit protocol.TIP superior transaction manager: A superior transaction manager that implements the transaction management functionality that is specified in TIP.TIP superior transaction manager facet: The facet that accepts requests to pull a transaction from the partner transaction manager, sends requests to push a transaction to the partner transaction manager, drives the Two-Phase Commit protocol with the partner transaction manager, and after a failure, performs recovery.tip transaction manager: A transaction manager for the transaction management functionality specified in TIP.TIP transaction manager communicating with an application facet: The facet that accepts requests to create and complete a transaction from an application.TIP transaction manager facets: The facets that constitute the transaction manager role, namely the TIP superior transaction manager facet, the TIP subordinate transaction manager facet, and the TIP transaction manager communicating with an application facet.transaction: In OleTx, an atomic transaction.transaction manager: The party that is responsible for managing and distributing the outcome of atomic transactions. A transaction manager is either a root transaction manager or a subordinate transaction manager for a specified transaction.Transport Layer Security (TLS): A security protocol that supports confidentiality and integrity of messages in client and server applications communicating over open networks. TLS supports server and, optionally, client authentication by using X.509 certificates (as specified in [X509]). TLS is standardized in the IETF TLS working group. See [RFC4346].two-phase commit: An agreement protocol that is used to resolve the outcome of an atomic transaction in response to a commit request from the root application. Phase One and Phase Two are the distinct phases of the Two-Phase Commit Protocol.MAY, SHOULD, MUST, SHOULD NOT, MUST NOT: These terms (in all caps) are used as defined in [RFC2119]. All statements of optional behavior use either MAY, SHOULD, or SHOULD NOT.References XE "References" Links to a document in the Microsoft Open Specifications library point to the correct section in the most recently published version of the referenced document. However, because individual documents in the library are not updated at the same time, the section numbers in the documents may not match. You can confirm the correct section numbering by checking the Errata. Normative References XE "References:normative" XE "Normative references" We conduct frequent surveys of the normative references to assure their continued availability. If you have any issue with finding a normative reference, please contact dochelp@. We will assist you in finding the relevant information. [MS-DTCO] Microsoft Corporation, "MSDTC Connection Manager: OleTx Transaction Protocol".[RFC2119] Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, March 1997, [RFC2371] Lyon, J., Evans, K., and Klein, J., "Transaction Internet Protocol Version 3.0", RFC 2371, July 1998, References XE "References:informative" XE "Informative references" [RFC2372] Lyon, J., Evans, K., and Klein, J., "Transaction Internet Protocol - Requirements and Supplemental Information", RFC 2372, July 1998, XE "Overview (synopsis)" XE "Synopsis - overview" XE "Overview:synopsis"This protocol represents an extension to TIP, as specified in [RFC2371], and it is assumed to operate in an environment in which an OleTx transaction manager (OleTx TM) is present. In this context, the protocol provides concrete mechanisms for associating an OleTx transaction and a TIP transaction. These include mechanisms for creating the association, coordinating agreement on a single atomic outcome, and reliably distributing that outcome to the transaction managers involved in the overall transaction.It provides a way to group multiple actions across different nodes to define the next state.It guarantees that all the nodes agree on the same outcome, so that: All of these actions complete and all the nodes move together to the next state.All the nodes remain in their previous state.For multiple platforms to participate in this, it is important to have a standard protocol for reaching this agreement. The TIP standard protocol [RFC2371] specifies such a standard. This document defines an extension of the TIP standard protocol.The TIP standard protocol [RFC2371] specifies TIP connection initialization, push and pull enlistment, distributed agreement, and remote transactions. These are summarized in the following subsections and specified in sections 2 and 3. For additional requirements and supplemental information, see [RFC2372].Protocol Roles XE "Protocol roles"This protocol comprises the following self-contained classes of functionality or protocol roles:The TIP application role (section 1.3.1.1).The TIP transaction manager role (section 1.3.1.2), which can be further divided into three subroles or facets:The TIP superior transaction manager facet (section 1.3.1.2.1).The TIP subordinate transaction manager facet (section 1.3.1.2.2).The TIP transaction manager communicating with an application facet (section 1.3.1.2.3).The following figure shows the protocol roles.Figure 1: Protocol rolesThese facets communicate with each other both via events and by sharing data, in each case using an implementation-specific mechanism.The TIP Application Role XE "TIP application role"The TIP application role performs the following tasks:Establishes a TIP connection with the TIP transaction manager communicating with an application facet (section 1.3.1.2.3).Requests the creation of a transaction on the TIP transaction manager communicating with an application facet and obtains an identifier for the created transaction.Requests the commit or rollback of a transaction it created on the TIP transaction manager communicating with an application facet and obtains the transaction outcome.The Transaction Manager RoleThe TIP Superior Transaction Manager FacetThe TIP superior transaction manager facet performs the following tasks:Establishes a TIP connection with the partner transaction manager's TIP subordinate transaction manager facet.Accepts requests to pull a transaction from the partner transaction manager's TIP subordinate transaction manager facet.Sends requests to push a transaction to the partner transaction manager's TIP subordinate transaction manager facet.Drives the Two-Phase Commit Protocol with its partner transaction manager's TIP subordinate transaction manager facet.Performs transaction recovery and provides transaction outcome notifications to its partner transaction manager's TIP subordinate transaction manager facet, after a failure.The TIP Subordinate Transaction Manager FacetThe TIP subordinate transaction manager facet performs the following tasks:Establishes a TIP connection with the partner transaction manager's TIP superior transaction manager facet.Sends requests to pull a transaction from the partner transaction manager's TIP superior transaction manager facet.Accepts requests to push a transaction from the partner transaction manager's TIP superior transaction manager facet.Participates in the Two-Phase Commit Protocol with its partner transaction manager's TIP superior transaction manager facet.Participates in recovery and accepts transaction outcome notifications from its partner transaction manager's TIP superior transaction manager facet, after a failure.The TIP Transaction Manager Communicating with an Application FacetThe TIP transaction manager communicating with an application facet performs the following tasks:Accepts requests to create a transaction from the TIP application role (section 1.3.1.1) and responds with the identifier for the created transaction.Accepts requests to commit or rollback a transaction from the TIP application role and responds with the transaction mon Scenarios XE "Common scenarios" XE "Scenarios:common"Starting and Completing a Transaction XE "Transaction:completing" XE "Transaction:starting"In this scenario, an application (playing the TIP application role (section 1.3.1.1)) creates a transaction with a TIP transaction manager (that implements this protocol), performs some work by using that transaction, and eventually completes (commits or aborts) the transaction. The following figure illustrates the scenario (TIP protocol messages are illustrated with dashed arrows).Figure 2: Starting and completing a transactionThe TIP application requests the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) of a TIP transaction manager to create a transaction by sending the BEGIN TIP command.TIP transaction manager communicating with an application facet replies with a BEGUN TIP command, passing in the identifier of the transaction created by the TIP transaction manager.The TIP application performs work using the transaction.When completing all transacted work associated with the transaction, the TIP application requests the TIP transaction manager communicating with an application facet of the TIP transaction manager to commit the transaction by sending the COMMIT TIP command.The TIP transaction manager makes the appropriate commit decision and notifies TIP application of the transaction's outcome by using either the COMMITTED or ABORTED TIP command.Pulling a Transaction XE "Transaction:pulling"In this scenario, application A sends a request to application B to pull a local transaction that it creates with its TIP transaction manager A, and do some work as part of the pulled transaction. The following figure illustrates the scenario (TIP protocol messages are illustrated with dashed arrows).Figure 3: Pulling a transactionApplication A requests the TIP transaction manager communicating with an application facet (section 3.4.1.1) of TIP transaction manager A to create a transaction by sending the BEGIN TIP command.TIP transaction manager communicating with an application facet replies with a BEGUN TIP command, passing in the identifier of the transaction (tidA) created by TIP transaction manager A. Application A does some local work in the transaction. Application A requests application B to do some work within the same transaction. Application B requests TIP transaction manager B to pull this transaction. The TIP subordinate transaction manager facet (section 1.3.1.2.2) of TIP transaction manager B sends a PULL TIP command to the TIP superior transaction manager facet (section 1.3.1.2.1) of TIP transaction manager A, passing in parameters tidA and tidB (its local identifier for the transaction). TIP transaction manager A agrees by responding with the PULLED TIP command. At this point, TIP transaction manager B has an enlistment in the transaction, and the transaction is bound to the TIP connection.TIP transaction manager B returns to application B. Application B does the requested work using the pulled transaction. Pushing a Transaction XE "Transaction:pushing"In this scenario, application A requests its transaction manager A to push a transaction to TIP transaction manager B, and then sends a request to application B to do some work as a part of the pushed transaction. The following figure illustrates the scenario (TIP protocol messages are illustrated with dashed arrows).Figure 4: Pushing a transactionApplication A requests the TIP transaction manager communicating with an application facet (section 3.4.1.1) of TIP transaction manager A to create a transaction by sending the BEGIN TIP command.TIP transaction manager communicating with an application facet replies with a BEGUN TIP command, passing in the identifier of the transaction (tidA) created by TIP transaction manager A. Application A does some local work in the transaction. Application A asks its TIP transaction manager A to push the transaction to TIP transaction manager B. The TIP superior transaction manager facet (section 1.3.1.2.1) of TIP transaction manager A sends a PUSH TIP command to the TIP subordinate transaction manager facet of TIP transaction manager B, passing as a parameter tidA. The TIP transaction manager B agrees by sending the PUSHED TIP command, passing as a parameter tidB, which is TIP transaction manager B's identifier for the transaction. At this point, TIP transaction manager B has an enlistment in the transaction, and the transaction is bound to the TIP connection. TIP transaction manager A returns to application A. Application A asks application B to do some work within the same transaction passing it the identifier of the pushed transaction, tidB. Application B does the requested work using the pushed transaction. TIP Two-Phase Commit XE "TIP Two-Phase Commit"Distributed agreement between two transaction managers is accomplished using the Two-Phase Commit Protocol (see [GRAY]). The following figure illustrates this scenario (TIP protocol messages are illustrated with dashed arrows).Figure 5: TIP two-phase commitApplication A asks the TIP transaction manager A to commit the current transaction. The TIP superior transaction manager facet (section 1.3.1.2.1) of the TIP transaction manager A initiates the Two-Phase Commit Protocol (assuming that the transaction has two or more enlistments). As part of that protocol, it sends a PREPARE TIP command to the TIP subordinate transaction manager facet of TIP transaction manager B, which is enlisted as a subordinate in the transaction. Assuming the TIP transaction manager B successfully prepares all its enlistments for this transaction, it replies with the PREPARED TIP command. Assuming all enlistments prepare successfully (once the commit decision is made), the TIP transaction manager A starts the second phase of the Two-Phase Commit Protocol and asks all enlistments in the transaction to commit. In particular, it sends a COMMIT TIP command to the TIP subordinate transaction manager facet of TIP transaction manager B. TIP transaction manager also notifies the Application A that the current transaction has been committed. After receiving the COMMIT TIP command, the TIP transaction manager B notifies all its enlistments for the respective transaction to commit, and replies with a COMMITTED TIP command. After receiving the COMMITTED response from the TIP transaction manager B, the TIP transaction manager A no longer has any responsibilities with respect to that enlistment, and it frees the associated resources. Relationship to Other Protocols XE "Relationship to other protocols" XE "Relationship to other protocols"This protocol is an extension of the TIP standard protocol, as specified in [RFC2371]. The following figure illustrates its relationship with other protocols:MSDTC Connection Manager: Ole Tx Transaction protocol ([MS-DTCO]) provides an extensibility mechanism that enables plug in of custom protocol extensions. This protocol is an extension of the standard TIP standard protocol [RFC2371] and provides an implementation of a protocol extension to MSDTC Connection Manager: Ole Tx Transaction protocol ([MS-DTCO]).The presence of the TIP, specified in [RFC2371] illustrates that TIP Extensions depends on TIP, especially TIP transaction managers.The presence of TCP illustrates how this protocol relies on the session and connection transport infrastructure defined in the TCP protocol.Figure 6: Protocol layeringPrerequisites/Preconditions XE "Prerequisites" XE "Preconditions" XE "Preconditions" XE "Prerequisites"The operation of this protocol requires the following:A TCP/IP implementation is available for use by all of the protocol roles.An OleTx TM is present and operating so that the implementation of this protocol can use its transaction management services.All the TIP transaction manager facets establish themselves as protocol extensions of the above OleTx TM as specified in [MS-DTCO] section 3.2.1.5.Applicability Statement XE "Applicability" XE "Applicability"This protocol is a distributed transaction management and coordination protocol, and therefore it is applicable in situations in which distributed transaction management coordination is necessary. Because this protocol is unsecure, an implicit level of trust is required between the parties using the protocol.Versioning and Capability Negotiation XE "Versioning" XE "Capability negotiation" XE "Capability negotiation" XE "Versioning"The Transaction Internet Protocol Extensions extends the Transaction Internet Protocol (TIP). The TIP standard, specified in [RFC2371] includes a negotiation mechanism for several aspects of a connection. TIP Extensions supports the TIP negotiation mechanism with the following restrictions:TIP Version 3.0 is supported. Other versions are not supported.TIP multiplexing negotiation is not supported.TIP Transport Layer Security (TLS) negotiation is not supported.Vendor-Extensible Fields XE "Vendor-extensible fields" XE "Fields - vendor-extensible" XE "Fields - vendor-extensible" XE "Vendor-extensible fields"There is a variable-length ASCII string in each TIP command that can be used for any purpose. It is specified in [RFC2371] section 11 of the TIP standard.Standards Assignments XE "Standards assignments" XE "Standards assignments"There is only one standard assignment: the TCP port default value of 3372, as specified in [RFC2371] section 7.Messages XE "Messages:overview"Unless stated otherwise, this protocol complies with the TIP standard as specified in [RFC2371].Transport XE "Messages:transport" XE "Transport" XE "Transport" XE "Messages:transport"This protocol restricts the connections specified in [RFC2371] section 4 to TCP connections.Message Syntax XE "Syntax" XE "Messages:syntax"This protocol places the following syntax restrictions on [RFC2371] specification:TIP command line restrictions:Messages received by this protocol restrict the TIP command line specified in [RFC2371] section 11, as follows:The TIP command line MUST NOT cross 1,024 character boundaries.Messages sent by this protocol MUST restrict the TIP command line specified in [RFC2371] section 11, as follows:A message MUST contain at most one TIP command line.The TIP command line MUST NOT exceed 1,024 characters.Transaction identifier restrictions:A transaction identifier created by this protocol MUST restrict the TIP transaction identifier specified in [RFC2371] section 5 to the following Augmented Backus-Naur Form (ABNF). OleTxTipTransactionIdentifier = %x4F %x6C %x65 %x54 %x78 "-" LowerCaseUUIDwhere LowerCaseUUID is defined to be the same as the glossary term GUID with the restriction that alpha characters MUST be lowercase. For example: OleTx-725d5246-2217-11dc-8314-0800200c9a66.Transaction manager address restrictions:A transaction manager address created by this protocol MUST restrict the transaction manager address specified in [RFC2371] section 7 to the following ABNF.%x74 %x69 %x70 %x3A %x2F %x2F HostName %x2Fwhere HostName is defined to be one of the following:A computer name with the restriction that the first character cannot be an underscore or a number.An IPv4 address in string format.The following subsections specify which TIP command parameters have the preceding syntax restrictions. These subsections include only those TIP commands that place restrictions as specified in [RFC2371].ALREADYPUSHED XE "Messages:ALREADYPUSHED" XE "ALREADYPUSHED message" XE "ALREADYPUSHED"The subordinate's transaction identifier parameter specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2. BEGUN XE "Messages:BEGUN" XE "BEGUN message" XE "BEGUN"The transaction identifier parameter specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2.IDENTIFY XE "Messages:IDENTIFY" XE "IDENTIFY message" XE "IDENTIFY"The primary transaction manager address and secondary transaction manager address parameters specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction manager address restrictions specified in section 2.2.PULL XE "Messages:PULL" XE "PULL message" XE "PULL"The superior's transaction identifier and subordinate's transaction identifier parameters specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restriction specified in section 2.2.PUSH XE "Messages:PUSH" XE "PUSH message" XE "PUSH"The superior's transaction identifier parameter specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2.PUSHED XE "Messages:PUSHED" XE "PUSHED message" XE "PUSHED"The subordinate's transaction identifier parameter specified in [RFC2371] section 13 of this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2.QUERY XE "Messages:QUERY" XE "QUERY message" XE "QUERY"The superior's transaction identifier parameter specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2.RECONNECT XE "Messages:RECONNECT" XE "RECONNECT message" XE "RECONNECT"The subordinate's transaction identifier parameter specified in [RFC2371] section 13 for this TIP command MUST adhere to the transaction identifier restrictions specified in section 2.2.Protocol Details XE "Protocol Details:overview" This section defines the expected behavior of the transaction manager role (section 1.3.1.2), which consists of three facets: TIP superior transaction manager facet (section 1.3.1.2.1)TIP subordinate transaction manager facet (section 1.3.1.2.2)TIP transaction manager communicating with an application facet (section 1.3.1.2.3)Common Details XE "Overview:common details" XE "Common details - overview"This section contains protocol details that are common to all TIP transaction manager facets.Abstract Data Model XE "Data model - abstract:overview" XE "Abstract data model:overview" XE "Overview:abstract data model"This section describes a conceptual model of possible data organization that an implementation maintains to participate in this protocol. The described organization is provided to facilitate the explanation of how the protocol behaves. This document does not mandate that implementations adhere to this model as long as their external behavior is consistent with that described in this document.Note??The abstract data model can be implemented in a variety of ways. This protocol does not prescribe or advocate any specific implementation technique. This abstract data model is an extension of the abstract data models as specified in [MS-DTCO] sections 3.1, 3.4, 3.7, and 3.8.Data Elements XE "TIP transaction manager facet data elements"A TIP transaction manager facet MUST maintain the following data elements:A table of TIP connections: This is a table of TIP connection objects.A set of flags that allow restrictions to be placed on this protocol:Allow Begin: A flag whose true value indicates that the TIP transaction manager facet will accept a BEGIN TIP command.Allow PassThrough: A flag whose true value indicates that the TIP transaction manager facet will allow a transaction to be pushed and then pulled without a local enlistment.Allow Non-Default Port: A flag whose true value indicates that the TIP transaction manager facet will allow a TCP connection from a port number other than 3372.Allow Different Partner Address: A flag whose true value indicates that the TIP transaction manager facet will accept an IDENTIFY?(section?2.2.3) TIP command whose primary transaction manager address parameter does not match the address from which the TCP connection originated.Transaction Manager Address Override: If the field is set, the TIP transaction manager facet will use it as the primary transaction manager address argument when it sends the IDENTIFY?(section?2.2.3) TIP command.The TIP transaction manager facet MUST extend the definition of an enlistment object, as specified in [MS-DTCO] section 3.2.1.3, to include the following data fields:TIP Connection: This field references the TIP connection object associated with the enlistment.Partner Transaction Identifier: This field contains the transaction identifier that the partner transaction manager uses for the transaction object referenced by the enlistment.Partner Transaction Manager Address: This field contains a transaction manager address (as specified in section 2.2) used to verify and contact the partner transaction manager in case of connection failure.TIP Connection Object XE "TIP connection object"A TIP connection object MUST contain the following data fields:Partner Transaction Manager Address: This field contains a transaction manager address (as specified in section 2.2) used to identify the transaction manager that the TIP connection connects to. This field MAY be null.Enlistment: This field references an enlistment object associated with the TIP connection. This field MAY be null.Transport Connection: This field references the TCP connection that the TIP connection uses to send TIP commands.Connection Type: An enumeration that indicates whether the TIP connection will be used for either sending or receiving requests. This field MUST be set to one of the following values:Primary: This value is set to indicate that the TIP connection will be sending requests.Secondary: This value is set to indicate that the TIP connection will be receiving requests.State: An enumeration that indicates what state the TIP connection is in. This field MUST be set to one of the following values or one of the values of an extension to the TIP connection object:Initial: The TIP connection has not yet identified its partner transaction manager.Initial Identity: The TIP connection is waiting for a reply to an IDENTIFY TIP command sent while in the initial state.Idle: The TIP connection has identified its partner transaction manager but has no associated transaction.Error: The TIP connection has sent or received an ERROR TIP command.TIP Connection Management Operations XE "TIP connection management operations"The following operations on the table of TIP connection are used throughout section 3.GetTipConnection Operation XE "GetTipConnection"The GetTipConnection operation is called when a TCP message is received on the TCP connection.The input parameter for this operation MUST be a TCP connection.This returns a TIP connection object whose data fields MUST include: Transport Connection is the provided TCP connection. When this operation is called, the TIP connection manager MUST perform the following actions:Attempt to find a TIP connection object corresponding to the provided TCP connection.If a TIP connection is found:Return the TIP connection.Otherwise:Create a new TIP connection object and initialize it with the following values:The Connection Type field is initialized to Secondary.The State field is initialized to Initial.The Transport Connection field is set to the provided TCP connection.The Enlistment field is set to null.The Partner Transaction Manager Address field is set to null.Return the TIP connection object.GetTipConnectionFromAddress Operation XE "GetTipConnectionFromAddress"The GetTipConnectionFromAddress operation is called when a TIP transaction manager facet initiates a TIP connection to send a TIP command (for example, PUSH).The input parameter for this operation MUST be a partner transaction manager address. This operation returns a TIP connection object, where the following data fields MUST be included and set to the specified values:Partner transaction manager address is the provided address. Connection Type is Primary. State is Idle.If there is a TIP connection to the partner transaction manager for which the IDENTIFY/IDENTIFIED exchange has taken place and the State is Idle, as specified in [RFC2371] section 4, the TIP connection manager SHOULD return it.Otherwise, the TIP connection manager MUST perform the following actions:Create a new TCP connection to the provided partner transaction manager address.Create a corresponding TIP connection object and initialize it with the following values:The Transport Connection field is set to the TCP connection.The State field is set to Initial Identify.The Partner Transaction Manager Address field is initialized to the provided partner transaction manager address.The Connection Type field is set to Primary.Send an IDENTIFY TIP command with the following arguments:The lowest protocol version: "3".The highest protocol version: "3".If the Transaction Manager Address Override field is set, the primary transaction manager address argument MUST be set to the value of the Transaction Manager Address Override field; otherwise, it MUST be set to the address from which the TIP connection originated. The secondary transaction manager address argument SHOULD HYPERLINK \l "Appendix_A_1" \h <1> be set to the value of the provided partner transaction manager address as specified in [RFC2371].Wait indefinitely for a response from the partner transaction manager. The TIP connection manager MUST accept messages, and the TIP transaction manager facet MUST process events while it is waiting.If the connection is terminated, terminate the processing of this event.If the response from the partner transaction manager is a valid IDENTIFIED TIP command, return the TIP connection object.Otherwise, terminate the processing of this event.HasPartnerTransaction Operation XE "HasPartnerTransaction"The HasPartnerTransaction operation is called when a TIP transaction manager facet has to determine whether a partner transaction manager has already enlisted in a particular transaction:The input parameters for this operation MUST be:Partner Transaction Manager AddressPartner Transaction IdentifierThis operation MUST return true if there exists a TIP connection whose enlistment has the provided values; otherwise, it MUST return false.FreeTipConnection Operation XE "FreeTipConnection"The FreeTipConnection operation is called when a TIP transaction manager facet no longer requires the TIP connection. The input parameter for this MUST be a TIP connection object. The TIP connection manager MUST perform the following actions:If the TIP connection object's Enlistment field references an enlistment object, clear the enlistment object's TIP Connection field.If the TIP connection manager initiated the TCP connection corresponding to the TIP connection, it SHOULD reuse it as specified in [RFC2371] section 4. TerminateTipConnection Operation XE "TerminateTipConnection"The input parameter for the TerminateTipConnection operation MUST be a TIP connection object. When this operation is called, the TIP connection manager MUST do the following:If the TIP connection object's Enlistment field references an enlistment object, clear the enlistment object's TIP Connection field.Close the TCP connection referenced by the Transport Connection field of the provided TIP connection object.Discard the TIP connection object.TIP Command Object XE "TIP command object"A TIP command object MUST contain the following data fields:Command Name: This field contains a TIP command name.Parameter List: The list of parameters for this TIP command.Transaction Identifier Converter Operations XE "Transaction identifier converter operations"The following operations that convert between transaction identifier formats are used throughout section 3.Convert TIP Transaction Identifier to Transaction Identifier OperationThe Convert TIP Transaction Identifier to Transaction Identifier operation MUST be called with the following argument:TIP Transaction IdentifierThis operation MUST return the following value:Transaction identifierIf the Convert TIP Transaction Identifier to Transaction Identifier operation is called, it MUST perform the following actions:Remove "OleTx-" from the beginning of the TIP transaction identifier.Convert the TIP transaction identifier string to a GUID and return it.Convert Transaction Identifier to TIP Transaction Identifier OperationThe Convert Transaction Identifier to TIP Transaction Identifier operation MUST be called with the following argument:Transaction identifierThis operation MUST return the following value:TIP transaction identifierIf the Convert Transaction Identifier to TIP Transaction Identifier operation is called, it MUST perform the following actions:Convert the transaction identifier from a GUID to a string.Prefix "OleTx-" to the string and return it.Primary State Transition Table XE "Primary state transition table"The following table summarizes the legal state transitions that are common for all TIP transaction manager facets for a TIP connection whose Connection Type field is set to Primary. The table omits the following transitions:In every state the TIP connection is allowed to send an ERROR TIP command that changes the state to Error.The following events trigger a state transition:A TIP request is sent to the partner transaction manager.A TIP reply is received from the partner transaction manager. Current stateEventNext stateInitialIDENTIFY sentInitial IdentifyInitial IdentifyIDENTIFIED receivedIdleInitial IdentifyNEEDTLS receivedErrorInitial IdentifyERROR receivedErrorSecondary State Transition Table XE "Secondary state transition table"The following table summarizes the legal state transitions that are common for all TIP transaction manager facets for a TIP connection whose Connection Type field is set to Secondary. The table omits the following state transitions:In every state, the TIP connection MAY receive an ERROR TIP command that changes the state to Error.The state changes when a TIP reply is sent to the partner transaction manager in response to a TIP request.The "<TIP command A> received/<TIP response B> sent" syntax in the table indicates that the facet received <TIP command A> and responded to it with <TIP response B>. The state changes from <current state> to the <next state> when <TIP response B> is sent to the partner transaction manager.Current stateEventNext stateInitialIDENTIFY received/IDENTIFIED sent.IdleInitial IDENTIFY received/ERROR sent.ErrorInitial TLS received/CANTTLS sent.InitialInitial TLS received/Error sent.ErrorIdleMULTIPLEX received/CANTMULTIPLEX sent.IdleIdleMULITPLEX received/Error sent.ErrorTimersNone.Initialization XE "Initialization:overview" XE "Overview:initialization"The TIP implementation MUST perform the following initialization steps:The following flags MUST be set to a value that is obtained from an implementation-specific source: HYPERLINK \l "Appendix_A_2" \h <2>Allow BeginAllow PassThroughAllow Non-Default PortAllow DifferentPartner AddressThe Transaction Manager Address Override field SHOULD be set to a value that is obtained from an implementation-specific source. HYPERLINK \l "Appendix_A_3" \h <3>If the value of the Allow Network Access flag and the Allow TIP flag is true, the TIP implementation MUST listen for incoming TCP requests on an implementation-specific port. HYPERLINK \l "Appendix_A_4" \h <4>Higher-Layer Triggered EventsNone.Message Processing Events and Sequencing Rules XE "Sequencing rules:overview" XE "Overview:sequencing rules" XE "Message processing:overview" XE "Overview:message processing"This section describes how each received TIP command is processed. Each of these events is signaled with a TIP command object (section 3.1.1.4) and the receiving TIP Connection object (section 3.1.1.2) as an input argument.When a TIP transaction manager facet receives a TIP command that is a response (for example, BEGUN) to a TIP request (for example, BEGIN) that it does not support, the TIP transaction manager facet treats the response as an invalid TIP command.Receiving BEGUN TIP Command XE "BEGUN TIP"When the TIP transaction manager facet receives a BEGUN TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Receiving CANTMULTIPLEX TIP Command XE "CANTMULTIPLEX TIP"When the TIP transaction manager facet receives a CANTMULTIPLEX TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Receiving CANTTLS TIP Command XE "CANTTLS TIP"When the TIP transaction manager facet receives a CANTTLS TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Receiving IDENTIFIED TIP Command XE "IDENTIFIED TIP"When the TIP transaction manager facet receives an IDENTIFIED TIP command object, it MUST contain the following parameters in its Parameter List:protocol versionUpon receipt, the TIP transaction manager facet MUST perform the following actions:Test whether the receiving TIP connection object (section 3.1.1.2) meets the following conditions:The Connection Type field is set to Primary.The State field is set to Initial Identify.If the receiving TIP connection does not satisfy these conditions, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.If the value of the provided protocol version is not 3, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Set the State field of the TIP connection object to Idle.Receiving IDENTIFY TIP Command XE "IDENTIFY TIP"When the TIP transaction manager facet receives an IDENTIFY TIP command object, it MUST contain the following parameters in its Parameter List:lowest protocol versionhighest protocol versionprimary transaction manager addresssecondary transaction manager addressUpon receipt, the TIP transaction manager facet MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Secondary.The State field is set to Initial.If the receiving TIP connection does not satisfy these conditions, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.If the provided primary transaction manager address is not set to "-":Set the Partner Transaction Manager Address field of the receiving TIP connection to the provided primary transaction manager address.If the value of the Allow Different Partner Address flag is set to false and the provided primary transaction manager address does not match the address from which the connection originated, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.If Allow Non-Default Port is set to false and the sender's Port referenced by the Transport Connection is not set to 3372, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Test whether the provided values meets one of the following conditions:The provided lowest protocol version is set to a value less than or equal to the maximum supported TIP Protocol version of the Local TIP transaction manager facets. HYPERLINK \l "Appendix_A_5" \h <5>The provided highest protocol version is set to a value greater than or equal to the minimum supported TIP Protocol version of the local TIP transaction manager facets. HYPERLINK \l "Appendix_A_6" \h <6>If the provided values do not satisfy one of the conditions:Send an ERROR TIP command.Terminate the TCP connection. This causes the Transport Connection Down?(section?3.1.7.2.2) event to be signaled.Set the State field of the receiving TIP connection object to Idle.Send an IDENTIFIED (as specified in [RFC2371] section 13) TIP command with the following argument:The lesser between the provided highest protocol version and the maximum supported TIP Protocol version of the local TIP transaction manager facets.Receiving MULTIPLEX TIP Command XE "MULTIPLEX TIP"When the TIP transaction manager facet receives a MULTIPLEX TIP command object, it MUST contain the following parameters in its Parameter List:protocol-identifierUpon receipt, the TIP transaction manager facet MUST perform the following actions:The TIP transaction manager facet MUST test that the receiving TIP connection object satisfies the following condition:The Connection Type field is set to Secondary.The TIP transaction manager facet SHOULD HYPERLINK \l "Appendix_A_7" \h <7> test that the receiving TIP connection object meets the following condition in conformance to the [RFC2371] specification:The State field is set to Idle.The TIP transaction manager facet MAY HYPERLINK \l "Appendix_A_8" \h <8> test that the receiving TIP command object meets the following condition:The value of the provided <protocol-identifier> is "TMP2.0"If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Send a CANTMULTIPLEX (as specified in [RFC2371] section 13) TIP command. Receiving MULTIPLEXING TIP Command XE "MULTIPLEXING TIP"When the TIP transaction manager facet receives a MULTIPLEXING TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Receiving NEEDTLS TIP Command XE "NEEDTLS TIP"When the TIP transaction manager facet receives a NEEDTLS TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event. These actions do not conform to the [RFC2371] specification.Receiving NOTBEGUN TIP Command XE "NOTBEGUN TIP"When the TIP transaction manager facet receives a NOTBEGUN TIP command object, it MUST perform the following actions:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Receiving TLS TIP Command XE "TLS TIP"When the TIP transaction manager facet receives a TLS TIP command object, it MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Secondary.The State field is set to Initial.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.The TIP transaction manager facet SHOULD HYPERLINK \l "Appendix_A_9" \h <9> send a CANTTLS TIP command to conform to the [RFC2371] specification.Receiving TLSING TIP Command XE "TLSING TIP"When the TIP transaction manager facet receives a TLSING TIP command object, it MUST perform the following action:Signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.Timer EventsNone.Other Local EventsInvalid TIP Command EventWhen a TIP command is determined to be invalid, the TIP transaction manager facet MUST perform the following actions:The TIP transaction manager facet SHOULD HYPERLINK \l "Appendix_A_10" \h <10> send the ERROR TIP command on the TIP command's TIP connection.If the TIP connection's Connection Type data field is Primary, terminate the TCP connection. This causes the Transport Connection Down?(section?3.1.7.2.2) event to be signaled.Transport Events XE "Transport events"Received Message XE "Received message"The Received Message event is signaled when a TCP message arrives on the TIP port. When this event is signaled, the TIP transaction manager facet MUST perform the following actions:If the value of the Allow Non-Default Port flag is false and the provided TCP connection did not originate from port 3372, terminate the connection and terminate the processing of this event.Call the GetTipConnection operation?(section?3.1.1.3.1) with the TCP connection as an input parameter. This returns a TIP connection object (section 3.1.1.2) whose data fields include the following:Transport Connection: The provided TCP connection.Parse the message data into separate TIP commands according to the ABNF rules as specified in section 2.2. To support Pipelining, the incoming message is parsed into separate TIP commands.If this parsing is not successful, signal the Invalid TIP Command event?(section?3.1.7.1) and terminate the processing of this event.For each of the TIP commands in this message, do the following:Build a TIP command object from the parsed TIP command name, parameters, and the TIP connection object.The TIP command object is now ready to be processed as an incoming message event.Transport Connection Down XE "Transport connection down"The Transport Connection Down event is signaled when the TIP transaction manager facet is notified that a TIP connection has gone down. All TIP transaction manager facets MUST define the behavior for this event.TIP Superior Transaction Manager Facet Details XE "TIP superior transaction manager facet:overview"This section contains protocol details that relate to the TIP superior transaction manager facet (section 1.3.1.2.1).Abstract Data Model XE "Data model - abstract:TIP superior transaction manager facet" XE "Abstract data model:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:abstract data model"This section describes a conceptual model of possible data organization that an implementation maintains to participate in this protocol. The described organization is provided to facilitate the explanation of how the protocol behaves. This document does not mandate that implementations adhere to this model as long as their external behavior is consistent with the behavior that is described in this document.Note that the abstract data model can be implemented in a variety of ways. This protocol does not prescribe or advocate any specific implementation technique.The facet MUST extend the definition of the State field of the TIP connection object as specified in section 3.1.1.2 to include the following values:State: An enumeration that indicates what state the TIP connection is in. This field MUST be set to one of the values in the extended enumeration. The following are the extension values:Idle Push: The TIP connection is waiting for a reply to a PUSH TIP command sent while in the Idle state.Idle Reconnect: The TIP connection is waiting for a reply to a RECONNECT TIP command sent while in the Idle state.Enlisted: The TIP connection is associated with a transaction object and will send TIP commands to notify its partner transaction manager of the transaction's outcome.Enlisted Prepare: The TIP connection is waiting for a reply to a PREPARE TIP command sent while in the Enlisted state.Enlisted Commit: The TIP connection is waiting for a reply to a COMMIT TIP command sent while in the Enlisted state.Enlisted Abort: The TIP connection is waiting for a reply to an ABORT TIP command sent while in the Enlisted state.Prepared: The transaction associated with the TIP connection has completed Phase 1.Prepared Commit: The TIP connection is waiting for a reply to a COMMIT TIP command sent while in the Prepared state.Prepared Abort: The TIP connection is waiting for a reply to an ABORT TIP command sent while in the Prepared state.TIP Superior Transaction Manager Facet State Transition TableThe following table summarizes the state transitions that are legal to the protocol as seen by the TIP superior transaction manager facet (section 1.3.1.2.1). The states are the TIP connection states. The table omits the following transitions:In every state, the TIP superior transaction manager facet, acting as a Primary, is allowed to send an ERROR TIP command, which changes the state to Error.In every state, the TIP superior transaction manager facet, acting as a Secondary, may receive an ERROR TIP command, which changes the state to Error.The following events trigger a state transition:A TIP request is sent to the partner transaction manager.A TIP reply is received from the partner transaction manager.A TIP reply is sent to the partner transaction manager in response to a TIP request.The "<TIP command A> received/<TIP response B> sent" syntax in the table indicates that the facet received <TIP command A> and decided to respond to it with <TIP response B>. The state changes from <current state> to the <next state> when <TIP response B> is sent to the partner transaction manager.Current stateEventNext stateIdlePULL received/PULLED sent.EnlistedIdlePULL received/NOT PULLED sent.IdleIdlePULL received/ERROR sent.ErrorIdlePUSH sent.Idle PushIdle PushPUSHED received.EnlistedIdle PushALREADYPUSHED received.IdleIdle PushNOTPUSHED received.IdleIdle PushERROR received.ErrorIdleQUERY received/QUERIEDEXISTS sent.IdleIdleQUERY received/QUERIEDNOTFOUND sent.IdleIdleQUERY received/ERROR sent.ErrorIdleRECONNECT sent.Idle ReconnectIdle ReconnectRECONNECTED received/COMMIT sent.Prepared CommitIdle ReconnectNOTRECONNECTED received.IdleIdle ReconnectERROR received.ErrorEnlistedABORT sent.Enlisted AbortEnlisted AbortABORTED received.IdleEnlisted AbortERROR received.ErrorEnlistedCOMMIT sent.Enlisted CommitEnlisted CommitABORTED received.IdleEnlisted CommitCOMMITTED received.IdleEnlisted CommitERROR received.ErrorEnlistedPREPARE sent.Enlisted PrepareEnlisted PreparePREPARED received.PreparedEnlisted PrepareABORTED received.IdleEnlisted PrepareREADONLY received.IdleEnlisted PrepareERROR received.ErrorPreparedABORT sent.Prepared AbortPrepared AbortABORTED received.IdlePrepared AbortERROR received.ErrorPreparedCOMMIT sentPrepared CommitPrepared CommitCOMMITTED received.IdlePrepared CommitERROR received.ErrorTimers XE "Timers:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:timers"None.Initialization XE "Initialization:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:initialization"The TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform all initialization as specified in section 3.1.3.The enlistment objects that are created by the TIP superior transaction manager facet MUST initialize the Name and Identifier properties as specified in [MS-DTCO] section 3.7.1. The Transaction manager facet of the enlistment object MUST be initialized to the TIP superior transaction manager facet.Higher-Layer Triggered Events XE "Triggered events - higher-layer:TIP superior transaction manager facet" XE "Higher-layer triggered events:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:higher-layer triggered events"Push Transaction XE "Push transaction"The Push Transaction event is triggered by the higher-layer business logic with the following arguments:Partner transaction manager addressTransaction identifierIf the Push Transaction event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:Attempt to find a transaction object in the transaction table referenced by the core transaction manager facet that meets the following requirement:The Transaction Identifier field is set to the provided transaction identifier.If a transaction object is not found, notify the higher-layer business logic that the Push request failed and terminate the processing of this event.Create a new enlistment object with the following settings:The transaction object is set to the transaction object that was found.The Partner Transaction Manager Address field is set to the provided partner transaction manager address.Call the TIP connection manager's GetTipConnectionFromAddress operation with the following parameter:The Partner Transaction Manager Address field of the enlistment object.If a TIP connection object cannot be obtained, notify the higher layer that the Push request failed and terminate the processing of this event.If the value of the Allow Network Transactions flag or the Allow Outbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The TIP connection object.Notify the higher layer that the Push request failed and terminate the processing of this event.Set the enlistment object's TIP Connection field to the TIP connection object.Set the TIP connection object's Enlistment field to the enlistment object.Set the TIP connection object's State field to Idle Push.Call the Transaction Identifier Converter's Convert Transaction Identifier to TIP Transaction Identifier operation?(section?3.1.1.5.2) with the following argument:The Transaction Identifier field of the transaction object referenced by the enlistment.Send a PUSH?(section?2.2.5) TIP command with the following argument:Return value from Transaction Identifier Converter's Convert Transaction Identifier to TIP Transaction Identifier operation?(section?3.1.1.5.2).Message Processing Events and Sequencing Rules XE "Sequencing rules:TIP superior transaction manager facet" XE "Message processing:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:sequencing rules" XE "TIP superior transaction manager facet:message processing"This section describes how each received TIP command is processed. Each of these events is signaled with a TIP command object as an input argument.Receiving ABORTED TIP Command XE "ABORTED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives an ABORTED TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object (section 3.1.1.2) is not set to Primary, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is not set to either Enlisted Abort, Prepared Abort, Enlisted Prepare, or Enlisted Commit, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object (section 3.1.1.2) is set to either Enlisted Abort or Prepared Abort:Signal the Enlistment Rollback Complete ([MS-DTCO] section 3.2.7.18) event on the core transaction manager facet with the following argument:The enlistment object referenced by the receiving TIP connection.Set the State field of the receiving TIP connection object to idle.If the State field of the receiving TIP connection is set to either Enlisted Prepare or Enlisted Commit:Signal the Enlistment Phase One Complete ([MS-DTCO] section 3.2.7.16) event on the core transaction manager facet with the following arguments:The enlistment object referenced by the receiving TIP connection object (section 3.1.1.2).The Phase One outcome set to Aborted.Set the State field of the receiving TIP connection object to idle.Receiving ALREADYPUSHED TIP Command XE "ALREADYPUSHED TIP"The ALREADYPUSHED TIP command MUST be received with the following argument:<subordinate's transaction identifier>When the TIP superior transaction manager facet (section 1.3.1.2.1) receives an ALREADYPUSHED TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Push.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Call the TIP connection manager's FreeTipConnection operation with the following argument:The receiving TIP connection object. Notify the higher-layer business logic that the Push request succeeded.Set the State field of the receiving TIP connection object to idle.Receiving COMMITTED TIP Command XE "COMMITTED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a COMMITTED TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Primary, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is not set to either Enlisted Commit or Prepared Commit, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is set to Enlisted Commit: Signal the Enlistment Phase One Complete event ([MS-DTCO] section 3.2.7.16) on the core transaction manager facet with the following arguments:The TIP connection object's enlistment object.The Phase One (([MS-DTCO]?(section?1.3.1.2)) outcome set to Committed.Set the State field of the receiving TIP connection object to Idle.If the State field of the TIP connection object is set to Prepared Commit: signal the Enlistment Commit Complete event ([MS-DTCO] section 3.2.7.15) on the core transaction manager facet with the following argument:The enlistment object referenced by the receiving TIP connection object.Set the State field of the receiving TIP connection object to Idle.Receiving NOTPUSHED TIP Command XE "NOTPUSHED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a NOTPUSHED TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Push.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.The TIP superior transaction manager facet SHOULD HYPERLINK \l "Appendix_A_11" \h <11> call the TIP connection manager's FreeTipConnection operation with the following argument, to conform to the [RFC2371] specification.The TIP connection object referenced by the provided enlistment object. Notify the higher-layer business logic that the Push request failed.Set the State field of the receiving TIP connection object to Idle.Receiving NOTRECONNECTED TIP Command XE "NOTRECONNECTED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a NOTRECONNECTED TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Primary. The State field is set to Idle Reconnect. If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Signal the Enlistment Commit Complete ([MS-DTCO] section 3.2.7.15) event on the core transaction manager facet with the following argument:The TIP connection object's enlistment object.Call the TIP connection manager's FreeTipConnection operation with the following argument:The TIP connection object referenced by the provided enlistment object. Set the State field of the receiving TIP connection object to Idle.Receiving PREPARED TIP Command XE "PREPARED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a PREPARED TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Primary, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is not set to Enlisted Prepare, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the Partner Transaction Manager Address field of the receiving TIP connection object is not set, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Signal the Enlistment Phase One Complete ([MS-DTCO] section 3.2.7.16) event on the core transaction manager facet with the following arguments:The enlistment object referenced by the receiving connection object.The Phase One outcome set to Prepared.Set the State field of the receiving TIP connection object to Idle.Set the State field of the receiving TIP connection object to Prepared.Receiving PULL TIP Command XE "PULL TIP"This event MUST be received with the following arguments:superior's transaction identifiersubordinate's transaction identifierWhen the TIP superior transaction manager facet (section 1.3.1.2.1) receives a PULL TIP command, it MUST perform the following actions:If the value of the Allow Network Transactions flag or the Allow Outbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Secondary. The State field is set to Idle.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the provided superior's transaction identifier does not have the OleTxTipTransactionIdentifier format, as specified in section 2.2:Call the TIP connection manager's HasPartnerTransaction operation with the following arguments:The provided partner transaction manager address. The provided superior's transaction identifier.If HasPartnerTransaction returns true, send a NOTPULLED TIP command and terminate the processing of this TIP command. Call the Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation with the following argument:The provided superior's transaction identifier.Attempt to find a transaction object in the transaction table referenced by the core transaction manager facet that meets the following condition: HYPERLINK \l "Appendix_A_12" \h <12>Transaction Identifier is set to the return value from the Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation.If a transaction object is not found, send a NOTPULLED TIP command and terminate the processing of this TIP command.Attempt to find a transaction object in the transaction table referenced by the core transaction manager facet that has a superior enlistment object whose Partner Transaction Identifier field is not of the OleTxTipTransactionIdentifier format.If a transaction object is found:Call the TIP connection manager's TerminateTipConnection operation with the provided TIP connection object. This action does not conform to the [RFC2371] specification.Terminate the processing of this event.If the value of the Allow PassThrough flag is false and the transaction object has a superior TIP enlistment and no local enlistments, send a NOTPULLED TIP command and terminate the processing of this TIP command.Create a new enlistment object with the following values:The TIP connection reference is set to the TIP connection object. The transaction object reference is set to the transaction object. The Partner Transaction Identifier field is set to the provided subordinate's transaction identifier.Set the TIP connection object's Enlistment field to the enlistment object.Signal the Create Subordinate Enlistment event on the core transaction manager facet with the following argument:The TIP connection object's enlistment object.Set the TIP connection object's state field to Enlisted.Send a PULLED TIP command.Receiving PUSHED TIP Command XE "PUSHED TIP"This event MUST be signaled with the following argument: subordinate's transaction identifierWhen the TIP superior transaction manager facet (section 1.3.1.2.1) receives a PUSHED TIP command, it MUST perform the following actions: Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Push.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the provided subordinate's transaction identifier does not have the OleTxTipTransactionIdentifier format, as specified in section 2.2:Call the TIP connection manager's HasPartnerTransaction operation with the following parameters:The Partner Transaction Manager Address field of the enlistment object referenced by the receiving TIP connection object.The provided subordinate's transaction identifier.If this operation returns true, notify the higher-layer business logic that the Push request failed, signal the Invalid TIP Command Event?(section?3.4.7.1), and terminate the processing of this TIP command.Signal the Create Subordinate Enlistment event on the core transaction manager facet with the following argument:The enlistment object referenced by the receiving TIP connection.Receiving QUERY TIP Command XE "QUERY TIP"This event MUST be signaled with the following argument: superior's transaction identifier.When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a QUERY TIP command, it MUST perform the following actions: If the value of the Allow Network Transactions flag or the Allow Outbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Secondary.The State field is set to Idle.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Call the Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation with the following argument:The provided superior's transaction identifier.Attempt to find a transaction object in the transaction table of the core transaction manager facet that meets the following condition:Transaction Identifier is set to the return value from Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation.If a transaction object is found, send a QUERIEDEXISTS TIP command.Otherwise, send a QUERIEDNOTFOUND TIP command.Receiving READONLY TIP Command XE "READONLY TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a READONLY TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Primary, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the TIP connection object's State field is not set to Enlisted Prepare, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Signal the Enlistment Phase One Complete ([MS-DTCO] section 3.2.7.16) event on the core transaction manager facet with the following arguments:The enlistment object referenced by the receiving TIP connection object.The Phase One outcome set to Read Only.Set the State field of the receiving TIP connection object to Idle.Receiving RECONNECTED TIP Command XE "RECONNECTED TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives a RECONNECTED TIP command object, it MUST perform the following actions:Test whether the receiving TIP connection object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Reconnect.If the receiving TIP connection does not satisfy the conditions, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.Set the TIP connection object's State field to Prepared Commit.Send a COMMIT TIP command.Receiving ERROR TIP Command XE "ERROR TIP"When the TIP superior transaction manager facet (section 1.3.1.2.1) receives an ERROR TIP command object, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is set to Primary:Reset the TIP Connection field of the enlistment object referenced by the receiving TIP connection object.Call the TIP connection manager's TerminateTipConnection operation with the TIP connection object as the parameter.Signal the Process Error event with the following argument:The receiving TIP connection object.Otherwise, if the Connection Type field of the receiving TIP connection object is set to Secondary:Set the State field of the receiving TIP connection object to Error.Timer Events XE "Timer events:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:timer events"None.Other Local Events XE "Local events:TIP superior transaction manager facet" XE "TIP superior transaction manager facet:local events"Invalid TIP Command EventThis event overrides the event with the same name specified in section 3.1. It is used by the TIP superior transaction manager facet (section 1.3.1.2.1). This event is triggered with the following argument:A TIP connection object.When this event is signaled, it MUST perform the following actions:Send an ERROR TIP command.If the Connection Type field of the receiving TIP connection object is set to Primary:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Signal the Process Error event with the following argument:The provided TIP connection object.Otherwise, if the Connection Type field of the receiving TIP connection object is set to Secondary:Set the State field of the receiving TIP connection object to Error.Process ErrorThis event is triggered with the following argument:A TIP connection object.If the Process Error event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:If the Connection Type field of the provided TIP connection object is set to Primary:If the State field of the provided TIP connection object is set to Idle Push:Notify the higher-layer business logic that the Push request failed.Otherwise, if the State field of the provided TIP connection object is set to Idle Reconnect:Signal the Begin Commit event on the TIP superior transaction manager facet with the following argument: The connection object's enlistment object.Otherwise, if the State field of the provided TIP connection object is set to either Enlisted Prepare or Enlisted Commit:Signal the Phase One Complete event on the core transaction manager facet with the following arguments:The enlistment object referenced by the provided TIP connection object.The Outcome set to AbortedOtherwise, if the State field of the provided TIP connection object is set to either Enlisted Abort or Prepared Abort:Signal the Enlistment Rollback Complete event ([MS-DTCO] section 3.2.7.18) on the core transaction manager facet with the following argument:The enlistment object referenced by the provided TIP connection object.Otherwise, if the State field of the provided TIP connection object is set to Prepared Commit:Signal the Begin Commit event on the TIP superior transaction manager facet with the following argument:The enlistment object referenced by the provided TIP connection object.Events Signaled by the Core Transaction Manager FacetBegin Commit XE "Begin commit"The Begin Commit event is triggered by the core transaction manager facet with the following argument:An enlistment object.If the Begin Commit event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions: If the TIP connection object referenced by the provided enlistment object is set:Set the State field of the TIP connection object referenced by the provided enlistment object to Prepared Commit.Send a COMMIT TIP command.Otherwise:Call the TIP connection manager's GetTipConnectionFromAddress operation with the following parameter:The Partner Transaction Manager Address field of the provided enlistment object.If a TIP connection object cannot be obtained:Rerun this event with the same arguments.Otherwise:If the value of the Allow Network Transactions flag or the Allow Outbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The TIP connection object.Terminate the processing of this event.Set the TIP Connection field of the provided enlistment object to the TIP connection.Set the enlistment referenced by the TIP connection to be the provided enlistment.Set the State field of the TIP connection to Idle Reconnect.Send a RECONNECT?(section?2.2.8) TIP command with the following argument:The enlistment object's Partner Transaction Identifier field.Begin Phase One XE "Begin phase one"The Begin Phase One event MUST be signaled by the core transaction manager facet with the following arguments:An enlistment object.A single-phase commit flag. A value of true indicates that a single-phase commit operation SHOULD be performed on the transaction. A value of false indicates that a single-phase commit operation MUST NOT be performed on the transaction.If the Begin Phase One event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:If the single-phase commit flag is set to true:Set the State field of the TIP connection object referenced by the provided enlistment object to Enlisted Commit.Send a COMMIT TIP command.Otherwise:Set the State field of the TIP connection object referenced by the provided enlistment object to Enlisted Prepare.Send a PREPARE TIP command.Begin Rollback XE "Begin rollback"The Begin Rollback event MUST be signaled by the core transaction manager facet with the following argument:An enlistment object.If the Begin Rollback event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:If the State field of the TIP connection object referenced by the provided enlistment object is set to Enlisted:Set the State field of the TIP connection object referenced by the provided enlistment object to Enlisted Abort.Otherwise, if the State field of the TIP connection object referenced by the provided enlistment object is set to Prepared:Set the State field of the TIP connection object referenced by the provided enlistment object to Prepared Abort.Send an ABORT TIP command.Create Subordinate Enlistment Failure XE "Create Subordinate Enlistment:Failure"The Create Subordinate Enlistment Failure event MUST be signaled by the core transaction manager facet with the following arguments:An enlistment object.A failure reason.If the Create Subordinate Enlistment Failure event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:Test whether the TIP connection object referenced by the provided enlistment object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Push.If the TIP connection object referenced by the provided enlistment object satisfies both the conditions:Notify the higher-layer business logic that the Push request failed.Send an ABORTED TIP command. This action does not conform to the [RFC2371] specification.Reset the TIP connection object referenced by the enlistment object referenced by the provided TIP connection object.Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Signal the Process Error event with the following argument: The TIP connection object referenced by the provided enlistment object.Otherwise, if the Connection Type field of the TIP connection object referenced by the provided enlistment object is set to Secondary:Send a NOTPULLED TIP command.Create Subordinate Enlistment Success XE "Create Subordinate Enlistment:Success"This event MUST be signaled by the core transaction manager facet with the following argument:An enlistment object.If the Create Subordinate Enlistment Success event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:Test whether the TIP connection object referenced by the provided enlistment object meets the following conditions:The Connection Type field is set to Primary.The State field is set to Idle Push.If the TIP connection object referenced by the provided enlistment object satisfies the conditions:Notify the higher-layer business logic that the Push request succeeded.Otherwise, if the Connection Type field of the TIP connection object referenced by the provided enlistment object is set to Secondary:Send a PULLED TIP command.Set the Connection Type field of the TIP connection object referenced by the provided enlistment object to Primary.Set the State field of the TIP connection object referenced by the provided enlistment object to Enlisted.Transport EventsTransport Connection Down XE "Transport connection down"This event overrides the event with the same name in section 3.1.7.2.2. This event is triggered with the following argument:A TIP connection object.If the Transport Connection Down event is signaled, the TIP superior transaction manager facet (section 1.3.1.2.1) MUST perform the following actions:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Signal the Process Error event with the following argument:The provided TIP connection object.TIP Subordinate Transaction Manager Facet Details XE "TIP subordinate transaction manager facet:overview"This section contains protocol details that relate to the TIP subordinate transaction manager facet protocol role.Abstract Data Model XE "Data model - abstract:TIP subordinate transaction manager facet" XE "Abstract data model:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:abstract data model"This section describes a conceptual model of possible data organization that an implementation maintains to participate in this protocol. The described organization is provided to facilitate the explanation of how the protocol behaves. This document does not mandate that implementations adhere to this model as long as their external behavior is consistent with that described in this document.Note that the abstract data model can be implemented in a variety of ways. This protocol does not prescribe or advocate any specific implementation technique.The TIP subordinate transaction manager facet MUST extend the definition of the State field of the TIP connection object as specified in section 3.1.1.2 to include the following values:State: An enumeration that indicates what state the TIP connection is in. This field MUST be set to one of the values in the extended enumeration. The following are the extension values:Idle Pull: The TIP connection is waiting for a reply to a PULL TIP command sent while in the Idle state.Idle Query: The TIP connection is waiting for a reply to a QUERY TIP command sent in the Idle state.Enlisted: The TIP connection is associated with a transaction object and will receive TIP commands from its partner transaction manager regarding the Transaction's Outcome.Enlisted Prepare: The TIP connection is processing the PREPARE TIP command received while in the Enlisted state.Enlisted Commit: The TIP connection is processing the COMMIT TIP command received while in the Enlisted state.Prepared: The transaction associated with the TIP connection has completed Phase 1.Aborted: The TIP connection will send the ABORTED TIP command, because the associated transaction has been unilaterally aborted.TIP Subordinate Transaction Manager Facet State Transition TableThe following table summarizes the state transitions that are legal to the protocol as seen by the TIP subordinate transaction manager facet (section 1.3.1.2.2). The states are the TIP connection states. The table omits the following transitions:In every state, the TIP subordinate transaction manager facet, acting as a Primary, is allowed to send an ERROR TIP command, which changes the state to Error.In every state, the TIP subordinate transaction manager facet, acting as a Secondary, may receive an ERROR TIP command, which changes the state to Error.The following events trigger a state transition:A TIP request is sent to the partner transaction manager.A TIP reply is received from the partner transaction manager.A TIP reply is sent to the partner transaction manager in response to a TIP request.The "<TIP command A> received/<TIP response B> sent" syntax in the table indicates that the facet received <TIP command A> and responded to it with <TIP response B>. The state changes from <current state> to the <next state> when <TIP response B> is sent to the partner transaction manager.Current stateEventNext stateIdlePULL sent.Idle PullIdle PullPULLED received.EnlistedIdle PullNOTPULLED received.IdleIdle PullERROR received.ErrorIdlePUSH received/PUSHED sent.EnlistedIdlePUSH received/ALREADYPUSHED sent.IdleIdlePUSH received/NOTPUSHED sent.IdleIdlePUSH received/ERROR sent.ErrorIdleQUERY sent.Idle QueryIdle QueryQUERIEDEXISTS received.IdleIdle QueryQUERIEDNOTFOUND received.IdleIdle QueryERROR received.ErrorIdleRECONNECT received/RECONNECTED sent.PreparedIdleRECONNECT received/NOTRECONNECTED sent.IdleIdleRECONNECT received/ERROR sent.ErrorEnlistedABORT received/ABORTED sent.IdleEnlistedABORT received/ERROR sent.ErrorEnlistedCOMMIT received/ABORTED sent.IdleEnlistedCOMMIT received/COMMITTED sent.IdleEnlistedCOMMIT received/ERROR sent.ErrorEnlistedPREPARE received/PREPARED sent.PreparedEnlistedPREPARE received/ABORTED sent.IdleEnlistedPREPARE received/READONLY sent.IdleEnlistedPREPARE received/ERROR sent.ErrorEnlistedPREPARE received/ERROR sent.ErrorEnlistedUnilaterally ABORTED event signaled.AbortedPreparedABORT received/ABORTED sent.IdlePreparedABORT received/ERROR sent.ErrorPreparedCOMMIT received/COMMITTED sent.IdlePreparedCOMMIT received/ERROR sent.ErrorAbortedABORT received/ABORTED sent.IdleAbortedCOMMIT received/ABORTED sent.IdleAbortedPREPARE received/ABORTED sent.IdleTimers XE "Timers:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:timers"Query Timer XE "Query timer"The query timer MUST be started whenever recovery work is performed for an In Doubt Transaction, as specified by the processing of the Receiving QUERIEDEXISTS TIP command and Process Error events. The query timer MUST be canceled by the processing of the Receiving RECONNECT TIP command and by the processing of the Query Timer Expired event.The value of the timer is set to an implementation-specific value. HYPERLINK \l "Appendix_A_13" \h <13>When the timer is initialized, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST provide an enlistment object to associate with the timer.When the timer expires, the Query Timer Expired event is signaled.Initialization XE "Initialization:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:initialization"The TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform all initialization as specified in section 3.1.3.The enlistment objects that are created by the TIP subordinate transaction manager facet MUST initialize the Name and Identifier properties as specified in [MS-DTCO] section 3.8.1. The Transaction manager facet of the enlistment object is set to the TIP subordinate transaction manager facet.Higher-Layer Triggered Events XE "Triggered events - higher-layer:TIP subordinate transaction manager facet" XE "Higher-layer triggered events:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:higher-layer triggered events"Pull Transaction XE "Pull transaction"The Pull Transaction event MUST be signaled by the higher-layer business logic with the following arguments:Partner transaction manager address.Superior's Transaction Identifier. See [RFC2371] section 13 for information on this TIP command.If the Pull Transaction event is signaled, the TIP subordinate transaction manager facet MUST perform the following actions:If the provided Superior's Transaction Identifier does not have the OleTxTipTransactionIdentifier format:Call the TIP connection manager's HasPartnerTransaction operation with the following arguments:The provided partner transaction manager address.The provided Superior Transaction Identifier.If HasPartnerTransaction returns true, the Pull has already been completed, so notify the higher-layer business logic that the Pull request was completed successfully and terminate the processing of this event.Otherwise:Create a new transaction object with a new GUID as an identifier.Create a new enlistment object with the following values:The transaction field is set to the created transaction object.The Partner Transaction Manager Address field is set to the provided partner transaction manager address.The Partner Transaction Identifier is set to the provided Superior Transaction Identifier.Signal the Create Superior Enlistment event ([MS-DTCO] section 3.2.7.12) on the core transaction manager facet with the following argument:The new enlistment object.Message Processing Events and Sequencing Rules XE "Sequencing rules:TIP subordinate transaction manager facet" XE "Message processing:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:sequencing rules" XE "TIP subordinate transaction manager facet:message processing"This section describes how each received TIP command is processed. Each of these events is signaled with a TIP command object as an input argument.Receiving ABORT TIP Command XE "ABORT TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives an ABORT TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Secondary, signal the Invalid TIP Command event?(section?3.3.7.1) and terminate the processing of this event. If the State field of the receiving TIP connection object is not set to either Aborted, Enlisted, or Prepared, signal the Invalid TIP Command event?(section?3.3.7.1) and terminate the processing of this event.If the State field of the receiving TIP connection object is set to Aborted: Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send an ABORTED TIP command.Otherwise:Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Receiving COMMIT TIP Command XE "COMMIT TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a COMMIT TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Secondary, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.If the State field of the receiving TIP connection object is not set to either Aborted, Enlisted, or Prepared, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.If the State field of the receiving TIP connection object is set to Enlisted:Set the State field of the receiving TIP connection object to Enlisted Commit.Signal the Begin Phase Zero ([MS-DTCO] section 3.2.7.5) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Otherwise, if the State field of the receiving TIP connection object is set to Prepared:Signal the Begin Commit ([MS-DTCO] section 3.2.7.2) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Otherwise: Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send an ABORTED TIP command.Receiving NOTPULLED TIP Command XE "NOTPULLED TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a NOTPULLED TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle Pull.The Connection Type field of the receiving TIP connection object is not set to Primary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.Notify the higher-layer business logic that the Pull request failed. Set the State field of the receiving TIP connection object to Idle.Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Receiving PREPARE TIP Command XE "PREPARE TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a PREPARE TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Secondary, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.If the State field of the receiving TIP connection object is not set to either Aborted or Enlisted, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.If the State field of the receiving TIP connection object is set to Enlisted:Set the State field of the receiving TIP connection object to Enlisted Prepare.Signal the Begin Phase Zero ([MS-DTCO] section 3.2.7.5) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Otherwise: Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send an ABORTED TIP command. Receiving PULLED TIP Command XE "PULLED TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a PULLED TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle Pull.The Connection Type field of the receiving TIP connection object is not set to Primary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.Set the Connection Type field of the receiving TIP connection object to Secondary.Set the State field of the receiving TIP connection object to Enlisted.Notify the higher-layer business logic that the Pull request succeeded. Receiving PUSH TIP Command XE "PUSH TIP"The PUSH TIP command MUST be received with the following argument:superior's transaction identifier.When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a PUSH TIP command, it MUST perform the following actions:If the value of the Allow Network Transactions flag or the Allow Inbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle.The Connection Type field of the receiving TIP connection object is not set to Secondary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.If the Partner Transaction Manager Address field of the receiving TIP connection object is not set, send a NOTPUSHED TIP command. This action does not conform to the [RFC2371] specification.Call the TIP connection manager's HasPartnerTransaction operation with the following arguments:The Partner Transaction Manager Address field of the enlistment object referenced by the receiving TIP connection object.The provided <superior's transaction identifier>.If the HasPartnerTransaction returns true: Send an ALREADYPUSHED?(section?2.2.1) TIP command with the following argument:The Transaction Identifier field of the transaction object referenced by the enlistment object.Terminate the processing for this TIP command.Create a new transaction object with the following value:The Transaction Identifier field is set to a new GUID value.Create a new enlistment object with the following values:The TIP connection object is set to the receiving TIP connection object. The Partner Transaction Identifier field is set to the provided superior's transaction identifier. The Partner Transaction Manager Address field is set to the Partner Transaction Manager Address field of the receiving TIP connection object.The transaction object reference is set to new transaction object.Set the enlistment reference of the receiving TIP connection object to the new enlistment object.Signal the Create Superior Enlistment event ([MS-DTCO] section 3.2.7.12) on the core transaction manager facet with the following argument:The enlistment object referenced by the receiving TIP connection object.Receiving QUERIEDEXISTS TIP Command XE "QUERIEDEXISTS TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a QUERIEDEXISTS TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle Query.The Connection Type field of the receiving TIP connection object is not set to Primary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.Create a query timer (section 3.3.2.1) with the following arguments:The enlistment object referenced by the receiving TIP connection object. An implementation-specific timer value.Set the State field of the receiving TIP connection object to Idle.Call the TIP connection manager's FreeTipConnection operation with the following argument:The provided TIP connection object.Receiving QUERIEDNOTFOUND TIP Command XE "QUERIEDNOTFOUND TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a QUERIEDNOTFOUND TIP command, it MUST perform the following actions:Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle Query.The Connection Type field of the receiving TIP connection object is not set to Primary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command Event?(section?3.3.7.1) and terminate the processing of this event.Set the State field of the receiving TIP connection object to Idle.Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Call the TIP connection manager's FreeTipConnection operation with the following argument:The provided TIP connection object.Receiving RECONNECT TIP Command XE "RECONNECT TIP"The RECONNECT TIP command MUST be received with the following argument:subordinate's transaction identifier.When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives a RECONNECT TIP command, it MUST perform the following actions:If the value of the Allow Network Transactions flag or the Allow Inbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Test whether the receiving TIP connection object meets any of the following conditions:The State field of the receiving TIP connection object is not set to Idle. The Connection Type field of the receiving TIP connection object is not set to Secondary.If the receiving TIP connection satisfies any of the conditions, signal the Invalid TIP Command event?(section?3.3.7.1) and terminate the processing of this event.Test the transaction table to see if there is transaction object that meets the following conditions:Its Transaction Identifier field is set to the provided subordinate's transaction identifier. Its Superior Enlistment field contains an enlistment object whose TIP Connection field contains a TIP connection object whose Partner Transaction Manager Address field is set to the partner transaction manager address of the receiving TIP connection object.If these conditions are not met, signal the Invalid TIP Command event?(section?3.3.7.1) and terminate the processing of this event. The TIP Connection field of the enlistment object referenced by the Superior Enlistment field of this transaction object indicates whether this TIP subordinate transaction manager facet is awaiting the reply for a QUERY TIP command for the same transaction. Wait until this field is not set before continuing the processing of this event. Call the Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation with the following argument:subordinate's transaction identifier.Attempt to find the Transaction Identifier returned from the Transaction Identifier Converter's Convert TIP Transaction Identifier to Transaction Identifier operation in the Transaction table of the core transaction manager facet.If a transaction object is not found:Send a NOTRECONNECTED TIP command.Otherwise:If the Partner Transaction Manager Address field of the Superior Enlistment referenced by the transaction object is not set to Partner Transaction Manager Address field of the TIP connection object:Send a NOTRECONNECTED TIP command.Otherwise:Test whether the following conditions are all true, which indicates that there is an outstanding QUERY TIP command that this TIP subordinate transaction manager facet sent for this transaction:The State field of the receiving TIP connection is set to Idle Query.The TIP connection object of the Superior Enlistment referenced by the transaction object is set.If the preceding conditions are all true:Wait for the TIP connection object referenced by the Superior Enlistment referenced by the transaction object to be reset when a response to the QUERY TIP command is received. Otherwise:Cancel the query timer (section 3.3.2.1) associated with the Superior Enlistment referenced by the transaction object, if started. Reset the TIP connection object referenced by the Superior Enlistment referenced by the transaction object. Set the TIP Connection field of the Superior Enlistment object of the transaction object to the receiving TIP connection object. Send a RECONNECTED TIP command.Set the State field of the receiving TIP connection object to Prepared.Receiving ERROR TIP Command XE "ERROR TIP"When the TIP subordinate transaction manager facet (section 1.3.1.2.2) receives an ERROR TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is set to Primary:Reset the TIP Connection field of the enlistment object referenced by the receiving TIP connection object.Call the TIP connection manager's FreeTipConnection operation with the following argument:The receiving TIP connection object.Signal the Process Error event with the following argument:The receiving TIP connection object.Timer Events XE "Timer events:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:timer events"Query Timer Expired EventThe Query Timer Expired event MUST be signaled with the following argument:An enlistment object.If the Query Timer Expired event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following action:Signal the Recover In Doubt Transaction event with the provided enlistment object.Other Local Events XE "Local events:TIP subordinate transaction manager facet" XE "TIP subordinate transaction manager facet:local events"A TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST be prepared to process the local events specified in the following sections.Invalid TIP Command Event XE "TIP command event - invalid"This event overrides the event with the same name in section 3.1.7.1. It is used by the TIP subordinate transaction manager facet (section 1.3.1.2.2). This event is triggered with the following argument:A TIP connection object.If the Invalid TIP Command event is signaled, the TIP subordinate transaction manager facet MUST perform the following actions:Send an ERROR TIP command. If the Connection Type field of the receiving TIP connection object is set to Primary:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Signal the Process Error event with the following argument:The provided TIP connection object.Process Error XE "Process error"The Process Error event MUST be signaled with the following argument:A TIP connection object.If the Process Error event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the Connection Type field of the provided TIP connection object is set to Primary:If the State field of the provided TIP connection object is set to Idle Pull:Set the State field of the provided TIP connection object to Error.Notify the higher-layer business logic that the Pull request failed.Signal the Begin Rollback event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the provided TIP connection object.Otherwise, if the State field of the provided TIP connection object is set to Idle Query:Reset the TIP connection referenced by the enlistment object referenced by the provided TIP connection object.Create a query timer (section 3.3.2.1) with the following arguments:The enlistment object referenced by the provided TIP connection object.An implementation-specific timer value.Otherwise, if the Connection Type field of the provided TIP connection object is set to Secondary:If the State field of the provided TIP connection object is set to either Initial or Idle or Initial Identify:Set the State field of the provided TIP connection object to Error.Otherwise, if the State field of the provided TIP connection object is set to Enlisted:Set the State field of the provided TIP connection object to Error.Signal the Begin Rollback event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the provided TIP connection object.Otherwise, if the State field of the provided TIP connection object is set to Prepared:Reset the TIP connection referenced by the enlistment object referenced by the provided TIP connection object.Create a query timer (section 3.3.2.1) with the following arguments:The enlistment object referenced by the provided TIP connection object.An implementation-specific timer value.Otherwise, if the State field of the provided TIP connection object is set to Aborted:Set the State field of the provided TIP connection object to Error.Events Signaled by the Core Transaction Manager FacetCommit Complete XE "Commit Complete"The Commit Complete event MUST be signaled with the following argument:An enlistment object.If the Commit Complete event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send a COMMITTED TIP command.Create Superior Enlistment Success XE "Create Superior Enlistment:Success"The Create Superior Enlistment Success event MUST be signaled with the following argument:An enlistment object.If the Create Superior Enlistment Success event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the provided enlistment object does not have a TIP connection, a higher-level Pull request is pending, so take the following actions: Call the TIP connection manager's GetTipConnectionFromAddress operation with the following parameter:The Partner Transaction Manager Address field of the provided enlistment object.If a TIP connection object cannot be obtained:Notify the higher-layer business logic that the Pull request failed.Terminate the processing of this event.If the value of the Allow Network Transactions flag or the Allow Inbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The TIP connection object referenced by the provided enlistment object.Notify the higher-layer business logic that the Pull request failed.Terminate the processing of this event.Send a PULL TIP command.Set the State field of the TIP connection object referenced by the provided enlistment to Idle Pull.Otherwise, a remote Push message is pending, so take the following action:Send a PUSHED?(section?2.2.6) TIP command with the following argument:The Transaction Identifier field of the transaction object referenced by the provided enlistment object.Set the State field of the TIP connection object referenced by the provided enlistment to Enlisted.Create Superior Enlistment Failure XE "Create Superior Enlistment:Failure"The Create Superior Enlistment Failure event MUST be signaled with the following arguments:An enlistment object.A failure reason.If the Create Superior Enlistment Failure event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the provided enlistment object does not have a TIP connection, a higher-level Pull request is pending, so take the following action: Notify the higher-layer business logic that the Pull request failed.Otherwise, a remote Push message is pending, so take the following action:Send a NOTPUSHED TIP command.Phase Zero CompleteThe Phase Zero Complete event MUST be signaled with the following arguments:An enlistment object.An outcome value. This value MUST be set to one of the following values:SuccessFailureIf the Phase Zero Complete event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the provided outcome is Failure:Send an ABORTED TIP command.Set the State field of the TIP connection object referenced by the provided Enlistment to Idle.Otherwise:If the State field of the TIP connection object referenced by the provided enlistment is set to Enlisted Prepare:Signal the Begin Phase One ([MS-DTCO] section 3.2.7.4) event on the core transaction manager facet with the following arguments:The transaction object referenced by the provided enlistment object.A Single-Phase value set to False.If the State field of the TIP connection object referenced by the provided enlistment is set to Enlisted Commit:Signal the Begin Phase One ([MS-DTCO] section 3.2.7.4) event on the core transaction manager facet with the following arguments:The transaction object referenced by the provided enlistment object.A Single-Phase value set to True.Phase One CompleteThe Phase One Complete event MUST be signaled with the following arguments:An enlistment object.A value indicating the outcome of Phase One. This value MUST be set to one of the following values:Read-OnlyPreparedCommittedAbortedIn DoubtIf the Phase One Complete event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the provided outcome is In Doubt:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Otherwise:If the provided outcome is Committed:Set the State field of the TIP connection object referenced by the provided Enlistment to Idle.Send a COMMITTED TIP command.If the provided outcome is Aborted:Set the State field of the TIP connection object referenced by the provided Enlistment to Idle.Send an ABORTED TIP command.If the provided outcome is Read-Only:Set the State field of the TIP connection object referenced by the provided Enlistment to Idle.Send a READONLY TIP command.If the provided outcome is Prepared:Set the State field of the TIP connection object referenced by the provided Enlistment to Prepared.Send a PREPARED TIP command.Recover In Doubt TransactionThe Recover In Doubt Transaction event MUST be signaled with the following argument:An enlistment object.If the Recover In Doubt Transaction event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:Cancel the query timer (section 3.3.2.1) associated with the provided enlistment object.Call the TIP connection manager's GetTipConnectionFromAddress operation with the following parameter:The Partner Transaction Manager Address field of the provided enlistment object.If a TIP connection object cannot be obtained:Create a query timer with the following arguments:The provided enlistment object.An implementation-specific timer value.Otherwise:If the value of the Allow Network Transactions flag or the Allow Inbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Set the TIP Connection field of the provided enlistment object to the TIP connection.Set the enlistment referenced by the TIP connection to be the provided enlistment.Set the State of the TIP connection object to Idle.Send a QUERY TIP command with the following argument:The Partner Transaction Identifier field of the enlistment object referenced by the TIP connection object.Set the State of the TIP connection object to Idle Query.Rollback Complete XE "Rollback Complete"The Rollback Complete event MUST be signaled with the following argument:An enlistment object.If the Rollback Complete event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the State field of the TIP connection object referenced by the provided enlistment is set to Idle:If the TIP connection object referenced by the provided enlistment object is set:Call the TIP connection manager’s FreeTipConnection operation with the following argument:The TIP connection object referenced by the provided enlistment object.If the State field of the TIP connection object referenced by the provided enlistment is set to either Enlisted or Prepared:Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send an ABORTED TIP command.Unilaterally Aborted XE "Unilaterally Aborted"The Unilaterally Aborted event MUST be signaled with the following argument:An enlistment object.If the Unilaterally Aborted event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:If the State field of the TIP connection object referenced by the provided enlistment is set to Enlisted:Set the State field of the TIP connection object referenced by the provided enlistment to Aborted.Transport EventsTransport Connection Down XE "Transport Connection Down"This event overrides the event with the same name as specified in section 3.1.7.2.2. The Transport Connection Down event MUST be signaled with the following argument:A TIP connection object.If the Transport Connection Down event is signaled, the TIP subordinate transaction manager facet (section 1.3.1.2.2) MUST perform the following actions:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Signal the Process Error event with the following argument:The provided TIP connection object.TIP Transaction Manager Communicating with an Application Facet Details XE "TIP transaction manager communicating with an application facet:overview"This section contains protocol details that relate to the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) protocol role.Abstract Data Model XE "Data model - abstract:TIP transaction manager communicating with an application facet" XE "Abstract data model:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:abstract data model"This section describes a conceptual model of possible data organization that an implementation maintains to participate in this protocol. The described organization is provided to facilitate the explanation of how the protocol behaves. This document does not mandate that implementations adhere to this model as long as their external behavior is consistent with that described in this document.Note that the abstract data model can be implemented in a variety of ways. This protocol does not prescribe or advocate any specific implementation technique.The TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST extend the definition of the State field of the TIP connection object as specified in section 3.1.1.1 to include the following values:State: An enumeration that indicates what state the TIP connection is in. This field MUST be set to one of the values in the extended enumeration. The following are the extension values:Begun: The TIP connection is associated with an active transaction.Aborted: The TIP connection sends an ABORTED TIP command because the associated transaction has been unilaterally aborted.TIP Transaction Manager Communicating with an Application Facet State Transition TableThe following table summarizes the state transitions that are legal to the protocol as seen by the TIP transaction manager communicating with an application facet (section 1.3.1.2.3). The states are the TIP connection states. The table omits the following transitions:In every state, the TIP transaction manager communicating with an application facet, acting as a Secondary, may receive an ERROR TIP command, which changes the state to Error.The state changes when a TIP reply is sent to the partner transaction manager in response to a TIP request.The "<TIP command A> received/<TIP response B> sent" syntax in the table indicates that the facet received <TIP command A> and decided to respond to it with <TIP response B>. The state changes from <current state> to the <next state> when <TIP response B> is sent to the partner transaction manager.Current stateEventNext stateIdleBEGIN received/BEGUN sent.BegunIdleBEGIN received/NOTBEGUN sent.IdleIdleBEGIN received/ERROR sent.ErrorBegunCOMMIT received/COMMITTED sent.IdleBegunCOMMIT received/ABORTED sent.IdleBegunCOMMIT received/Error sent.ErrorBegunABORT received/ABORTED sent.IdleBegunABORT received/ERROR sent.ErrorBegunUnilaterally ABORTED event signaled.AbortedAbortedABORT received/ABORTED sent.IdleAbortedCOMMIT received/ABORTED sent.IdleTimers XE "Timers:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:timers"None.Initialization XE "Initialization:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:initialization"The TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform all initialization as specified in section 3.1.3.Higher-Layer Triggered Events XE "Triggered events - higher-layer:TIP transaction manager communicating with an application facet" XE "Higher-layer triggered events:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:higher-layer triggered events"No higher-layer events apply here.Message Processing Events and Sequencing Rules XE "Sequencing rules:TIP transaction manager communicating with an application facet" XE "Message processing:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:sequencing rules" XE "TIP transaction manager communicating with an application facet:message processing"This section describes how each received TIP command is processed. Each of these events is signaled with a TIP command object as an input argument.Receiving ABORT TIP Command XE "ABORT TIP"When the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) receives an ABORT TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Secondary, signal the Invalid TIP Command Event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is not set to either Aborted or Begun, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is set to Aborted:Set the State field of the TIP connection object referenced by the provided enlistment object to Idle.Send an ABORTED TIP command.Otherwise, if the State field of the receiving TIP connection object is set to Begun:Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Receiving BEGIN TIP Command XE "BEGIN TIP"When the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) receives a BEGIN TIP command, it MUST perform the following actions:If the value of the Allow Network Transactions flag or the Allow Inbound Transactions flag is false:Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Terminate the processing of this TIP command.Test whether the receiving TIP connection object meets any of the following conditions:The Connection Type field of the receiving TIP connection object is not set to Secondary.The State field of the receiving TIP connection object is not set to Idle. The value of the Allow Begin flag is false.If the receiving TIP connection object satisfies any of the conditions, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.Create a new transaction object with the following value:The Transaction Identifier field is set to a new GUID value.Set the transaction object referenced by the enlistment object referenced by the receiving TIP connection object to the new transaction object.Signal the Create Transaction ([MS-DTCO] section 3.2.7.13) event on the core transaction manager facet with the following argument:The enlistment object referenced by the receiving TIP connection object.Receiving COMMIT TIP Command XE "COMMIT TIP"When the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) receives a COMMIT TIP command, it MUST perform the following actions:If the Connection Type field of the receiving TIP connection object is not set to Secondary, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is not set to either Begun or Aborted, signal the Invalid TIP Command event?(section?3.4.7.1) and terminate the processing of this TIP command.If the State field of the receiving TIP connection object is set to Begun:Signal the Begin Phase Zero ([MS-DTCO] section 3.2.7.5) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Otherwise, if the State field of the receiving TIP connection object is set to Aborted:Set the State field of the TIP connection object referenced by the provided enlistment object to Idle.Send an ABORTED TIP command.Receiving ERROR TIP Command XE "ERROR TIP"When the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) receives an ERROR TIP command object, it MUST perform the following actions:If the State field of the receiving TIP connection object is set to Begun:Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object referenced by the receiving TIP connection object.Set the State field of the receiving TIP connection object to Error.Timer Events XE "Timer events:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:timer events"None.Other Local Events XE "Local events:TIP transaction manager communicating with an application facet" XE "TIP transaction manager communicating with an application facet:local events"A TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST be prepared to process the local events specified in the following sections.Invalid TIP Command EventThis event overrides the event with the same name as specified in section 3.1. It is used by the TIP transaction manager communicating with an application facet (section 1.3.1.2.3). The Invalid TIP Command event is triggered with the following argument:A TIP connection object.If the Invalid TIP Command event is signaled, the TIP transaction manager communicating with an application facet MUST perform the following actions:If the State field of the receiving TIP connection object is set to Begun:Signal the Begin Rollback ([MS-DTCO] section 3.2.7.6) event on the core transaction manager facet with the following argument:The enlistment object referenced by the provided TIP connection object.Otherwise, if the State field of the receiving TIP connection object is not set to Error:Send an ERROR TIP command.Set the State field of the receiving TIP connection object to Error.Events Signaled by the Core Transaction Manager FacetCreate Transaction Failure XE "Create Transaction:Failure"The Create Transaction Failure event MUST be signaled with the following arguments:An enlistment object.A failure reason.If the Create Transaction Failure event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following action:Send a NOTBEGUN TIP command.Create Transaction Success XE "Create Transaction:Success"The Create Transaction Success event MUST be signaled with the following argument:A transaction object.If the Create Transaction Success event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following actions:Set the State field of the TIP connection object referenced by the provided transaction object to Begun.Call the Transaction Identifier Converter's Convert Transaction Identifier to TIP Transaction Identifier operation with the following argument. The Transaction Identifier field of the provided transaction object.Send a BEGUN TIP command with the following argument:The return value from the Convert Transaction Identifier to TIP Transaction Identifier event.Phase Zero Complete XE "Phase Zero Complete"The Phase Zero Complete event MUST be signaled with the following arguments:An enlistment object.An outcome value. This value MUST be set to one of the following values:SuccessFailureIf the Phase Zero Complete event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following actions:If the provided outcome is Failure:Set the State field of the TIP connection object referenced by the provided enlistment object to Idle.Send an ABORTED TIP command. If the provided outcome is Success:Signal the Begin Phase One([MS-DTCO] section 3.2.7.4) event on the core transaction manager facet with the following arguments:The transaction object referenced by the provided enlistment object.A Single-Phase value set to True.Phase One Complete XE "Phase One Complete"The Phase One Complete event MUST be signaled with the following arguments:An enlistment object.A value indicating the outcome of Phase One. This value MUST be set to one of the following values:Read-OnlyCommittedAbortedIn DoubtIf the Phase One Complete event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following actions:If the provided outcome is In Doubt:Send an ABORTED TIP command. This action does not conform to the [RFC2371] specification.Call the TIP connection manager's FreeTipConnection operation with the following argument:The provided TIP connection object.Otherwise:If the provided outcome is Committed:Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send a COMMITTED TIP command.If the provided outcome is Aborted:Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send an ABORTED TIP command.If the provided outcome is Read-Only:Set the State field of the TIP connection object referenced by the provided enlistment to Idle.Send a COMMITTED TIP command.Rollback Complete XE "Rollback Complete"The Rollback Complete event MUST be signaled with the following argument:An enlistment object.If the Rollback Complete event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following actions:If the State field of the TIP connection object referenced by the provided enlistment object is set to Begun:Set the State field of the TIP connection object referenced by the provided enlistment object to Idle.Send an ABORTED TIP command.Unilaterally Aborted XE "Unilaterally Aborted"The Unilaterally Aborted event MUST be signaled with the following argument:An enlistment object.If the Unilaterally Aborted event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following action:If the State field of the TIP connection object referenced by the provided enlistment object is set to Begun:Set the State field of the TIP connection object referenced by the provided enlistment object to Aborted.Transport EventsTransport Connection Down XE "Transport Connection Down"This event overrides the event with the same name as specified in section 3.1.7.2.2. The Transport Connection Down event MUST be signaled with the following argument:A TIP connection object.If the Transport Connection Down event is signaled, the TIP transaction manager communicating with an application facet (section 1.3.1.2.3) MUST perform the following actions:If the State field of the provided TIP connection object is set to Begun:Signal the Begin Rollback event ([MS-DTCO] section 3.2.7.6) on the core transaction manager facet with the following argument:The transaction object referenced by the enlistment object, which in turn is referenced by the provided TIP connection object.Set the State field of the provided TIP connection object to Error.Reset the TIP connection object referenced by the enlistment object referenced by the provided TIP connection object.Call the TIP connection manager's TerminateTipConnection operation with the following argument:The provided TIP connection object.Protocol Examples XE "Examples:overview"The following sections describe several operations as used in common scenarios to illustrate the function of the TIP Extensions. These protocol examples generally assume that a TCP transport session has already been established between the two TIP roles. However, some examples exhibit how one TIP role establishes a new TCP transport session with another TIP role, because of the protocol that is being demonstrated.TIP roles communicate with each other by using TIP connections that are in turn layered on top of the TCP transport infrastructure.Transaction Processing Scenario XE "Scenarios:transaction processing scenario" XE "Transaction processing scenario" XE "Examples:transaction processing scenario"Creating the TIP Connection XE "TIP connection - creating"A TIP connection can be created by any TIP role that can be a primary:TIP applicationTIP superior transaction managerTIP subordinate transaction managerThis TIP command sequence is initiated by starting a TIP connection on a transport session between a Primary and a Secondary. The TIP connection starts in the Initial State.The TIP command sequence starts when the Primary creates the transport session to the Secondary, then starts the TIP connection by sending an IDENTIFY TIP command, specifying lowest protocol version, highest protocol version, primary transaction manager address, and secondary transaction manager address. For this example, the Primary specifies that the lowest protocol version is 3 and the highest protocol version is 3, that the primary transaction manager address is primary-tm.:8086/TipTM/ and that the secondary transaction manager address is secondary-tm.:3372/. Field Value Value description TIP Command0x49 0x44 0x45 0x4E 0x54 0x49 0x46 0x59"IDENTIFY"SP0x20" "lowest protocol version0x33"3"SP0x20" "highest protocol version0x33"3"SP0x20" "primary transaction manager address0x70 0x72 0x69 0x6D 0x61 0x72 0x79 0x2D 0x74 0x6D 0x2E 0x66 0x61 0x62 0x72 0x69 0x6B 0x61 0x6D 0x2E 0x63 0x6F 0x6D 0x3A 0x38 0x30 0x38 0x36 0x2F 0x54 0x69 0x70 0x54 0x4D 0x2F"primary-tm.:8086/TipTM/"SP0x20" "secondary transaction manager address 0x73 0x65 0x63 0x6F 0x6E 0x64 0x61 0x72 0x79 0x2D 0x74 0x6D 0x2E 0x66 0x61 0x62 0x72 0x69 0x6B 0x61 0x6D 0x2E 0x63 0x6F 0x6D 0x3A 0x33 0x33 0x37 0x32 0x2F"secondary-tm.:3372/"TIP Command Line terminator0x0ALFWhen the Secondary receives the IDENTIFY TIP command from the Primary, it finds the high protocol version supported by both itself and the Primary. If such a protocol version exists, it sends an IDENTIFIED TIP command to the Primary transaction manager specifying the protocol version (for this example, 3), and the State of the TIP connection changes to Idle. Field Value Value description TIP Command 0x49 0x44 0x45 0x4E 0x54 0x49 0x46 0x49 0x45 0x44"IDENTIFIED"SP0x20" "protocol version0x33"3"TIP Command Line terminator0x0ALFPropagating the Transaction XE "Transactions:propagating"This exchange involves the TIP superior transaction manager and the TIP subordinate transaction manager.Pull Propagation XE "Propagation:pull"The TIP subordinate transaction manager, which is Primary, pulls the transaction by sending a PULL TIP command, specifying the TIP superior transaction manager's transaction identifier as the superior's transaction identifier and its own transaction identifier as the subordinate's transaction identifier. For this example, the TIP superior transaction manager's transaction identifier is OleTx-188b0af9-1c81-43cf-8c2a-0e865540f450 and the subordinate transaction identifier is a6441ea1-b68c-48b0-adf9-015a08fd3f2f. Field Value Value description TIP command 0x50 0x55 0x4C 0x4C"PULL"SP0x20" "<superior's transaction identifier> 0x4F 0x6C 0x65 0x54 0x78 0x2D 0x31 0x38 0x38 0x62 0x30 0x61 0x66 0x39 0x2D 0x31 0x63 0x38 0x31 0x2D 0x34 0x33 0x63 0x66 0x2D 0x38 0x63 0x32 0x61 0x2D 0x30 0x65 0x38 0x36 0x35 0x35 0x34 0x30 0x66 0x34 0x35 0x30"OleTx-188b0af9-1c81-43cf-8c2a-0e865540f450"SP0x20" "subordinate's transaction identifier 0x61 0x36 0x34 0x34 0x31 0x65 0x61 0x31 0x2D 0x62 0x36 0x38 0x63 0x2D 0x34 0x38 0x62 0x30 0x2D 0x61 0x64 0x66 0x39 0x2D 0x30 0x31 0x35 0x61 0x30 0x38 0x66 0x64 0x33 0x66 0x32 0x66"a6441ea1-b68c-48b0-adf9-015a08fd3f2f"TIP command line terminator0x0ALFWhen the TIP superior transaction manager receives the PULL TIP command from the TIP subordinate transaction manager, it attempts to locate the transaction in its list of transaction objects by using the superior's transaction identifier. If the TIP superior transaction manager can successfully locate the transaction object, it will respond to the TIP subordinate transaction manager with the PULLED TIP command and the Current transaction of the TIP connection will be set to be the transaction. This switches Connection Type, so the TIP superior transaction manager is Primary and the TIP subordinate transaction manager is Secondary. The State of the TIP connection changes to Enlisted. Field Value Value description TIP command 0x50 0x55 0x4C 0x4C 0x45 0x44"PULLED"TIP command line terminator0x0ALFPush Propagation XE "Propagation:push"The TIP superior transaction manager pushes the transaction by sending a PUSH TIP command, specifying its own transaction identifier as the superior's transaction identifier. For this example, the superior's transaction identifier is 1c7edc47-a302-4cae-8829-c0bf87d79ad7. Field Value Value description TIP command 0x50 0x55 0x53 0x48"PUSH"SP0x20" "superior's transaction identifier 0x31 0x63 0x37 0x65 0x64 0x63 0x34 0x37 0x2D 0x61 0x33 0x30 0x32 0x2D 0x34 0x63 0x61 0x65 0x2D 0x38 0x38 0x32 0x39 0x2D 0x63 0x30 0x62 0x66 0x38 0x37 0x64 0x37 0x39 0x61 0x64 0x37"1c7edc47-a302-4cae-8829-c0bf87d79ad7"TIP command line terminator0x0ALFWhen the TIP subordinate transaction manager receives the PUSH TIP command, it adds the transaction to its list of transaction objects with a newly created transaction identifier and the transaction will become the Current transaction of the TIP connection. The TIP subordinate transaction manager responds with the PUSHED TIP command, specifying the new transaction identifier as the subordinate's transaction identifier. The State of the TIP connection changes to Enlisted. Field Value Value description TIP command 0x50 0x55 0x53 0x48 0x45 0x44"PUSHED"SP0x20" "subordinate's transaction identifier ID 0x4F 0x6C 0x65 0x54 0x78 0x2D 0x34 0x39 0x32 0x63 0x33 0x36 0x34 0x32 0x2D 0x39 0x63 0x34 0x63 0x2D 0x34 0x66 0x38 0x63 0x2D 0x61 0x62 0x65 0x65 0x2D 0x37 0x66 0x65 0x31 0x30 0x38 0x33 0x63 0x62 0x65 0x32 0x61"OleTx-492c3642-9c4c-4f8c-abee-7fe1083cbe2a"TIP command line terminator0x0ALFCommitting the Transaction XE "Transactions:committing"Two-Phase Commit XE "Two phase commit"This exchange involves the TIP superior transaction manager and the TIP subordinate transaction manager.Read Only XE "Read only"In the first phase of two-phase commit processing, the TIP superior transaction manager sends the PREPARE TIP command to the TIP subordinate transaction manager. Field Value Value description TIP command 0x50 0x52 0x45 0x50 0x41 0x52 0x45"PREPARE"TIP command line terminator0x0ALFWhen the TIP subordinate transaction manager receives the PREPARE TIP command, it iterates through each of the transaction's subordinate branches and notifies the subordinates that the transaction processing has begun. The TIP subordinate transaction manager waits for reply notifications from each of its subordinates in order to determine the outcome of the transaction. If each subordinate branch of a transaction successfully prepares for the transaction and it is not necessary for the TIP subordinate transaction manager to receive notification of the transaction's outcome, the TIP subordinate transaction manager is allowed to respond to the TIP superior transaction manager with the READONLY TIP command. The State of the TIP connection changes to Idle and the Current transaction of the TIP connection is cleared. Field Value Value description TIP command 0x52 0x45 0x41 0x44 0x4F 0x4E 0x4C 0x59"READONLY"TIP command line terminator0x0ALFPhase One XE "Phase One"In the first phase of two-phase commit processing, the TIP superior transaction manager sends the PREPARE TIP command to the TIP subordinate transaction manager. Field Value Value description TIP command 0x50 0x52 0x45 0x50 0x41 0x52 0x45"PREPARE"TIP command line terminator0x0ALFWhen the TIP subordinate transaction manager receives the PREPARE TIP command, it iterates through each of the transaction's subordinate branches and notifies the subordinates that the transaction processing has begun. The TIP subordinate transaction manager waits for reply notifications from each of its subordinates in order to determine the outcome of the transaction. If each subordinate branch of a transaction successfully prepares for the transaction, the TIP subordinate transaction manager responds to the TIP superior transaction manager with the PREPARED TIP command. The State of the TIP connection changes to Prepared. Field Value Value description TIP command 0x50 0x52 0x45 0x50 0x41 0x52 0x45 0x44"PREPARED"TIP command line terminator0x0ALFRecovery XE "Recovery"While the State of the TIP connection is Prepared, it is possible that the underlying transport session will fail.If this occurs, the TIP subordinate transaction manager will establish a TIP connection to the TIP superior transaction manager as in section 4.1.1. It will then send a QUERY TIP command, specifying the superior's transaction identifier. For this example, the superior's transaction identifier is 1c7edc47-a302-4cae-8829-c0bf87d79ad7. Field Value Value description TIP command 0x51 0x55 0x45 0x52 0x59"QUERY"SP0x20" "superior's transaction identifier 0x31 0x63 0x37 0x65 0x64 0x63 0x34 0x37 0x2D 0x61 0x33 0x30 0x32 0x2D 0x34 0x63 0x61 0x65 0x2D 0x38 0x38 0x32 0x39 0x2D 0x63 0x30 0x62 0x66 0x38 0x37 0x64 0x37 0x39 0x61 0x64 0x37"1c7edc47-a302-4cae-8829-c0bf87d79ad7"TIP command line terminator0x0ALFWhen the TIP superior transaction manager receives the QUERY TIP command from the TIP subordinate transaction manager, it attempts to locate the transaction in its list of transaction objects by using the superior's transaction identifier. If the TIP superior transaction manager can successfully locate the transaction object, it will respond to the TIP subordinate transaction manager with the QUERIEDEXISTS TIP command. Field Value Value description TIP command 0x51 0x55 0x45 0x52 0x49 0x45 0x44 0x45 0x58 0x49 0x53 0x54 0x53"QUERIEDEXISTS"TIP command line terminator0x0ALFThe TIP superior transaction manager will then establish a TIP connection to the TIP subordinate transaction manager as in section 4.1.1. It will send a RECONNECT TIP command, specifying the subordinate's transaction identifier. For this example, the subordinate's transaction identifier is OleTx-492c3642-9c4c-4f8c-abee-7fe1083cbe2a. Field Value Value description TIP command 0x52 0x45 0x43 0x4F 0x4E 0x4E 0x45 0x43 0x54"RECONNECT"SP0x20" "subordinate's transaction identifier0x4F 0x6C 0x65 0x54 0x78 0x2D 0x34 0x39 0x32 0x63 0x33 0x36 0x34 0x32 0x2D 0x39 0x63 0x34 0x63 0x2D 0x34 0x66 0x38 0x63 0x2D 0x61 0x62 0x65 0x65 0x2D 0x37 0x66 0x65 0x31 0x30 0x38 0x33 0x63 0x62 0x65 0x32 0x61"OleTx-492c3642-9c4c-4f8c-abee-7fe1083cbe2a"TIP command line terminator0x0ALFWhen the TIP subordinate transaction manager receives the RECONNECT TIP command from the TIP superior transaction manager, it attempts to locate the transaction in its list of transaction objects by using the subordinate's transaction identifier. If the TIP subordinate transaction manager can successfully locate the transaction object, it will respond to the TIP superior transaction manager with the RECONNECTED TIP command and the transaction will become the Current transaction of the TIP connection. The State of the TIP connection changes to Prepared. Field Value Value description TIP command 0x52 0x45 0x43 0x4F 0x4E 0x4E 0x45 0x43 0x54 0x45 0x44"RECONNECTED"TIP command line terminator0x0ALFPhase Two XE "Phase Two"In the second phase of two-phase commit processing, the TIP superior transaction manager sends the COMMIT TIP command to the TIP subordinate transaction manager. Field Value Value description TIP command 0x43 0x4F 0x4D 0x4D 0x49 0x54"COMMIT"TIP command line Terminator0x0ALFWhen the TIP subordinate transaction manager receives the COMMIT TIP command, it then iterates through each subordinate branch of the transaction and notifies the subordinates that the transaction is committed. It then waits for reply notifications from each of its subordinates in order to complete Phase Two processing.When each subordinate branch of the transaction replies that it has committed the transaction, the TIP subordinate transaction manager responds to the TIP superior transaction manager with the COMMITTED TIP command. The State of the TIP connection changes to Idle and the Current transaction of the TIP connection is cleared. Field Value Value description TIP command 0x43 0x4F 0x4D 0x4D 0x49 0x54 0x45 0x44"COMMITTED"TIP command line terminator0x0ALFSingle-Phase Commit XE "Single Phase Commit"The single-phase commit TIP command sequence is the same as that specified in section 4.1.3.1.3 except that when the TIP subordinate transaction manager receives the COMMIT TIP command, it then performs the activities of both Phase One and Phase Two before responding with the COMMITTED TIP command.Begin Scenario XE "Scenarios:begin scenario" XE "Begin scenario" XE "Examples:begin scenario"Creating the TIP Connection XE "Creating the TIP connection"The Primary transaction manager will establish a TIP connection to the superior transaction manager as in section 4.1.1.Beginning the Transaction XE "Transaction:beginning"The Primary transaction manager begins the transaction by sending a BEGIN TIP command. Field Value Value Description TIP command 0x42 0x45 0x47 0x49 0x4E"BEGIN"TIP command line terminator0x0ALFWhen the TIP Secondary transaction manager receives the BEGIN TIP command from the TIP Primary transaction manager, it creates a new transaction and adds it to its list of transaction objects. This transaction will become the Current transaction of the TIP connection. The TIP Secondary transaction manager will respond with the BEGUN TIP command, specifying the new transaction identifier as the transaction identifier. The State of the TIP connection changes to Begun. Field Value Value Description TIP command 0x42 0x45 0x47 0x55 0x4E"BEGUN"SP0x20" "transaction identifier 0x4F 0x6C 0x65 0x54 0x78 0x2D 0x62 0x62 0x65 0x61 0x34 0x36 0x65 0x39 0x2D 0x36 0x62 0x35 0x63 0x2D 0x34 0x63 0x62 0x38 0x2D 0x62 0x66 0x36 0x39 0x2D 0x37 0x61 0x62 0x38 0x33 0x66 0x32 0x66 0x32 0x62 0x35 0x63"OleTx-bbea46e9-6b5c-4cb8-bf69-7ab83f2f2b5c"TIP command line terminator0x0ALFCommitting the Transaction XE "Transaction:committing"The TIP Primary transaction manager must commit the transaction by using single-phase commit (see section 4.1.3.2).Security XE "Security"Security Considerations for Implementers XE "Security:implementer considerations" XE "Implementer - security considerations" The transaction processing protocol that is defined by this specification is intended for use in an environment where all participants are trusted to collaborate in driving transactions toward a final outcome.Misuse of the Two-Phase Commit Protocol can enable participants to perform simple denial of service attacks on their transaction managers. Because transaction managers generally communicate with multiple participants simultaneously, this condition represents a denial of service to other participants.Each participant should uphold the following principles:Every transaction reaches a common outcome for all participants, in accord with a correctly executed Two-Phase Commit Protocol.No transaction remains In Doubt for a longer period of time than the application's higher-layer business logic accepts.An implementation has the option to further restrict its exposure to security vulnerabilities by initializing the following flags specified in the Abstract Data Model?(section?3.1.1) to false:Allow TIPAllow Begin Allow PassThrough Allow Non-Default PortAllow Different Partner AddressIndex of Security Parameters XE "Security:parameter index" XE "Index of security parameters" XE "Parameters - security index" None.Appendix A: Product Behavior XE "Product behavior" The information in this specification is applicable to the following Microsoft products or supplemental software. References to product versions include released service packs.Note: Some of the information in this section is subject to change because it applies to an unreleased, preliminary version of the Windows Server operating system, and thus may differ from the final version of the server software when released. All behavior notes that pertain to the unreleased, preliminary version of the Windows Server operating system contain specific references to Windows Server 2016 Technical Preview as an aid to the reader. Windows 2000 operating systemWindows XP operating systemWindows Server 2003 operating systemWindows Vista operating systemWindows Server 2008 operating systemWindows 7 operating systemWindows Server 2008 R2 operating systemWindows 8 operating systemWindows Server 2012 operating systemWindows 8.1 operating systemWindows Server 2012 R2 operating systemWindows 10 operating systemWindows Server 2016 Technical Preview operating system Exceptions, if any, are noted below. If a service pack or Quick Fix Engineering (QFE) number appears with the product version, behavior changed in that service pack or QFE. The new behavior also applies to subsequent service packs of the product unless otherwise specified. If a product edition appears with the product version, behavior is different in that product edition.Unless otherwise specified, any statement of optional behavior in this specification that is prescribed using the terms SHOULD or SHOULD NOT implies product behavior in accordance with the SHOULD or SHOULD NOT prescription. Unless otherwise specified, the term MAY implies that the product does not follow the prescription. HYPERLINK \l "Appendix_A_Target_1" \h <1> Section 3.1.1.3.2: On Windows 2000, the secondary transaction manager address argument of the IDENTIFY TIP command may not be set to the value of the provided partner transaction manager address. HYPERLINK \l "Appendix_A_Target_2" \h <2> Section 3.1.3: The default value of these flags is false on Windows 2000, Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, Windows Server 2008 R2 operating system, Windows 8, Windows Server 2012, Windows 8.1, Windows Server 2012 R2, Windows 10, and Windows Server 2016 Technical Preview. HYPERLINK \l "Appendix_A_Target_3" \h <3> Section 3.1.3: On Windows 2000, Windows XP, and Windows Server 2003, the Transaction Manager Address Override field is not set. HYPERLINK \l "Appendix_A_Target_4" \h <4> Section 3.1.3: TCP requests are accepted on port 3372 in Windows. HYPERLINK \l "Appendix_A_Target_5" \h <5> Section 3.1.5.5: The lowest supported version and the highest supported version in Windows is 3. HYPERLINK \l "Appendix_A_Target_6" \h <6> Section 3.1.5.5: The lowest supported version and the highest supported version in Windows is 3. HYPERLINK \l "Appendix_A_Target_7" \h <7> Section 3.1.5.6: On Windows 2000, the TIP transaction manager facet does not test that the State field is set to Idle. HYPERLINK \l "Appendix_A_Target_8" \h <8> Section 3.1.5.6: On Windows 2000, the TIP transaction manager facet checks that the value of the provided <protocol identifier> is "TMP2.0". On Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, Windows Server 2008 R2, Windows 8, Windows Server 2012, Windows 8.1, Windows Server 2012 R2, Windows 10, and Windows Server 2016 Technical Preview, the TIP transaction manager facet does not check the value of the provided <protocol identifier>. HYPERLINK \l "Appendix_A_Target_9" \h <9> Section 3.1.5.10: On Windows 2000, the TIP transaction manager facet signals the Invalid TIP Command event (section 3.1.7.1) and terminates the processing of this event. HYPERLINK \l "Appendix_A_Target_10" \h <10> Section 3.1.7.1: On Windows 2000, the TIP transaction manager facet may not send the ERROR TIP command or may send an invalid message. HYPERLINK \l "Appendix_A_Target_11" \h <11> Section 3.2.5.4: On Windows 2000, the TIP superior transaction manager facet signals the Invalid TIP Command Event?(section?3.4.7.1). HYPERLINK \l "Appendix_A_Target_12" \h <12> Section 3.2.5.7: On Windows 2000, Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, Windows Server 2008 R2, Windows 8, Windows Server 2012, Windows 8.1, Windows Server 2012 R2, Windows 10, and Windows Server 2016 Technical Preview, the TIP superior transaction manager will terminate the corresponding TIP connection on receiving a TIP PULL command from a TIP subordinate transaction manager when the following conditions are true:The Allow Different Partner Address flag in the TIP superior transaction manager is set to trueThe partner transaction manager's address is specified as "-"A prior request of TIP PULL was received from a TIP subordinate transaction manager whose address is also specified as "-"This action does not conform to the [RFC2371] specification. HYPERLINK \l "Appendix_A_Target_13" \h <13> Section 3.3.2.1: Windows sets the value of the timer to 2,000 seconds.Appendix B: Summary of Extensions XE "Extensions - summary" XE "Summary of extensions"The following table documents the conformance of this protocol to the [RFC2371] specification against the TIP commands specified in [RFC2371] section 13. In cases where TIP Extensions do not conform to the [RFC2371] specification, specific section references are provided. TIP Commands from [RFC2371] Section 13 Transaction Internet Protocol (TIP) Extensions ABORTConforms.ABORTEDConforms.ALREADYPUSHEDConforms, except for the format restrictions specified in section 2.2.1. BEGINConforms, except a Transaction Internet Protocol (TIP) Extensions implementation never sends BEGIN TIP command.BEGUNConforms, except for the format restrictions specified in section 2.2.2.CANTMULTIPLEXConforms.MITTEDConforms.ERRORConforms.IDENTIFYConforms, except for the format restrictions specified in section 2.2.3.IDENTIFIEDConforms.MULTIPLEXConforms, except a TIP Extensions implementation never sends MULTIPLEX TIP command.MULTIPLEXINGConforms, except a TIP Extensions implementation never sends MULTIPLEXING TIP command.NEEDTLSConforms, except a TIP Extensions implementation never sends NEEDTLS TIP command.NOTBEGUNConforms.NOTPULLEDConforms.NOTPUSHEDConforms.NOTRECONNECTEDConforms.PREPAREConforms.PREPAREDConforms.PULLConforms, except for the format restrictions specified in section 2.2.4.PULLEDConforms.PUSHConforms, except for the format restrictions specified in section 2.2.5.PUSHEDConforms, except for the format restrictions specified in section 2.2.6.QUERYConforms, except for the format restrictions specified in section 2.2.7.QUERIEDEXISTSConforms.QUERIEDNOTFOUNDConforms.READONLYConforms.RECONNECTConforms, except for the format restrictions specified in section 2.2.8.RECONNECTEDConforms.TLSConforms, except a TIP Extensions implementation never sends TLS TIP command.TLSINGConforms, except a TIP Extensions implementation never sends TLSING TIP command.Following is the complete list of sections where this protocol extends the [RFC2371] specification:Section 2.2.1Section 2.2.2Section 2.2.3Section 2.2.4Section 2.2.5Section 2.2.6Section 2.2.7Section 2.2.8Section 3.1.1.3.2Section 3.1.5.6Section 3.1.5.9Section 3.1.5.11Section 3.1.7.1Section 3.2.5.4Section 3.2.5.7Section 3.2.7.3.4Section 3.3.5.6Section 3.4.7.2.4Change Tracking XE "Change tracking" XE "Tracking changes" This section identifies changes that were made to this document since the last release. Changes are classified as New, Major, Minor, Editorial, or No change. The revision class New means that a new document is being released.The revision class Major means that the technical content in the document was significantly revised. Major changes affect protocol interoperability or implementation. Examples of major changes are:A document revision that incorporates changes to interoperability requirements or functionality.The removal of a document from the documentation set.The revision class Minor means that the meaning of the technical content was clarified. Minor changes do not affect protocol interoperability or implementation. Examples of minor changes are updates to clarify ambiguity at the sentence, paragraph, or table level.The revision class Editorial means that the formatting in the technical content was changed. Editorial changes apply to grammatical, formatting, and style issues.The revision class No change means that no new technical changes were introduced. Minor editorial and formatting changes may have been made, but the technical content of the document is identical to the last released version.Major and minor changes can be described further using the following change types:New content added.Content updated.Content removed.New product behavior note added.Product behavior note updated.Product behavior note removed.New protocol syntax added.Protocol syntax updated.Protocol syntax removed.New content added due to protocol revision.Content updated due to protocol revision.Content removed due to protocol revision.New protocol syntax added due to protocol revision.Protocol syntax updated due to protocol revision.Protocol syntax removed due to protocol revision.Obsolete document removed.Editorial changes are always classified with the change type Editorially updated.Some important terms used in the change type descriptions are defined as follows:Protocol syntax refers to data elements (such as packets, structures, enumerations, and methods) as well as interfaces.Protocol revision refers to changes made to a protocol that affect the bits that are sent over the wire.The changes made to this document are listed in the following table. For more information, please contact dochelp@.SectionTracking number (if applicable) and descriptionMajor change (Y or N)Change type6 Appendix A: Product BehaviorAdded Windows 10 to the applicability list.YContent update.6 Appendix A: Product BehaviorAdded product behavior note for Windows Server 2016 Technical Preview.YContent update.IndexAABORT TIP (section 3.3.5.1 PAGEREF section_4560e5f93a99410c994c70cc0218eba650, section 3.4.5.1 PAGEREF section_4f15235c53274cf392c005ebefc6541864)ABORTED TIP PAGEREF section_644bd5f25b1c47a3b0c3ce53686996e835Abstract data model overview PAGEREF section_c05301e2b57040f094b0af4b97355e9121 TIP subordinate transaction manager facet PAGEREF section_b5e168f92e584bfdb0fde10d18769d1d46 TIP superior transaction manager facet PAGEREF section_64baba5c30d34bb5a1029eec04593b9431 TIP transaction manager communicating with an application facet PAGEREF section_3d9405417be042d1b6e1f713dfe443d562ALREADYPUSHED PAGEREF section_b263ed720fe74b68bc6eef04e11cfb1620ALREADYPUSHED message PAGEREF section_b263ed720fe74b68bc6eef04e11cfb1620ALREADYPUSHED TIP PAGEREF section_813b6d3dafbb4667a3909e31fab5733735Applicability PAGEREF section_a443cb51dc95463cab4511bf29e37e3f18BBegin commit PAGEREF section_79e28c40c8734483859fb9a5c9b4891743Begin phase one PAGEREF section_1415a881969449649531f970cb9d35ae43Begin rollback PAGEREF section_ab40fa5972114f84a71364d8d4037c1744Begin scenario PAGEREF section_ff4506bb6dce415c94719ed8387bafaf76BEGIN TIP PAGEREF section_3a65f6e2a12d4fdbbb2ad539f01f485e64BEGUN PAGEREF section_b4fca0ef37514cc6b80bfd560e39544820BEGUN message PAGEREF section_b4fca0ef37514cc6b80bfd560e39544820BEGUN TIP PAGEREF section_8221e152d03b45f684edd40d50ee7fce27CCANTMULTIPLEX TIP PAGEREF section_a969001f25af47bcb9c8da72b2328bd627CANTTLS TIP PAGEREF section_7958a45e09c04f0db6e05d1f747b213527Capability negotiation PAGEREF section_4a963789295b4e45825272e14f61b2ca18Change tracking PAGEREF section_ca9c4816804f43918c8fc3ead7a2f51482Commit Complete PAGEREF section_f69956a893d247e5897d7e30c9b58c8057COMMIT TIP (section 3.3.5.2 PAGEREF section_29055fedf61941639f72205ae533f19850, section 3.4.5.3 PAGEREF section_ea823caa609e41ea9a14a774faa271d265)COMMITTED TIP PAGEREF section_bc4d44c54afe477998bd8765e7a7673a36Common details - overview PAGEREF section_7f4ce5a355f9451b8c7f449091fdde4721Common scenarios PAGEREF section_8d99be5a409a4916b03c3e7c66fda27c13Create Subordinate Enlistment Failure PAGEREF section_73e618cc954d4ba4acc01eba8a8b33b644 Success PAGEREF section_a81f129c60c740ae8148b5a6dcbf239145Create Superior Enlistment Failure PAGEREF section_baab2d9cdf7c43198421cabb43017f9558 Success PAGEREF section_ddd9249e1f8b4c8e9285658b2e071d5158Create Transaction Failure PAGEREF section_bc087b65c1404200925e830a7010e9ca66 Success PAGEREF section_d68c7b03296e4bb58dda3a34ad182b0966Creating the TIP connection PAGEREF section_601cbf288f5c4a8394799431d8826e4976DData model - abstract overview PAGEREF section_c05301e2b57040f094b0af4b97355e9121 TIP subordinate transaction manager facet PAGEREF section_b5e168f92e584bfdb0fde10d18769d1d46 TIP superior transaction manager facet PAGEREF section_64baba5c30d34bb5a1029eec04593b9431 TIP transaction manager communicating with an application facet PAGEREF section_3d9405417be042d1b6e1f713dfe443d562EERROR TIP (section 3.2.5.12 PAGEREF section_85b785a62c384002a75b8697bc28df1e41, section 3.3.5.10 PAGEREF section_27a40a88ed4f458e87d0c91a820d74fa55, section 3.4.5.4 PAGEREF section_054460b0147d41e69980ea4816d6bcc365)Examples begin scenario PAGEREF section_ff4506bb6dce415c94719ed8387bafaf76 overview PAGEREF section_75c64b70538a4a18b7299e915fb7dcf170 transaction processing scenario PAGEREF section_c40644b9568c4affb9c2ea4025a5c6c170Extensions - summary PAGEREF section_6848a67062794b8b9407425953de2f1180FFields - vendor-extensible PAGEREF section_a3a896d18f4e4eba96a196ff9bd04bbe18FreeTipConnection PAGEREF section_da7114f3140e4b3988375b83bfa28b3124GGetTipConnection PAGEREF section_cc4f2b584dff49e3a359fae8f77c385222GetTipConnectionFromAddress PAGEREF section_4ba258fd6fb249f4ac2a6546200d0d0223Glossary PAGEREF section_bb51e74f4d7540a183bdb42b23e2e11c8HHasPartnerTransaction PAGEREF section_f60fbfbc637245c3b7c072c1670f2c5f24Higher-layer triggered events TIP subordinate transaction manager facet PAGEREF section_907e3653127f44c7b41130470715acd249 TIP superior transaction manager facet PAGEREF section_ae86926a91194b3e8ebfac5235a1d43a34 TIP transaction manager communicating with an application facet PAGEREF section_ea0ffe7180f14c51b84d40ecdad1a11b64IIDENTIFIED TIP PAGEREF section_4e18ea8a24f544cf85d8e3d618aeee5627IDENTIFY PAGEREF section_8eca2fbb619c4ec08e9348732d3d96a020IDENTIFY message PAGEREF section_8eca2fbb619c4ec08e9348732d3d96a020IDENTIFY TIP PAGEREF section_bd91c967068d49768931685dc1e1625728Implementer - security considerations PAGEREF section_235d36d95c3547ceae1afd52b37af1ba77Index of security parameters PAGEREF section_2bb8a63c1eb24cd7a10f688b5f58c57c77Informative references PAGEREF section_8f0f281b260640b8b19d749dc862ee2a10Initialization overview PAGEREF section_63ed0d9d48e844e1b2b5933794fa799526 TIP subordinate transaction manager facet PAGEREF section_479377e262ff4f1e9578d2353eeece5648 TIP superior transaction manager facet PAGEREF section_a9705e9b4ee24ccd9027c8d5e20ab5a333 TIP transaction manager communicating with an application facet PAGEREF section_dbaefde1cbf34291a1c66cefd139b61063Introduction PAGEREF section_3b9bd55f90dc46069657ecaf0e9004e78LLocal events TIP subordinate transaction manager facet PAGEREF section_a5c4bd87402e47108188f98636299b0756 TIP superior transaction manager facet PAGEREF section_ca15fffe8db841158977f9515ca4ea3741 TIP transaction manager communicating with an application facet PAGEREF section_c760cf33acdd43ecbce19ebeb1fc789266MMessage processing overview PAGEREF section_b4b411842e3d48348a7824bb1452f69b27 TIP subordinate transaction manager facet PAGEREF section_826f650a4ca74be5ad86d810e1ad6b7949 TIP superior transaction manager facet PAGEREF section_a045cab845f84ce7995093366244457035 TIP transaction manager communicating with an application facet PAGEREF section_f75e5151b34f4895852a087cee1bb7d764Messages ALREADYPUSHED PAGEREF section_b263ed720fe74b68bc6eef04e11cfb1620 BEGUN PAGEREF section_b4fca0ef37514cc6b80bfd560e39544820 IDENTIFY PAGEREF section_8eca2fbb619c4ec08e9348732d3d96a020 overview PAGEREF section_f04c8e54498146fe8a1a6646153f9bdc19 PULL PAGEREF section_e3ac9a92b7c04cd8986dfd639166ee0420 PUSH PAGEREF section_8e955d3fac7946c6a88f19a60a48aeb420 PUSHED PAGEREF section_4450d9deb1ec45d2aac78216185c039a20 QUERY PAGEREF section_2921eb66dcd64a8d88e1ed17094f1abd20 RECONNECT PAGEREF section_b6713cd20b304010b889995ec81d197a20 syntax PAGEREF section_7924116a9e2a42ab85f27271b42d1a6619 transport PAGEREF section_3c903db9294c4ceba3f360e3d2528e7019MULTIPLEX TIP PAGEREF section_2c510217970f4afca31152ff7c8d352f29MULTIPLEXING TIP PAGEREF section_10caf89839334a4ab3d8bd0ad444f88f29NNEEDTLS TIP PAGEREF section_f79bba1ec7ed4dacb097f57ee3e839d629Normative references PAGEREF section_fcb1515fe00b4c43af0e36b184ee913110NOTBEGUN TIP PAGEREF section_0a95806673114d47921aab59720159f630NOTPULLED TIP PAGEREF section_7b9c36e51a5b40e9b0cb09186e790c0951NOTPUSHED TIP PAGEREF section_9eb0cb5f36ed450f8b7481263cae4e6e36NOTRECONNECTED TIP PAGEREF section_84cb30cc9d9b4805ae4e3d4f8ebdefb737OOverview abstract data model PAGEREF section_c05301e2b57040f094b0af4b97355e9121 common details PAGEREF section_7f4ce5a355f9451b8c7f449091fdde4721 initialization PAGEREF section_63ed0d9d48e844e1b2b5933794fa799526 message processing PAGEREF section_b4b411842e3d48348a7824bb1452f69b27 sequencing rules PAGEREF section_b4b411842e3d48348a7824bb1452f69b27 synopsis PAGEREF section_724b0001f30647d29675e8644f665a0210Overview (synopsis) PAGEREF section_724b0001f30647d29675e8644f665a0210PParameters - security index PAGEREF section_2bb8a63c1eb24cd7a10f688b5f58c57c77Phase One PAGEREF section_f59664640e614d4990191c8f1840818473Phase One Complete PAGEREF section_03f9c5ea80ec4842b4ad50148c39399267Phase Two PAGEREF section_60fa9b56e0624a83a650235bb3d6d12e75Phase Zero Complete PAGEREF section_d8e51d8dbe6d46c2a7beb76871ae90f667Preconditions PAGEREF section_98ae82755bd5499fbd56b93c8b1cdedc17PREPARE TIP PAGEREF section_04917072797d460ca39b87fc1d1d072351PREPARED TIP PAGEREF section_9ed4aace5b24498b9b0224c4100a8a6337Prerequisites PAGEREF section_98ae82755bd5499fbd56b93c8b1cdedc17Primary state transition table PAGEREF section_ddd896b3977b4c27adc6771ed2b5ef7825Process error PAGEREF section_b21fda291b994374a34882893e2b36a356Product behavior PAGEREF section_f18abe30b66b40fb94e79f9d3d69381a78Propagation pull PAGEREF section_db70f44c63ac42589ca696e1ea21284571 push PAGEREF section_e18b5477d0d94fecb8fe00deb212da3e72Protocol Details overview PAGEREF section_d4dad6d5640c41ab8893aa1f166f8cd221Protocol roles PAGEREF section_185a2af8c7454c219e8eaab642b89d7111PULL PAGEREF section_e3ac9a92b7c04cd8986dfd639166ee0420PULL message PAGEREF section_e3ac9a92b7c04cd8986dfd639166ee0420PULL TIP PAGEREF section_9cb154ae0aed4876b499f677cf2c76e638Pull transaction PAGEREF section_8b110b20905142a5abc36f83827cd49b49PULLED TIP PAGEREF section_fc0e73daf4c04174b960a95d9eaac39051PUSH PAGEREF section_8e955d3fac7946c6a88f19a60a48aeb420PUSH message PAGEREF section_8e955d3fac7946c6a88f19a60a48aeb420PUSH TIP PAGEREF section_a2dff0cd57b24678b9609126bd20c36352Push transaction PAGEREF section_37028effb93744fa8855aab60ddc1b2534PUSHED PAGEREF section_4450d9deb1ec45d2aac78216185c039a20PUSHED message PAGEREF section_4450d9deb1ec45d2aac78216185c039a20PUSHED TIP PAGEREF section_6c39ea2ae1474e05a12f02fe4516f69339QQUERIEDEXISTS TIP PAGEREF section_bbd0747df50646878fa3f97ae1ba9e1453QUERIEDNOTFOUND TIP PAGEREF section_779af92e4eeb48309a89b1bb2b320dd753QUERY PAGEREF section_2921eb66dcd64a8d88e1ed17094f1abd20QUERY message PAGEREF section_2921eb66dcd64a8d88e1ed17094f1abd20Query timer PAGEREF section_7f1adbf2e7e543a5ba4ed51b54c0c35648QUERY TIP PAGEREF section_f1821762d692432a86993383e056180340RRead only PAGEREF section_e9991e8c65e0442f8a46e5db29bdbc0773READONLY TIP PAGEREF section_611c76f86fca476e9335ca6720ecf87540Received message PAGEREF section_115cdeb49fcb45a2870303ed2119cfb230RECONNECT PAGEREF section_b6713cd20b304010b889995ec81d197a20RECONNECT message PAGEREF section_b6713cd20b304010b889995ec81d197a20RECONNECT TIP PAGEREF section_fc65ead7143648faa4d6a4a2355715a054RECONNECTED TIP PAGEREF section_e47633ee7e54414a8bb73b905d17b4f541Recovery PAGEREF section_b0716506b50b415cbe6b8385155aa61d74References PAGEREF section_2615e960c5a34cff80313660345ca74d10 informative PAGEREF section_8f0f281b260640b8b19d749dc862ee2a10 normative PAGEREF section_fcb1515fe00b4c43af0e36b184ee913110Relationship to other protocols PAGEREF section_768d40785c3a4930b72ab4200129ddf717Rollback Complete (section 3.3.7.3.7 PAGEREF section_d22892ed915d4999a4db1190bb39092e61, section 3.4.7.2.5 PAGEREF section_e0d3a74f6aaa40cfada7cb4836b84f1868)SScenarios begin scenario PAGEREF section_ff4506bb6dce415c94719ed8387bafaf76 common PAGEREF section_8d99be5a409a4916b03c3e7c66fda27c13 transaction processing scenario PAGEREF section_c40644b9568c4affb9c2ea4025a5c6c170Secondary state transition table PAGEREF section_c7bb060b5ade4c3ea009b8e5fc956e2026Security PAGEREF section_7dfd76b45cc940b8b56374acc26fba4b77 implementer considerations PAGEREF section_235d36d95c3547ceae1afd52b37af1ba77 parameter index PAGEREF section_2bb8a63c1eb24cd7a10f688b5f58c57c77Sequencing rules overview PAGEREF section_b4b411842e3d48348a7824bb1452f69b27 TIP subordinate transaction manager facet PAGEREF section_826f650a4ca74be5ad86d810e1ad6b7949 TIP superior transaction manager facet PAGEREF section_a045cab845f84ce7995093366244457035 TIP transaction manager communicating with an application facet PAGEREF section_f75e5151b34f4895852a087cee1bb7d764Single Phase Commit PAGEREF section_242b03f8421349acb956ced3f906387176Standards assignments PAGEREF section_f786f7102fde4161a02da6731a06761018Summary of extensions PAGEREF section_6848a67062794b8b9407425953de2f1180Synopsis - overview PAGEREF section_724b0001f30647d29675e8644f665a0210Syntax PAGEREF section_7924116a9e2a42ab85f27271b42d1a6619TTerminateTipConnection PAGEREF section_0521cd65f17d4abc81ff4f9b7170a62624Timer events TIP subordinate transaction manager facet PAGEREF section_d7e0b23ec81d4dd9894928e5bb29132956 TIP superior transaction manager facet PAGEREF section_2dc1e805edad49a2bb597b3fee4c153741 TIP transaction manager communicating with an application facet PAGEREF section_dd05e107cf234e68bec8271f0ee36a6566Timers TIP subordinate transaction manager facet PAGEREF section_a1cf6a22baf8489eb2a3d7dd80615fff48 TIP superior transaction manager facet PAGEREF section_e2530d30389640298d05d3cc6c3c25c533 TIP transaction manager communicating with an application facet PAGEREF section_ed44af8bb10a470c8af861c8c427478263TIP application role PAGEREF section_29bedcd3577446a3ae2725a84a503d8f12TIP command event - invalid PAGEREF section_079de5494592477094c9e519da49557556TIP command object PAGEREF section_ad13784858bd4635882b5d9302730b6d24TIP connection - creating PAGEREF section_208895836b2041989d3e9756f990abe770TIP connection management operations PAGEREF section_4ab21f5c35eb4803b3d0915ec684dab422TIP connection object PAGEREF section_e4f91194946441098b02a09639c5bb5c22TIP subordinate transaction manager facet abstract data model PAGEREF section_b5e168f92e584bfdb0fde10d18769d1d46 higher-layer triggered events PAGEREF section_907e3653127f44c7b41130470715acd249 initialization PAGEREF section_479377e262ff4f1e9578d2353eeece5648 local events PAGEREF section_a5c4bd87402e47108188f98636299b0756 message processing PAGEREF section_826f650a4ca74be5ad86d810e1ad6b7949 overview PAGEREF section_1622494c89dc4b77a9322abac4160c9f46 sequencing rules PAGEREF section_826f650a4ca74be5ad86d810e1ad6b7949 timer events PAGEREF section_d7e0b23ec81d4dd9894928e5bb29132956 timers PAGEREF section_a1cf6a22baf8489eb2a3d7dd80615fff48TIP superior transaction manager facet abstract data model PAGEREF section_64baba5c30d34bb5a1029eec04593b9431 higher-layer triggered events PAGEREF section_ae86926a91194b3e8ebfac5235a1d43a34 initialization PAGEREF section_a9705e9b4ee24ccd9027c8d5e20ab5a333 local events PAGEREF section_ca15fffe8db841158977f9515ca4ea3741 message processing PAGEREF section_a045cab845f84ce7995093366244457035 overview PAGEREF section_c6108e15710746c9bf04d509db3b379631 sequencing rules PAGEREF section_a045cab845f84ce7995093366244457035 timer events PAGEREF section_2dc1e805edad49a2bb597b3fee4c153741 timers PAGEREF section_e2530d30389640298d05d3cc6c3c25c533TIP transaction manager communicating with an application facet abstract data model PAGEREF section_3d9405417be042d1b6e1f713dfe443d562 higher-layer triggered events PAGEREF section_ea0ffe7180f14c51b84d40ecdad1a11b64 initialization PAGEREF section_dbaefde1cbf34291a1c66cefd139b61063 local events PAGEREF section_c760cf33acdd43ecbce19ebeb1fc789266 message processing PAGEREF section_f75e5151b34f4895852a087cee1bb7d764 overview PAGEREF section_82f9d5c7518e4ea3a2a8a6e77968063b62 sequencing rules PAGEREF section_f75e5151b34f4895852a087cee1bb7d764 timer events PAGEREF section_dd05e107cf234e68bec8271f0ee36a6566 timers PAGEREF section_ed44af8bb10a470c8af861c8c427478263TIP transaction manager facet data elements PAGEREF section_77fed14c4e3e48bc9c54420639849eb821TIP Two-Phase Commit PAGEREF section_39f24fa64e8349ec8279b161da1b8a4516TLS TIP PAGEREF section_894479e304bd47ddaa988255a56847a730TLSING TIP PAGEREF section_6f1a817c8986458490162b0f1003365430Tracking changes PAGEREF section_ca9c4816804f43918c8fc3ead7a2f51482Transaction beginning PAGEREF section_a3f68539b6314bdfbd63f21973962a3676 committing PAGEREF section_7453b3d807b24b1387bdb8df2fcf0b9976 completing PAGEREF section_f1448a4c8a2a4b5cb055ca81c287e2af13 pulling PAGEREF section_110fa47d9f2d4c489092ec854c9e79df14 pushing PAGEREF section_1da466840ff14ad98fbdfc380fde514815 starting PAGEREF section_f1448a4c8a2a4b5cb055ca81c287e2af13Transaction identifier converter operations PAGEREF section_0e9bc3035a064131bd8e1cd566286dbc25Transaction processing scenario PAGEREF section_c40644b9568c4affb9c2ea4025a5c6c170Transactions committing PAGEREF section_e55a1244c49a4e3fb0072eea064b404873 propagating PAGEREF section_55e63894a263469db441762e01e7f05371Transport PAGEREF section_3c903db9294c4ceba3f360e3d2528e7019Transport connection down (section 3.1.7.2.2 PAGEREF section_b53af2e3a6f54fcab2210ec7e1cec1d031, section 3.2.7.4.1 PAGEREF section_f69daff57b8445f0857a79ce36a9388146, section 3.3.7.4.1 PAGEREF section_aa55cf3f899d405f898cb2a1b8dc606762, section 3.4.7.3.1 PAGEREF section_9c03096f8f7f48d39d0f6c55ce85bcd869)Transport events PAGEREF section_4b45dc43dfb14d988f248210dac4bf7730Triggered events - higher-layer TIP subordinate transaction manager facet PAGEREF section_907e3653127f44c7b41130470715acd249 TIP superior transaction manager facet PAGEREF section_ae86926a91194b3e8ebfac5235a1d43a34 TIP transaction manager communicating with an application facet PAGEREF section_ea0ffe7180f14c51b84d40ecdad1a11b64Two phase commit PAGEREF section_34740ad7785e4e81951cdc15b3eb7f4773UUnilaterally Aborted (section 3.3.7.3.8 PAGEREF section_620a76163b22487fa788ec0c0f8a81a062, section 3.4.7.2.6 PAGEREF section_c6198294f9e543bdb2a598e119418b0b68)VVendor-extensible fields PAGEREF section_a3a896d18f4e4eba96a196ff9bd04bbe18Versioning PAGEREF section_4a963789295b4e45825272e14f61b2ca18 ................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related download
- introduction microsoft
- audience cisco global home page
- pi interface for citect
- entering multiple reference numbers for a header stop or
- exam ref 70 698 configuring windows
- x2 commands technical reference
- command line reference for oracle windows linux and os x
- microsoft office communications server 2007 active
Related searches
- introduction to financial management pdf
- letter of introduction sample
- argumentative essay introduction examples
- how to start an essay introduction examples
- introduction to finance
- introduction to philosophy textbook
- introduction to philosophy pdf download
- introduction to philosophy ebook
- introduction to marketing student notes
- introduction to marketing notes
- introduction to information systems pdf
- introduction paragraph examples for essays