| TableMapping property: .NET provider API | TableMapping property TableMapping property |
| TableMappings property: .NET provider API | TableMappings property |
| technical support: newsgroups | Finding out more and providing feedback |
| threaded applications: UNIX | UNIX deployment issues |
| threads: embedded SQL | SQLCA management for multi-threaded or reentrant code Using multiple SQLCAs |
| threads: Java in the database | Using threads in Java applications |
| threads: ODBC | ODBC conformance |
| threads: ODBC applications | Threads and connections in ODBC applications |
| threads: UNIX development | Linking ODBC applications on UNIX |
| three-tier computing: about | Three-Tier Computing and Distributed Transactions |
| three-tier computing: architecture | Three-tier computing architecture |
| three-tier computing: Distributed Transaction Coordinator | How application servers use DTC |
| three-tier computing: distributed transactions | Distributed transactions in three-tier computing |
| three-tier computing: EAServer | How application servers use DTC |
| three-tier computing: Microsoft Transaction Server | How application servers use DTC |
| three-tier computing: resource dispensers | The vocabulary of distributed transactions |
| three-tier computing: resource managers | The vocabulary of distributed transactions |
| Time structure: time values in .NET provider | Obtaining time values |
| times: obtaining with .NET provider | Obtaining time values |
| TimeSpan : .NET provider | Obtaining time values |
| TIMESTAMP data type: conversion | Range limitations in data type mapping |
| ToString method: .NET provider API | ToString method ToString method ToString method |
| transaction attribute: component | Setting the component transaction attribute |
| transaction coordinator: EAServer | Configuring EAServer |
| transaction processing: using the .NET provider | Transaction processing |
| Transaction property: .NET provider API | Transaction property |
| transactions: ADO | Using transactions |
| transactions: application development | Controlling transactions in applications |
| transactions: autocommit mode | Setting autocommit or manual commit mode Controlling autocommit behavior |
| transactions: cursors | Cursors and transactions |
| transactions: distributed | Introduction Using distributed transactions |
| transactions: isolation level | Controlling the isolation level |
| transactions: ODBC | A first ODBC example |
| transactions: OLE DB | Using transactions |
| troubleshooting: cursor positioning | Cursor positioning |
| troubleshooting: Java in the database methods | Procedure Not Found error |
| truncation: FETCH statement | Using indicator variables for truncated values |
| truncation: indicator variables | Using indicator variables for truncated values |
| truncation: on FETCH | Using indicator variables to handle NULL |
| try block: Java | Java error handling |
| tutorials: using the .NET provider Simple code sample | Tutorial: Using the Simple code sample |
| tutorials: using the .NET provider Table Viewer code sample | Tutorial: Using the Table Viewer code sample |
| two-phase commit: and Open Client | Known Open Client limitations of Adaptive Server Anywhere |
| two-phase commit: three-tier computing | Distributed transactions in three-tier computing The vocabulary of distributed transactions |
| type: objects | Understanding Java objects |