• Oracle 11g: Programming with PL/SQL培訓(xùn)
  Oracle 11g: Programming with PL/SQL培訓(xùn)
  培訓(xùn)大綱：
  Oracle Database 11g: PL/SQL Fundamentals
  1. Oracle Database 11g: PL/SQL Variables, Attributes, and Executable Statements
  Features and capabilities of SQL Developer, SQL*Plus, and JDeveloper
  Features and benefits of PL/SQL and the steps for building basic PL/SQL blocks
  Declaring and initializing PL/SQL variables
  Uses of different PL/SQL data types, the %TYPE attribute, and BIND variables
  Constructing executable statements using various PL/SQL block elements
  Evaluate a block of PL/SQL code with respect to scoping and nesting rules and write and test PL/SQL blocks
  2. Oracle Database 11g: Using DML, DDL, Cursors, Control Structures, and Loops
  Performing basic data manipulation and transaction control in PL/SQL and determining the outcome of SQL statements
  Writing control structures, such as IF statements and CASE expressions, in a PL/SQL block
  Writing and identifying loop statements
  Create PL/SQL blocks that incorporate loops and conditional control structures
  3. Oracle Database 11g: Using Data Types, INDEX BY Tables, and Cursors in PL/SQL
  Creating user-defined PL/SQL records and records with the %ROWTYPE attribute
  Creating an INDEX BY table and table of records and the uses of nested tables and VARRAYs
  Define, create, and use INDEX BY tables and a PL/SQL record in a given scenario
  Declaring and controlling explicit cursors and writing FOR loops to fetch data from them
  Declaring and using cursors with parameters, locking rows, and referencing the current row in an explicit cursor
  4. Oracle Database 11g: Working with Exceptions, Subprograms, JDeveloper, and REF Cursors
  Trapping non-predefined exceptions in PL/SQL
  Trapping user-defined exceptions
  Create an exception handler in a given scenario
  Creating and invoking simple stored procedures and functions
  Scope and capabilities of JDeveloper for developing and deploying Java applications and Web services
  Using cursor variables to pass query result sets and fetching rows from them
  Oracle Database 11g: Program with PL/SQL
  1. Oracle Database 11g: Getting Started With PL/SQL
  Features and capabilities of SQL Developer, SQL*Plus, and JDeveloper
  Features and benefits of PL/SQL and the steps for building basic PL/SQL blocks
  Steps for declaring and initializing PL/SQL variables
  Uses of different PL/SQL data types, the %TYPE attribute, and BIND variables
  Constructing executable statements using various PL/SQL block elements
  Evaluate a block of PL/SQL code with respect to scoping and nesting rules and write and test PL/SQL blocks
  2. Oracle Database 11g: Using DML, DDL, Cursors, Loops, and Control Structures
  Performing basic data manipulation and transaction control in PL/SQL and determining the outcome of SQL statements
  Writing control structures, such as IF statements and CASE expressions, in a PL/SQL block
  Writing and identifying loop statements
  Create PL/SQL blocks that incorporate loops and conditional control structures
  3. Oracle Database 11g: Using Data Types, INDEX BY Tables, and Cursors
  Creating user-defined PL/SQL records and records with the %ROWTYPE attribute
  Creating an INDEX BY table and table of records and the uses of nested tables and VARRAYs
  Define, create, and use INDEX BY tables and a PL/SQL record in a given scenario
  Declaring and controlling explicit cursors and for writing FOR loops to fetch data from them
  Declaring and using cursors with parameters, locking rows, and referencing the current row in an explicit cursor
  4. Oracle Database 11g: Using Exceptions, Subprograms, JDeveloper, and REF Cursors
  Trapping non-predefined exceptions in PL/SQL
  Trapping user-defined exceptions
  Create an exception handler in a given scenario
  Creating and invoking simple stored procedures and functions
  Scope and capabilities of JDeveloper for developing and deploying Java applications and Web services
  Using cursor variables to pass query result sets and fetching rows from them
  5. Oracle Database 11g: Subprograms, Packages, and Exception Handling
  Benefits of modularized and layered subprogram design
  Creating and calling procedures and passing parameters
  Handling exceptions in procedures and for dropping procedures
  Creating and invoking functions
  Using SQL Developer to debug PL/SQL subprograms
  Benefits and components of a package and the steps for creating one
  Create a package specification and package body in a given scenario and invoke the package''s constructs
  6. Oracle Database 11g: Packages, Dynamic SQL, and Coding Considerations
  Overloading subprograms, using forward declarations, writing package initialization blocks, and maintaining persistent package state
  Using the Oracle-supplied packages DBMS_OUTPUT, UTL_FILE, and UTL_MAIL
  Using Oracle-supplied packages to generate a simple Web page and schedule PL/SQL code for execution
  Constructing and executing SQL statements at run time using native dynamic SQL statements in PL/SQL
  Alter a package so that it contains overloaded subprograms, use an Oracle-supplied package, and execute dynamic SQL in a given scenario
  Designing packages so that code is easy to maintain, efficient, and readable, and so that PL/SQL applications perform better
  Binding whole arrays of values in a single operation and retrieving information about a row affected by a SQL operation
  7. Oracle Database 11g: Using Triggers and the PL/SQL Compiler
  Creating and using database triggers
  Enabling, disabling, testing, managing, and removing database triggers
  Creating and using compound, DDL, and event database triggers
  Create statement and row triggers, including a trigger for a business rule and a package with triggers that resolve a mutating table issue
  Benefits and capabilities of the PL/SQL compiler and its parameters
  Using the PL/SQL compiler initialization parameters, compiling a procedure, and managing compiler warnings
  8. Oracle Database 11g: PL/SQL Code and Dependency Management
  Selectively including PL/SQL source code by using conditional compilation, and for wrapping a PL/SQL unit
  Predicting how changing a database object affects procedures and functions by tracking procedural dependencies
  Managing remote dependencies and recompiling a PL/SQL program unit
  Use conditional compilation, wrap PL/SQL code, a
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