Instrukcja do Digital Unix DEC OSF/1 - DEC OSF/1 Programmer's Guide. Koszt wysyłki 8,50 zł.

Główne rozdziały:

• About This Manual
• Overview
  • Application Development Phases
  • Specification and Design Considerations
  • Major Software Development Tools
  • Source File Control
  • Program Installation Tools
  • Overview of Interprocess Communication Faciliteis
• The Compiler System
  • Supported Data Types
  • Default Compilation Behavior
  • Compiler System Components (Driver Programs)
  • Compilation Flags
  • Compiling Multilanguage Programs
  • Linking Objects
  • Specyfying Libraries
  • Using the C Preprocessor
  • Object File Tools
  • Creating and Maintaining Archive Libraries
  • Supporting Applications That Rely on DEC OSF/1 Version 1.3 Memory Allocation Behavior
  • ANSI Name Space Pollution Cleanup in the Standard C Library
• Shared Libraries
  • Shared Library Overview
  • Resolving Symbols
  • Linking with Shared Libraries
  • Turning Off Shared Libraries
  • Creating Shared Libraries
  • Working with Private Shared Libraries
  • Using Quickstart
  • Debugging Programs Linked with Shared Libraries
  • Loading a Shared Library at Run Time
  • Protecting Shared Library Files
  • Shared Library Versioning
  • Symbol Binding
  • Shared Library Restrictions
• Debugging Programs
  • General Debugging Considerations
  • Running dbx
  • Using dbx Commands
  • Working with the dbx Monitor
  • Controlling dbx
  • Examining Source Programs
  • Controlling the Program
  • Setting Breakpoints
  • Examining Program State
  • Debugging a Running Process
  • Debugging Multithreaded Applications
  • Sample Program
• Checking C Programs with lint
  • Overview of the lint Program
  • Program Flow Checking
  • Data Type Checking
  • Variable and Function Checking
  • Using Variables Before They Are Initialized
  • Migration Checking
  • Increasing Table Size
  • Portability Checking
  • Coding Errors and Coding Style Differences
  • Creating a lint Library
  • Understanding lint Error Messages
  • Using Warning Class Options on Suppress lint Messages
• Profiling Programs to Improve Performance
  • Profiling Overview
  • Profiling Sample Program
  • Running the Profiler
  • Using prof to Produce Counter Sampling Data
  • Using gprof to Display Call Graph Information
  • Using pixie for Basic Block Counting
  • Selecting Profiling Information to Display
  • Using pixie to Average prof Results
  • Analyzing Test Coverage
  • Merging Data Files
  • Using Feedback Files
  • Using Profiling Environment Variables
  • Using monitor Routines to Control Profiling
  • Profiling Multithreaded Applications
• Optimizing Techniques
  • Global Optimizer
  • Optimization and Debugging
  • Loop Aoptimization
  • Register Allocation
  • Optimizing Separate Compilation Units
  • Optimization Options
  • Full Optimization
  • Optimizing Large Procedures
  • Optimizing Frequently Used Modules
  • Building a ucode Object Library
  • Using ucode Object Libraries
  • Improving Global Optimization
  • Improving Other Optimization
  • Using the Postlink Optimizer
  • Optimizing the Use of the Global Data Area
• Handling Excepion Conditions
  • Exception Handling Overview
  • Raising an Exception from a User Program
  • Writing a Structured Exception Handler
  • Writing a Termination Handler
• Developing Multithreaded Applications
  • Overview of Thread Support
  • Thread-Safe and Thread-Reentrant Routines
  • Writing Thread-Safe Code
  • Building Multithreaded Applications
  • Building Multithreaded Applications in other Languages
  • Thread-Safe Routines in libc_r
  • Sample Program
• Using 32-bit Pointers on DEC OSF/1 Systems
  • Pointer Definitions
  • Using 32-bit Pointers
  • Syntactic Considerations
  • Requirements
  • Interaction with other langauges
  • Conversion of Pointers and Other Issues
  • Restrictions
• Differences in the System V Habitat
  • Source code compatibility
  • Summary of System Calls and Library Routines
• Diagnostic Messages from the -migrate Compiler Option
• Dynamically Configurable Kernel Subsystems
  • Overview of Dynamically Configurable Subsystems
  • Overview of Attribute Tables
  • Creating a Configuration Routine
  • Allowing for Operating System Revisions in Loadable Subsystems
  • Building Your Subsystem
  • Building a Static Configurable Subsystem Into the Kernel
  • Testing Your Subsystem

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