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Content starts here
At a glance
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Course number U4152S
Length 5 days
Delivery method Remotely assisted instructional learning (RAIL)
Instructor-led training (ILT)
Onsite dedicated training (OST)
Price USD $3,000
CAD $3,300

Course overview

This 5-day course is for C, TAL and pTAL developers. You will learn how to use the Guardian API to obtain operating system services-interprocess communication, process creation, enscribe file access, and more. Hands-on lab exercises give you many opportunities to practice the techniques learned in the classroom discussions.


Prerequisites

  • Concepts and Facilities course
  • TAL/pTAL Programming course or C Programming in the Guardian Environment course

Audience

  • Systems programmers
  • Application programmers
  • Programmer analysts

Ways to save

Benefits to you

  • Coding for interprocess communication
  • Developing applications that access enscribe files
  • How to handle terminal input and output
  • Different types of system messages
  • Creating and managing new processes
  • Available timing facilities
  • How nowait I/O can be used to improve application performance

Next Steps

HP NonStop Kernel Architecture U4178S


Course outline

Introduction to guardian API

  • Major functions of the HP NonStop Kernel operating system
  • Identifying the required header or declaration file for any Guardian procedure
  • The HP NonStop Kernel's message-based architecture
  • Lab exercise: Determine the appropriate procedure to use for a given function
  • Lab exercise: Identify the parameter types used by a given procedure
  • Lab exercise: Determine whether a given procedure returns a value or sets the condition code

File system concepts

  • Concept of a file and purpose of an I/O process and different types of file names
  • Coding the procedure calls that are common to all file accesses
  • Using the DEFINE and ASSIGN functions to equate physical and logical file names
  • Coding the procedure calls to perform file-name conversion
  • Lab exercise: Study the different methods of supplying a file name at execution time
  • Lab exercise: Gain experience with the Inspect debugger

Interprocess communication

  • Requester-server application model
  • Coding the procedures for interprocess communication
  • Differences between system and application messages and TACL program startup protocol
  • Lab exercise: Code a program to use the INITIALIZER or get_startup_msg procedure to handle the TACL program startup protocol
  • Lab exercise: Code the program to handle system open and close messages

Enscribe database access

  • Enscribe file types and coding the procedures to create enscribe files
  • Coding the procedures to access and manage access of any enscribe file and appropriate error checking
  • Lab exercise: Code programs to perform enscribe file accessing including updating
  • Lab exercise: Apply record locks

Terminal input and output

  • Determining the home terminal of a process and describe its use
  • Procedures used to write to and read from a terminal
  • Errors that can occur during I/O
  • Numeric conversions that might need to be performed on input data and use of the FIXSTRING procedure
  • Lab exercise: Code a program to determine the process home terminal and perform I/O operations to it
  • Lab exercise: Use interprocess communication to pass data to a server process

Nowait I/O processing

  • Coding the procedures for nowait I/O operations
  • One function of the SETMODE procedure and Internal and external request management
  • Lab exercise: Modify a given program to perform nowait I/O on selected files

Process management

  • Calling the procedures used to create a new process
  • Calling the PROCESS_GETINFOLIST_ procedure to obtain information about processes
  • HIGHPIN and HIGHREQUESTERS object file flags and Lab exercise: Code a procedure to start executing a new process

HP NonStop TS/MP

  • Major components of the HP NonStop Transaction Services/MP (HP NonStop TS/MP) environment
  • Capabilities of a Pathsend requester and procedures used by Pathsend requesters
  • Design considerations of HP NonStop TS/MP servers
  • Lab exercise: Modify a program to use the Pathsend procedures

Data integrity and application availability

  • Components of the HP NonStop TM/MP subsystem
  • Functions performed by HP NonStop TM/MP and techniques used to ensure application availability

U4152S - C.01
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