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Content starts here

At a glance

View schedule & enroll Sorted by: location or date
Course number U4199S
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

Master the art of writing functions in the Tandem Advanced Command Language (TACL) program on HP NonStop servers in this 5-day course. Through student projects and hands-on labs, you will gain valuable experience with TACL programming. After completing this course, you will be able to write macros and routines, perform file I/O, use structured data, and write server functions.


Prerequisites

  • Concepts and facilities course
  • Knowledge of at least one other programming language
  • At least six months of programming experience

Audience

  • System programmers
  • System and network managers
  • Application designers
  • Application programmers
  • System analysts
  • Data communications programmers and analysts

Ways to save

Benefits to you

  • Segment files
  • Define process
  • MACRO and ROUTINE functions
  • Variable editing
  • Server functions
  • Exception handling
  • Debugging

Course outline

  • Overview of TACL features
    • Productivity aids provided by TACL: HISTORY, FC, ? , ! HELP facility
    • Function key, custom prompts, file name templates, and macro files
    • TACL features as a programming language
  • TACL variables
    • Obtaining information about variables using either commands or built-in functions
    • Using commands or built-in functions to create, initialize, modify, and eliminate variables
    • Concept of a "frame" and how it relates to managing variables
    • Variable stacks and their levels: what they are and how to create, reference, and eliminate them
    • Syntax rules for writing TACL functions
    • Lab Exercise (20 minutes):
    • Learn and understand how to logon and use TACL function keys
  • Directories and segments
    • Creating a segment file containing a library function
    • Using the existing segment file by attaching it to a directory
    • Getting information on the segment file
    • Syntax rules for writing TACL functions
    • Lab Exercise (30 minutes):
    • Learn to create and use a segment file
  • Editing variables
    • Performing variable file I/O
    • Performing global editing of a variable
    • Performing line editing of a variable
    • Performing character editing of a variable
    • Locating the position of a string in a variable
    • Extracting lines and characters from a variable
  • Writing functions-macros
    • Syntax required to write macro functions
    • TACL's handling of arguments to macro functions
    • TACL's expansion of macro functions
    • Writing macro functions
  • Writing functions-#IF statements
    • Write functions that use the TACL #IF |THEN| |ELSE| construct
    • Lab Exercise (1 hour):
    • Describe the syntax required to write functions in general and macro type functions in particular
    • Describe the different forms of the "control" built-in #IF and contrast when to use one form or the other (#IF or #IF NOT)
    • Write a macro type function that accepts one or more arguments and ensures that the arguments are correct by making use of the "control" built-in #IF
  • Writing functions-#LOOP statements
    • Writing functions that use the TACL #LOOP |DO| |UNTIL| construct
    • Writing functions that use the TACL #LOOP |WHILE| |DO| construct
    • Lab Exercise (1 hour):
    • Describe the syntax required to write general functions, with particular focus on macro type functions
    • Describe the two forms of the "control" built-in #LOOP and determine when to use #LOOP | DO | | UNTIL | or #LOOP | WHILE | | DO |
    • Write a macro type function that outputs all of the volume names on the system
  • Writing functions-#CASE statements
    • Writing functions that use the TACL #CASE construct
  • Writing functions-debugging
    • Using the TACL debugging facility provided by TACL to aid in getting functions to work
    • Lab Exercise (2 hours):
    • Start and stop the Debugger
    • Set and clear breakpoints
    • Display and modify the contents of a variable
    • Single step through your function and resume execution of your function
    • Describe the syntax for #IF, #LOOP, and #CASE constructs
    • Write a function that employs the #CASE built-in
  • Writing functions-file I/O
    • How TACL is able to do device independent I/O
    • Using #REQUESTER and #WAIT to perform either "waited" or "no-waited" I/O to files and devices
  • Writing functions-routines
    • Writing "Routine" type functions and use #ARGUMENT, #MORE, and #REST
    • Lab Exercise (3 hours):
    • Modify and write routine functions
    • Describe the syntax and usage of #ARGUMENT and #MORE
    • Describe additional capabilities that routines offer that macros do not
    • Describe the use of the built-ins: #MYSYSTEM, #PROCESSORSTATUS, and #PROCESSORTYPE, #LOOP, and #CASE
  • Using structures
    • Using a STRUCT to access data
  • Inline processing
    • Performing process I/O using the INLINE facility
    • Controlling the display of the process output
    • Logging the process output to a variable debugger
    • Lab Exercise (30 minutes):
    • Describe the syntax required to write INLINE functions in general
    • Use the INLINE facility for interfacing with the PERUSE utility
    • Practice coding techniques using the variable editing built-ins
    • Review the usage of #INPUTV, #LOOP, and #IF
    • Describe the use of #INLINEPREFIX, INLPREFIX, #INLINETO, and INLTO
    • Write a macro-type function that purges jobs from the spooler and prompts the user for permission to purge each job
  • Writing functions-server files
    • How the server file facility provides for communication between a TACL function and a process it has activated
    • Situations in which it is appropriate to use implicit server files
    • Writing functions that use implicit server files
    • Lab Exercise (45 minutes):
    • Describe the syntax and usage of functions that employ implicit servers
    • Describe the usage of the RUN-options:
    • INV DYNAMIC PROMPT


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