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Data-structured programming

Objectives

This course treats the so-called "data-structured programming design" of Warnier and Jackson. Especially for programs running in a database context, a data-driven approach is beneficial, and actually common practice.

At the end of this course, the participant:

  • will be convinced of the necessity to create a program in a fixed, stepwise, structured way, and will be able to quickly write new programs without logic flaws, having a structure that corresponds to that of the input and output data;
  • knows the different techniques used in structured programming and their graphical representations;
  • knows the programming standards and rules;
  • knows the Jackson/Warnier technique for the simultaneous, parallel processing of several files with similar hierarchical structure.

Main topics

  • Syntactic, semantic and pragmatic aspect:
  • Flowcharts, GOTO's, SWITCHING are not beneficial for maintenance
  • Different philosophies of structured programming: functional school versus data school.
  • The basic programme structures: sequence • selection • iteration • invocation of modules
  • The guarantee of an error-free program flow if the design model is strictly followed
  • Basic techniques:
  • General method for the conversion of data structures in a programme structure
  • Treatment of ruptures and levels (level method)
  • Matching of files (of identical or dissimilar structure)
  • Graphical representation of elementary program and data structures: Jackson, Warnier, Nassi-Schneidermann
  • Programming standards:
  • General structure of a batch program
  • Nomenclature variables and paragraphs • rules for typography • forbidden statements • sequence of declarations and paragraphs • division in subprograms
 

Intended for

First of all, COBOL or PL/I programmers who want to improve the structure and maintenance of their programs. Also any programmer, analyst, or application designer confronted with a complex data-oriented problem setting for which a readable and correctly functioning implementation is needed. This certainly applies to any non-interactive programs accessing relational databases. In that sense, an important target audience of this course are the PL/SQL and SQL PL programmers.

Background

Basic knowledge of a programming language. The most popular languages used in data-driven context are COBOL (see COBOL programming - part 1), PL/I (see PL/I programming: fundamentals course), PL/SQL (cf course PL/SQL database programming), and SQL PL (cf course SQL PL database programming).

Training method

Classroom instruction with exercises (70% of the time). This course can be tuned to the programming standards of your company.

Course leader

Peter Vanroose.

Duration

3 days.

Schedule

No public sessions are currently scheduled. We will be pleased to set up an on-site course or to schedule an extra public session (in case of a sufficient number of candidates). Interested ? Please contact ABIS.

Global score

   
4.2/5 (based on 82 evaluations)

Reviews

     
Verhelderende cursus! Maakt het opmaken van Nassi-Schneiderman diagrammen een pak logischer (, )
     
Cursus waar goed te volgen viel en die heel interessant was om naar de toekomst toe een programma aan te pakken. (, )
     
goed. Meer tijd voor oefeningen. (, )
     
Belangrijke cursus met ontwerpgerichte benadering. Ik had het misschien beter gevonden als deze cursus voor COBOL kwam in het programma, zodat we de technieken achtreraf konden gebruiken bij de COBOL-toepassingen. (, )
     
goed. Stel me alleen de vraag waarom deze niet VOOR de cursus COBOL komt. (, )
     
Interessante manier om logisch denken te oefenen. (, )
     
ok, goed opgebouwd, met voldoende tijd. Door langer stil te staan bij schema's worden ook voorgaande zaken (uit cobol) duidelijker. (, )
     
Goed opgebouwd, goed tempo. Veel van opgestoken. (, )