conventional programming

conventional programming

[kən′ven·chən·əl ′prō‚gram·iŋ]
(computer science)
The use of standard programming languages, as opposed to application development languages, financial planning languages, query languages, and report programs.

conventional programming

Writing a program in a traditional procedural language, such as assembly language or a high-level compiler language (C, Pascal, COBOL, FORTRAN, etc.).
References in periodicals archive ?
The three-day instructor-led course will provide in-depth training on developing applications using the latest iteration of Matrox Design Assistant, the first hardware-independent integrated development environment (IDE) that lets users easily create an application flowchart and HMI and take projects from concept to completion in record time, without the need for conventional programming.
The feat was astonishing, because it is virtually impossible to build a good Go-playing program with conventional programming.
And the big advantage Of Pega 7 BPM product is we don't have to have to build the system from the scratch like any conventional programming.
However, conventional programming languages miss the concept of patterns so developers are forced to implement patterns by hand, spending up to 20% of their time writing repetitive code known as boilerplate.
The test scripts can contain any sequence of routines that are executable by conventional programming languages, including decision-making algorithms.
It is, says Veres, rather more work than conventional programming using more usual languages, and there are options to take some short cuts using current high-level programming languages.
Regardless of market, both graphics processors and high-end IBM "big iron" demonstrate that conventional programming models must adapt to meet the needs of both low-power and highly-scalable hardware.
For many years, Toronto's Jewish community was served by the Leah Posluns Theater, which staged an eclectic mix of ethnic and conventional programming.
Said to be ideal for systems integrators, OEMs, and advanced manufacturing engineers who need to minimize development time, VisionPro provides a flexible, graphical programming environment in which applications can be prototyped and developed in a fraction of the time it takes with conventional programming.
Chapters 2, 3 and 4: cover the aspects of VHDL that are more similar to conventional programming languages, and which may be used to describe the behavior of a system in algorithmic terms.
The SCIFINANCE tool permits financial analysts to develop models of financial risk management an order of magnitude more quickly than with conventional programming.

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