Custom Programming and Scripting Training

Python

Python is a programming language that is high level as well as applicable for a wide variety of tasks – it’s also garbage collected and dynamically typed.

Python emphasizes code that’s super easy to read especially because of the particular indentation style it uses. Python custom training may teach you how Python encourages so many kinds of programming paradigms. These include functional, object oriented as well as procedural and other structured kinds of programming. Its standard library is very comprehensive and this adds to Python being an essential language of choice for many.

PowerShell

Microsoft PowerShell custom training consists of deep dives into this powerful config and task management toolset. PowerShell both consists of the shell command line interface as well as the actual programming language itself. At first it was a Windows-only thing, but bespoke PowerShell training can inform you how it became cross platform as well as open source in August 2016 with something called PowerShell Core. The original PowerShell was made with .NET Framework, and the modern open source version was made on .NET Core, now known usually as just .NET.

Java

Java is sometimes known by the phrase write once then run anywhere. Bespoke Java training can be a deep dive into this object-oriented, class based as well as high level programming language. Java aims to have a minimum number of dependencies in terms of implementation. When you write only once then can run anywhere, this usually refers to how the Java code that’s compiled can end up running on all supported platforms without the need to recompile again specifically to each platform. Find out more about why this is and why that’s important with Java custom training options. Part of the insight on Java’s cross platform nature is that Java applications typically end up being compiled to bytecode that can execute on what’s called a Java Virtual machine (or JVM). The way this JVM functions is that it can work quite consistently in a particular way even on different computer architectures – if Java is supported, it just works. While Java’s syntax is reminiscent to C++ and C, Java focuses less on the lower-level aspects you might find in a language like C or even C++. Particular capabilities like modification of code at runtime, as well as reflection, are possible in Java despite this functionality not typically being supported in most traditional languages that are “compiled”.