Purebasic Tutorial

[Mariela Laflam]

ThePDF book "3D graphics and animation with PureBasic" is available in german only. It will be delivered on a cdrom, with additional sources and a converter for the mesh-format, and it costs 10,00 .

Online tutorial about programming neural networks in PureBasic. A neural network is a system to simulate a neuron (cell that transfer information inside animals brain and nerves) behavior, all neurons compose the nervous system. Learning to program

Online tutorial about time-controlled game creation. If you ever wondered "how to do create a game that run at the same speed on every PC?" - here you get the answer! Neural Networks - Tut1, Tut2 & Tut3

You need to tell std::make_unique which type of object it should create. As std::make_unique is a function template, you do this by specifying the type of object to create as template parameter. As we want to create a std::unique_ptr holding an AudioProcessorValueTreeState::Parameter instance, you need to call

tnx for your answer sir

im a beginner so i guess i need to learn some more about the right way to implant in juce.

my experience is only arduino c. the videos on youtube is some guy tutorial and thats the only thing i can find for getting start. can you recommend me some basic reading or video of basics juce language? how to implant constructor right and so on?

thank you

rota

This page is a comprehensive guide on the IT topic of Purebasic. It covers the basics of Purebasic and provides valuable information for those looking to improve their skills in the field of IT. The article highlights the importance of downloading PDFs for reference and provides tips and tricks for effective learning. The practice exercises and beginner and advanced tutorials help to cater to different levels of understanding. The page concludes by emphasizing the opportunities for growth and development that Purebasic provides, making it an essential technology for anyone looking to advance their IT skills. Download free PDFs, follow tips and tricks, practice exercises, and master beginner or advanced tutorials. Enhance your IT skills today!

Purebasic is an IT topic that has gained a lot of popularity in recent times. It is a crucial technology for professionals and individuals who are looking to improve their skills in the field of IT. Whether you are a beginner or an advanced user, Purebasic provides ample opportunities for growth and development. In this page, we will delve into the basics of Purebasic, including tips and tricks, practice and exercises, and beginner and advanced tutorials.

One of the best ways to get started with Purebasic is to download PDFs. These resources provide comprehensive information on the topic and can be used as a reference guide. There are many websites that offer free PDFs on Purebasic. These resources can be downloaded easily and used to learn the basics of Purebasic.

One of the best ways to improve your skills in Purebasic is to practice regularly. There are many practice exercises available online that can help you hone your skills. Some of the best practices and exercises include:

Whether you are a beginner or an advanced user, there are tutorials available to suit your needs. Beginner tutorials provide a comprehensive introduction to Purebasic and are designed to help you understand the basics. Advanced tutorials, on the other hand, are designed for those who have a good understanding of the technology and are looking to improve their skills further.

Purebasic is an essential technology for anyone looking to improve their skills in the field of IT. With a range of resources available, including PDFs, tips and tricks, practice and exercises, and beginner and advanced tutorials, anyone can learn Purebasic. So, download your resources today and get started on your journey to becoming an expert in Purebasic.

This manual describes the Pure programming language and how to invoke the Pureinterpreter program. To read the manual inside the interpreter, just typehelp at the command prompt. See the Online Help section for details.

There is a companion to this manual, the Pure Library Manual which contains thedescription of the standard library operations. More information about Pureand the latest sources can be found under the following URLs:

More information about invoking the Pure interpreter can be found in theInvoking Pure section below. This is followed by a description of the Purelanguage in Pure Overview and subsequent sections, including an extensiveExamples section which can serve as a mini-tutorial on Pure. The interactivefacilities of the Pure interpreter are discussed in the Interactive Usagesection, while the Batch Compilation section explains how to translate Pureprograms to native executables and a number of other object file formats. TheCaveats and Notes section discusses useful tips and tricks, as well asvarious pitfalls and how to avoid them. The manual concludes with someauthorship and licensing information and pointers to related software.

Parentheses are used to group syntactical elements, while brackets denoteoptional elements. We also use the regular expression operators * and+ to denote repetitions (as usual, * denotes zero or more, + oneor more repetitions of the preceding element). Terminals (literal elementssuch as keywords and delimiters) are enclosed in double or single quotes.

These EBNF rules are used for both lexical and syntactical elements, but notethat the former are concerned with entities formed from single characters andthus tokens are meant to be typed exactly as written, whereas the latter dealwith larger syntactical structures where whitespace between tokens isgenerally insignificant.

Use pure -h to get help about the command line options. Just the purecommand without any command line parameters invokes the interpreter ininteractive mode, see Running Interactively below for details.

The first form above is used if the interpreter is invoked on exactly onescript file, which is loaded and executed, after which the interpreterexits. Any arguments following the script name are not processed by theinterpreter, but are passed to the executing script by means of the argvvariable. This is also known as script mode, and is commonly used if ascript is to be run as a standalone program. Script mode can also be indicatedexplicitly with the -x option, but this is optional unless you want tocombine it with one of the -b, -c and -i options discussedbelow. If the -x option is present, it must be followed by the name of ascript to be executed. Also note that in script mode, all interpreteroptions need to be specified before the script name; all remaining arguments(including options) are simply passed to the executing script.

The second form is used if there may be any number of scripts which are to beexecuted in batch mode (-b, -c) or interactive mode (-i),respectively. In this case all options on the command line will be processedby the interpreter, up to the -- option (if any), which stops optionprocessing and indicates that the remaining arguments should be passed in theargv variable. Any non-option arguments (before the -- option, if any)are interpreted as scripts which should be loaded by the interpreter. If noscripts are specified, or if the -i option is present, the interpreterstarts in interactive mode (after loading the given scripts, if any).Otherwise, if one of the -b and -c options is specified, the givenscripts are run in batch mode, after which the interpreter exits. (In the caseof -c, the interpreter then also dumps the program as a native executable,performing batch compilation, see Compiling Scripts below.)

Batch mode is also entered if the interpreter is invoked with one of the--check, --ctags and --etags options. However, in this case thegiven scripts are not executed at all, but only parsed in order to check themfor syntactic validity, or to produce a vi or emacs tags file, seeTagging and Checking Scripts below.

Depending on your local setup, there may be additional ways to run the Pureinterpreter. In particular, if you have Emacs Pure mode installed, then youcan just open a script in Emacs and run it with the C-c C-k keyboardcommand. For Emacs aficionados, this is probably the most convenient way toexecute a Pure script interactively in the interpreter. Pure mode actuallyturns Emacs into a full IDE (integrated development environment) for Pure,which offers a lot of convenient features such as syntax highlighting,automatic indentation, online help and different ways to interact with thePure interpreter.

If any source scripts are specified on the command line, they are loaded andexecuted, after which the interpreter exits. Otherwise the interpreter entersthe interactive read-eval-print loop, see Running Interactively below. Youcan also use the -i option to enter the interactive loop (continuereading from stdin) even after processing some source scripts.

Options and source files are processed in the order in which they are given onthe command line. Processing of options and source files ends when either the-- or the -x option is encountered, or after the firstscript (non-option) argument in script mode (i.e., if none of the options-b, -i, --check, --ctags and--etags is present). In either case, any remaining parameters arepassed to the executing script by means of the global argc andargv variables, denoting the number of arguments and the list of theactual parameter strings, respectively. In script mode this also includes thescript name as argv!0.

The number of extra command line arguments and the arguments themselves asa list of strings; see above. These are useful if a script is usually runnon-interactively and takes its input from the command line.

The version string of the Pure interpreter and a string identifying thehost system. These are useful if parts of your script depend on theparticular version of the interpreter and the system it runs on. (Analternative way to deal with version and system dependencies is to useconditional compilation; see Conditional Compilation.)

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