Qu Programming Language is an all-inclusive, object-oriented programming language with a variety of features.
Qu is a powerful, open-source object-oriented programming language that comes packed with a full range of features. Unlike many programming languages, Qu is completely free to use and distribute. As Qu is inspired by programming languages such as Perl, Python, Ruby, and C, it has many similarities with Python, except it boasts a more flexible syntax, simpler internals, and allows for both indentation and non-indentation styles.
Qu has a clean and intuitive syntax designed to increase readability, so there is no need for semi-colons or commas to separate items. However, in rare situations where the end of an expression is not clear, they may be required. As a procedural language, a Qu program consists of statements and expressions evaluated in the order that they appear.
Furthermore, Qu is a strong and semi-dynamic (optional-static) typing language. For instance, attempting to add a number to a string will result in an exception. However, a variable can contain anything, or a validator can be attached to ensure that a variable meets specific criteria.
Each element in Qu is an object, including numbers, strings, and other data types. Classes, for example, are instances of the built-in Class class, or Array, Range, Struct, etc. However, programmers are at liberty to choose whether or not to write code in an object-oriented manner.
Another noteworthy feature of Qu is its built-in documentation management system. By embedding documentation into the source code, the compiler can skip documentation, and the documentation builder can extract documentation. When installing Qu or Qu modules, the documentations are automatically built.
Qu is a fast programming language that boasts clean syntax, strong semi-dynamic typing, and module management. Programmers can also enjoy multithreading, deadlock detection, label loops, breaks, continues, and redo features. Plus, Qu offers fast exceptions, try, catch, else, finally, nested functions, lexical closure, accumulator, generator, coroutine, type validator, and full and safe eval.
Other features of Qu include buffered printing, auto self, private, public, and static attributes, read/write and ready-only attributes, class property and methods, dynamic attribute access, single inheritance with mixins, multiple constructors, super class attribute access, finalizers, multiple assignment, variable, and default arguments, argument flattening, uniform attribute access, complex number, big integer, and mark & sweep garbage collector.
In terms of system requirements, Qu requires gcc 2.96+ POSIX threads (pthread) and make. The latest release of Qu includes a range of enhancements, including better database interface and enhanced garbage collector. Additionally, many of the modules have been moved into separate packages that can be downloaded individually.
In summary, Qu is a robust and high-performance programming language that offers abundant features, making it an excellent tool for developers who value flexibility and simplicity. If you're looking for a programming language that offers all the essential tools for creating complex and dynamic software, then Qu is a great choice.
Qu has a clean and intuitive syntax designed to increase readability, so there is no need for semi-colons or commas to separate items. However, in rare situations where the end of an expression is not clear, they may be required. As a procedural language, a Qu program consists of statements and expressions evaluated in the order that they appear.
Furthermore, Qu is a strong and semi-dynamic (optional-static) typing language. For instance, attempting to add a number to a string will result in an exception. However, a variable can contain anything, or a validator can be attached to ensure that a variable meets specific criteria.
Each element in Qu is an object, including numbers, strings, and other data types. Classes, for example, are instances of the built-in Class class, or Array, Range, Struct, etc. However, programmers are at liberty to choose whether or not to write code in an object-oriented manner.
Another noteworthy feature of Qu is its built-in documentation management system. By embedding documentation into the source code, the compiler can skip documentation, and the documentation builder can extract documentation. When installing Qu or Qu modules, the documentations are automatically built.
Qu is a fast programming language that boasts clean syntax, strong semi-dynamic typing, and module management. Programmers can also enjoy multithreading, deadlock detection, label loops, breaks, continues, and redo features. Plus, Qu offers fast exceptions, try, catch, else, finally, nested functions, lexical closure, accumulator, generator, coroutine, type validator, and full and safe eval.
Other features of Qu include buffered printing, auto self, private, public, and static attributes, read/write and ready-only attributes, class property and methods, dynamic attribute access, single inheritance with mixins, multiple constructors, super class attribute access, finalizers, multiple assignment, variable, and default arguments, argument flattening, uniform attribute access, complex number, big integer, and mark & sweep garbage collector.
In terms of system requirements, Qu requires gcc 2.96+ POSIX threads (pthread) and make. The latest release of Qu includes a range of enhancements, including better database interface and enhanced garbage collector. Additionally, many of the modules have been moved into separate packages that can be downloaded individually.
In summary, Qu is a robust and high-performance programming language that offers abundant features, making it an excellent tool for developers who value flexibility and simplicity. If you're looking for a programming language that offers all the essential tools for creating complex and dynamic software, then Qu is a great choice.
What's New
Version 1.21.10: N/A