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Here [in this guide] we discuss the features of the Python → 11l → C++ transpiler that must be taken into account when writing Python code, so that the transpiler compiles it correctly.
- The Python → 11l → C++ transpiler
Here is the latest version of the Python → 11l → C++...
- The Python → 11l → C++ transpiler
Here is the latest version of the Python → 11l → C++ transpiler: 11l.tar.xz [source code repos]. Usage: Unpack archive to whatever directory you ; want. Open Terminal/cmd. Run command: <path_to_unpacked_archive_files>\11l <source_python_or_11l_file> on Windows, or <path_to_unpacked_archive_files>/11l <source_python_or_11l_file> on Linux.
- Operators
- Lexical Analysis
- Standard Library
- Design Principles
- Implementation Notes
Most 11l operators are chosen on a rational basis. For example, the 'bitwise exclusive or' operation uses the three characters ( (opening parenthesis), + (plus), and ) (closing parenthesis), since they resemble the ⊕ character used to denote exclusive or in Boolean algebra. Although ⊕ is more commonly used for one-digit values, it is also found on ...
According to the developer of the language, 11l implements the most advanced lexical analyzer among all the existing programming languages. This lexical analyzer, in particular, makes it possible to almost completely get rid of all visual noise such as mandatory semicolons at the end of statements, curly braces (or begin and end keywords) to indica...
The 11l standard library is based on the Pythonlibrary, but many functions have been revised and certain shortcomings or deficiencies have been fixed. For example 1. The random.randrange(a, b) function, which returns a random number n in the range a <= n < b, and the random.randint(a, b) function, which returns a number in the range a <= n <= b, ha...
11l is designed so that files generated on different systems using the same source code will always be binary identical. For example, in Python, the default encoding when a text file is opened depends on the platform. 11l, by contrast, uses UTF-8 by default. The line ending character or characters when writing text files in Python are also platform...
The reference implementation of 11l takes the form of a Python → 11l → C++ transpiler, and thus can be used not only to compile 11l code but also to compile Python code [which results in significantly faster execution (often by more than an order of magnitude)]. It should be noted that this transpiler generates human-readable 11l code (which can he...
Jun 2, 2022 · The current development of transpiler Python → 11l → C++ is task-driven, i.e. the transpiler is extended by specific tasks solving
11 l is a [semi-esoteric] compiled general-purpose programming language, which provides a simple and direct mapping to hardware and aims to follow a zero-overhead principle, like C++ (unused language features do not add run-time overhead). 11l is statically typed, but feels very much like a dynamically typed language (e.g. Python).
Jul 30, 2024 · Transpilers are source-to-source converters. They convert codes from one high-level language, say Java, to another high-level language with a similar level of abstraction, say C++. This output is still abstract to the hardware and needs a compiler to convert into assembly language to run on the machine. Difference between Compiler and Transpiler
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This article discusses the most interesting transformations that a chain of two transpilers (the first translates the Python code into the code in the new 11l programming language, and the second - the 11l code in C ++), and compares the performance with other acceleration tools / code execution in Python (PyPy, Cython, Nuitka).
