#coding standards

The IndentationError: expected an indented block is an error commonly encountered in programming languages like Python that rely on indentation to define the structure of code blocks. Unlike languages that use braces {} or keywords like begin and end to denote blocks of code, Python uses indentation to signify the beginning and end of code blocks.

This error occurs when the interpreter or compiler encounters a situation where it expects a properly indented code block but does not find one. There are several common reasons for this error:

Mismatched Indentation Levels: This occurs when there is inconsistency in the number of spaces or tabs used for indentation within a code block. Mixing spaces and tabs or using different numbers of spaces can lead to this error.

Missing Colon at the End of a Control Flow Statement: Python uses colons (:) to indicate the beginning of a new code block, such as with if, else, for, or while statements. Omitting the colon after such statements can result in an IndentationError.

Empty Code Blocks: Having an empty code block without any indented statements can also trigger this error. For example, defining a function without any indented code inside it can lead to an IndentationError.

To resolve the IndentationError: expected an indented block, it is essential to review the code and ensure the following:

Consistent indentation: Use either spaces or tabs consistently throughout the code, avoiding mixing them within the same block.

Correct colon placement: Verify that control flow statements (such as if, else, for, while) are followed by a colon, indicating the start of a new code block.

Meaningful code inside blocks: Ensure that code blocks, such as functions or control flow statements, contain meaningful indented code inside them.

By paying attention to these factors and maintaining consistent indentation practices, develop

How to Fix the ERROR: the “PHPCompatibilityWP” coding standard is not installed.

How to Check PHPCompatibilityWP exist?

To check the PHPCompatibilityWP coding standard is installed on your system use command phpcs -i

E.g.

phpcs -i

You can see the result like below:

The installed coding standards are MySource, PEAR, PSR1, PSR12, PSR2, Squiz, Zend, WordPress, WordPress-Core, WordPress-Docs, WordPress-Extra and PHPCompatibility

Maybe you have some additional…

Copy below individual or all command(s) to get latest update.

composer global require squizlabs/php_codesniffer composer global require wp-coding-standards/wpcs composer global require wimg/php-compatibility composer global require dealerdirect/phpcodesniffer-composer-installer phpcbf phpcs

The Software Engineering Institute (SEI) has released the 2016 edition of the SEI CERT C++ Coding Standard. The standard provides rules for secure coding in the C++ programming language to help developers create safe, reliable, and secure systems free from undefined program behaviors and exploitable vulnerabilities. This C++ Coding Standard joins the SEI CERT C Coding Standard that was released in 2016. Both of these standards have been made available as free downloads in response to user demand, providing a wealth of expert knowledge and best practices for developing secure software systems in C and C++.

The 2016 edition of the SEI CERT C++ Coding Standard reflects a decade of research and includes 83 new rules that take into account features of the C++ language that are not part of the C language. The majority of the SEI CERT C Coding Standard also provides guidance that is important for developing secure C++ programs, and they should both be used by C++ development programs.

To download the SEI CERT C++ Coding Standard, visit http://www.cert.org/secure-coding/products-services/secure-coding-cpp-download-2016.cfm.