![]() The contents of the tar archive are: tar tvjf 2 | sortĭrwxr-xr-x misha/misha 0 19:32 openmrs-code-formatter/plugins/ĭrwxr-xr-x misha/misha 0 19:33 openmrs-code-formatter/configuration//ĭrwxr-xr-x misha/misha 0 19:38 openmrs-code-formatter/configuration/ I used the one for Linux x86, but it should work for any version, as I did not use any (to my knowledge) platform specific JAR files. This is based on Eclipse 3.6 Helios distribution. ![]() ("! I did not format this is based on the post here:Īs I do not know how long the link will stay up, I will describe the contents below. There is a shell script that uses a bundled OpenMRSCodeFormatter.xml file. It is Java-only, command line, and should be cross platform compatible: Here is something that I made using Eclipse 3.6 jars. Or convert any XML exported formatter file with:Ĭat formatter.xml | grep setting | sed > formatter.asprefs The OpenMRSFormatter.xml file actually has to be a preferences file and not an XML file. UPDATE: Per my new understanding based on an incorrect bug report I filed: I want a tool that I can run locally.įinally, solutions need not be restricted to open source, public domain, shareware, free software, commercial, or anything else. I'm also not interested in a web service. I suppose it might be nice for a solution to have support for languages other than Java, but that is not a requirement.įurthermore, tools that only perform code highlighting are right out. I'm also not necessarily interested in a grand-unified formatter for many languages. I want to be able to specify my own style, not simply select from a preset list.Īlso, I'm not looking for a general purpose pretty-printer written in Java that can pretty-print many things. Read Source Code → Apply Styling Rules → Write Rule Violations ![]() Style Checker (does not produce modified source code) Read Source Code → Apply Styling Rules → Write Styled Source Code So the picture looks like this:įormatter (produces modified source code that conforms to styling rules) A style checker also applies styling rules, but it simply reports rule violations without producing modified source code as output. Very little, if any, other refactoring is performed. Syntactic modifications are limited to things like modifying code layout as in changing whitespace, or organizing import statements. To be clear, a "formatter" (or "beautifier") is not the same as a "style checker." A formatter accepts source code as input, applies styling rules, and produces styled source code that is semantically equivalent to the original source code. A formatter written in closed-source C/C++ that only runs on, say, Windows is not ideal, but is somewhat interesting. So, a built-in formatter for the IDE du jour is of little interest here (unless that IDE supports batch mode formatter invocation, perhaps from the command line). Ideally, it should be independent of any particular operating system as well. The formatter must be stand-alone, that is, it must support a "batch" mode that is decoupled from any particular development environment. 2.I'm interested in learning about the available choices of high-quality, stand-alone source code formatters for Java. The examples are written in Java, but the concepts apply to any other programming language. The focus will be on ensuring that our code has excellent readability and that others will not give up on understanding our logic programming and software architecture. Besides that, when working in a team, the code is the communication tool between the members, so putting the program to work won’t be enough if the maintainability is considerably compromised. In this article, we’ll discuss good practices to incorporate into our code since it would be impossible to expect the same style from all programmers. On top of that, each programming language has its syntax requirements and specificities. This is only one of the styling aspects that we have to define when programming, but there are others: number of lines in a file, indentation style, with different rules for methods, classes, and scopes. Whether we are professional developers or just starting to write our first lines of code, we’ve most likely already faced different formatting styles for variables and functions such as camelCase, PascalCase, snake_case, and kebab-case.
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