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Support for the new experimental flat config files. You need to enable the support separately in VS Code using the setting eslint.experimental.useFlatConfig. ESLint version 8.21 or greater is required.
The language status item will now inform you of slow validation times and long ESLint runs when computing code fixes during save. The time budget available (in milliseconds) can be control via the two settings eslint.timeBudget.onValidation and eslint.timeBudget.onFixes.
By itself, lint could only go so far. It came with lint libraries telling the program about the interface of the C runtime (before C was standardized). But if I used a C library not known to lint, it was less useful.
I learned to make lint libraries. Initially (in 1991 or 1992) I did these by hand, converting header files (with comments for the parameter names) into the quasi-prototype form used by lint. The header files for X libraries were large, taking a lot of time.
I noticed cproto early in 1993, and sent Chin Huang my changes to allow it to generate lint library sources. Having those, I could compile the sources and get usable lint libraries. This set of changes appeared in June 1993. I made further changes (including making the enhanced error reporting which works with the different types of yacc), and worked with Chin Huang off and on for the next few years.
I used this feature in ncurses (June 1996) to generate lint library sources for the four component libraries (ncurses, form, menu and panel). However (unlike SunOS), Solaris support for lint was poor. Sun delivered stubs for the lint libraries and its tools were not capable of producing usable lint libraries. I used other platforms for lint, as long as those were available. Judging by my email, by around 2000 lint was gone.
Even after the tool itself was no longer useful, I kept the lint library text in ncurses because it is useful as a documentation aid. Updating the files was not completely automatic, e.g., changing attr_t to int to match the prototypes for the legacy attribute manipulation, and of course adding the copyright notice. Finally, in 2015 I wrote a script make-ncurses-llibs to generate the sources without requiring manual editing, and used that in preparing the ncurses6 release.
As an alternative to lint, gcc has some advantages and some disadvantages. The main disadvantage is that it has no way to detect that a function is not used in any of the various modules that comprise a program.
But Coverity is a useful product. It follows a program through several plausible steps using the conditional checks to infer critical values of variables, to look for inconsistencies. Most of the reports are valid, i.e., about 90%. It will occasionally find serious problems with a program. Like lint, the only way to find those is to fix the minor issues along the way.
Around the same time (1993/1994), I sent Mike Brennan suggested changes for mawk. Some of those were prompted by lint warnings. Those he rejected as unnecessary. For example, one of the diffs would have begun like this:
Interestingly enough, gcc has nothing to say about that. Compiling execute.c with gcc-normal gives me 40 warnings, and with gcc-strict 84 warnings. So there is something to be said, even without lint.
Coders also have compilers or runtimes that can catch logical errors, which syntax highlights in a text editor can't predict. Markup languages don't generally have compilers, and while there are often processors that fail when attempting to parse your errant file, that's often not when you want to find out that you've made a mistake. A linter is designed to catch errors in data before a file is processed. This saves you (or your automated workflow) from errors during a critical stage of operation.
As its name implies, ansible-lint is a YAML linter specific to Ansible playbooks. That means when you lint a playbook, it's not just looking at the markup syntax but also how you're using Ansible modules. For instance, take this simple playbook that creates a set of directories on a host:
The linter identified an error beginning with the very first line of the first (and only) task. This tells you where to start looking. In this case, it's pretty obvious to start looking there because there's only one task, but this can be a valuable hint in a complex playbook. As I've already identified the error with comments, you can fix the indentation errors. If you don't know why those are errors, read my YAML for Ansible article.
This time, there's no error but a fatal warning from two separate rules. The risky-file-permissions module warns that I haven't specified file permissions in a task that creates folders. The yaml rule, enabled because I also have yamllint installed on my system, warns that there's no newline character at the end of the file.
If you're writing code or markup in a language with a linter, it just makes sense to lint. There are linters specific to YAML, but ansible-lint takes it a step further and checks your Ansible tasks themselves. It's a powerful way to protect yourself from errors during execution and possibly from hours of debugging.
On Microsoft® Windows, running the setup program will copy the PC-lint files onto your hard drive. Running the configuration wizard (config.exe) will configure PC-lint (lint-nt.exe) for your compiler, libraries, editors, and IDEs. It may be run multiple times if you have multiple configurations for which you need support. It will build a batch file for calling PC-lint (lin.bat) and will invoke the appropriate PC-lint configuration files (*.lnt) for your environment. Note that PC-lint error messages may be found in the file msg.txt. 2b1af7f3a8