Splint VS Understand
Compare Splint VS Understand and see what are their differences
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Splint
Coverity Scan
Cppcheck
SonarQube
PVS-Studio
Flawfinder
Clang Static Analyzer
Checkmarx
Understand
SonarQube
Source Insight
Codacy
Sourcetrail
CppDepend
CodeCompass
JArchitect
Splint UnderstandNo features have been listed yet.
Understand's answer:
-C/C++ -Qt -Understand
Understand's answer:
-NASA -U.S. Airforce -General Electric -Nvidia -Raytheon -Amazon -Lockheed Martin -Samsung -Raytheon -Pratt & Whitney -Dell -Intuity -Aurora Flight Sciences
Understand's answer:
Understand has shares many features found in other products but all wrapped into one easy to use package. Our most defining feature is the Hyper-XREF™ technology we invented that provides a detailed cross-referencing of all the interconnections in your code.
Based on our record, Splint should be more popular than Understand. It has been mentiond 9 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
Whenever I see people talk about the portability or compatibility advantages of C, I'm reminded of how "even C isn't compatible with C", because you typically aren't talking about up-to-date GCC or LLVM on these niche platforms... you're talking about some weird or archaic vendor-provided compiler... Possibly with syntax extensions that static analyzers like splint will choke on. (Splint can't even understand near... Source: about 1 year ago
Huh. I think I actually needed to use the equivalent position for certain splint annotations in my C retro-hobby project. Source: about 1 year ago
I often like to say that Rust's bindings are a way to trick people into writing the compile-time safety annotations that they didn't want to write for things like splint. (Seriously. Look into how much splint is capable of checking with the correct annotations.). Source: over 1 year ago
Linters like Splint [0] can do that for C. I’m not saying that Rust’s built-in approach isn’t better, but please be careful about what exactly you claim. [0] http://splint.org/. - Source: Hacker News / over 1 year ago
(Sort of like how, for my DOS hobby project, I use splint to require explicit casts between typedefs so I can use the newtype pattern without having to manually reach into wrapper struct fields in places that don't do conversions.). Source: almost 2 years ago
Https://lattix.com/ can produce impact reports showing “changing X affects A, B and Y on the first level which in turn affects C, D, E, F and Z on the second level” and so on… https://scitools.com/ Understand can answer similar questions and tries to perform flow analysis “through” function pointers as well. - Source: Hacker News / over 2 years ago
Coverity Scan - Find and fix defects in your Java, C/C++ or C# open source project for free
SonarQube - SonarQube, a core component of the Sonar solution, is an open source, self-managed tool that systematically helps developers and organizations deliver Clean Code.
Cppcheck - Cppcheck is an analysis tool for C/C++ code. It detects the types of bugs that the compilers normally fail to detect. The goal is no false positives. CppCheckDownload cppcheck for free.
Source Insight - Source Insight is a programming editor & code browser with built-in live analysis for C/C++, C#, Java, and more; helping you understand large projects.
Codacy - Automatically reviews code style, security, duplication, complexity, and coverage on every change while tracking code quality throughout your sprints.
PVS-Studio - PVS-Studio is a useful piece of software for detecting problems in source code. The software examines program codes written in C, C++, and C# for any problems that might prohibit the code from functioning properly.