Search Results for "c source code"

Automation of Unit and System Tests. Tests can be implemented in any language and on many platforms. The flexible approach enables the inclusion of many types of tests, such as memory leak checks (using valgrind), coding rule checks, complexity checks, etc. Tests are run by a simple call to hwut in a base directory of a project. In particular for C, HWUT supports make file generation using 'sos' and 'sols' modes. Remote control-able function stubs may be generated using the 'stub' mode....

qpt (Qt Project Tool) understands Qt C++ projects (.pro) and allows to pass this information to command line tools as "Code Counters" and "Static Analysis tools". It also can used inside QtCreator to act as a plugin for "Static Analysis tools" putting reported issues into QtCreator issues pane.

A simple win forms application written in C# that allows a user to enter a string and the number of time it should be repeated and then send it to the users clipboard. This is useful for software testers wanting to generate long strings or strings with specific patterns for use in black box testing.

A very simple but effective testing framework for C and C++ projects.

XRay is an analysis tool built upon your SCMs, aimed to consolidade project statistics from many repositories in a single tool, generating code reports and development statistics obtained from log data and file versions.

Newspeak is a simplified programming language, well-suited for the purpose of static analysis. The compiler c2newspeak tranforms C programs into Newspeak. Other utilities to manipulate Newspeak programs are also available.

EDoC++ is both a lint-like tool and a documentation tool that specialises in analysing and documenting the use of exceptions in C++ code.

Calculates cyclomatic and the NPATH complexity measures. It reads the coverage information produced by GCC and determines the complexity of all functions.

Pith ("Perl-Implemented Test Harness") is a lightweight, application-independent framework for building and executing functional integration tests. It allows the test code to exist wholly independently from the testing platform.

PEP is a modelling and verification framework for parallel systems, providing a large number of different modelling languages and verification techniques (e.g. SDL, Petri nets and model checking)