Search Results for "gridlab-d"

doctest is a new C++ testing framework but is by far the fastest both in compile times (by orders of magnitude) and runtime compared to other feature-rich alternatives. It brings the ability of compiled languages such as D / Rust / Nim to have tests written directly in the production code thanks to a fast, transparent and flexible test runner with a clean interface. The framework is and will stay free but needs your support to sustain its development. There are lots of new features and maintenance to do. There are many C++ testing frameworks - Catch, Boost.Test, UnitTest++, cpputest, googletest and others. ...

portable c/c++ unit test framework

The program processes the given source XML file according to command-line arguments. It can validate the file (with -x or -d option) or query XPath expression (with -p option). Usage: java -jar clivaq.jar -- shows the help screen java -jar clivaq.jar -d <file.dtd> <file.xml> -- validates the <file.xml> java -jar clivaq.jar -x <file.xsd> <file.xml> -- validates the <file.xml> java -jar clivaq.jar -p "<XPath expression>" <file.xml> -- evaluates an XPath expression

When developing SOA, there is a time when you feel the need to be able to mock a webservice. That's what minimock's used for. running minimock as such minimock 8080 d:/response.xml will start a server listening on port 8080 that will always return the content of the file d:/response. The main advantages of minimock over other similar tools are its ease of use and its the low footprint : * executable is 20k large. (but on win$ it depends on cygwin1.dll that is 2Mb large) * avg memory use is 3/4Mb.

xContract is suite of per-language libraries that provide facilities for defining and enforcing software contracts. Intended to be used, where desired, in release modes/builds, xContract emphasises efficiency in addition to clarity and succinctness.

Rich D-Bus Browser written in Perl using Prima GUI toolkit.

D-Cog (Declarative-Cognition) is a Java based framework for training software components (reusable, object-oriented, interface-driven components). Instead of programmed, software components are trained by example to get the expected results.