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Python Version 2.7 ( Download Version 2.7).Requirements below and follow the installation Download the DynaMate tool here (includes the EvoSuite test case generator, theĮSC/Java2 static verifier, as well as our implementation of the gin-pink technique for loop invariant detection).Installing and executing DynaMate sources Execute DynaMate using $make methodName (for example, $make binarySearch0)Įxplore the results for the methods in the case study:.Change directory to /home/dynamate-user/dynamate ( $cd /home/dynamate-user/dynamate).Start the dynamate-vm virtual machine (username: dynamate-user, password: password)Įxecuting DynaMate on the virtual-machine.This will create a Powered-Off "dynamate-vm" virtual machine. Install virtualization software VirtualBox (Version 4.3.2 or above)įile dynamate-vm/dynamate-vm.vbox.Unpack the virtual-machine image ( tar -zxvf ).Download the Ubuntu virtual-machine image.Installing virtual-machine for using DynaMate Alternatively, you can install DynaMate in your system following the instructions described here.Virtualization software VirtualBox (Version 4.3.2 or above) installed in your system. For convenience, download an Ubuntu virtual-machine image with all required dependencies as well as scripts.

The current DynaMate prototype integrates the EvoSuite test case generator,Īs well as our implementation of the gin-pink technique to dynamically detect loop invariants based on syntactically mutating postconditions. To prove that such functions conform to their specification, automated provers require loop invariants -properties that hold for every iteration of a loop.ĭynaMate infers loop invariants by systematically mutating postconditions dynamic checking based on automatically generated tests weeds out invalid candidates and retains theĭynaMate paves the way for fully automatic verification. Every large software system has a small set of functions on whose correctness it depends.
