12. A system, comprising: an interface to a data store storing at least one script file; and a processor, communicating with the data store via the interface, the processor being configured to— access, via a test environment, a plurality of script files, in a plurality of scripting languages, coded to perform a set of test operations, wherein the plurality of script files are accessed concurrently; invoke a set of object-oriented handlers based on the set of test operations contained in the plurality of script files, wherein invoking the set of object-oriented handlers comprises: loading each scripting language of the plurality of scripting languages; interfacing an object-oriented handler of the set of object-oriented handlers into each scripting language of the plurality of scripting languages, wherein interfacing the object-oriented handler of the set of object-oriented handlers into each scripting language of the plurality of scripting languages comprises creating a variable in the scripting language and loading a class from the object-oriented handler; bringing each object-oriented handler of the set of object-oriented handlers in scope; establishing a handler object context for each object-oriented handler of the set of object-oriented handlers; and loading classes required by one or more of the set of object-oriented handlers; initiate the set of test operations using the set of object-oriented handlers; determine that the set of test operations are complete; and bring each object-oriented handler of the set of object-oriented handlers out of scope by suspending each object-oriented handler in response to determining that the set of test operations are complete.
12. A system, comprising: an interface to a data store storing at least one script file; and a processor, communicating with the data store via the interface, the processor being configured to— access, via a test environment, a plurality of script files, in a plurality of scripting languages, coded to perform a set of test operations, wherein the plurality of script files are accessed concurrently; invoke a set of object-oriented handlers based on the set of test operations contained in the plurality of script files, wherein invoking the set of object-oriented handlers comprises: loading each scripting language of the plurality of scripting languages; interfacing an object-oriented handler of the set of object-oriented handlers into each scripting language of the plurality of scripting languages, wherein interfacing the object-oriented handler of the set of object-oriented handlers into each scripting language of the plurality of scripting languages comprises creating a variable in the scripting language and loading a class from the object-oriented handler; bringing each object-oriented handler of the set of object-oriented handlers in scope; establishing a handler object context for each object-oriented handler of the set of object-oriented handlers; and loading classes required by one or more of the set of object-oriented handlers; initiate the set of test operations using the set of object-oriented handlers; determine that the set of test operations are complete; and bring each object-oriented handler of the set of object-oriented handlers out of scope by suspending each object-oriented handler in response to determining that the set of test operations are complete. 22. The system of claim 12 , wherein the set of test operations comprises a complete test case for a target network entity.