Search Results for "state machine editor"

SciTECO is an interactive TECO dialect, similar to Video TECO. It also adds features from classic TECO-11, as well as unique new ideas. Project development takes place here: https://git.fmsbw.de/sciteco The download archive is mirrored at Sourceforge, but for nightly builds check out: https://sciteco.fmsbw.de/downloads/nightly/

LoLCode1337 (speak lolcode leet) is an implementation of the esoteric programming language lolcode. It offers a compiler, virtual machine (=interpreter), debugger, internal editor and it's commands set is close to that what other lolcode implementations offer. More to come soon.

...For proper documentation please read the diploma thesis (Only available in german yet). Some of the goals to achieve: - Embedding some design-patterns on language level (singleton, state-pattern) - Implementation of a back-end for byte-code generation - Extending the compiler with an optimization phase for optimizing byte-code - Optimizing the interpreter to improve runtime performace. - Implementation of a Hotspot-Compiler for translating byte-code to x86 machine-code for native execution. - Overall optimizations of the runtime library. ...

As you may recall, a Turing-machine is an all-purpose computer. A Turing-machine has a memory that consists of a track or line of data. On the track, a read-/write-head is moving. The read-write head itself is a state engine, which is affected by the input from the track, and which decides what to write on the track, and where to read the next input, by "moving" the head back or forth.

This is an Hierarchical State Machine (aka Statechart) engine written in Java (1.5 +) Actually we will develop only support for a subset of UML 2.0 semantics but, in future, we hope to add support for other semantics.

The JRRE project is a Java runtime environment implementation based on Sun's Java 2 Virtual Machine specification. The system is currently under development at Appalachian State University by undergraduates Christopher Ellsworth and Clarence Alston.

This library is an implementation of an extensible dynamic configurable finite state machine (FSM). The configuration of the state machine is not compiled, but loaded at the runtime from a file or created by application.