JBACI Concurrency Simulator Activation Download X64 Latest
Conduct simple programs based on records on concurrency with the jBACI Concurrency Simulator. You can create your own variations in the simulator.
You can also check out the forums and documentation.
Visit the "How to Install" section in this readme to run the simulator.
Thanks for downloading!
New in version 3.0
Updated Pascal/Workspace support.
Major performance improvements and bugfixes.
Many compatibility updates.
A small Tutorial can be found in the "/help" menu.
Known Bugs:
- Special characters in an input file aren't handled correctly.
- There is no support for dynamic allocation of threads.
- The viewer currently needs too much memory.
Version History:
* v0.1.1 (2013-07-21):
- Added on / off for thread viewer.
- Added explicit wait on threads.
- Added plus and minus to pause and resume threads.
- Added a wait for fixed duration.
- Added an automatic pause when a thread starts.
- Added an automatic resume when a thread ends.
- JBACI can now run on a computer without a monitor.
- New Minimap The Minimap is a tool to quickly find blocks of code that are called multiple times within an application.
Usage:
Open a Viewer with cBACI Concurrency Simulator
Choose File...
Select a file with records
Click on Compile or Run
Browse through the directory with records
jBACI now starts in the directory that was selected.
Dump exception information
Close jBACI
For further information, check out the jBACI documentation
Version History:
v0.1.0 (2013-05-08):
- There is a new installer available at jbaci.org.
- jBACI now launches from the directory containing a file with records.
- Reworked runner.
- Optimizations are now done in a separate process.
- Support for debug symbols (optional).
- jBACI can now run on a computer without a monitor.
- Performance of the compiler now better.
Version History:
v0.0.3 (2013-03-01):
- Small performance improvements
Version History:
v0.0.2 (2013-02-02):
- There is now a jBACI README on jbaci.org
-
JBACI Concurrency Simulator Free
jBACI is a tool that allows you to simulate concurrency.
jBACI is an experiment, not an application meant to be run on its own. It is a Java concurrency tool, but it's not a simulation of a real concurrency environment.
jBACI is not very useful to write real programs, but it can be a good tool to learn concurrency.
jBACI lets you simulate a single thread in a single-processor system. You can switch between threads in the same process, and switch between running threads and spawned threads.
It also lets you simulate multiple threads in a multi-processor system. You can switch among more threads than the number of processors.
You can run your program in the Java Virtual Machine, on other systems that have a Java Virtual Machine (JVM) such as Microsoft's.NET Framework, and other JVM-based systems.
You can run your program in Eclipse, and even deploy it in Eclipse.
You can run your program from the command line. You can even use jBACI as a replacement for the java command.
You can combine multiple machines into a single concurrency simulation.
The sequential simulator in jBACI is good for learning concurrency.
You can run your program in Java 1.3 or later. Your program can access only classes, interfaces, and annotations that were introduced in Java 1.3.
You don't need any add-on library such as JVMTI.
jBACI is useful to write programs of a concurrent environment, but it's not for designing concurrent programs.
jBACI Simulator Features:
-- Simulation of multi-processes in multi-processor systems
-- Simulation of multi-threads in multi-processor systems
-- Simulation of a single thread in a single processor system
-- Simulation of an IDLE thread
-- Simulation of an RUNNABLE and BLOCKED thread
-- Simulation of Fork, Join, and Thread Creation
-- Theoretical analysis of the concurrency primitives
-- Simulation of cooperative/non-cooperative data structures
-- Simulation of transmission of events/data
-- Simulation of synchronization primitives
-- Multi-platform support
-- Syntax highlighting (numbers and variables are highlighted)
-- Syntax error detection
-- Syntax error recovery
-- Runtime support for runtime conditions such as run-time errors, numbers, or variables
-- Syntax error recovery with a backtrack option
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