Application Reliability Management Powered By Collaborating Machines
LOCATENever miss a multithreading issue. Pinpoint all race conditions and deadlocks in real time.
VISUALIZEDynamic models provide an in-depth explanation of every fault. The root cause is mapped to its location in your source code.
AGGREGATEIssues experienced by multiple machines using the same account may be aggregated. Programming team working on the same project, or machines within a datacenter running the same application benefit from real time collective knowledge aggregation.
SHAREDiagnosed issues can be automatically and securely published to geographically dispersed machines of tech support engineers.
Application Reliability Management – multithreading reliability check – diagnosing race conditions – dynamic code analysis
PRODUCT and SERVICE
What is even better than dynamic code analysis?
Dynamic code analysis that is amplified by aggregate knowledge from the machines of your peers and your customers.
Workstation + Enterprise Edition
Your central hub for concurrency analysis. Diagnose, Aggregate and optionally share across your network of machines.
Two Editions in One Introductory Price: 60% Off
TRY IT FREE
Our trial version alerts you to the presence of any concurrency defects experienced in the code you choose to analyze. For analysis of diagnosed faults, and localization of their root cause, a license is required. Subscription to analysis of supported open source projects is provided license free.
by clicking on the icon of your operating system.
(The Screen on the right is for the case of MAC OS)
3. Create Free Account
4. Run Demo
2. Run the download executable which will perform the product installation.
3. Launch the app (from icon or from console by command ‘sumui’) and create a free account.
4. Select from menu: Activity -> View/Modify -> Workstation -> Subscribing -> Supported Open Source; Check one or both demo projects; Exit Monitored Projects dialog; Start subscription; UI will be populated with already analyzed issues (see screen shot below);
To Explore The Interactive Demo Analysis:
- Select a project from the Application Reliability Status panel;
- Select a contention from the Contentions List;
- Click on Animate; Explore available keys – mouse position sensitive help is displayed on the status bar;
Alternatively, demo the product on your own code by following the steps To ARM-CM Enable You Code
ARM-CM Enabling your Application
Enabling your app to run in Application Reliability Management Powered By Collaborating Machines mode
In order to have your JVM powered applications be analyzed by Race Catcher™ they need to be started in ARM-CM Enabled mode. You can use the “jta” convenient scripts or their expanded versions as provided below in the following examples:
To enable Analysis of Race Conditions:
Instead of java use jta :
i.e. instead of java -jar myapp.jar use jta -jar myapp.jar
~user$ jta -jar r27.jar
Expanded into command line “jta” scripts are seen below:
The arguments to VM from this scripts could be used to ARM-CM Enable projects that are run within Eclipse or NetBeans or within any other script.
Note: The scripts below assume that the installation folder is “Program Files\ThinkingSoftware\SUM4JTA”
Application Reliability Management from Eclipse:
Expanded into command line “jta” script is seen below:
Note: The scripts below assume that the installation folder in Windows is “Program Files\ThinkingSoftware\SUM4JTA”
java -Xms512m -Xmx512m -javaagent:”C:\Program Files\Thinking Software\SUM4JTA\lib\SUM4JTA.jar” -jar your.jar
java -Xms512m -Xmx512m -javaagent:/home/<user name>/tsi/SUM4JTA/lib/SUM4JTA.jar -jar your.jar
Application Reliability Management from Netbeans:
To Run ARM-CM enabled projects from within NetBeans add the JVM parameters to the VM Options: field of the panel of theRun options of the Project Properties panel, as seen below. (MAC installation folders example)