Details - MyARM part

In addition to the features defined by the ARM 4.0 interface standard, MyARM provides the following features:

Statistical and graphical analysis:
MyARM provides the following statistical and graphical analysis.
- Arithmetic statistical analysis of simple transaction measurement sets as well as statistical analysis of complex transaction chains (correlated transactions).
- Graphical histograms of simple transaction measurement sets and of complex transaction chains.
- Response time scatter-graphs of simple transaction measurement sets and of complex transaction chains.
Command line tools for batch analysis:
- myarmquery for query transaction and application instances.
- myarmdefinition for listing all transaction and application definitions.
- myarmstat and myarmchain for batch statistical analysis.
- myarmexport and myarmimport for data ex- and import from and into different databases.
- myarmcorrelate to trigger a correlation process within the database.
Web-based analysis:
MyARM provides the following web-based tools:
- Query interface for a detailed view.
- View interface for a quick overview.
Application instance measurement support:
Provides the application running time which can be used for example in batch processing instrumentation scenarios.

Highly configurable through property files.
Modular architecture for transport, storage and retrieval of measured ARM data:
- Decoupled delivery (TCP/IP or file based) of ARM data to the storage module through dedicated ARM data collection processes per host(s).
- Ability to deliver transaction data to the storage module directly from the application if running a separate process on the application host is not possible.
- Choice between different storage backends (like XML files or databases).
- Frontend to retrieve ARM data from any storage backend.
- C++ interfaces for retrieving measured ARM data allowing to write customer specific dedicated analysis tools.
Single- and multi-threaded environment support.
nanoseconds granularity for transaction response time measurement (platform dependent).