The translation engine embodied in the MC-3020 Model Compiler performs two passes across
the BridgePoint model under translation. The first pass analyzes the model structure and action language semantics. The
results of this analysis drive the generation of the second pass. The second pass generates code and data that is
minimized and optimized for speed. Unaccessed data and unneeded code are eliminated.
MC-3020 is designed with a modular approach. An OOA of the architecture drives the
implementation of the generation components. In limited fashion, individual architecture components can be "unplugged"
and new or modified components can be "plugged in" to replace them. For example, the strategy for collecting instances
can be changed by modifying or replacing only the localized component. Names and coding style rules are concentrated into
a single component allowing the architect to dial in a preferred naming convention and generation style.
A set of metrics is generated and reported each time the model compiler is run. Statistics
on objects, relationships, events, and first pass analysis are stored in a report directory. The speed of generation has
been optimized by intelligent access into the generation database. Several coloring options are provided, all with
reasonable default values to make MC-3020 useful right out of the box.
MC-3020 is oriented toward the following features:
- ANSI C
- small ROMable target code image (small applications fit in < 32k)
- minimum RAM requirements
- low overhead, prioritized event generation, queueing and dispatch
- efficient state transitions
- relationship optimization
- two-pass generation
- embedded targets including 8, 16 and 32 bit microcontrollers
- no RTOS required
MC-3020 is available on all platforms that run BridgePoint®.
All trademarks are acknowledged to their owners.
Read the MC-3020 Users Guide.
Read the MC-3020 FAQ.
Read the MC-3020 FAQ (PDF).
Read the MC-3020 Release Notes.
3.0 Release Notes
3.1 Release Notes.
3.2 Release Notes.
3.3 Release Notes.