Perentie supports monitoring various devices. The following architectures are supported to some extent.
| Architecture | ID | Notes |
|---|---|---|
| ARM | 00 | Highly experimental. Currently missing a disassembler and register write access. |
| STUMP | 03 | Fully supported. |
| MU0 | 04 | Fully supported. |
This back-end runs on the Manchester Lab Board and provides a platform for monitoring simple 16-bit CPUs on the onboard Xilinx FPGA. It was built to support students developing MU0 and STUMP CPUs.
This back-end emulates a 16-bit memory space with a number of memory-mapped peripherals, clock and reset generation as well as a scan-path control for reading internal processor registers.
| Type | Development Board |
|---|---|
| Architecture | STUMP (03) |
| MU0 (04) | |
| Website | Ackie (Github) |
A back-end running on the Manchester Lab Board which emulates an ARM processor with various memory mapped peripherals and an FPGA. This is the back-end which Komodo was originally built for.
| Type | Development Board |
|---|---|
| Architecture | ARM (00) |
| Website | Manchester Lab Board |
A number of software based emulators are available which allows Perentie to be used without any special hardware.
A simple STUMP emulator.
If you require access to this backend please contact Jonathan Heathcote since this tool is also used for marking some coursework excercises and can be used to generate model answers.
| Type | Emulator |
|---|---|
| Architecture | STUMP (03) |
| Contact | Jonathan Heathcote (mail@jhnet.co.uk) |
The ARM emulator back-end originally built for Komodo. The emulator is extensible, stable and reasonably efficient.
| Type | Emulator |
|---|---|
| Architecture | ARM (00) |
| Website | Komodo Project |