| Line 1... |
Line 1... |
There are four different methods to run a standalone program.
|
There are four different ways to run a standalone program.
|
|
|
1. Simulator: Load the program with the '-l' command-line option
|
1. Simulator: Load the program with the '-l' command-line option
|
into the simulated memory; use '-a 0x10000' to set the load
|
into the simulated memory; use '-a 0x10000' to set the load
|
address. Each Makefile has a target 'run' to automate this.
|
address. Each Makefile has a target 'run' to automate this.
|
|
|
| Line 9... |
Line 9... |
in the subdirectory build/run). Boot this disk. Choose the
|
in the subdirectory build/run). Boot this disk. Choose the
|
partition with the bootable EOS32 file system, and enter
|
partition with the bootable EOS32 file system, and enter
|
'/boot/' as the 'path to kernel'.
|
'/boot/' as the 'path to kernel'.
|
|
|
3. FPGA: Load the program with the help of the load server. Type
|
3. FPGA: Load the program with the help of the load server. Type
|
'loadserv ' on the PC side, and 'load 1' on the
|
'loadserv ' on the PC side, and
|
FPGA side (which runs the machine monitor).
|
'load 1' on the FPGA side (which runs the machine monitor).
|
|
|
4. FPGA: Pack the program onto a simulated disk (this will
|
4. FPGA: Pack the program onto a simulated disk and make the disk
|
|
available for use with the help of the disk server (this will
|
happen automatically if you use the Makefile target 'run-server'
|
happen automatically if you use the Makefile target 'run-server'
|
in the subdirectory build/run). Make the disk available for
|
in the subdirectory build/run). Type 'boot 1' on the FPGA side
|
use with the help of the disk server. Type 'diskserv '
|
(which runs the machine monitor), and proceed as in 2.
|
on the PC side, and 'boot 1' on the FPGA side (which runs the
|
|
machine monitor). Then proceed as in 2.
|
|
(which runs the machine monitor), and proceed as in 2.
|
|
