SMC Networks LH79520 SoC ARM720T Manual De Usuario
ARM720T_LH79520 – Sharp LH79520 SoC with ARM720T 32-bit RISC Processor
Figure 17. Workspace panels offering code-specific information and controls
Figure 18. Workspace panels offering information specific to the parent processor.
Full-feature debugging is of course enjoyed at the source code level – from within the source
code file itself. To a lesser extent, debugging can also be carried out from a dedicated debug
panel for the processor. To access
code file itself. To a lesser extent, debugging can also be carried out from a dedicated debug
panel for the processor. To access
this panel, first double-click on the icon representing the
physical LH79520 device, in the Hard Devices region of the view. The Instrument Rack –
Hard Devices panel will appear, with the ARM720T_LH79520 device added to the rack (Figure
19).
Hard Devices panel will appear, with the ARM720T_LH79520 device added to the rack (Figure
19).
Any 'soft' core processor that you
have included in the design will
appear, when double-clicked, as an
Instrument in the Instrument Rack
– Soft Devices panel (along with
any other Nexus-enabled devices).
have included in the design will
appear, when double-clicked, as an
Instrument in the Instrument Rack
– Soft Devices panel (along with
any other Nexus-enabled devices).
1
The debug panels for each of the debug-enabled processors are standard panels and, as such, can be readily accessed from the View »
Workspace Panels » Instruments sub menu, or by clicking on the Instruments button at the bottom of the application window and choosing
the required panel – for the processor you wish to debug – from the subsequent pop-up menu.
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CR0162 (v2.0) March 10, 2008