... | @@ -31,13 +31,18 @@ may be enqueued, but they must be inserted in sorted order. |
... | @@ -31,13 +31,18 @@ may be enqueued, but they must be inserted in sorted order. |
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See [I/O-assignments](I/O-assignments) for wiring of the bits of ECA
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See [I/O-assignments](I/O-assignments) for wiring of the bits of ECA
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STATE.
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STATE.
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To access the device, you will need to know it's Etherbone address. For
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To access the device, you will need to know it's Etherbone address:
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an SCU accessed from the ComExpress board (read how to
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[Setup-an-SCU-Bootstick](Setup-an-SCU-Bootstick)), the address is
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- **SCU** accessed from the ComExpress board (read how to
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dev/pcie\_wb0. For a SPEC accessed from a host system (read how to
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[Setup-an-SCU-Bootstick](Setup-an-SCU-Bootstick)), the address is
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[Configure-a-SPEC-host](Configure-a-SPEC-host)), the address is
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dev/pcie\_wb0.
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dev/spec\_wb0. For a FEC accessed from the data master, you form the
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- **SPEC** accessed from a host system (read how to
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address as udp/IP where IP is the BOOTP address assigned when you
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[Configure-a-SPEC-host](Configure-a-SPEC-host)), the address is
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dev/spec\_wb0.
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- **VETAR** accessed from a host system TO BE DONE
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For a FEC accessed from the data master, you form the address as udp/IP
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where IP is the BOOTP address assigned when you
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[Configure-a-Data-Master](Configure-a-Data-Master).
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[Configure-a-Data-Master](Configure-a-Data-Master).
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A shell script is available (see
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A shell script is available (see
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