@@ -161,11 +161,11 @@
exit
fi
- SEARCH=$(setpci -s $1 34)
+ SEARCH=$(setpci -s $1 34.b)
# We know on the first search $SEARCH will not be
# 10 but this simplifies the implementation.
while [[ $SEARCH != 10 && $SEARCH_COUNT -le $MAX_SEARCH ]]; do
- END_SEARCH=$(setpci -s $1 $SEARCH)
+ END_SEARCH=$(setpci -s $1 ${SEARCH}.b)
# Convert hex digits to uppercase for bc
SEARCH_UPPER=$(printf "%X" 0x${SEARCH})
@@ -176,7 +176,7 @@
fi
SEARCH=$(echo "obase=16; ibase=16; $SEARCH + 1" | bc)
- SEARCH=$(setpci -s $1 $SEARCH)
+ SEARCH=$(setpci -s $1 ${SEARCH}.b)
let SEARCH_COUNT=$SEARCH_COUNT+1
done
@@ -200,7 +200,7 @@
return 1
fi
- ASPM_BYTE_HEX=$(setpci -s $1 $ASPM_BYTE_ADDRESS)
+ ASPM_BYTE_HEX=$(setpci -s $1 ${ASPM_BYTE_ADDRESS}.b)
ASPM_BYTE_HEX=$(printf "%X" 0x${ASPM_BYTE_HEX})
# setpci doesn't support a mask on the query yet, only on the set,
# so to verify a setting on a mask we have no other optoin but
@@ -228,11 +228,11 @@
fi
# This only writes the last 3 bits
- setpci -s $1 ${ASPM_BYTE_ADDRESS}=${ASPM_SETTING}:3
+ setpci -s $1 ${ASPM_BYTE_ADDRESS}.b=${ASPM_SETTING}:3
sleep 3
- ACTUAL_ASPM_BYTE_HEX=$(setpci -s $1 ${ASPM_BYTE_ADDRESS})
+ ACTUAL_ASPM_BYTE_HEX=$(setpci -s $1 ${ASPM_BYTE_ADDRESS}.b)
ACTUAL_ASPM_BYTE_HEX=$(printf "%X" 0x${ACTUAL_ASPM_BYTE_HEX})
# Do not retry this if it failed, if it failed to set.