User`s guide

Index
A
Acceptance testing, 4–14 to 4–17
Algorithm
to find a valid RPB, 4–35
to restart operating system, 4–34
ANALYZE/ERROR, 5–14
interpreting CPU errors using, 5–15
interpreting DMA to host transaction
faults using, 5–28
interpreting memory errors using, 5–18
interpreting system bus faults using,
5–26
ANALYZE/SYSTEM, 5–21
Asynchronous communications interfaces
support for, 2–6
Asynchronous communications options
list of, 2–6
B
Binary load and unload (X command), 3–34
Bits
RPB$V_DIAG, 4–28
RPB$V_SOLICT, 4–28
Block diagram, 1–3
Boot Block Format, 4–26
BOOT command, 3–12
Boot Flags
RPB$V_BBLOCK, 4–26
Bootstrap
conditions, 4–20
definition of, 4–20
disk and tape, 4–26
Bootstrap (cont’d)
failure, 4–21
initialization, 4–21
memory layout, 4–22
memory layout after successful bootstrap,
4–25
network, 4–28
preparing for, 4–21
primary, 4–23
PROM, 4–27
secondary, 4–23
control passed to, 4–25
C
Comment command (!), 3–36
! (comment command), 3–36
Communications devices, 2–6
Communications options, 2–6
Configuration
memory, 1–9
Connectors
function of, 1–6
identification of, 1–5
Console command
LOGIN, 3–20
Console commands
address space control qualifiers, 3–9
address specifiers, 3–3
binary load and unload (X), 3–34
BOOT, 3–12
! (comment), 3–36
CONTINUE, 3–13
data control qualifiers, 3–8
DEPOSIT, 3–14
Index–1