📄 amccpci.asc
字号:
AMCCDEMO.HLP
AMCCDEMO is Copyright 1994 by Rocky Mountain Computer Services
This file contains all the help text used in the AMCC demonstration program.
*B 1,Global Help
A M C C P C I
The AMCC S5933 & S5020 Memory Builder
Copyright (c) 1994-1997 All Rights Reserved
Press [F1] at any time for context-sensitive help.
Press [Alt-X] at any time to exit.
Press [Esc] to exit this help screen.
*E
*B 2,Editing Keys
Cursor Movement
---------------
Arrow keys - cursor movement
Ctrl-LeftArrow - word left
Ctrl-RightArrow - word right
Home - beginning of field
End - end of line/field
Ctrl-Home - beginning of first field
Ctrl-End - end of last field
Tab - next field
Shift-Tab - previous field
*P
Inserting and Deleting
----------------------
Ins - toggle insert mode
Del - delete character at cursor
BackSpace - delete character left
Ctrl-BackSpace - delete word left
Ctrl-T - delete word right
Ctrl-U - delete to end of field
Ctrl-Y - delete to end of form
*P
Other Editing Keys
------------------
Enter - process current field
Ctrl-Enter - process all fields
Ctrl-R - restore field
Esc - abort data entry
Also see: ^Numeric Fields^
*E
*B 3,Numeric Fields
Numeric Fields
--------------
Editing numeric fields is different than normal
text fields. Digits before the decimal point are
right justified and space filled. Digits after
the decimal point are left justified and zero
filled. Pressing [Enter] will process the whole
numeric field and pressing the decimal point will
process only the digits before the decimal point.
Also see: ^Editing Keys^
*E
*B 4,Load
Load
----
This menu item is used to load a memory image
from either a file or a PCI device.
Also see: ^Global Help^
*E
*B 5,Save
Save
----
This menu item will display a menu to determine
whether to save the current image to a file, or
merge with an Intel Hex file.
Also see: ^Global Help^
*E
*B 6,Edit
Edit
----
This menu item will edit a memory image.
Also see: ^Global Help^
*E
*B 7,Write to Device
Write to device
---------------
This menu item will download the current memory image
into a PCI Device.
It will scan the PCI bus to determine the devices on
the bus and query the user as to which device to
download the image to.
Also see: ^Global Help^
*E
*B 8,Vendor ID
Vendor ID
---------
This field identifies the manufacturer of the
device. Valid vendor identifiers are allocated
by the PCI Special Interest Group (PCI SIG) to
ensure uniqueness. 0xffff is an invalid value
for vendor id.
AMCC STRONGLY recommends that the AMCC Vendor ID
(10e8h) be used. See Development Kit documentation
for details.
Also see: ^Editing Keys^
*E
*B 9,Device ID
Device ID
---------
This field identifies the particular device. This
identifier is allocated by the vendor.
AMCC STRONGLY recommend that this field be set to
the Controller part number (5920h or 5933h) only.
See Development Kit documentation for details.
Also see: ^Editing Keys^
*E
*B 10,Revision ID
Revision ID
---------
This field specifies a device specific revision
identifier. The value is chosen by the vendor.
Zero is an acceptable value. This field should
be viewed as a vendor defined extension to the
^Device ID^.
Also see: ^Editing Keys^
*E
*B 11,Class Code
Class Code
----------
The Class Code is used to identify the generic
function of the device and (in some cases) a
specific register-level programming interface.
The Class Code is broken into three sub-fields:
the ^Base Class Code^, the ^Sub-class Code^ and
the ^Programming Interface^.
Also see: ^Editing Keys^
*E
*B 12,Base Class Code
Base Class Code
---------------
This field broadly classifies the type of function
the device performs. It is part of the ^Class Code^.
Also see: ^Editing Keys^
*E
*B 13,Sub-class Code
Sub-Class Code
--------------
This field identifies more specifically than the
^Base Class Code^, the function of the device.
It is part of the ^Class Code^ field.
Also see: ^Editing Keys^
*E
*B 14,Programming Interface
Programming Interface
---------------------
This field identifies the specific register-level
programming interface of the device. This allows
device independent software to interact with the
the device. It is part of the ^Class Code^ field.
All PCI Version 2.0 defined programming interfaces
have a Programming Interface value of zero.
Also see: ^Editing Keys^
*E
*B 15,Latency Timer
Latency Timer
-------------
This field has meaning only when the controller is
used as a bus master and pertains to the number
of PCI bus clocks that this master will be
guaranteed.
Also see: ^Editing Keys^
*E
*B 16,Multi-Function
Multi-Function
--------------
This field established whether this device represents
a single function or multi-function device. A "Y" in
this field indicates a multi-function device.
Also see: ^Editing Keys^
*E
*B 17,BIST Capable
BIST Capable
------------
This field indicates that the add-on device supports
a built-in self-test (BIST).
Also see: ^Editing Keys^
*E
*B 18,Interrupt Line
Interrupt Line
--------------
This field indicates the interrupt routing for the
S59XX controller. The ultimate value for this
register is system-architecture specific. For
x86 based PCs, the values in this field correspond
with the dual 8259 controllers used in those
machines. In x86 based PC systems, the values
0 to 15 correspond with the IRQ numbers 0 through
15, and the values from 16 to 254 are reserved.
The value 255 signifies either "unknown" or
"no connection" for the system interrupt.
Also see: ^Editing Keys^
*E
*B 19,Interrupt Pin
Interrupt Pin
-------------
This Field identifies which PIC interrupt, if any,
is connected to the controller's PCI interrupt pins.
The allowable values are None, INTA#, INTB#, INTC#
and INTD#.
Also see: ^Editing Keys^
*E
*B 20,Minimum Grant
Minimum Grant
-------------
This field may be optionally used by bus masters
to specify how long a burst period the device needs.
A value of zero indicates that the bus master has no
stringent requirement. The units defined by the
⌨️ 快捷键说明
复制代码
Ctrl + C
搜索代码
Ctrl + F
全屏模式
F11
切换主题
Ctrl + Shift + D
显示快捷键
?
增大字号
Ctrl + =
减小字号
Ctrl + -