-*- Mode:Text -*-

;;; BOOTING THE FALCON FROM A LAMBDA

;;; NB: The expressions "Falcon" and "K" are still reasonably
;;; interchangeable.

;;; First, find a working FALCON band (one whose partition
;;; comment includes the word "KCOLD") or else evaluate the
;;; following form:

(make-system 'falcon :noconfirm)
 :
 :
 :

;;; Once the Falcon system has been made on your machine,
;;; evaluate the form:

(update-k-system)
 :
 :
 :

;;; Next we cal LAM:K-LOCAL-SETUP with the number of the slot
;;; which has been allocated to the Falcon Memory board.  We
;;; obtain this number by visiting the machine room and counting
;;; slots from the right of our machine's backplane, until we
;;; come to the double-boarded Falcon slot pair.  One of the two
;;; boards is the Falcon Processor board; the other is the K
;;; Memory board.  The Falcon Memory board has two distinguish-
;;; ing characteristics: 1) It has a number of SIMS (memory
;;; chips) protruding from its right side, and 2) the slot to
;;; its right is empty, to make room for the protruding SIMS.

;;; If evaluation of this form returns anything other than the
;;; fixnum 2, something is out of order.  Seek human assistance.

(lam:k-local-setup 13) 
2


;;; This step initializes the Falcon and leaves it running 
;;; in a debugger loop.

(k-kbug:mega-boot)
 :
 :
 :
n = 57 physical = 15 virtual = 32768
Mapping 8000 to F
Mapping 8001 to 10
Mapping 8002 to 11
Mapping 8003 to 12
 :
 :
 :
Mapping 8037 to 46
Mapping 8038 to 47
Physical memory (megabyte) bit-map = 1111

Falcon stopped, PC=#x22C0

Cold load finished!
 you're not going to see the countdown ..

 Begining Hot files.

 :
 :
 :

;;; The following line indicates we have reached the Falcon
;;; debugger loop.

LI:WARM-BOOT-COMPLETE+#x6       (UNCONDITIONAL-BRANCH LI:WARM-BOOT-COMPLETE+#x6  (DA4A) (ALU PASS-STATUS NOP R0 R0) UNBOXED BOXED-MD UNBOXED-VMA DT-NONE)

;;; Once having reached this debugger loop, the booting process
;;; is complete.  Asynchronous commands such as HELP provide
;;; nominal control over the Falcon's operation:

[Help]

You are typing at the K debugger MARK-II.

ABORT to exit.
SPACE to single-step.
C-P   to proceed K, remaning in debugger.
C-F   to view register-frames.
C-M-F to view register-frames with datatypes and values.
C-L   to clear-screen.
C-Z   to stop machine.
M-S   to display the K call stack
M-F   to flush the K call stack
M-R   to run a read-eval-print loop on the K
M-L   to run mini-lisp-listener on the K
M-E   to display an error message