def main_module():
# Clear Screen, Default color 15 = White Text, Background = |18 Dark Green
bbs_io.pyPipe2Ansi("|CS|15|18")
# Put Raw Line of Text, No String Parsing
bbs_io.pyPutLine("This is just a test!, test.py in the src/scripts folder! :) ")
# Reset Text color to 15 = White, Background |16 = Black with 2 carriage returns
bbs_io.pyPipe2Ansi("|15|16|CR|CR")
# Run Pause Prompt
bbs_io.pyStartPause()
# Put String with MCI Codes |09 = Light Blue, with |IP Ip address, |DE = Wait 1 second... CR = Carriage Return
bbs_io.pyPipe2Ansi("|CR|09This is a Test with MCI Codes: |07{ |15IP ADDRESS |07} |13|IP, |DE|05Wait Over! |CR|03Did you like the test?|CR")
#Put String with MCI Codes
bbs_io.pyPipe2Ansi("|CR|CR|09This is a simple get HotKey Test, hit any key! |CR");
#Get Hotkey Input into ch, will Contain All Chars, Minus Escape Sequences.. If ch = 27, then ESC Sequence, Arrow Key, etc..
# Testing the pyGetKey Functions
bbs_io.pyPipe2Ansi('|15Hotkey Input: |11')
# ch = the int key code returned from key press.
ch = bbs_io.pyGetKey()
# Write out the key that was pressed first.
# Convery from a String with Number, to Int Number, Then to Character Value.
print chr(int(ch))
# Test Key Input, and Extended Esc Sequences
# if input Ch == 27, & Extended is not blank, Then Escape
# Other Extended Sequence capture Arrow, Home Insert, F1 keys etc..
# Then it could be arror keys, Home, Insert etc...
myStr = "|CR|03Char (Int): |11" + ch
bbs_io.pyPipe2Ansi(myStr)
# Check input character.
if ch == '27':
if bbs_io.pyGetKeyExtended() <> "":
# Means we got an Arror Key, Home, Insert Etc..
myStr = "|CR|03GetKeyExtended (ESC Sequence): |11" + bbs_io.pyGetKeyExtended()
bbs_io.pyPipe2Ansi(myStr)
else:
# Means we got just the ESC Key
bbs_io.pyPipe2Ansi("|CR|03GetKeyExtended (ESC Sequence) Empty (ESC Hit!)")
else:
# Normal Key/Letter Input
bbs_io.pyPipe2Ansi("|CR|03Normal Input")
# Reset Text color to 15 = White, Background |16 = Black with 2 carriage returns
bbs_io.pyPipe2Ansi("|15|16|CR|CR")
# Set Length of Input to Return to 15 chars.
bbs_io.pyPipe2Ansi("|15Get Line Input |08(|15Hit ENTER when done.|08) |07: ")
len = 15
getstr = bbs_io.pyGetLine(len);
bbs_io.pyPipe2Ansi("|03|CR|CRPrinting Line Input: |07")
print getstr
# Test Fancy Input, input field, |IN Limits the input field (overide), |FB sets forground and bg colors.
text = "|CRInput Field Testing.. : "
# Set default length of input field to 10
len = 10
# Append input field to text string
text = bbs_io.pyInputField(text,len);
# Write out input field
bbs_io.pyPipe2Ansi(text)
# Now getline after inputfield!! :) Fancy.
getstr = bbs_io.pyGetLine(len);
bbs_io.pyPipe2Ansi("|03|CR|CRPrinting Inputfield Line Input: |07")
print getstr
bbs_io.pyPipe2Ansi("|15|CR|CRDisplaying an ansi file, hit any key to continue|CR|CR")
bbs_io.pyStartPause()
# Will printf out ansi.ans in ansi folder leave off extension .ans
ansifile = "file"
bbs_io.pyAnsiPrintf(ansifile)
# Run Pause Prompt
bbs_io.pyStartPause()
# Clear Screen, Move down two lones, then go back to Home |xy coords . Top left of screen!
bbs_io.pyPipe2Ansi("|CS|CR|CR|XY0101|13Testing XY top left coner of screen")
# Print Done.
bbs_io.pyPipe2Ansi("|CR|05done.")
# Run Pause Prompt
bbs_io.pyStartPause()
def bootup_sequence():
# Startup Message
bbs_io.pyPipe2Ansi("|CS|07|16Starting Bootup Sequence... |DE|DE|CS")
ansifile = "osload"
bbs_io.pyAnsiPrintf(ansifile)
bbs_io.pyPipe2Ansi("|CR|CR |15Enthral OS |07v|151.0 |07Alpha")
bbs_io.pyPipe2Ansi("|CR|CR '-[ ]-'")
bootup_done = False
# Loop Bootup Bar
barLen = 20
percent = 0
progress = ""
color = 3
# Setup Bootup Percentage Bar (ESC) Will abort.
for i in range(barLen):
# Listen for ESC Key, if Hit Abort Mem Test
while stdin in select([stdin], [], [], 0)[0]:
ch = bbs_io.pyGetKey()
if ch == '27':
escsequence = bbs_io.pyGetKeyExtended()
if not escsequence: # we jsut just ESC no arror keys
# We got Escape, exit loop.
bootup_done = True
# Display full pencentage bar
# Repeat string to max length after abort
output = format("\r\x1b[31G|%02d" % (color))
bbs_io.pyPipe2Ansi(output)
color = 11
progress = chr(177)
bbs_io.pyPipe2Ansi(repstr(progress,19))
break
else:
# Test if loop is done.
if bootup_done is True:
break
if i < int(barLen * percent):
progress += chr(177)
# Format Output with color Pipe Codes.
output = format("\r\x1b[31G|%02d" % (color))
bbs_io.pyPipe2Ansi(output)
# Slide Fade the update on progress bar.
for o in range(len(progress)):
bbs_io.pyPipe2Ansi(progress[o])
sleep(0.02)
# Delay between drawing redrawing bar
sleep(0.15)
percent += 1
# Alternate high/low colors.
if color == 3:
color = 11
else:
color = 3
bbs_io.pyPipe2Ansi("|CR|CR |07OS Loaded|08.")
bbs_io.pyPipe2Ansi("|DE|DE")
bbs_io.pyPipe2Ansi("|CS|07")
def play():
import time
from random import randint
import os
field = []
global charcache
charcache = ""
field_width = 10
field_height = 20
# Access scheme looks like this:
# layout[p][r][ypox][xpos]
# layoutcolor = [ 7,2,3,4,4,6,7 ]
layout = [
# ##
# ##
[[[1, 1], [1, 1]]],
# #
# #
# #
# #
[
[[0, 1, 0, 0], [0, 1, 0, 0], [0, 1, 0, 0], [0, 1, 0, 0]],
[[0, 0, 0, 0], [1, 1, 1, 1], [0, 0, 0, 0], [0, 0, 0, 0]],
],
# ###
# #
[
[[0, 0, 0], [1, 1, 1], [0, 1, 0]],
[[0, 1, 0], [0, 1, 1], [0, 1, 0]],
[[0, 1, 0], [1, 1, 1], [0, 0, 0]],
[[0, 1, 0], [1, 1, 0], [0, 1, 0]],
],
# #
# #
# ##
[
[[0, 1, 0], [0, 1, 0], [0, 1, 1]],
[[0, 0, 1], [1, 1, 1], [0, 0, 0]],
[[1, 1, 0], [0, 1, 0], [0, 1, 0]],
[[0, 0, 0], [1, 1, 1], [1, 0, 0]],
],
# #
# #
# ##
[
[[0, 1, 0], [0, 1, 0], [1, 1, 0]],
[[0, 0, 0], [1, 1, 1], [0, 0, 1]],
[[0, 1, 1], [0, 1, 0], [0, 1, 0]],
[[1, 0, 0], [1, 1, 1], [0, 0, 0]],
],
# ##
# ##
[[[0, 1, 0], [1, 1, 0], [1, 0, 0]], [[0, 0, 0], [1, 1, 0], [0, 1, 1]]],
# ##
# ##
[[[0, 1, 0], [0, 1, 1], [0, 0, 1]], [[0, 0, 0], [0, 1, 1], [1, 1, 0]]],
]
fieldx1 = 32
fieldy1 = 10
scorex1 = 11
scorey1 = 11
class RectRedraw:
x1 = None
y1 = None
x2 = None
y2 = None
def max(r, val, valmax):
if val > valmax:
return valmax
return val
def min(r, val, valmin):
if val < valmin:
return valmin
return val
def merge(r, x1, y1, x2, y2):
if r.x1 is None or r.x1 > x1:
r.x1 = r.min(x1, 0)
if r.y1 is None or r.y1 > y1:
r.y1 = r.min(y1, 0)
if r.x2 is None or r.x2 < x2:
r.x2 = r.max(x2, field_width)
if r.y2 is None or r.y2 < y2:
r.y2 = r.max(y2, field_height)
# print r.x1,r.y1,r.x2,r.y2
def clean(r):
r.x1 = None
r.y1 = None
r.x2 = None
r.y2 = None
rr = RectRedraw()
for _ in range(field_height):
field.append([0] * field_width)
def echo(s):
global charcache
charcache += s
# Turn off the Cursor
bbs_io.pyPipe2Ansi("\x1b[?25l")
# Display Welcome Message
bbs_io.pyPipe2Ansi("|CS|CR|CR|09REAdY YOUR tERMiNAl! |CR|CR|03PRESS ANY kEY")
# get key from user, wait for input.
bbs_io.pyGetKey()
# Clear the Screen First
bbs_io.pyPipe2Ansi("|CS")
# Display ANSI screen .ans extension is assumed.
bbs_io.pyAnsiPrintf("tetris")
def gotoxy(x, y):
echo("|XY%02d%02d" % (x + 1, y + 1))
def plotblock(color, lastcolor):
if color:
# c = u'\u2588\u2588' # '\xDB\xDB'
c = chr(219) + chr(219)
else: # both empty
c = " "
color = 0
# Output optimization
if color % 8 == 0:
color = color / 8
if color == lastcolor:
echo(c)
else:
if color:
fg = str(30 + color % 8)
else:
fg = "37"
if color >= 8:
bg = ";%d" % (40 + color / 8)
else:
bg = ""
echo("\x1b[0;" + fg + bg + "m")
echo(c)
lastcolor = color
return lastcolor
def drawfield():
lastcolor = ""
for y in range(0, field_height, 2):
gotoxy(fieldx1 + 2, fieldy1 + 1 + y / 2)
# Which block to show, full, half-up, half-down or empty.
for x in range(field_width):
color = field[y][x] + field[y + 1][x] * 8
if field[y][x] and field[y + 1][x]:
# c = u'\u2588' # '\xDB'
c = chr(219)
if field[y][x] == field[y + 1][x]:
color = color % 8
else:
# c = u'\u2580' # '\xDF'
c = chr(223)
elif field[y][x] and not field[y + 1][x]:
# c = u'\u2580' # '\xDF'
c = chr(223)
elif not field[y][x] and field[y + 1][x]:
# c = u'\u2584' # '\xDC'
c = chr(220)
else: # both empty
c = " "
# Output optimization
if color % 8 == 0:
color = color / 8
if color == lastcolor:
echo(c)
else:
if color:
fg = str(30 + color % 8)
else:
fg = "37"
if color >= 8:
bg = ";%d" % (40 + color / 8)
else:
bg = ""
echo("\x1b[0;" + fg + bg + "m")
echo(c)
lastcolor = color
# echo(term.normal)
echo("|07|16") # reset background color
layoutcolor = [7, 2, 7, 6, 3, 6, 3]
# p = -1 # Current piece type
nextpiece = randint(0, len(layout) - 1)
p = randint(0, len(layout) - 1)
p = 1
r = 0 # Current rotation
xpos = 4 # X position
# ypos = -2 # Y position
ypos = -len(layout[p][0])
level = 1
score = 0
lines = 0
def flush():
global charcache
bbs_io.pyPipe2Ansi(charcache)
charcache = ""
def fillpiece(x, y, p, r, value):
row = 0
for line in layout[p][r]:
col = 0
for c in line:
if c and (y + row) >= 0:
field[y + row][x + col] = value
col += 1
row += 1
def showpiece(x, y, p, r):
fillpiece(x, y, p, r, layoutcolor[p])
def hidepiece():
fillpiece(xpos, ypos, p, r, 0)
def testpiece(x, y, newr):
hidepiece()
# Space at the new location?
row = 0
for line in layout[p][newr]:
col = 0
for c in line:
try:
if c:
if (y + row) >= 0 and field[y + row][x + col] or (x + col) < 0 or (x + col) > 9:
return 0
except IndexError:
return 0
col += 1
row += 1
# Movement possible
return 1
def movepiece(x, y, newr):
if testpiece(x, y, newr):
# Build redraw rectangle
rr.merge(xpos, ypos, xpos + len(layout[p][0][0]), ypos + len(layout[p][0]))
rr.merge(x, y, x + len(layout[p][0][0]), y + len(layout[p][0]))
showpiece(x, y, p, newr)
return (x, y, newr, 1)
else:
showpiece(xpos, ypos, p, r)
return (xpos, ypos, r, 0)
def shownext(p):
r = 0
for y in range(4):
gotoxy(26, 18 + y)
echo(" " * 4)
bbs_io.pyPipe2Ansi("|%02d" % (layoutcolor[p]))
yoffset = int(len(layout[p][r][0]) < 4)
xoffset = int(len(layout[p][r]) < 3)
for y in range(len(layout[p][r])):
for x in range(len(layout[p][r][y])):
val = layout[p][r][y][x]
if val:
gotoxy(26 + x + xoffset, 18 + y + yoffset)
# echo(u'\u2588\u2588')
echo(chr(219) + chr(219))
def drawstats():
bbs_io.pyPipe2Ansi("|XY%02d%02d%d" % (scorex1, scorey1 + 1, level))
bbs_io.pyPipe2Ansi("|XY%02d%02d%d" % (scorex1, scorey1 + 3, lines))
bbs_io.pyPipe2Ansi("|XY%02d%02d%d" % (scorex1, scorey1 + 4, score))
drawstats()
ticksize = 0.4
nexttick = time.time() + ticksize
showpiece(xpos, ypos, p, r)
gotoxy(26, 17)
# echo(term.blue_reverse('next'))
echo("|09|17n|00|17ext|07|16")
shownext(nextpiece)
# Full redraw first frame
rr.merge(0, 0, field_width, field_height)
buf = ""
key = ""
while True:
drawfield()
slice = nexttick - time.time()
if slice < 0:
slice = 0
echo(buf)
buf = ""
flush()
# Get User Key presses for block movement {Non-Blocking)
if stdin in select([stdin], [], [], slice + 0.01)[0]:
key = bbs_io.pyGetKey()
if key != "":
# if we got an escape sequence, then reassign the key
if key == "27":
# Get Extended ESC Sequence
key = bbs_io.pyGetKeyExtended()
else:
# Translate int to char value.
key = chr(int(key))
else:
key = ""
now = time.time()
# hidepiece()
if key is not None:
if key in ("q", "Q"):
return (0, 0, 0)
elif key in ("[D", "h"):
xpos, ypos, r, m = movepiece(xpos - 1, ypos, r)
elif key in ("[C", "l"):
xpos, ypos, r, m = movepiece(xpos + 1, ypos, r)
elif key in ("[A", "k"):
xpos, ypos, r, m = movepiece(xpos, ypos, (r + 1) % len(layout[p]))
elif key in ("[B", "j"):
xpos, ypos, r, m = movepiece(xpos, ypos + 1, r)
elif key in (" ",):
m = True
c = 0
while m:
xpos, ypos, r, m = movepiece(xpos, ypos + 1, r)
if m:
c += 1
if c:
nexttick = time.time() + ticksize
# New tick?
if now > nexttick:
nexttick += ticksize
# Move down piece
xpos, ypos, r, moved = movepiece(xpos, ypos + 1, r)
# Piece has touched down?
if not moved:
# Is the player dead?
if ypos <= -len(layout[p][0]):
# End of Game Message
bbs_io.pyPipe2Ansi("|XY3324|12!! |04gAME OVeR |12!!|07")
bbs_io.pyGetKey()
# death_win = AnsiWindow(height=6, width=40,
# yloc=fieldy1 + 10 / 2, xloc=fieldx1 - 11)
# death_win.colors['border'] = term.bold_black
# echo_unbuffered(death_win.clear() + death_win.border())
# echo_unbuffered(
# term.move(fieldy1 + 10 / 2 + 1, fieldx1 - 11))
# echo_unbuffered((
# u'!! gAME OVeR!! Score was: %i' % (score,)).center(40))
# echo_unbuffered(
# term.move(fieldy1 + 10 / 2 + 3, fieldx1 - 11))
# echo_unbuffered(u'press RETURN'.center(40))
# while True:
# inp = getch()
# if inp in (u'\r', term.KEY_ENTER):
# break
return (score, level, lines)
# Any complete rows to remove?
complete = []
for y in range(field_height):
x = 0
while x < field_width:
if field[y][x] == 0:
break
x += 1
if x == field_width:
complete.append(y)
if len(complete) > 0:
# Add score
lines += len(complete)
score += len(complete) * len(complete) * 100
# Shrink field
for line in complete:
del field[line]
field.insert(0, [0] * field_width)
if lines >= level * 10:
level += 1
ticksize = 0.4 - level * 0.02
drawstats()
# Redraw complete field
rr.merge(0, 0, field_width, field_height)
# Time for a new piece
p = nextpiece
nextpiece = randint(0, len(layout) - 1)
r = 0
xpos = 4
ypos = -len(layout[p][0])
showpiece(xpos, ypos, p, r)
shownext(nextpiece)
def main_module():
# Clear Screen, Default color 15 = White Text, Background = |18 Dark Green
bbs_io.pyPipe2Ansi("|CS|15|18")
# Put Raw Line of Text, No String Parsing
bbs_io.pyPutLine(
"This is just a test!, test.py in the src/scripts folder! :) ")
# Reset Text color to 15 = White, Background |16 = Black with 2 carriage returns
bbs_io.pyPipe2Ansi("|15|16|CR|CR")
# Run Pause Prompt
bbs_io.pyStartPause()
# Put String with MCI Codes |09 = Light Blue, with |IP Ip address, |DE = Wait 1 second... CR = Carriage Return
bbs_io.pyPipe2Ansi(
"|CR|09This is a Test with MCI Codes: |07{ |15IP ADDRESS |07} |13|IP, |DE|05Wait Over! |CR|03Did you like the test?|CR"
)
#Put String with MCI Codes
bbs_io.pyPipe2Ansi(
"|CR|CR|09This is a simple get HotKey Test, hit any key! |CR")
#Get Hotkey Input into ch, will Contain All Chars, Minus Escape Sequences.. If ch = 27, then ESC Sequence, Arrow Key, etc..
# Testing the pyGetKey Functions
bbs_io.pyPipe2Ansi('|15Hotkey Input: |11')
# ch = the int key code returned from key press.
ch = bbs_io.pyGetKey()
# Write out the key that was pressed first.
# Convery from a String with Number, to Int Number, Then to Character Value.
print chr(int(ch))
# Test Key Input, and Extended Esc Sequences
# if input Ch == 27, & Extended is not blank, Then Escape
# Other Extended Sequence capture Arrow, Home Insert, F1 keys etc..
# Then it could be arror keys, Home, Insert etc...
myStr = "|CR|03Char (Int): |11" + ch
bbs_io.pyPipe2Ansi(myStr)
# Check input character.
if ch == '27':
if bbs_io.pyGetKeyExtended() <> "":
# Means we got an Arror Key, Home, Insert Etc..
myStr = "|CR|03GetKeyExtended (ESC Sequence): |11" + bbs_io.pyGetKeyExtended(
)
bbs_io.pyPipe2Ansi(myStr)
else:
# Means we got just the ESC Key
bbs_io.pyPipe2Ansi(
"|CR|03GetKeyExtended (ESC Sequence) Empty (ESC Hit!)")
else:
# Normal Key/Letter Input
bbs_io.pyPipe2Ansi("|CR|03Normal Input")
# Reset Text color to 15 = White, Background |16 = Black with 2 carriage returns
bbs_io.pyPipe2Ansi("|15|16|CR|CR")
# Set Length of Input to Return to 15 chars.
bbs_io.pyPipe2Ansi(
"|15Get Line Input |08(|15Hit ENTER when done.|08) |07: ")
len = 15
getstr = bbs_io.pyGetLine(len)
bbs_io.pyPipe2Ansi("|03|CR|CRPrinting Line Input: |07")
print getstr
# Test Fancy Input, input field, |IN Limits the input field (overide), |FB sets forground and bg colors.
text = "|CRInput Field Testing.. : "
# Set default length of input field to 10
len = 10
# Append input field to text string
text = bbs_io.pyInputField(text, len)
# Write out input field
bbs_io.pyPipe2Ansi(text)
# Now getline after inputfield!! :) Fancy.
getstr = bbs_io.pyGetLine(len)
bbs_io.pyPipe2Ansi("|03|CR|CRPrinting Inputfield Line Input: |07")
print getstr
bbs_io.pyPipe2Ansi(
"|15|CR|CRDisplaying an ansi file, hit any key to continue|CR|CR")
bbs_io.pyStartPause()
# Will printf out ansi.ans in ansi folder leave off extension .ans
ansifile = "file"
bbs_io.pyAnsiPrintf(ansifile)
# Run Pause Prompt
bbs_io.pyStartPause()
# Clear Screen, Move down two lones, then go back to Home |xy coords . Top left of screen!
bbs_io.pyPipe2Ansi(
"|CS|CR|CR|XY0101|13Testing XY top left coner of screen")
# Print Done.
bbs_io.pyPipe2Ansi("|CR|05done.")
# Run Pause Prompt
bbs_io.pyStartPause()
def main_module():
# Clear Screen, Default color 07 = Grey Text, Background = |16 Black
bbs_io.pyPipe2Ansi("|CS|07|16Wake on Lan Detected... |DE|DE|CS")
# Write out BIOS Info Line
bbs_io.pyPipe2Ansi("|15Enthral |07Python BIOS v1.0, An |15BBS-Scene |07Alley (|15irc.bbs-scene.org #|07enthral, |15#|07bbs|07)|CR")
bbs_io.pyPipe2Ansi("Copyright (c) 2004-2014, Michael Griffin (|15irc.bbses.info |15#|07bbs|07)|CR|CR")
#Detect and write out Basic CPU Info
command = "cat /proc/cpuinfo"
all_info = check_output(command, shell=True).strip()
for line in all_info.split("\n"):
if "model name" in line:
bbs_io.pyPipe2Ansi(sub(".*model name.*:", "", line,1).strip()+"|CR")
break
# Clear Data
del all_info
#Detect Memory size in KB
command = "cat /proc/meminfo"
all_info = check_output(command, shell=True).strip()
for line in all_info.split("\n"):
if "MemTotal" in line:
mem_string = sub(".*MemTotal.*:", "", line,1).strip()
mem_size = sub(r"kB", "", mem_string,1).strip()
break
# Clear Data
del all_info
# Convert String to Number for Loop.
iMem_size = int(mem_size)
# Memory test.
bbs_io.pyPipe2Ansi("Memory Test : \x1b[30G|15ESC |07to Abort Memory Test|07")
# Break from look when done.
memtest_done = False
try:
# Loop Memory Test Counter
for i in range(iMem_size):
# Listen for ESC Key, if Hit Abort Mem Test
while stdin in select([stdin], [], [], 0)[0]:
ch = bbs_io.pyGetKey();
if ch == '27':
escsequence = bbs_io.pyGetKeyExtended()
if not escsequence:# we jsut just ESC no arror keys
# We got Escape, exit loop.
memtest_done = True
break
else:
# Test if loop is done.
if memtest_done is True:
break
# Write out counter
if 0 == i % 1024:
stdout.write("\r\x1b[15G%dK" %i)
stdout.flush()
except:
sys.exit(1)
# Write out final counter
stdout.write("\r\x1b[15G%dK OK" % iMem_size)
stdout.flush()
# Write Generic Information, can't detect this.
bbs_io.pyPipe2Ansi("|CR|07Memory Information: |15DDR 400 mhz CL 2, T2 Dual Channel, 128 bit|CR")
# Write Generic Init Output With a Delay at the End.
bbs_io.pyPipe2Ansi("|CR|07Enthral Plug and Play Extensions v1.0A")
bbs_io.pyPipe2Ansi("|CRInitialize Python Extensions...")
bbs_io.pyPipe2Ansi("|CRPython Init Completed|DE|DE")
# Detect Hard Drives (dmesg) - Wmvare
#[ 1.869546] scsi 1:0:0:0: CD-ROM NECVMWar VMware IDE CDR10 1.00 PQ: 0 ANSI: 5
#[ 2.652638] scsi 2:0:0:0: Direct-Access VMware, VMware Virtual S 1.0 PQ: 0 ANSI: 2
bbs_io.pyPipe2Ansi("|CR|CRDetecting Hard Disks...|CR|DE")
# Detect Hard Disks and PNP devices from dmesg
# Currently setup for Arch Linux
command = "dmesg"
all_info = check_output(command, shell=True).strip()
for line in all_info.split("\n"):
# Get Fist Scsi Drive
if "scsi 0:0:0:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Primary : |07");
tmp = sub(".*scsi 0:0:0:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Second Scsi Drive
elif "scsi 0:0:1:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Secondary: |07");
tmp = sub(".*scsi 0:0:1:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
elif "scsi 2:0:0:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Primary : |07");
tmp = sub(".*scsi 2:0:0:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Second Scsi Drive
elif "scsi 3:0:0:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Secondary: |07");
tmp = sub(".*scsi 3:0:0:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Second Scsi Drive
elif "scsi 4:0:0:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Primary : |07");
tmp = sub(".*scsi 4:0:0:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Second Scsi Drive
elif "scsi 4:0:1:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Secondary: |07");
tmp = sub(".*scsi 4:0:1:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Second Scsi Drive
elif "scsi 5:0:0:0:" in line:
bbs_io.pyPipe2Ansi("|15SCSI Secondary: |07");
tmp = sub(".*scsi 5:0:0:0:*:", "", line,1).strip()
value = tmp.split("PQ:")
bbs_io.pyPipe2Ansi(value[0] + "|CR")
# Get Plug and Play (Mouse)
elif "i8042: PNP:" in line:
pnp = sub(".*i8042: PNP:*:", "", line,1).strip()
# Get Input Keyboard
elif "serio: i8042 KBD" in line:
value = line.split("serio: i8042")
pnp2 = value[1].strip()
# Get Input Mouse
elif "serio: i8042 AUX" in line:
value = line.split("serio: i8042")
pnp3 = value[1].strip()
# Clear Data
del all_info
bbs_io.pyPipe2Ansi("|CRDetecting PNP Devices...|CR|DE")
bbs_io.pyPipe2Ansi("|15Detected : |07" + pnp);
bbs_io.pyPipe2Ansi("|CR|15Detected : |07" + pnp2);
bbs_io.pyPipe2Ansi("|CR|15Detected : |07" + pnp3);
bbs_io.pyPipe2Ansi("|CR");
loopcount = 4
bbs_io.pyPipe2Ansi("|CR|15ESC |07to Continue Bootup Sequence or |15Wait ")
# Listen for ESC Key, to Exit Script and Continue into BBS.
#while True:
# ch = bbs_io.pyGetKey()
# if ch == "27":
# break
# Listen for ESC Key, if Hit Abort Mem Test
# 4 Seconds until we start boot up sequence if ESC is not hit.
waittest_done = False
for i in range(10,-1,-1):
while stdin in select([stdin], [], [], 0)[0]:
ch = bbs_io.pyGetKey();
if ch == '27':
escsequence = bbs_io.pyGetKeyExtended()
if not escsequence: # we just just ESC no arrow keys
# We got Escape, exit loop.
waittest_done = True
break
else:
# Format Output with color Pipe Codes.
output = format("\r\x1b[41G|07%01d seconds." % i)
bbs_io.pyPipe2Ansi(output)
sleep(1)
if waittest_done is True:
break