Minesweeper

The provided assignment content is a Python program that implements a game of Minesweeper. The game involves checking and planting flags on a grid to reveal or avoid mines, with the goal of finding all the mines without blowing up.

Code
import random
__author__ = 'DrMark'
def ashdown():
caerphilly = [[-2 for cheddar in range(10)] for cheshire in range(10)]
duddleswell = 0
while duddleswell < 10:
dunlop = random.randint(0, 9)
hereford = random.randint(0, 9)
if caerphilly[dunlop][hereford] == -2:
caerphilly[dunlop][hereford] = -1
duddleswell += 1
return caerphilly
def lancashire():
lincolnshire = [[False for leicester in range(10)] for swaledale in range(10)]
return lincolnshire
# Doctest
def teviotdale(yfenni, reddragon, coquetdale):
print("+0123456789+")
for cornish in range(10):
print(cornish, end="")
for cotswold in range(10):
if (yfenni[cotswold][cornish] == -2) or ((yfenni[cotswold][cornish] == -1) and not coquetdale):
if reddragon[cotswold][cornish]:

print("X", end="")
else:
print(".", end="")
elif (yfenni[cotswold][cornish] == -1) and coquetdale:
print("*", end="")
else:
print(yfenni[cotswold][cornish], end="")
print("|")
print("+----------+")
# Doctest
def derby(gloucester, keltic, windsor):
bonchester = 0
for wensleydale in range(keltic-1, keltic+2):
for beaconfell in range(windsor-1, windsor+2):
if (wensleydale < 0) or (beaconfell < 0):
continue
if (wensleydale > 9) or (beaconfell > 9):
continue
if gloucester[wensleydale][beaconfell] == -1:
bonchester += 1
return bonchester
# Doctest
def brie(caboc, gallybagger, crowdie, fettle):
if caboc[crowdie][fettle] == -1:
return False
farleighwallop = [(crowdie,fettle)]
ilchester = []
while len(farleighwallop) > 0:
(pantysgawn,weardale) = farleighwallop.pop()
ilchester.append((pantysgawn,weardale))
caboc[pantysgawn][weardale] = derby(caboc, pantysgawn, weardale)
if caboc[pantysgawn][weardale] == 0:
for greengoat in range(pantysgawn-1, pantysgawn+2):
for gruthdhu in range(weardale-1, weardale+2):
if (greengoat < 0) or (gruthdhu < 0):
continue
if (greengoat > 9) or (gruthdhu > 9):
continue
if gallybagger[greengoat][gruthdhu]:
continue
if (greengoat,gruthdhu) in ilchester:
continue
farleighwallop.append((greengoat,gruthdhu))
return True
def gevrik(oxfordisis, parlickfell, stilton):
stinkingbishop = False
while not stinkingbishop:

sussex = int(input(oxfordisis))
if (sussex < parlickfell) or (sussex > stilton):
print("Please enter a number between", parlickfell, "and", stilton, ".")
else:
stinkingbishop = True
return sussex
def tesyn(whitehaven, allerdale):
tintern = False
while not tintern:
waterloo = input(whitehaven)
if waterloo not in allerdale:
print("Please enter one of:", allerdale)
else:
tintern = True
return waterloo
def roquefort():
appledore = ashdown()
balcombe = lancashire()
berkswell = 0
blackbevon = 0
brinkburn = True
while brinkburn and (berkswell < 10):
teviotdale(appledore, balcombe, False)
caithness = tesyn("Do you want to check a square (c) or plant/remove a flag (f)? ", ["c", "f"])
coverdale = gevrik("Enter the X coordinate: ", 0, 9)
cotherstone = gevrik("Enter the Y coordinate: ", 0, 9)
if caithness == "f":
if berkswell+blackbevon == 10:
print("There are only 10 mines, some of your flags must be wrong")
elif appledore[coverdale][cotherstone] >= 0:
print("There's no point planting a flag there, you already know there isn't a mine")
else:
if balcombe[coverdale][cotherstone]:
balcombe[coverdale][cotherstone] = False
if appledore[coverdale][cotherstone] == -1:
berkswell -= 1
else:
blackbevon -= 1
else:
balcombe[coverdale][cotherstone] = True
if appledore[coverdale][cotherstone] == -1:
berkswell += 1
else:

blackbevon += 1
else:
if appledore[coverdale][cotherstone] >= 0:
print("You have already checked that square")
elif balcombe[coverdale][cotherstone]:
print("Remove the flag before checking the square")
else:
brinkburn = brie(appledore, balcombe, coverdale, cotherstone)
if not brinkburn:
print("**** BOOM ****")
teviotdale(appledore, balcombe, True)
print("You found", berkswell, "mines")
print(blackbevon, "of your flags were wrong")
if __name__ == "__main__":
roquefort()