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How to use show_row method in stestr
Best Python code snippet using stestr_python
Dot_matriks.py
Source:Dot_matriks.py 
...11col_pins = [27, 22, 4, 14, 15]12# set all the pins as outputs and set column pins high, row pins low13GPIO.setup(col_pins, GPIO.OUT, initial=GPIO.LOW)14GPIO.setup(row_pins, GPIO.OUT, initial=GPIO.HIGH)15def show_row(row_number, columns, delay):16 GPIO.output(row_pins[row_number - 1], GPIO.LOW)17 # Control a row of the dot matrix display18 for i in columns:19 GPIO.output(col_pins[i-1], GPIO.HIGH)20 time.sleep(delay)21 for i in columns:22 GPIO.output(col_pins[i-1], GPIO.LOW)23 GPIO.output(row_pins[row_number - 1], GPIO.HIGH)24 25listikene = [[5],[4],[3],[2],[1]]26listikene2 = [7,6,5,4,3,2,1]27def lightshow():28# for i in range(1000):29# show_row(2, [1,2,3,4,5], 0.00001)30 for i in range(3):31 for i in range (7):32 for s in range(300):33 show_row(listikene2[i], [1,2,3,4,5], 0.00001)34 for i in range (7):35 for s in range(300):36 show_row(i+1, [1,2,3,4,5], 0.00001)37 for i in range (5):38 for s in range(50):39 show_row(1, [i+1], 0.00001)40 show_row(2, [i+1], 0.00001)41 show_row(3, [i+1], 0.00001)42 show_row(4, [i+1], 0.00001)43 show_row(5, [i+1], 0.00001)44 show_row(6, [i+1], 0.00001)45 show_row(7, [i+1], 0.00001)46 for i in range (5):47 for s in range(50):48 show_row(1, listikene[i], 0.00001)49 show_row(2, listikene[i], 0.00001)50 show_row(3, listikene[i], 0.00001)51 show_row(4, listikene[i], 0.00001)52 show_row(5, listikene[i], 0.00001)53 show_row(6, listikene[i], 0.00001)54 show_row(7, listikene[i], 0.00001)55 for i in range(5):56 for i in range (50):57 show_row(1, [1,2,4,5], 0.00001)58 show_row(2, [1,3,5], 0.00001)59 show_row(3, [1,2,4,5], 0.00001)60 show_row(4, [1,3,5], 0.00001)61 show_row(5, [1,2,4,5], 0.00001)62 show_row(6, [1,3,5], 0.00001)63 show_row(7, [1,2,4,5], 0.00001)64 for i in range (50):65 show_row(1, [1,3,5], 0.00001)66 show_row(2, [2,4], 0.00001)67 show_row(3, [1,3,5], 0.00001)68 show_row(4, [2,4], 0.00001)69 show_row(5, [1,3,5], 0.00001)70 show_row(6, [2,4], 0.00001)71 show_row(7, [1,3,5], 0.00001)72 for i in range (5):73 for s in range(50):74 show_row(1, [i+1], 0.00001)75 show_row(2, [i+1], 0.00001)76 show_row(3, [i+1], 0.00001)77 show_row(4, [i+1], 0.00001)78 show_row(5, [i+1], 0.00001)79 show_row(6, [i+1], 0.00001)80 show_row(7, [i+1], 0.00001)81 for i in range (5):82 for s in range(50):83 show_row(1, listikene[i], 0.00001)84 show_row(2, listikene[i], 0.00001)85 show_row(3, listikene[i], 0.00001)86 show_row(4, listikene[i], 0.00001)87 show_row(5, listikene[i], 0.00001)88 show_row(6, listikene[i], 0.00001)89 show_row(7, listikene[i], 0.00001)90 for i in range (7):91 for s in range(300):92 show_row(i+1, [1,2,3,4,5], 0.00001)93 for i in range (7):94 for s in range(300):95 show_row(listikene2[i], [1,2,3,4,5], 0.00001)96 # I97# show_row(1, [3], 0.00001)98# show_row(2, [3], 0.00001)99# show_row(3, [3], 0.00001)100# show_row(4, [3], 0.00001)101# show_row(5, [3], 0.00001)102# show_row(6, [3], 0.00001)103# show_row(7, [3], 0.00001)104# 105# # G106# show_row(1, [2,3,4,5], 0.00001)107# show_row(2, [1], 0.00001)108# show_row(3, [1], 0.00001)109# show_row(4, [1,3,4], 0.00001)110# show_row(5, [1,5], 0.00001)111# show_row(6, [1,5], 0.00001)112# show_row(7, [2,3,4,5], 0.00001)113# 114# # H115# show_row(1, [1, 5], 0.00001)116# show_row(2, [1, 5], 0.00001)117# show_row(3, [1, 5], 0.00001)118# show_row(4, [1,2,3,4,5], 0.00001)119# show_row(5, [1, 5], 0.00001)120# show_row(6, [1, 5], 0.00001)121# show_row(7, [1, 5], 0.00001)122# 123# # T124# show_row(1, [1,2,3,4,5], 0.00001)125# show_row(2, [1], 0.00001)126# show_row(3, [1], 0.00001)127# show_row(4, [1], 0.00001)128# show_row(5, [1], 0.00001)129# show_row(6, [1], 0.00001)130# show_row(7, [1], 0.00001)131# 132# # S133# show_row(1, [2,3,4,5], 0.00001)134# show_row(2, [1], 0.00001)135# show_row(3, [1], 0.00001)136# show_row(4, [2,3,4], 0.00001)137# show_row(5, [5], 0.00001)138# show_row(6, [5], 0.00001)139# show_row(7, [1,2,3,4], 0.00001)140# 141# # H142# show_row(1, [1, 5], 0.00001)143# show_row(2, [1, 5], 0.00001)144# show_row(3, [1, 5], 0.00001)145# show_row(4, [1,2,3,4,5], 0.00001)146# show_row(5, [1, 5], 0.00001)147# show_row(6, [1, 5], 0.00001)148# show_row(7, [1, 5], 0.00001)149# 150# # O151# show_row(1, [1,2,3,4,5], 0.00001)152# show_row(2, [1,5], 0.00001)153# show_row(3, [1,5], 0.00001)154# show_row(4, [1,5], 0.00001)155# show_row(5, [1,5], 0.00001)156# show_row(6, [1,5], 0.00001)157# show_row(7, [1,2,3,4,5], 0.00001)158# 159# # W160# show_row(1, [1, 5], 0.00001)161# show_row(2, [1, 5], 0.00001)162# show_row(3, [1, 5], 0.00001)163# show_row(4, [1, 3, 5], 0.00001)164# show_row(5, [1, 3, 5], 0.00001)165# show_row(6, [1, 3, 5], 0.00001)166# show_row(7, [2, 4], 0.00001)167# ...
zebra-puzzle-3.py
Source:zebra-puzzle-3.py
...7class Nation:elems= "British Swedish Danish Norvegian German".split()8for c in (Number, Color, Drink, Smoke, Pet, Nation):9 for i, e in enumerate(c.elems):10 exec "%s.%s = %d" % (c.__name__, e, i)11def show_row(t, data):12 print "%6s: %12s%12s%12s%12s%12s" % (13 t.__name__, t.elems[data[0]],14 t.elems[data[1]], t.elems[data[2]],15 t.elems[data[3]], t.elems[data[4]])16def main():17 perms = list(permutations(range(5)))18 for number in perms:19 if number[Nation.Norvegian] == Number.One: # Constraint 1020 for color in perms:21 if color[Nation.British] == Color.Red: # Constraint 222 if number[color.index(Color.Blue)] == Number.Two: # Constraint 15+1023 if number[color.index(Color.White)] - number[color.index(Color.Green)] == 1: # Constraint 524 for drink in perms:25 if drink[Nation.Danish] == Drink.Tea: # Constraint 426 if drink[color.index(Color.Green)] == Drink.Coffee: # Constraint 627 if drink[number.index(Number.Three)] == Drink.Milk: # Constraint 928 for smoke in perms:29 if smoke[Nation.German] == Smoke.Prince: # Constraint 1430 if drink[smoke.index(Smoke.BlueMaster)] == Drink.Beer: # Constraint 1331 if smoke[color.index(Color.Yellow)] == Smoke.Dunhill: # Constraint 832 if number[smoke.index(Smoke.Blend)] - number[drink.index(Drink.Water)] in (1, -1): # Constraint 1633 for pet in perms:34 if pet[Nation.Swedish] == Pet.Dog: # Constraint 335 if pet[smoke.index(Smoke.PallMall)] == Pet.Bird: # Constraint 736 if number[pet.index(Pet.Horse)] - number[smoke.index(Smoke.Dunhill)] in (1, -1): # Constraint 1237 if number[smoke.index(Smoke.Blend)] - number[pet.index(Pet.Cat)] in (1, -1): # Constraint 1138 print "Found a solution:"39 show_row(Nation, range(5))40 show_row(Number, number)41 show_row(Color, color)42 show_row(Drink, drink)43 show_row(Smoke, smoke)44 show_row(Pet, pet)45 print...
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