def main():
parser = argparse.ArgumentParser()
parser.add_argument('-c',
'--clear',
action='store_true',
help='clear the display on exit')
args = parser.parse_args()
try:
while True:
strandtest.setColors([0, 0, 100], 10, 20, 18)
time.sleep(5)
strandtest.setColors([0, 0, 100], 30, 20, 18)
time.sleep(5)
except KeyboardInterrupt:
if args.clear:
colorWipe(strip, Color(0, 0, 0), 10)
def litLEDs(self, loc):
#Sets the correct pin assignment based on the aisle and row of the item to light up the proper section
pinLoc = 0
if (listOfItems[loc].locAisle == '1'
and listOfItems[loc].locRow == '1'):
pinLoc = 12 #Changed from pin 21
elif (listOfItems[loc].locAisle == '1'
and listOfItems[loc].locRow == '2'):
pinLoc = 18 #Chnaged form pin 20
elif (listOfItems[loc].locAisle == '2'
and listOfItems[loc].locRow == '1'):
pinLoc = 16
elif (listOfItems[loc].locAisle == '2'
and listOfItems[loc].locRow == '2'):
pinLoc = 15
strandtest.setColors(user.RGBW,
int(float((listOfItems[loc].locCol)) * 10), 20,
pinLoc)
time.sleep(5)
strandtest.setColors([0, 0, 0], 0, 60, pinLoc)
def clientCheckItems(self):
self.addItemButton.destroy()
self.removeItemButton.destroy()
self.printListButton.destroy()
self.checkMisplacedButton.destroy()
self.logOffButton.destroy()
self.text.destroy()
self.scrollbar = Scrollbar(self)
self.scrollbar.pack(side=RIGHT,fill=Y)
self.listbox = Listbox(self,width=40,height=20)
self.listbox.pack(fill=BOTH,expand=True)
self.listbox.config(yscrollcommand=self.scrollbar.set)
self.scrollbar.config(command=self.listbox.yview)
self.returnButton = Button(self,text='Return',font=("Times",14),command=lambda ty = 6: self.clientEmployee(ty),height=2,width=5)
self.returnButton.place(relx=.825,rely=.775)
self.checkButton = Button(self,text='Check Again',font=("Times",14),command=self.checkAgain,height=2,width=8)
self.checkButton.place(relx=.025,rely=.775)
misplaced = -1
i=0
colorSensor=ColorSensorTest.ColorSensor()
#print colorSensor
if(colorSensor[3] != 0):#fFSR ==1
while(i < 3):
if(colorSensor[i] <= 5):
self.listbox.insert(END,'Item at Row: 1 and Column: %s is misplaced'%(i+1))
self.listbox.insert(END,'Item at Row: 2 and Column: %s is misplaced'%(i+1))
misplaced = i
i+=1
#light up the led at locations
print misplaced
if(misplaced != -1):
pinLoc = 12
strandtest.setColors2([255,0,0],int(misplaced),20,pinLoc)
time.sleep((5))
strandtest.setColors([0,0,0],int(misplaced),20,pinLoc)
def litLEDs(self,loc): #Sets the correct pin assignment based on the aisle and row of the item to light up the proper section pinLoc = 12 #Changed from 0 if(listOfItems[loc].locAisle == '1' and listOfItems[loc].locRow == '1'): pinLoc = 12 #Changed from 16 strandtest.setColors(user.RGBW,int(40-20*(float((listOfItems[loc].locCol))-1)),20,pinLoc) elif(listOfItems[loc].locAisle == '1' and listOfItems[loc].locRow == '2'): pinLoc = 12 #Changed from 20 strandtest.setColors(user.RGBW,int(82+(40-20*(float((listOfItems[loc].locCol))-1))),20,pinLoc) #elif(listOfItems[loc].locAisle == '2' and listOfItems[loc].locRow == '1'): # pinLoc = 18 #elif(listOfItems[loc].locAisle == '2' and listOfItems[loc].locRow == '2'): # pinLoc = 18 #strandtest.setColors(user.RGBW,int(float((listOfItems[loc].locCol))),20,pinLoc) time.sleep(5) strandtest.setColors([0,0,0],0,60,pinLoc)
def runLEDS(user,listOfItems,location,stripPin): #Runs the LEDs to light up for a period of time strandtest.setColors(user.RGB,int(float((listOfItems[location].locCol))*10),20,stripPin) time.sleep(5) strandtest.setColors([0,0,0],0,60,stripPin)
def main():
#Make a list to hold the values of the aisle
listOfItems = []
arrayOfItems = []
#Get an array of the items from the txt file
arrayOfItems = ReadDatabase.readWrittenList()
#iterate through that array to populate the list of items
i = 0
while i < len(arrayOfItems) - 4:
itemName = arrayOfItems[i]
i += 1
locAisle = arrayOfItems[i]
i += 1
locCol = arrayOfItems[i]
i += 1
locRow = arrayOfItems[i]
i += 1
listOfItems.append(Item(itemName, locCol, locRow, locAisle))
printList(listOfItems)
#While loop to make sure the code doesn't stop unless it is killed
while (1):
#Need to get input of what kind of user they are with authentification
userType = raw_input(
'What kind of user are you? Customer or Employee? \n')
if (userType.lower() == 'customer' or userType.lower() == 'employee'):
loggedIn = 'yes'
#While loop while the user is logged into a specific area
while (loggedIn == 'yes'):
#Find what they want to do
if (userType.lower() == 'employee'):
password = raw_input('Password: '******'123'):
while (loggedIn == 'yes'):
empAct = raw_input(
'Would you like to add new objects(1) or monitor misplaced items(2) or delete an item(3) or print the list(4) or log out(5)? '
)
print '\n'
#if they are employee and in the placement mode
if (empAct == '1'):
#Find out all of the information from the employee and make an item and set it in the array
itemName = raw_input(
'What is the name of the item?(Full name of item) '
)
print '\n'
aisle = raw_input(
'What aisle is it in?(Number location 1) ')
print '\n'
aisleCheck = 0
#Double check that the aisle exists
while (aisleCheck == 0):
if ((aisle == '1')):
aisleCheck = 1
else:
aisle = raw_input(
"The desired aisle doesn't exist, try again "
)
print '\n'
#Check that the column input exists
locCol = raw_input(
'What column is it in?(Number location 1-3) '
)
print '\n'
colCheck = 0
while (colCheck == 0):
if (locCol == '1' or locCol == '2'
or locCol == '3'):
colCheck = 1
else:
locCol = raw_input(
"The desired column doesn't exist, try again "
)
print '\n'
#Check that the row actually exists
locRow = raw_input(
'What row is it in?(Number location 1-2) ')
print '\n'
rowCheck = 0
while (rowCheck == 0):
if (locRow == '1' or locRow == '2'):
rowCheck = 1
else:
locRow = raw_input(
"The desired row doesn't exist, try again "
)
print '\n'
#Check to make sure no other item is in the slot
locationUsed = Search.searchLocationList(
listOfItems, aisle, locRow, locCol)
if (locationUsed == -1):
#Add in the new item to the array
#WNTBD find the weight of the item from the FSR code
#WNTBD find the color differences and save what is needed
listOfItems.append(
Item(itemName, locCol, locRow, aisle))
#Double check the item that is being added
print 'Here is the item you just registered \nName %s\nAisle %s\nColumn %s\nRow %s\n' % (
listOfItems[(len(listOfItems) -
1)].name,
listOfItems[(len(listOfItems) -
1)].locAisle,
listOfItems[(len(listOfItems) -
1)].locCol,
listOfItems[(len(listOfItems) -
1)].locRow)
UpdateDatabase.updateWrittenList(
listOfItems)
else:
print 'Location is already being used, nothing was done.\n'
if (empAct == '2'):
#This is where we will continually look for another input while checking the other sets for anything misplaced(WNTBD)
#WNTBD How can we take a kill input while it runs other code?
iteration = 0
#for item in listOfItems:
# misplaced = 0
#if(listOfItems[iteration].weight != FSR check at the location)
# misplaced = 1
#if(listOfItems[iteration].color != Check color sensor at location)
# misplaced += 1
#
#if(misplaced == 2):
# print 'There is an item misplaced in Aisle %s, Row %s, Column %s'%(listOfItems[iteration].locAisle,listOfItmes[iteration].locRow,listOfItems[iteration].locCol)
#iteration+=1
check = 0
if (empAct == '3'):
delete = raw_input(
'What is name of the item you would like to delete from the inventory? '
)
print '\n'
location = Search.searchListDel(
listOfItems, delete)
#Check to make sure that the item exists
if (location != -1):
#Takes out the item and allows us to see the deleted item
item = listOfItems.pop(location)
print '%s item has been removed.\n' % (
item.name)
UpdateDatabase.updateWrittenList(
listOfItems)
else:
print "That item didn't exist in our inventory.\n"
if (empAct == '4'):
printList(listOfItems)
if (empAct == '5'):
loggedIn = 'no'
print 'Logged off\n\n'
#Find if the user is a customer
if (userType.lower() == 'customer'):
#Now we need to make a profile for them
username = raw_input(
'What username would you like to use? ')
print '\n'
userColor = '0'
colorCheck = 0
#Go through the checking process for what color they want to use
while (colorCheck == 0):
userColor = raw_input(
'What color would you like to light up with?(red, green, blue, white, yellow, purple): '
)
print '\n'
if (userColor.lower() == 'red'
or userColor.lower() == 'green'
or userColor.lower() == 'blue'
or userColor.lower() == 'white'
or userColor.lower() == 'yellow'
or userColor.lower() == 'purple'):
colorCheck = 1
else:
locRow = raw_input(
"The desired color doesn't exist, try again ")
print '\n'
#Set the username and the color
user = User(username, userColor)
while (loggedIn == 'yes'):
userAction = raw_input(
'Would you like to Search(1) or log out(2)? ')
print '\n'
if (userAction == '1'):
location = Search.searchNameList(listOfItems)
if (location != -1):
print '%s, we found %s in the inventory.\n' % (
user.userName, listOfItems[location].name)
print '%s can be found in Aisle %s, Row %s, and Column %s\n' % (
listOfItems[location].name,
listOfItems[location].locAisle,
listOfItems[location].locRow,
listOfItems[location].locCol)
search = raw_input(
'Would you like the item location to light up? (y or n): '
)
print '\n'
while (search == 'y'):
#Runs the LEDs to light up for a period of time
strandtest.setColors(
user.RGB,
int(
float(
(listOfItems[location].locCol))
* 10), 20, 21)
time.sleep(5)
strandtest.setColors([0, 0, 0], 0, 60, 21)
#Run the LED code for dark across all of them
search = raw_input(
'Would you like to light the item location up again?(y or n): '
)
else:
print '%s, unfortunately that item is not in our stock.\n' % (
user.userName)
if (userAction == '2'):
loggedIn = 'no'
print 'Logged off\n\n'
if (userType.lower() != 'customer'
and userType.lower() != 'employee'):
print 'Your input was invalid\n'
def main():
parser = argparse.ArgumentParser()
parser.add_argument('-c',
'--clear',
action='store_true',
help='clear the display on exit')
args = parser.parse_args()
try:
while True:
#Top
strandtest.setColors([0, 100, 0], 0, 20, 12)
time.sleep(1)
strandtest.setColors([100, 0, 0], 20, 20, 12)
time.sleep(1)
strandtest.setColors([0, 0, 100], 40, 20, 12)
time.sleep(1)
strandtest.setColors([0, 100, 0], 59, 20, 12)
time.sleep(1)
#Bottom
strandtest.setColors([0, 100, 0], 82, 20, 12)
time.sleep(1)
strandtest.setColors([100, 0, 0], 102, 20, 12)
time.sleep(1)
strandtest.setColors([0, 0, 100], 122, 20, 12)
time.sleep(1)
#strandtest.setColors([0,100,0],30,20,12)
#time.sleep(1)
strandtest.setColors([0, 100, 0], 141, 20, 12)
time.sleep(1)
except KeyboardInterrupt:
if args.clear:
colorWipe(strip, Color(0, 0, 0), 10)