Pull into respository to update b.txt

client-a.txt

@@ -2,3 +2,38 @@
 # Add your pseudocode to this file below this line: #
 # ------------------------------------------------- #
 
+WRITE PSEUDOCODE FOR A RANDOM NUMBER GUESSING GAME ASSIGNMENT
+
+START
+Display a message inviting a player to play the game.
+
+Prompt the player to enter their first guess using a number between 1 and 10.
+
+Create a random number generator using numbers 1 through 10, including 1 and 10.
+Next ask the number generator program to select a number between 1 and 10.
+
+Compare the number the player entered to the random number selected by the program.
+If it is a match, print out 'Congrats! That is Correct! '
+Else, if it is not a match, print out, 'Sorry, that is not the number. Please enter the number for your second guess.'
+
+Compare the number the player entered to the random number selected by the program.
+If it is a match, print out 'Congrats! That is Correct! '
+Else, if it is not a match, print out, 'Sorry, that is not the number. Please enter the number for your third guess.'
+
+Compare the number the player entered to the random number selected by the program.
+If the third number is a match, print out 'Congrats! That is Correct! '
+Else, if it is not a match, print out, 'Sorry, you did not guess the number. Please play again.'
+
+Wait 30 seconds, then return to the Home Display page inviting the player to play. 
+END
+
+
+//* could also create a function to use as many times as wanted using an if-then statement and 
+//* adding a counter to keep track of which guess it is
+//* EX:  Function start:  if (num entered by player == num generated by generator), print "Congrats, you guessed it!"
+//*         Quit and reset for next game in 30 seconds. 
+//*         esle {prompt for next guess
+//*         count = count + 1}
+//*         return
+
+

client-b.txt

@@ -2,3 +2,66 @@
 # Add your pseudocode to this file below this line: #
 # ------------------------------------------------- #
 
+Start
+//* Customer enters the store and approches the help mapping locator at station E.
+
+Prompt Customer "What can I help you find today?"
+
+Have the program search the database for the product and location of the product
+
+//* Starting from the help desk:
+//* location A is North, then West 
+//* location B is North
+//* location C is North, then East
+//* location D is West
+//* location E is HERE (no movement needed)
+//* location F is East
+//* location G is South, then West
+//* location H is South
+//* location I is South, then East
+
+switch(location) {
+    case 'locationA':
+    have customer walk North, then walk West:
+    break
+
+    case 'locationB':
+    have customer walk North:
+    break
+
+    case 'locationC':
+    have customer walk North, then walk East:
+    break
+
+    case 'locationD':
+    have customer walk West:
+    break
+
+    case 'locationE':
+    have customer No walking necessary, customer is here:
+    break
+
+    case 'locationF':
+    have customer walk East:
+    break
+
+    case 'locationG':
+    have customer walk South, then walk West:
+    break
+
+    case 'locationH':
+    have customer walk South:
+    break
+
+    case 'locationI':
+    have customer walk South, then walk East:
+    break
+    }
+    print "You have reached your destination!"
+
+    //* if I was doing a real program I would add "where would you like to go next, if finished, please exit?"
+    //* if the customer entered a product or destination, the program would search for the location 
+    //* Then the switch statement would be used again
+    //* I'd have the program continue until the customer chose exit, then have the program reset on the home page
+
+

client-c.txt

@@ -1,4 +1,42 @@
 # Client Task C #
 # Add your pseudocode to this file below this line: #
 # ------------------------------------------------- #
+Patricia Sullivan 
+Task C: Product Package Counter
 
+/* Task: You need to develop a program that counts the number of items that a hardware device scans to sort 
+/* for boxing packages into cases. Each package scanned is two (2) products. Each case can only fit 50 product packages.
+/* Write a program that prints numbers from 2 to 50, counting by twos.
+
+Start 
+itemScancount = 0
+productCount = 0
+packageCount = 0
+
+/* Create a function with a while loop named caseCount
+function caseCount{
+while  productCount  > 0 and  <= 50 {
+        print 'Package Count = ' + packageCount
+        print 'Product Count = ' + productCount
+        packageCount = itemScancount
+        itemScancount = itemScancount + 1
+        productCount = productCount + 2
+        }
+   }
+
+main {        
+     call function caseCount {     
+
+     }
+     if productCount > 0 {
+       print 'Case is full. Start a new case.'
+       call function caseCount
+       }
+       else{ 
+         print 'There are no more product packages'
+         }
+     }
+End
+
+
+/* Note - continute improving the program by adding in a variable and counter for cases to print the total number of cases