Fix assignment

.vscode/launch.json

@@ -0,0 +1,15 @@
+{
+    // Use IntelliSense to learn about possible attributes.
+    // Hover to view descriptions of existing attributes.
+    // For more information, visit: https://go.microsoft.com/fwlink/?linkid=830387
+    "version": "0.2.0",
+    "configurations": [
+        {
+            "name": "Python Debugger: Current File",
+            "type": "debugpy",
+            "request": "launch",
+            "program": "${file}",
+            "console": "integratedTerminal"
+        }
+    ]
+}

Truck.py

@@ -40,12 +40,15 @@ class Truck:
 
     def deliverPkgs(self):                                              # Delivers any packeges that match the current location
         for i in range(len(self.packages) - 1, -1, -1):                 # Loop backwards so removals dont index shift
-            if self.packages[i].address in self.current_location:       # Check if the package is at the correct address
+            pkg = self.packages[i]
-                self.packages[i].status = deliveryStatus.DELIVERED      # Mark as delivered
+            if pkg.address in self.current_location:                    # Check if the package is at the correct address
-                self.packages[i].timeEnd = self.getTimeOfDay()          # Mark the delivered time
+                if ("Wrong address listed" not in pkg.notes or
+                self.getTimeOfDay() >= datetime.time(10, 30)):          # Wait for corrected shipping address
+                    pkg.status = deliveryStatus.DELIVERED               # Mark as delivered
+                    pkg.timeEnd = self.getTimeOfDay()                   # Mark the delivered time
                     self.deliveryCounter += 1                           # Incriment the delivery counter
-                self.packages[i].deliveryNumber = self.deliveryCounter  # Mark the package number
+                    pkg.deliveryNumber = self.deliveryCounter           # Mark the package number
-                self.packages.remove(self.packages[i])                  # Remove the package from the truck
+                    self.packages.pop(i)
 
     def getMatrixIndex(self, address_string: str) -> int:           # Helper function to get x or y offset in the distance table
         for i, full_name in enumerate(AssignmentData.xyNames2):         # Loop through the names in the list
@@ -57,19 +60,25 @@ class Truck:
         print(f"Address {address_string} is not in Full List")          # Report items not found in the list
         return 0                                                        # Default to Hub if not found
 
-    def driveNextClosest(self, priority: DerekHashTable) -> int:        # The bread and butter of the algorithm
+    def driveNextClosest(self, priority: DerekHashTable) -> datetime.time: # The bread and butter of the algorithm
         # deal with priority        
         priorityPkgs = []                                               # set the packages we currently want to look for
         for cur in self.packages:                                       # loop thorugh looking for priority matches
             if priority.getItem(cur.id):
                 priorityPkgs.append(cur)                                # if a priority matches add it to the list
         if not priorityPkgs:                                            # if no priority matches just use the normal
-            priorityPkgs = self.packages
+            for v in self.packages:
+                if ("Wrong address listed" not in v.notes or            # If the package is marked wrong address
+                self.getTimeOfDay() >= datetime.time(10, 30)):          # Wait for corrected shipping address
+                    priorityPkgs.append(v)                              # add to the list
 
         # get the next closest
         shortest_dist = float('inf')                                    # Start with a very long distance to work backwards from
         next_pkg = None                                                 # Keep track of the closest pkg
 
+        if len(priorityPkgs) == 0:
+            priorityPkgs.append(DeliveryObject(-1, "HUB", "", "", 0, "10:30 AM", 21),)  # Add a blank package in order to get the truck to drive back to HUB
+
         current_idx = self.getMatrixIndex(self.current_location)        # Get the trucks xyIndex
         for pkg in priorityPkgs:                                        # Loop through the packages
             dest_idx = self.getMatrixIndex(pkg.address)                 # Get the package xyIndex
@@ -88,4 +97,3 @@ class Truck:
         self.deliverPkgs()                                              # deliver packages at this location
         if len(self.packages) == 0:                                     # if there is no packages
             self.hasLoad = False                                        # Set the load to empty
-        return len(self.packages)                                       # return packages left to deliver

UI.py

@@ -35,7 +35,7 @@ class DataUI:
             endTime = "Pending"
             if v.startTime != None:
                 startTime = v.startTime.strftime('%H:%M')
-                if v.packages.count == 0:
+                if len(v.packages) == 0:
                     endTime = v.getTimeOfDay().strftime('%H:%M')
 
             print(f"Truck [{v.id}] | "
@@ -50,9 +50,12 @@ class DataUI:
         selection = self.selectionChooser(package_hash)
         print("")
         for i,v in enumerate(selection):
+            truckID = v.truckId
+            if truckID == -1:
+                truckID = "None"
             print(f"[{v.id:2}] | "
                 f"[DeliveryNumber]: {v.deliveryNumber:2} | "
-                f"[onTruck]: {v.truckId:2} | "
+                f"[onTruck]: {truckID:4} | "
                 f"[Address]: {v.address[:20]:20} | "
                 f"[Status]: {v.status:10} | "
                 f"[Note]: {v.notes:10}")

main.py

@@ -68,6 +68,10 @@ def main():
     truck3LoadDebounce = True
     while True:
 
+        # check for pause time
+        if globalTime >= pauseTime:
+            pauseTime = UserUI.TimePrompt(globalTime, truck1, truck2, truck3, package_hash)
+
         # update global time
         if globalTime >= datetime.time(10, 20):                     # If the time is correct for update
             pkg9 = package_hash.getItem(9)                          # Handle the Package #9 address correction before Truck 3 starts
@@ -88,23 +92,26 @@ def main():
                 truck2.addPkg(package_hash.getItem(pkg_id))
 
         # load packages for truck 3
+        if type(truck3.startTime) is datetime.time:                 # Verify type corectness
             if globalTime >= truck3.startTime and debounce3:        # If its time to laod the packages, run once
                 debounce3 = False                                   # set debounce for only one run
-            truck2.hasLoad = True                                   # Set the truck load variable
+                truck3.hasLoad = True                               # Set the truck load variable
-            for pkg_id in t2_load:                                  # Load the packages in truck 2
+                for pkg_id in t3_load:                              # Load the packages in truck 2
-                truck2.addPkg(package_hash.getItem(pkg_id))
+                    truck3.addPkg(package_hash.getItem(pkg_id))
 
         # deliver packages for truck 1
         if truck1.hasLoad and globalTime >= truck1.getTimeOfDay():  # if there is more packages and the time has passed
-            packagesLeft = truck1.driveNextClosest(priority_hash)   # deliver the next set of packages
+            truck1.driveNextClosest(priority_hash)                  # deliver the next set of packages
-            if packagesLeft == 0 and truck3LoadDebounce:            # if all the packages are delivered 
+            if len(truck1.packages) == 0 and truck3LoadDebounce:    # if all the packages are delivered
+                truck1.driveNextClosest(priority_hash)              # drive back to the HUB
                 truck3LoadDebounce = False                          # set the debouce
                 truck3.startTime = truck1.getTimeOfDay()            # set truck3 start time
 
         # deliver packages for truck 2
         if truck2.hasLoad and globalTime >= truck2.getTimeOfDay():  # if there is more packages and the time has passed
-            packagesLeft = truck2.driveNextClosest(priority_hash)   # deliver the next set of packages
+            truck2.driveNextClosest(priority_hash)                  # deliver the next set of packages
-            if packagesLeft == 0 and truck3LoadDebounce:            # if all the packages are delivered 
+            if len(truck2.packages) == 0 and truck3LoadDebounce:    # if all the packages are delivered
+                truck2.driveNextClosest(priority_hash)              # drive back to the HUB
                 truck3LoadDebounce = False                          # set the debouce
                 truck3.startTime = truck1.getTimeOfDay()            # set truck3 start time