Rideshare Reflection

worksheet.rb

@@ -3,15 +3,26 @@
 
 # In this section of the file, as a series of comments,
 # create a list of the layers you identify.
+#   driver_records = hash
+#   drivers = array
+#   date cost, riders, ratings = nested hash that have nested arrays
 # Which layers are nested in each other?
+#   arrays in each hash, that's nested in an array
+#  drivers are nested in the whole hash structure, driver_records
+#   hashes containing data: date/cost/rider/rating nested in the driver's array
+#   collection of arrays nested in the data hash
 # Which layers of data "have" within it a different layer?
+#   depending on the date, the cost/rider/ratings may have a collection of array
 # Which layers are "next" to each other?
-
+#   hashes of the next date the driver drove
+#   arrays of different drivers are next to each other (separated by hashes)
 ########################################################
 # Step 2: Assign a data structure to each layer
 
 # Copy your list from above, and in this section
 # determine what data structure each layer should have
+#   Hash of an array of hashes that will have nested arrays...?
+#   Some will have a collection of arrays inside a hash data structure
 
 ########################################################
 # Step 3: Make the data structure!
@@ -31,4 +42,134 @@
 # - the total amount of money each driver has made
 # - the average rating for each driver
 # - Which driver made the most money?
-# - Which driver has the highest average rating?
+# - Which driver has the highest average rating?
+
+driver_records = {
+    DR0001: [
+        {
+            date: "3rd Feb 2016",
+            cost: 10,
+            rider: "RD0003",
+            rating: 3
+        },
+        {
+            date: "3rd Feb 2016",
+            cost: 30,
+            rider: "RD0015",
+            rating: 4
+        },
+        {
+            date: "5th Feb 2016",
+            cost: 45,
+            rider: "RD0003",
+            rating: 2
+        }
+    ],
+    DR0002: [
+        {
+            date: "3rd Feb 2016",
+            cost: 25,
+            rider: "RD0073",
+            rating: 5
+        },
+        {
+            date: "4th Feb 2016",
+            cost: 15,
+            rider: "RD0013",
+            rating: 1
+        },
+        {
+            date: "5th Feb 2016",
+            cost: 35,
+            rider: "RD0066",
+            rating: 3
+        }
+    ],
+    DR0003: [
+        {
+            date: "4th Feb 2016",
+            cost: 5,
+            rider: "RD0066",
+            rating: 5
+        },
+        {
+            date: "5th Feb 2016",
+            cost: 50,
+            rider: "RD0003",
+            rating: 2
+        }
+    ],
+    DR0004: [
+        {
+            date: "3rd Feb 2016",
+            cost: 5,
+            rider: "RD0022",
+            rating: 5
+        },
+        {
+            date: "4th Feb 2016",
+            cost: 10,
+            rider: "RD0022",
+            rating: 4
+        },
+        {
+            date: "5th Feb 2016",
+            cost: 20,
+            rider: "RD0073",
+            rating: 5
+        }
+    ]
+}
+
+# - the number of rides each driver has given
+def sum_rides(rides_list)
+  rides_list.each do |driver, trip|
+    puts "#{driver} gave #{trip.length} rides"
+  end
+  return rides_list
+end
+
+# - the total amount of money each driver has made
+def sum_money(total_cost)
+  total_earned = 0
+
+  total_cost.each do |driver, cost_value|
+    cost_value.each do |earning|
+      trip_cost = earning[:cost]
+      total_earned += trip_cost
+    end
+    puts "#{driver} made $#{'%.2f' % total_earned}"
+    total_earned = 0
+  end
+  return total_earned
+end
+
+# - the average rating for each driver
+def find_average(driver_rating)
+  rating_total = 0
+  rating_average = 0
+
+  driver_rating.each do |driver, rating|
+    rating.each do |review|
+      rider_review = review[:rating]
+      rating_total += rider_review
+      rating_average = rating_total / rating.length
+    end
+    puts "#{driver} average rating: #{rating_average}"
+    rating_total = 0
+  end
+  return rating_average
+end
+
+# - Which driver made the most money?
+# - Which driver has the highest average rating?
+
+#### OUTPUTS ####
+puts "Number of rides each driver has given:"
+sum_rides(driver_records)
+
+puts "\nTotal amount of money each driver has made:"
+sum_money(driver_records)
+
+puts "\nAverage rating for each driver:"
+find_average(driver_records)