labs/hw for day 3

README.md

@@ -23,5 +23,4 @@
 1. Morning Lecture: [Nested Models](day3/instructor_notes/Nested_Models.md)
 1. Morning Lab: Implement Find for Both `/people/:id` and `/locations/:id` with Nested Models
 1. Afternoon Lab (no lecture): Implement a Many-to-Many Relationship with a `Companies` Model
-    - use a `jobs` intermediary table
 1. Homework: Finish Lab

day3/homework/README.md

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+# Homework
+
+Finish all labs from today and yesterday

day3/student_labs/afternoon.md

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+# Lab
+
+Implement a Many-to-Many Relationship with a `Companies` Model (see [yesterday's morning lab](../../day2/student_labs/morning.md) for details on how the model should be structured).  Use a `jobs` intermediary table.

day3/student_labs/morning.md

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+# Lab
+
+Implement a show route for our people model (`/people/:id`) which will return to the client JSON representing the requested row in the `people` table along with a nested `home` attribute which will be the selected person's related location:
+
+```JSON
+{
+    "id":4,
+    "name":"Bob",
+    "age":25,
+    "home": {
+        "id":2,
+        "street": "123 Fake Street",
+        "city": "Aurora",
+        "state": "NY"
+    }
+}
+```
+
+Do the same for locations (`/locations/:id`), but include a nested `inhabitants` attribute, which will be an array, containing objects representing the rows in the `people` table related to the selected location:
+
+```JSON
+{
+    "id":2,
+    "street": "123 Fake Street",
+    "city": "Aurora",
+    "state": "NY",
+    "inhabitants":[
+        {
+            "id":4,
+            "name":"Bob",
+            "age":25
+        },        
+        {
+            "id":7,
+            "name":"Sally",
+            "age":74
+        },        
+    ]
+}
+```