1. Implement a stack.
- after asking about constraints I was given: Implement a stack of fixed length.
- Must execute, and write unit tests.
1B. Now, use the stack you created to create a stack of variable length.
- Extend the stack, and implement a next pointer. Essentially a linked list extension.

2. Write an App that accepts deeplinks and displays the last path on the screen. (A word bank app).

3. Design Battleships and write functional unit tests.

4. Write an App that mimics a network based search functionality. You can append "-whatever" to the word, and mock the network layer.
- Wrote this as MVP, with an interface between my presenter and data layer.
- Imolementsd the interface to just do thread.sleep, then hit callback.
- Write unit tests.
- Used RxJavas denounce for the TextView (interviewer didn't know RxJava so I had to implement a debounce function extending a handler instead so he could understand).

Question

1. Implement a stack.
    - after asking about constraints I was given: Implement a stack of fixed length.
    - Must execute, and write unit tests.
1B. Now, use the stack you created to create a stack of variable length.
    - Extend the stack, and implement a next pointer. Essentially a linked list extension.

2. Write an App that accepts deeplinks and displays the last path on the screen. (A word bank app).

3. Design Battleships and write functional unit tests.

4. Write an App that mimics a network based search functionality. You can append "-whatever" to the word, and mock the network layer.
   - Wrote this as MVP, with an interface between my presenter and data layer.
    - Imolementsd the interface to just do thread.sleep, then hit callback.
    - Write unit tests. 
    - Used RxJavas denounce for the TextView (interviewer didn't know RxJava so I had to implement a debounce function extending a handler instead so he could understand).

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