Boolean Operators

Mix.install([
  {:kino, github: "livebook-dev/kino", override: true},
  {:kino_lab, "~> 0.1.0-dev", github: "jonatanklosko/kino_lab"},
  {:vega_lite, "~> 0.1.4"},
  {:kino_vega_lite, "~> 0.1.1"},
  {:benchee, "~> 0.1"},
  {:ecto, "~> 3.7"},
  {:math, "~> 0.7.0"},
  {:faker, "~> 0.17.0"},
  {:utils, path: "#{__DIR__}/../utils"},
  {:tested_cell, git: "https://github.com/BrooklinJazz/tested_cell"}
])

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Setup

Ensure you type the ea keyboard shortcut to evaluate all Elixir cells before starting. Alternatively you can evaluate the Elixir cells as you read.

Boolean Diagrams

In each Elixir cell or text input enter the boolean or boolean operator for the blank that would satisfy the diagram. Replace nil with your answer.

flowchart LR
a[true] --> and
b[____] --> and
and --> false

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = false
      assert answer == false
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = false

flowchart LR
a[false] --> or
b[____] --> or
or --> true

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = true
      assert answer == true
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = true

Each blank in the following diagram must be the same value. Either false or true.

flowchart LR
a[false] --> c[or]
b[____] --> c
c --> d[false]
d --> f[or]
e[____] --> f
not --> e
f --> true

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = false
      assert answer == false
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = false

flowchart LR
  a[true] --> c[and]
  not --> b
  b[____] --> c
  c --> true

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = false
      assert answer == false
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = false

flowchart LR
  a[true]
  b[____]
  c[and]
  d[true]
  a --> c
  b --> c
  c --> d

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = true
      assert answer == true
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = true

flowchart LR
  a[false]
  b[____]
  c[or]
  d[false]
  not --> b
  a --> c
  b --> c
  c --> d

ExUnit.start(auto_run: false)

defmodule Assertion do
  use ExUnit.Case

  test "Exercise" do
    try do
      Process.flag(:trap_exit, true)
      answer = true
      assert answer == true
    catch
      error ->
        flunk("""
          Your solution threw the following error:

          #{inspect(error)}
        """)

      :exit, {error, {GenServer, message_type, [_pid, message, _timeout]}} ->
        flunk("""
            GenServer crashed with the following error:

            #{inspect(error)}

            When it recieved: #{inspect(message)} #{message_type}

            Likely you need to define the corresponding handler for #{inspect(message)}.

            Ensure you defined a `handle_call/3`, `handle_info/2`, or `handle_cast/2` or appropriate handler function.

              def handle_call(:message, _from, state) do
                ...
              end

            Then ensure you call `GenServer.call/2`, `GenServer.cast/2`, or otherwise send the message correctly.

              GenServer.call(pid, :message)
        """)

      :exit, error ->
        flunk("""
          Unhandled exit with the following error:

          #{inspect(error)}
        """)
    after
      # all warnings and errors are printed to the previous Kino Frame
      # to avoid cluttering the test results display.
      Process.sleep(10)
      Kino.render(Kino.Markdown.new("### Test Results 
"))
    end
  end
end

ExUnit.run()

# Make variables and modules defined in the test available.
# Also allows for exploration using the output of the cell.
# Unfortunately, this results in duplication of warnings.
answer = true

Boolean Diagram Forms

Satisfy the diagram by entering the correct boolean operator and, or, or not.

Prefer and if both and and or would satisfy the diagram.

flowchart LR
a[true]
b[true]
c[____]
d[true]
a --> c
b --> c
c --> d
not --> b

Utils.form(:boolean_diagram1)

flowchart LR
a[true]
b[true]
c[____]
d[false]
a --> c
b --> c
c --> d
not --> b

Utils.form(:boolean_diagram2)

flowchart LR
  a[true]
  b[true]
  c[and]
  d[false]
  a --> c
  b --> c
  c --> d
  e[____] --> b

Utils.form(:boolean_diagram3)

Fill in the Blank

Evaluate the Elixir cell below. In the text inputs, enter the boolean or boolean operator that satisfies the blank. If and and or both satisfy the blank, then prefer and.

Utils.form(:boolean_fill_in_the_blank)

Commit Your Progress

Run the following in your command line from the project folder to track and save your progress in a Git commit.

$ git add .
$ git commit -m "finish boolean operators exercise"