gistfile1.txt

Feature: Investigations can be reported on
  So that researchers can report on activies run by students
  As a researcher
  I want to print several kinds of reports
  So that our work can be validated
  Which will support the funding of future projects

  Background:
    Given The default project and jnlp resources exist using factories

    # for the sake of visual clarity, all correct answers are 'a'
    And the following multiple choice questions exists:
           | prompt | answers | correct_answer | 
           | a      | a,b,c,d | a              | 
           | b      | a,b,c,d | a              | 
           | c      | a,b,c,d | a              | 
           | d      | a,b,c,d | a              | 
           | e      | a,b,c,d | a              | 
           | f      | a,b,c,d | a              | 
           | b_a    | a,b,c,d | b              | 
           | b_b    | a,b,c,d | b              | 
           | b_c    | a,b,c,d | b              | 
           | b_d    | a,b,c,d | b              | 
           | b_e    | a,b,c,d | b              | 
           | b_f    | a,b,c,d | b              | 

    And The following investigation exists:
        | investigation       | activity | section   | page   | multiple_choices | 
        | first investigation | act 1    | section 1 | page 1 | a, b             | 
        | first investigation | act 2    | section 1 | page 1 | c, d             | 

     And The following investigation exists:
         | investigation        | activity | section   | page   | multiple_choices | 
         | second investigation | act 1    | section 1 | page 1 | b_a, b_b         | 
         | second investigation | act 2    | section 1 | page 1 | b_c, b_d         | 


    And the following teachers exist:
       | login     | password  | 
       | teacher_a | teacher_a | 
       | teacher_b | teacher_a | 

    And the following classes exist:
        | name             | teacher | 
        | Intro to bugs    | teacher_a | 
        | Intro to flowers | teacher_b | 

    # we expect student a = 100% correct, b = 50%, c = 0%
    And the following students exist:
        | login     | password  | class         |
        | student_a | student_a | Intro to bugs |
        | student_b | student_b | Intro to bugs |
        | student_c | student_c | Intro to bugs |

    And the following assignments exist:
          | investigation        | class            | 
          | first investigation  | Intro to bugs    | 
          | second investigation | Intro to bugs    | 
          | second investigation | Intro to flowers | 


  Scenario: A student answers all questions, and gets them all correct
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
       | student_a | Intro to bugs | first investigation     | a               | a      |
       | student_a | Intro to bugs | first investigation     | b               | a      |
       | student_a | Intro to bugs | first investigation     | c               | a      |
       | student_a | Intro to bugs | first investigation     | d               | a      |
    Then "student_a" should have 4 answers for "first investigation" in "Intro to Bugs"
    And "student_a" should have answered 100% of the questions for "first investigation" in "Intro to Bugs"
    And "student_a" should have 100% of the qeustions correctly for "first investigation" in "Intro to Bugs"

  Scenario: A student answers half of the questions, and gets them both right
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
       | student_a | Intro to bugs | first investigation     | a               | a      |
       | student_a | Intro to bugs | first investigation     | b               | a      |
    Then "student_a" should have 2 answers for "first investigation" in "Intro to Bugs"
    And "student_a" should have answered 50% of the questions for "first investigation" in "Intro to Bugs"
    And "student_a" should have 50% of the qeustions correctly for "first investigation" in "Intro to Bugs"

  Scenario: A student answers 3/4 of the questions, and gets them all wrong
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
       | student_a | Intro to bugs | first investigation     | a               | b      |
       | student_a | Intro to bugs | first investigation     | b               | b      |
       | student_a | Intro to bugs | first investigation     | c               | b      |
    Then "student_a" should have 3 answers for "first investigation" in "Intro to Bugs"
    And  "student_a" should have answered 75% of the questions for "first investigation" in "Intro to Bugs"
    And  "student_a" should have 0% of the qeustions correctly for "first investigation" in "Intro to Bugs"

  Scenario: A student answers none of the questions, and gets them all wrong
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
    Then "student_a" should have 0 answers for "first investigation" in "Intro to Bugs"
    And "student_a" should have answered 0% of the questions for "first investigation" in "Intro to Bugs"
    And "student_a" should have 0% of the qeustions correctly for "first investigation" in "Intro to Bugs"

  Scenario: A student changes their answer from incorrect, to correct.
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
       | student_a | Intro to bugs | first investigation     | a               | b      |
       | student_a | Intro to bugs | first investigation     | a               | a      |
       | student_a | Intro to bugs | first investigation     | c               | b      |
    Then "student_a" should have 3 answers for "first investigation" in "Intro to Bugs"
    And  "student_a" should have answered 75% of the questions for "first investigation" in "Intro to Bugs"
    And  "student_a" should have 25% of the qeustions correctly for "first investigation" in "Intro to Bugs"
  
  Scenario: Confusions about an answered, seen, and unseen questions
    Given the following student answers:
       | student   | class         | investigation | question_prompt | answer |
       | student_a | Intro to bugs | first investigation     | a               | b      |
       | student_a | Intro to bugs | first investigation     | b               | b      |
       | student_a | Intro to bugs | first investigation     | c               ||
    Then "student_a" should have 2 answers for "first investigation" in "Intro to Bugs"
    And "student_a" should have answered 50% of the questions for "first investigation" in "Intro to Bugs"
    And "student_a" should have 0% of the qeustions correctly for "first investigation" in "Intro to Bugs"

  @current
  Scenario: Record the normal opration of reporting an investigation
    Given the following student answers:
         | student   | class            | investigation        | question_prompt | answer | 
         | student_a | Intro to bugs    | first investigation  | a               | a      | 
         | student_a | Intro to bugs    | first investigation  | b               | a      | 
         | student_a | Intro to bugs    | first investigation  | c               | a      | 
         | student_a | Intro to bugs    | first investigation  | d               | a      | 
         | student_a | Intro to bugs    | first investigation  | e               | a      | 
         | student_b | Intro to bugs    | first investigation  | b               | a      | 
         | student_b | Intro to bugs    | first investigation  | c               | b      | 
         | student_b | Intro to bugs    | first investigation  | d               | b      | 
         | student_b | Intro to bugs    | first investigation  | e               | b      | 
         | student_a | Intro to bugs    | second investigation | a               | a      | 
         | student_a | Intro to bugs    | second investigation | b               | a      | 
         | student_a | Intro to bugs    | second investigation | c               | a      | 
         | student_a | Intro to bugs    | second investigation | d               | a      | 
         | student_a | Intro to bugs    | second investigation | e               | a      | 
         | student_b | Intro to bugs    | second investigation | a               | b      | 
         | student_b | Intro to bugs    | second investigation | b               | b      | 
         | student_b | Intro to bugs    | second investigation | c               | b      | 
         | student_b | Intro to bugs    | second investigation | d               | b      | 
         | student_b | Intro to bugs    | second investigation | e               | b      | 
         | student_a | Intro to flowers | second investigation | a               | a      | 
         | student_a | Intro to flowers | second investigation | b               | a      | 
         | student_a | Intro to flowers | second investigation | c               | a      | 
         | student_a | Intro to flowers | second investigation | d               | a      | 
         | student_a | Intro to flowers | second investigation | e               | a      | 
         | student_b | Intro to flowers | second investigation | a               | b      | 
         | student_b | Intro to flowers | second investigation | b               | b      | 
         | student_b | Intro to flowers | second investigation | c               | | 
    Then "student_a" should have 5 answers for "first investigation" in "Intro to Bugs"
    And  "student_a" should have answered 100% of the questions for "first investigation" in "Intro to Bugs"
    And  "student_a" should have 100% of the qeustions correctly for "first investigation" in "Intro to Bugs"
    
    And  "student_b" should have 4 answers for "first investigation" in "Intro to Bugs"
    And  "student_b" should have answered 80% of the questions for "first investigation" in "Intro to Bugs"
    And  "student_b" should have 20% of the qeustions correctly for "first investigation" in "Intro to Bugs"

    And "student_a" should have 5 answers for "second investigation" in "Intro to Bugs"
    And  "student_a" should have answered 100% of the questions for "second investigation" in "Intro to Bugs"
    And  "student_a" should have 100% of the qeustions correctly for "second investigation" in "Intro to Bugs"
    
    And  "student_b" should have 5 answers for "second investigation" in "Intro to Bugs"
    And  "student_b" should have answered 100% of the questions for "second investigation" in "Intro to Bugs"
    And  "student_b" should have 0% of the qeustions correctly for "second investigation" in "Intro to Bugs"


    And  "student_a" should have 4 answers for "second investigation" in "Intro to Bugs"
    And  "student_a" should have 100% of the qeustions correctly for "first investigation" in "Intro to Bugs"
    #And  a recording of a report for "first investigation"
    #Then the report generated for "first investigation" should match recorded data