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Update ManualTests.md (#815)

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* Update ManualTests.md

Added manual test cases for Graphing mode in Calculator.

* Update ManualTests.md

Added line breaks to make my additions more legible, and added two more cases for testing the "too complex" and "unsupported" error messages for Key Graph Features.
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Daniel-Parker 2019-12-04 11:02:08 -08:00 committed by Stephanie Anderl
parent 36327b73de
commit 81747a0a93
1 changed files with 130 additions and 71 deletions
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@ -260,17 +260,19 @@ Steps:
4. While in the Menu: Check the About Page
*Expected: Everything in the about page fits into its window*
5. For Scientific Mode: At a Larger Scale
*Expected: All buttons are present and the up arrow is grayed out.*
*Expected: All buttons are present and the 2nd button is grayed out.*
6. For Scientific Mode: At a Smaller Scale
*Expected: All buttons are present and the up arrow is able to be toggled.*
*Expected: All buttons are present and the 2nd button is able to be toggled.*
7. For Programmer Mode: At a Any Scale
*Expected: All buttons are present and the up arrow is able to be toggled.*
*Expected: All buttons are present and the 2nd button is able to be toggled.*
8. For Converter Mode: While Scaling
*Expected: The number pad and input areas move around each other gracefully.*
9. Changing Language: Open Settings app > Time & language > Region & language > Add a language > Select a Right to Left (RTL) language such as Hebrew > Install the associated files> Set it to the system default.
10. Set the system number format preference: Open a Run dialog (WIN + R) > type ‘intl.cpl’ > Enter > In the format dropdown list > Select Hebrew > Apply.
11. Initiating the change: Package has completed installing > Sign out > Sign in. (This change to the app may also require a reinstallation of the build)
12. Repeat Steps 2-6 again in a (RTL) language.
9. For Graphing Mode: While Scaling
*Expected: The number pad, graph area, and input areas move around each other gracefully.*
10. Changing Language: Open Settings app > Time & language > Region & language > Add a language > Select a Right to Left (RTL) language such as Hebrew > Install the associated files> Set it to the system default.
11. Set the system number format preference: Open a Run dialog (WIN + R) > type ‘intl.cpl’ > Enter > In the format dropdown list > Select Hebrew > Apply.
12. Initiating the change: Package has completed installing > Sign out > Sign in. (This change to the app may also require a reinstallation of the build)
13. Repeat Steps 2-6 again in a (RTL) language.
*Expected: No elements fall out of intended boundaries.*
@ -302,11 +304,60 @@ Verify the following:
11. "Bin" Binary:
*Expected: A B C D E F 2 3 4 5 6 7 8 9 are inactive. A maximum of 64 characters can be entered.*
**Graphing Mode Test: Verify Graphing mode functions**
Steps:
1. Launch the "Calculator" app
2. Navigate to "Graphing" Calculator
3. Enter a function of x in the input field <br>
*Expected: Function is plotted in the graph area. Line color matches the colored square next to the input field*
4. Select the "+" button below the function input and enter more functions in the fields that appear <br>
*Expected: All functions are plotted in the graph area and match the colors of the input field squares*
5. Select the colored square for any function <br>
*Expected: Visibility of the function in the graph is toggled off/on*
6. Select the "Zoom In", "Zoom Out", and "Reset View' buttons in the graph area <br>
*Expected: Both X and Y axes zoom in, out, and revert to default settings, respectively*
7. Select the Trace button, then click + drag the graph until the red square is near a graphed function<br>
*Expected: Closest (X, Y) coordinates of the function to the red square are displayed with a black dot to indicate the location*
8. Enter "y=mx+b" into a function input field, then select "Variables" button <br>
*Expected: y=x+1 function is plotted in the graph, "Variables" modal window shows two variables "m" and "b" with values set to 1.*
9. Adjust the value, minimum, maximum, and step for each variable <br>
*Expected: y=mx+b graph adjusts to the new values for m and b, step size changes the increments of the slider for each value*
10. Share the graph via OneNote, Outlook/Mail, Twitter, and Feedback Hub <br>
*Expected: Modifiable message that contains an image of the graph customized for the chosen application opens*
11. Verify Key Graph Features tab shows the correct information for the following functions: <br>
*(Note: IP = Inflection Points, VA = Vertical Asymptotes, HA = Horizontal Asymptotes, OA = Oblique Asymptotes)* <br>
a. **y=x** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅y∈ℝ⁆; X/Y Intercepts: (0)/(0); Max: none; Min: none; IP: none; VA: none; HA: none; OA: none; Parity: Odd; Monotonicity: (-∞, ∞) Increasing* <br>
b. **y=1/x** <br>
*Expected: Domain: ⁅𝑥≠0⁆; Range: ⁅y∈ℝ\{0}⁆; X/Y Intercepts: ø/ø; Max: none; Min: none; IP: none; VA: x=0; HA: y=0; OA: none; Parity: Odd; Monotonicity: (0, ∞) Decreasing, (-∞, 0) Increasing* <br>
c. **y=x^2** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅y∈{0, ∞)⁆; X/Y Intercepts: (0)/(0); Max: none; Min: (0,0); IP: none; VA: none; HA: none; OA: none; Parity: Even; Monotonicity: (0, ∞) Increasing, (-∞, 0) Decreasing* <br>
d. **y=x^3** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅y∈ℝ⁆; X/Y Intercepts: (0)/(0); Max: none; Min: none; IP: (0,0); VA: none; HA: none; OA: none; Parity: Odd; Monotonicity: (-∞, ∞) Increasing* <br>
e. **y=e^x** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅y∈(0, ∞)⁆; X/Y Intercepts: ø/(1); Max: none; Min: none; IP: none; VA: none; HA: y=0; OA: none; Parity: none; Monotonicity: (-∞, ∞) Increasing* <br>
f. **y=ln(x)** <br>
*Expected: Domain: ⁅𝑥>0⁆; Range: ⁅y∈ℝ⁆; X/Y Intercepts: (1)/ø; Max: none; Min: none; IP: none; VA: x=0; HA: none; OA: none; Parity: none; Monotonicity: (0, ∞) Increasing* <br>
g. **y=sin(x)** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅𝑦∈[−1,1]⁆; X/Y Intercepts: (⁅𝜋n1,n1∈ℤ⁆)/(0); Max: ⁅(2𝜋n1+𝜋/2,1),n1∈ℤ⁆; Min: ⁅(2𝜋n1+3𝜋/2,−1),n1∈ℤ⁆; IP: ⁅(𝜋n1,0),n1∈ℤ⁆; VA: none; HA: none; OA: none; Parity: Odd; Monotonicity: ⁅(2𝜋n1+𝜋/2,2𝜋n1+3𝜋/2),n1∈ℤ⁆ Decreasing; ⁅(2𝜋n1+3𝜋/2,2𝜋n1+5𝜋/2),n1∈ℤ⁆ Increasing; Period: 2𝜋* <br>
h. **y=cos(x)** <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: ⁅𝑦∈[−1,1]⁆; X/Y Intercepts: (⁅𝜋n1+𝜋/2,n1∈ℤ⁆)/(1); Max: ⁅(2𝜋n1,1),n1∈ℤ⁆; Min: ⁅(2𝜋n1+𝜋,-1),n1∈ℤ⁆; IP: ⁅(𝜋n1+𝜋/2,0),n1∈ℤ⁆; VA: none; HA: none; OA: none; Parity: Even; Monotonicity: ⁅(2𝜋n1+𝜋,2𝜋n1+2𝜋),n1∈ℤ⁆ Increasing, ⁅(2𝜋n1,2𝜋n1+𝜋),n1∈ℤ⁆ Decreasing; Period: 2𝜋* <br>
i. **y=tan(x)** <br>
*Expected: Domain: ⁅x≠𝜋n1+𝜋/2,∀n1∈ℤ⁆; Range: ⁅𝑦∈ℝ⁆; X/Y Intercepts: (x=𝜋n1, n1 ∈ℤ)/(0); Max: none; Min: none; IP: x=𝜋n1, n1 ∈ℤ; VA: x=𝜋n1+𝜋/2, n1∈ℤ; HA: none; OA: none; Parity: Odd; Monotonicity: ⁅(𝜋n1+𝜋/2,𝜋n1+3𝜋/2),n1∈ℤ⁆ Increasing; Period: 𝜋* <br>
j. **y=sqrt(25-x^2)** <br>
*Expected: Domain: ⁅x∈[-5,5]⁆; Range: ⁅𝑦∈[0,5]⁆; X/Y Intercepts: (5),(-5)/(5); Max: (0,5); Min: (-5,0) and (5,0); IP: none; VA: none; HA: none; OA: none; Parity: Even; Monotonicity: (0,5) Decreasing, (-5,0) Increasing* <br>
k. **y=(-3x^2+2)/(x-1)** <br>
*Expected: Domain: ⁅x≠1⁆; Range: ⁅𝑦∈(-∞, -2√3 - 6}U{2√3 -6,∞⁆; X/Y Intercepts: (-√6/3),(√6/3)/(-2); Max: ⁅(√3/3+1,-2√3−6)⁆; Min: ⁅(−√3/3+1,2√3−6)⁆; IP: none; VA: x=1; HA: none; OA: y=-3x-3; Parity: none; Monotonicity: (√3/3+1,∞) Decreasing, (1,√3/3+1,) Increasing(-√3/3+1,1), Increasing, (-∞,-√3/3+1) Decreasing* <br>
l. **y=sin(sin(x))** ("too complex" error test) <br>
*Expected: Domain: ⁅𝑥∈ℝ⁆; Range: Unable to calculate range for this function; X/Y Intercepts: none; Max: none; Min: none; IP: none; VA: none; HA: none; OA: none; Parity: odd; Monotonicity: Unable to determine the monotonicity of the function* <br>
*These features are too complex for Calculator to calculate: Range, X Intercept, Period, Minima, Maxima, Inflection Points, Monotonicity*
m. **y=mx+b** <br>
*Expected: Analysis is not supported for this function*
**Date Calculation Test: Verify dates can be calculated.**
Steps:
1. Launch the "Calculator" app.
2. Navigate to "Date Calculation" Calculator.
1. Launch the "Calculator" app
2. Navigate to "Date Calculation" Calculator
3. With "Difference between dates" Selected
Change the various date input fields
*Expected: From and To reflect dates input respectively.*
@ -332,80 +383,88 @@ Steps:
1. Launch the "Calculator" app.
For All Applicable Modes verify the following (note: only 11-15 and 20 work in Always-on-Top mode):
2. Press **Alt +1** to Enter "Standard" mode
2. Press **Alt +1** to enter "Standard" mode
*Expected: Move to "Standard" screen.*
3. Press **Alt +2** to Enter "Scientific" mode
3. Press **Alt +2** to enter "Scientific" mode
*Expected: Move to "Scientific" screen.*
4. Press **Alt +3** to Enter "Programmer" mode
4. Press **Alt +3** to enter "Programmer" mode
*Expected: Move to "Programming" screen.*
5. Press **Alt +4** to Enter "Date Calculation" mode
5. Press **Alt +4** to enter "Date Calculation" mode
*Expected: Move to "Date Calculation" screen.*
6. Press **Ctrl +M** to Store in Memory
7. Press **Ctrl +P** to Add to Active Memory
8. Press **Ctrl +Q** to Subtract form Active Memory
9. Press **Ctrl +R** to Recall from Memory
10. Press **Ctrl +L** to Clear from Memory
11. Press **Delete** to Clear Current Input 'CE'
12. Press **Esc** to Full Clear Input 'C'
13. Press **F9** to Toggle '±'
14. Press **R** to Select '1/x'
15. Press **@** to Select '√'
16. Press **Ctrl + H** to Toggle History Panel
6 Press **Alt +5** to enter "Graphing" mode
*Expected: Move to "Graphing" screen.*
7. Press **Ctrl +M** to Store in Memory
8. Press **Ctrl +P** to Add to Active Memory
9. Press **Ctrl +Q** to Subtract form Active Memory
10. Press **Ctrl +R** to Recall from Memory
11. Press **Ctrl +L** to Clear from Memory
12. Press **Delete** to Clear Current Input 'CE'
13. Press **Esc** to Full Clear Input 'C'
14. Press **F9** to Toggle '±'
15. Press **R** to Select '1/x'
16. Press **@** to Select '√'
17. Press **Ctrl + H** to Toggle History Panel
*Expected: Function when in small scale window.*
17. Press **Up arrow** to Move up History Panel
18. Press **Up arrow** to Move up History Panel
*Expected: Function when in small scale window.*
18. Press **Down arrow** to Move Down History Panel
19. Press **Down arrow** to Move Down History Panel
*Expected: Function when in small scale window.*
19. Press **Ctrl + Shift + D** to Clear History Panel
20. Press **Ctrl + Shift + D** to Clear History Panel
*Expected: Function when in small scale window.*
20. Press **Spacebar** to Repeat Last Input
21. Press **Spacebar** to Repeat Last Input
Verify the following in Scientific Mode
21. Press **F3** to Select 'DEG'
22. Press **F4** to Select 'RAD'
23. Press **F5** to Select 'GRAD'
24. Press **Ctrl +G** to Select '10ˣ'
25. Press **Ctrl +Y** to Select 'y√x'
26. Press **Shift +O** to Select 'sin-1'
27. Press **Shift + S** to Select 'cos-1'
28. Press **Shift +T** to Select 'tan-1'
29. Press **Ctrl +O** to Select 'Cosh'
30. Press **Ctrl +S** to Select 'Sinh'
31. Press **Ctrl +T** to Select 'Tanh'
32. Press **D** to Select 'Mod'
33. Press **L** to Select 'log'
34. Press **M** to Select 'dms'
35. Press **N** to Select 'ln'
36. Press **Ctrl +N** to Select 'ex'
37. Press **O** to Select 'Cos'
38. Press **P** to Select 'π'
39. Press **Q** to Select 'x²'
40. Press **S** to Select 'Sin'
41. Press **T** to Select 'Tan'
42. Press **V** to Toggle 'F-E'
43. Press **X** to Select 'Exp'
44. Press **Y** or **^** to Select 'xʸ'
45. Press **#** to Select 'x³'
46. Press **!** to Select 'n!'
22. Press **F3** to Select 'DEG'
23. Press **F4** to Select 'RAD'
24. Press **F5** to Select 'GRAD'
25. Press **Ctrl +G** to Select '10ˣ'
26. Press **Ctrl +Y** to Select 'y√x'
27. Press **Shift +O** to Select 'sin-1'
28. Press **Shift + S** to Select 'cos-1'
29. Press **Shift +T** to Select 'tan-1'
30. Press **Ctrl +O** to Select 'Cosh'
31. Press **Ctrl +S** to Select 'Sinh'
32. Press **Ctrl +T** to Select 'Tanh'
33. Press **D** to Select 'Mod'
34. Press **L** to Select 'log'
35. Press **M** to Select 'dms'
36. Press **N** to Select 'ln'
37. Press **Ctrl +N** to Select 'ex'
38. Press **O** to Select 'Cos'
39. Press **P** to Select 'π'
40. Press **Q** to Select 'x²'
41. Press **S** to Select 'Sin'
42. Press **T** to Select 'Tan'
43. Press **V** to Toggle 'F-E'
44. Press **X** to Select 'Exp'
45. Press **Y** or **^** to Select 'xʸ'
46. Press **#** to Select 'x³'
47. Press **!** to Select 'n!'
Verify the following in Programmer Mode
47. Press **F2** to Select 'DWORD'
48. Press **F3** to Select 'WORD'
49. Press **F4** to Select 'BYTE'
50. Press **F5** to Select 'HEX'
51. Press **F6** to Select 'DEC'
52. Press **F7** to Select 'OCT'
53. Press **F8** to Select 'BIN'
54. Press **F12** to Select 'QWORD'
55. Press **A-F** to Input in HEX
56. Press **J** to Select 'RoL'
57. Press **K** to Select 'RoR'
58. Press **<** to Select 'Lsh'
59. Press **>** to Select 'Rsh'
60. Press **%** to Select 'Mod'
61. Press **|** to Select 'Or'
62. Press **~** to Select 'Not'
63. Press **&** to Select 'And'
48. Press **F2** to Select 'DWORD'
49. Press **F3** to Select 'WORD'
50. Press **F4** to Select 'BYTE'
51. Press **F5** to Select 'HEX'
52. Press **F6** to Select 'DEC'
53. Press **F7** to Select 'OCT'
54. Press **F8** to Select 'BIN'
55. Press **F12** to Select 'QWORD'
56. Press **A-F** to Input in HEX
57. Press **J** to Select 'RoL'
58. Press **K** to Select 'RoR'
59. Press **<** to Select 'Lsh'
60. Press **>** to Select 'Rsh'
61. Press **%** to Select 'Mod'
62. Press **|** to Select 'Or'
63. Press **~** to Select 'Not'
64. Press **&** to Select 'And'
Verify the following in Graphing Mode
65. Press **x** to Select 'x'
66. Press **y** to Select 'y'
67. Press **Ctrl +[Numpad+]** to Select 'Zoom In'
68. Press **Ctrl +[Numpad-]** to Select 'Zoom Out'
## Localization Tests