Testing
Version 2 (J. Simmons, 10/28/2013 03:11 pm)
1 | 1 | J. Simmons | h1. Testing |
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3 | 1 | J. Simmons | This document contains procedures and rationale for both prototype testing and QA testing. The prototype tests are designed to ensure the design meets with the specified [[Requirements Document|requirements]]. The QA tests are designed to ensure kits meet quality requirements before being shipped to a customer. |
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5 | 1 | J. Simmons | {{toc}} |
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7 | 1 | J. Simmons | h2. Prototype Tests |
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9 | 1 | J. Simmons | Prototype tests cover the full range of ground station functions. This includes satellite tracking, signal acquisition, "space tweet" decoding. Additionally, the assembly process will be tested in later prototypes. |
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11 | 1 | J. Simmons | h3. Prototype 1 Tests |
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13 | 2 | J. Simmons | The prototype 1 tests are intended to verify the successful port from of the *Ground Sphere* from the 435 MHz range of the GS-001 project to the 915 MHz range SkyCube uses and to verify the signal losses introduced in the second GS-001 prototype have been addressed. |
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15 | 2 | J. Simmons | h4. Tests at Development Facility |
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17 | 2 | J. Simmons | *we need to ensure this list is complete and all steps are listed for each test* |
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19 | 2 | J. Simmons | This series of tests should be conducted before shipping prototype 1 to LA for the satellite reception tests. |
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21 | 2 | J. Simmons | # *Basic Reception Test* - Verify the ground station can receive signals on 915 MHz using lab equipment |
22 | 2 | J. Simmons | ## Step 1 - ... |
23 | 2 | J. Simmons | # *Long Range Reception Test* - Verify the ground station can receive signals on 915 MHz from a distance *determine distance to test* |
24 | 2 | J. Simmons | ## Step 1 - ... |
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26 | 2 | J. Simmons | h4. Satellite Reception Tests |
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28 | 2 | J. Simmons | This series of tests will utilize the only available satellites currently broadcasting on 915 MHz ("AeroCube 4":https://directory.eoportal.org/web/eoportal/satellite-missions/a/aerocube-4). Note, at present the TLEs for this satellite are not available in GPredict or the satellite is listed under another name. |
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30 | 2 | J. Simmons | # *Basic Reception Test* - Verify the ground station can receive signals *determine a test frequency* |
31 | 2 | J. Simmons | ## Step 1 - ... |
32 | 2 | J. Simmons | # *Basic Reception Test* (x?) - Verify the ground station can receive signals from orbit |
33 | 2 | J. Simmons | ## Step 1 - ... |
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35 | 2 | J. Simmons | h4. "Space Tweet" Tests |
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37 | 2 | J. Simmons | These tests will be conducted by Southern Stars using laboratory equipment/engineering models to verify the *Ground Sphere* software works correctly when paired with the prototype hardware. |
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39 | 2 | J. Simmons | # *Basic Reception Test* - Verify the ground station can receive signals on 915 MHz using lab equipment |
40 | 2 | J. Simmons | ## Step 1 - ... |
41 | 2 | J. Simmons | # *Decode "Space Tweet"* - Verify "space tweet" messages are properly decoded |
42 | 2 | J. Simmons | ## Step 1 - ... |
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44 | 1 | J. Simmons | h3. Prototype 2 Tests |
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46 | 2 | J. Simmons | These tests are designed to cover the full range of operational capabilities of the *Ground Sphere*. Verify all requirements from the [[Requirements Document]] are covered by one or more tests for prototype 2. |
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48 | 1 | J. Simmons | h3. Prototype 3 Tests |
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50 | 2 | J. Simmons | ... |
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52 | 1 | J. Simmons | h2. QA Tests |
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54 | 1 | J. Simmons | tbd |