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== Tools Menu Test Cases == |
== Network Analyzer Test Cases == || '''Preconditions'''|| '''Test Case ID'''||'''Instructions'''||'''Expected Results'''|| '''Date Executed'''||'''Pass/Fail'''|| ||<|2> 1. Start Cytoscape<<BR>>2. Load galFiltered.sif ||NA1||Run ''Analyze Network'' command as undirected|| || || || ||NA2||Run ''Analyze Network'' command as directed|| || || || |
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Test document is available as a [[https://docs.google.com/spreadsheet/ccc?key=0Aogl87Wb8gAmdDIxUFQ1a09SaXF6bWJ0NEdZTlBlQUE#gid=0|Spreadsheet at Google Docs]] | |
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=== Test Data Files for This Section === |
== Command Test Cases == || '''Preconditions'''|| '''Test Case ID'''||'''Instructions'''||'''Expected Results'''|| '''Date Executed'''||'''Pass/Fail'''|| ||<|2> 1. Start Cytoscape ||CM1||Load a sample command file||Script runs and creates a new network|| || || ||CM2||Select List All Commands menu||A dialog appears and all commands should be displayed|| || || |
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{{createNetwork.js|create network}} |
== Scripting Test Cases == || '''Preconditions'''|| '''Test Case ID'''||'''Instructions'''||'''Expected Results'''|| '''Date Executed'''||'''Pass/Fail'''|| ||<|1> 1. Start Cytoscape <<BR>> 2. Import two network files: (eg. galFiltered.sif) ||SC1||Load a sample script||Script runs and creates a new network|| || || == Network Merge Test Cases == || '''Preconditions'''|| '''Test Case ID'''||'''Instructions'''||'''Expected Results'''|| '''Date Executed'''||'''Pass/Fail'''|| ||<|3> 1. Start Cytoscape <<BR>> 2. Import two network files: (eg. galFiltered.sif and BINDyeast.sif) <<BR>>3. Click on Plugins and select Advanced Network Merge <<BR>>4. Select each network from the available networks box and then click the right arrow to move them to the selected networks box. <<BR>>5. Click OK to merge the selected networks (Note: with large networks Cytoscape may not automatically create a graphical view, so click on the Edit menu with the network highlighted and click on Create View)||GM1||Before precondition step 5 select the Union operation||A new graph should be created displaying the merged networks (If this does not happen see preconditions Note)|| || || ||GM2||Before precondition step 5 select the Intersection operation||A new graph should be created displaying the common nodes from the two networks|| || || ||GM3||Before precondition step 5 select the Difference operation (order matters)||A new graph should be created displaying the parts of the first network that are not in the second network|| || || |
Network Analyzer Test Cases
Preconditions |
Test Case ID |
Instructions |
Expected Results |
Date Executed |
Pass/Fail |
1. Start Cytoscape |
NA1 |
Run Analyze Network command as undirected |
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NA2 |
Run Analyze Network command as directed |
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Command Test Cases
Preconditions |
Test Case ID |
Instructions |
Expected Results |
Date Executed |
Pass/Fail |
1. Start Cytoscape |
CM1 |
Load a sample command file |
Script runs and creates a new network |
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CM2 |
Select List All Commands menu |
A dialog appears and all commands should be displayed |
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Scripting Test Cases
Preconditions |
Test Case ID |
Instructions |
Expected Results |
Date Executed |
Pass/Fail |
1. Start Cytoscape |
SC1 |
Load a sample script |
Script runs and creates a new network |
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Network Merge Test Cases
Preconditions |
Test Case ID |
Instructions |
Expected Results |
Date Executed |
Pass/Fail |
1. Start Cytoscape |
GM1 |
Before precondition step 5 select the Union operation |
A new graph should be created displaying the merged networks (If this does not happen see preconditions Note) |
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GM2 |
Before precondition step 5 select the Intersection operation |
A new graph should be created displaying the common nodes from the two networks |
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|
GM3 |
Before precondition step 5 select the Difference operation (order matters) |
A new graph should be created displaying the parts of the first network that are not in the second network |
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