// Get a type index from its type name
public int GetTestTypeIndexFromName(string name)
{
string[] stringArray = TestTypes.GetTypeStringList(); // Get list of type string
for (int i = 0; i < stringArray.Length; i++) // Iterate
{
if (stringArray[i] == name) // If matches query
{
return(i); // Return index
}
}
return(-1); // Return fail
}
// Get type names and generate dropdown content
void GenerateTypesDropdown()
{
Console.Instance.Write(DebugLevel.Full, MessageLevel.Log, "Generating types dropdown"); // Write to console
List <Dropdown.OptionData> options = new List <Dropdown.OptionData>(); // Create new options list
options.Add(Common.ConvertStringToDropdownOptionData("All Types"));
string[] types = TestTypes.GetTypeStringList(); // Get type names
for (int i = 0; i < types.Length; i++) // Iterate types
{
options.Add(Common.ConvertStringToDropdownOptionData(types[i])); // Convert string to option data and add
}
typesDropdown.options = options; // Add options
}
// Get an array of selected test types from a bit mask
public int[] GetTypeSelectionFromBitMask(int bitMask)
{
int length = TestTypes.GetTypeStringList().Length; // Get length of type list
List <int> intList = new List <int>(); // Create int list to track
for (int i = 0; i < length; i++) // Iterate type list
{
if (bitMask == (bitMask | (1 << i))) // If bit mask returns true
{
intList.Add(i); // Add to list
}
}
return(intList.ToArray()); // Return list as array
}
List <TestType> GenerateTypeListAndInstances()
{
string[] testTypes = TestTypes.GetTypeStringList(); // Get the type list
List <TestType> typeList = new List <TestType>(); // Create new list to fill
for (int i = 0; i < testTypes.Length; i++) // ITerate type list
{
TestType newType = new TestType(); // Create new instance
newType.typeName = testTypes[i]; // Set name
newType.typeIndex = i; // Set index
typeList.Add(newType); // Add to list
TestModelBase model = (TestModelBase)Activator.CreateInstance(TestTypes.GetTypeFromIndex(i)); // Create model instance for logic references
model.SetLogic(); // Need to set logic before generating type instances
TestTypeManager.Instance.GenerateTestTypeInstance(model); // Generate an instance object for test logic/display
}
return(typeList);
}
// Generate test structure
// - Loads all scenes and gets data from test lists
// - Reorganises for menu layout
IEnumerator GenerateStructure()
{
yield return(null); // TODO - Remove
testStructure = new Structure(); // Create new test structure instance
string[] testTypes = TestTypes.GetTypeStringList(); // Get the type list
List <TestType> typeList = new List <TestType>(); // Create new list to fill
for (int i = 0; i < testTypes.Length; i++) // ITerate type list
{
TestType newType = new TestType(); // Create new instance
newType.typeName = testTypes[i]; // Set name
newType.typeIndex = i; // Set index
typeList.Add(newType); // Add to list
TestModelBase model = (TestModelBase)Activator.CreateInstance(TestTypes.GetTypeFromIndex(i)); // Create model instance for logic references
model.SetLogic(); // Need to set logic before generating type instances
TestTypeManager.Instance.GenerateTestTypeInstance(model); // Generate an instance object for test logic/display
}
ProjectSettings projectSettings = SuiteManager.GetProjectSettings(); // Get the suite list
if (projectSettings == null) // If no suite list found
{
StopAllCoroutines(); // Abort
}
for (int su = 0; su < projectSettings.suiteList.Count; su++) // Iterate suites on suite list
{
Suite newSuite = new Suite(); // Create new suite instance
newSuite.suiteName = projectSettings.suiteList[su].suiteName; // Set suite name from suite list
newSuite.types = CloneTestTypeList(typeList); // Clone the type list
for (int gr = 0; gr < projectSettings.suiteList[su].groups.Count; gr++) // Iterate groups
{
for (int te = 0; te < projectSettings.suiteList[su].groups[gr].tests.Count; te++) // Iterate tests
{
GraphicsTestFramework.Test test = projectSettings.suiteList[su].groups[gr].tests[te]; // Get test
if (Common.IsTestApplicable(test))
{
int[] types = TestTypeManager.Instance.GetTypeSelectionFromBitMask(test.testTypes); // Get type array from test's bitmask
for (int ty = 0; ty < types.Length; ty++) // Iterate types of the test
{
Group newGroup = FindDuplicateGroupInType(newSuite, types[ty], projectSettings.suiteList[su].groups[gr].groupName); // Find duplicate groups in the type
if (newGroup == null) // If not found
{
newGroup = new Group(); // Create a new group instance
newGroup.groupName = projectSettings.suiteList[su].groups[gr].groupName; // Set group name
FindDuplicateTypeInSuite(newSuite, types[ty]).groups.Add(newGroup); // Add the group to the type
}
Test newTest = new Test(); // Create new test instance
string[] pathSplit = projectSettings.suiteList[su].groups[gr].tests[te].scenePath.Split('/'); // Split path for scene name
newTest.testName = pathSplit[pathSplit.Length - 1].Replace(".unity", "");; // Set test name
newTest.scenePath = projectSettings.suiteList[su].groups[gr].tests[te].scenePath; // Set scene path
newGroup.tests.Add(newTest); // Add test to scene
}
}
}
}
for (int ty = 0; ty < newSuite.types.Count; ty++) // Iterate types
{
if (newSuite.types[ty].groups.Count == 0) // If empty
{
newSuite.types.RemoveAt(ty); // Remove it
}
}
newSuite.types.TrimExcess(); // Trim the types list
testStructure.suites.Add(newSuite); // Add to suites list
}
m_IsGenerated = true; // Set generated
Console.Instance.Write(DebugLevel.Logic, MessageLevel.Log, "TestStructure finished generating"); // Write to console
ProgressScreen.Instance.SetState(false, ProgressType.LocalLoad, ""); // Disable ProgressScreen
}