private void ClearCanvas()
{
for (int i = Canvas.Components.Count - 1; i >= 0; --i)
{
Canvas.Components[i].Delete();
}
// Reset savefile hash
Canvas.SetAsSaved();
}
/// <summary>
/// Callback to be executed after PlayChallengeMessageBox.
/// Unfreezes the canvas and closes the message box.
/// Positive trigger clears the current circuit and loads a challenge from JSON.
/// </summary>
/// <param name="triggerData">Data to pass from the trigger source to the trigger target.</param>
public void Trigger(MessageBoxTriggerData triggerData)
{
if (triggerData.ButtonPressed == UIMessageBox.MessageBoxButtonType.Positive)
{
// Check for unsaved changes
if (triggerData.Sender.GetType() == typeof(PlayChallengeMessageBox) &&
Canvas.IsUnsaved)
{
// Ask for confirmation of unsaved changes, save filename
SelectedFilenameStash.Push(triggerData.TextInput);
MessageBoxFactory.MakeFromConfig(UnsavedChangesMessageBoxConfig, this);
Destroy(triggerData.Sender.gameObject);
return;
}
else if (triggerData.Sender.GetType() == typeof(ConfirmMessageBox))
{
// Confirmation received, pop filename
triggerData.TextInput = SelectedFilenameStash.Pop();
SelectedFilenameStash.Clear();
}
string fullpath = Directories.CHALLENGE_FOLDER_FULL_PATH + "/" + triggerData.TextInput + ".json";
// Read from file
Debug.Log("Opening circuit from " + fullpath);
string data;
try
{
data = File.ReadAllText(fullpath);
}
catch (Exception e)
{
Debug.LogException(e);
MessageBoxFactory.MakeFromConfig(OpenErrorMessageBoxConfig);
Canvas.Frozen = false;
Destroy(triggerData.Sender.gameObject);
return;
}
// Parse JSON into configs
var circuitConfig = JsonUtility.FromJson <CircuitConfig>(data);
var componentConfigs = circuitConfig.logic_components;
var edgeConfigs = circuitConfig.edges;
var togglerConfigs = circuitConfig.toggles;
var numberedTogglerConfigs = circuitConfig.numbered_toggles;
var testCaseConfigs = circuitConfig.test_cases;
var clockConfigs = circuitConfig.clocks;
var titleText = circuitConfig.title_text;
var bodyText = circuitConfig.body_text;
var testCaseStepsRun = circuitConfig.test_case_steps_run;
Assert.AreNotEqual(circuitConfig.game_mode, GameMode.Sandbox);
// Clear the canvas
for (int i = Canvas.Components.Count - 1; i >= 0; --i)
{
Canvas.Components[i].Delete();
}
var logicComponentFactory = new SPLogicComponentFactory(Canvas.Foreground);
// Build components whilst populating GUID map
Dictionary <Guid, SPLogicComponent> guidMap = componentConfigs.ToDictionary(
config => config.Guid,
config => logicComponentFactory.MakeFromConfig(config));
Canvas.Components.AddRange(guidMap.Values);
// Restore state for input togglers
foreach (var config in togglerConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPInputToggler inputToggler = (SPInputToggler)guidMap[guid];
if (((InputComponent)inputToggler.LogicComponent).value != config.value)
{
inputToggler.ToggleValue();
}
}
foreach (var config in numberedTogglerConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPNumberedInputToggler inputToggler = (SPNumberedInputToggler)guidMap[guid];
if (((InputComponent)inputToggler.LogicComponent).value != config.value)
{
inputToggler.ToggleValue();
}
}
// Restore state for clock components
foreach (var config in clockConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPClock clock = (SPClock)guidMap[guid];
((Clock)clock.LogicComponent).Period = config.period;
}
// Build edges using GUID map
foreach (var config in edgeConfigs)
{
Canvas.StartEdge(guidMap[config.ComponentGuids[0]].InConnectors[config.connector_ids[0]]);
Canvas.FinishEdge(guidMap[config.ComponentGuids[1]].OutConnectors[config.connector_ids[1]]);
}
// Set all initial components to immutable
foreach (var component in Canvas.Components)
{
component.Immutable = true;
}
foreach (var edge in Canvas.Edges)
{
edge.Immutable = true;
}
// TODO: USE THE TEST CASES GENERATED.
foreach (TestCaseConfig testCase in testCaseConfigs)
{
foreach (KeyValuePair <uint, bool> kvp in testCase.GetAllInputs())
{
Debug.Log("Input: " + kvp.Key.ToString() + ": " + kvp.Value.ToString());
}
foreach (KeyValuePair <uint, bool> kvp in testCase.GetAllOutputs())
{
Debug.Log("Output: " + kvp.Key.ToString() + ": " + kvp.Value.ToString());
}
}
// Load the test cases into SPCanvas
Canvas.TestCases = testCaseConfigs;
// Load how many test case steps to run:
Canvas.TestCaseStepsRun = testCaseStepsRun;
// Put the canvas into challenge mode
Canvas.CurrentMode = circuitConfig.game_mode;
Canvas.ChallengeCompleted = false;
Canvas.SetAsSaved();
FindObjectOfType <UIOverlayControlVerifyChallengeButton>().GetComponent <RectTransform>().sizeDelta = new Vector2
{
x = 40,
y = 40
};
// Set the Info Panel information.
Canvas.InfoPanelTitle = titleText;
Canvas.InfoPanelText = bodyText;
InfoPanel.SetInfoTarget(Canvas);
InfoPanel.Show();
}
Canvas.Frozen = false;
Destroy(triggerData.Sender.gameObject);
}
/// <summary>
/// Callback to be executed after SaveCircuitMessageBox.
/// Unfreezes the canvas and closes the message box.
/// Positive trigger saves the circuit as JSON.
/// </summary>
/// <param name="triggerData">Data to pass from the trigger source to the trigger target.</param>
public void Trigger(MessageBoxTriggerData triggerData)
{
if (triggerData.ButtonPressed == UIMessageBox.MessageBoxButtonType.Positive)
{
// Bind a GUID for each component
Dictionary <SPLogicComponent, Guid> guidMap = Canvas.Components
.ToDictionary(c => c, c => Guid.NewGuid());
// Generate configs for components
List <LogicComponentConfig> componentConfigs = guidMap
.Select(kvp => kvp.Key.GenerateConfig(kvp.Value))
.ToList();
// Generate configs for edges, mapping connected components using GUIDs
List <EdgeConfig> edgeConfigs = Canvas.Edges
.Select(e => e.GenerateConfig(guidMap))
.ToList();
// Generate additional configs to save state of input togglers
List <InputToggleConfig> toggleConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPInputToggler))
.Select(kvp => new InputToggleConfig
{
guid_string = kvp.Value.ToString(),
value = ((InputComponent)kvp.Key.LogicComponent).value
})
.ToList();
List <InputToggleConfig> numberedToggleConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPNumberedInputToggler))
.Select(kvp => new InputToggleConfig
{
guid_string = kvp.Value.ToString(),
value = ((InputComponent)kvp.Key.LogicComponent).value
})
.ToList();
// Generate additional configs to save state of clock components
List <ClockComponentConfig> clockConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPClock))
.Select(kvp => new ClockComponentConfig
{
guid_string = kvp.Value.ToString(),
period = ((Clock)kvp.Key.LogicComponent).Period
})
.ToList();
// Generate an empty test cases config:
List <TestCaseConfig> testCaseConfigs = new List <TestCaseConfig>();
// Build savefile
CircuitConfig spConfig = new CircuitConfig(
componentConfigs,
edgeConfigs,
toggleConfigs,
numberedToggleConfigs,
clockConfigs,
testCaseConfigs,
mode: GameMode.Sandbox);
#if DEVELOPMENT_BUILD
string saveData = JsonUtility.ToJson(spConfig, prettyPrint: true);
#else
string saveData = JsonUtility.ToJson(spConfig, prettyPrint: false);
#endif
// Build full file path
string filename = triggerData.TextInput + ".json";
string fullpath = Directories.SAVEFILE_FOLDER_FULL_PATH + "/" + filename;
// Write to file
Debug.Log("Saving to " + fullpath);
try
{
Directory.CreateDirectory(Directories.SAVEFILE_FOLDER_FULL_PATH);
File.WriteAllText(fullpath, saveData);
Canvas.SetAsSaved();
}
catch (Exception e)
{
// uh oh
Debug.LogException(e);
MessageBoxFactory.MakeFromConfig(SaveErrorMessageBoxConfig);
}
}
else if (triggerData.ButtonPressed == UIMessageBox.MessageBoxButtonType.Neutral)
{
// Bind a GUID for each component
Dictionary <SPLogicComponent, Guid> guidMap = Canvas.Components
.ToDictionary(c => c, c => Guid.NewGuid());
// Generate configs for components
List <LogicComponentConfig> componentConfigs = guidMap
.Select(kvp => kvp.Key.GenerateConfig(kvp.Value))
.ToList();
// Generate configs for edges, mapping connected components using GUIDs
List <EdgeConfig> edgeConfigs = Canvas.Edges
.Select(e => e.GenerateConfig(guidMap))
.ToList();
// Generate additional configs to save state of input togglers
List <InputToggleConfig> toggleConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPInputToggler))
.Select(kvp => new InputToggleConfig
{
guid_string = kvp.Value.ToString(),
value = ((InputComponent)kvp.Key.LogicComponent).value
})
.ToList();
List <InputToggleConfig> numberedToggleConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPNumberedInputToggler))
.Select(kvp => new InputToggleConfig
{
guid_string = kvp.Value.ToString(),
value = ((InputComponent)kvp.Key.LogicComponent).value
})
.ToList();
// Generate test cases config:
List <TestCaseConfig> testCaseConfigs = new List <TestCaseConfig>();
// Generate one based on Circuit:
// Just a dummy one so you have a template on how to modify it.
TestCaseConfig testCase = new TestCaseConfig();
foreach (var kvp in Canvas.NumberedInputs)
{
InputComponent inputComponent = kvp.Value.LogicComponent as InputComponent;
testCase.SetInput(kvp.Key, inputComponent.value);
}
foreach (var kvp in Canvas.NumberedOutputs)
{
Output output = kvp.Value.LogicComponent as Output;
testCase.SetOutput(kvp.Key, output.Value);
}
testCaseConfigs.Add(testCase);
// Generate additional configs to save state of clock components
List <ClockComponentConfig> clockConfigs = guidMap
.Where(kvp => kvp.Key.GetType() == typeof(SPClock))
.Select(kvp => new ClockComponentConfig
{
guid_string = kvp.Value.ToString(),
period = ((Clock)kvp.Key.LogicComponent).Period
})
.ToList();
// Generate default title strings.
String titleText = "Objective";
String bodyText = "Your aim is to turn all the lights on.\nYou can not delete pre-placed components.\nAll components placed must use all endpoints and contribute to at least one output light.";
// Build savefile
CircuitConfig spConfig = new CircuitConfig(
componentConfigs,
edgeConfigs,
toggleConfigs,
numberedToggleConfigs,
clockConfigs,
testCaseConfigs,
GameMode.ActivateAllOutputsChallenge,
titleText: titleText,
bodyText: bodyText);
#if DEVELOPMENT_BUILD
string saveData = JsonUtility.ToJson(spConfig, prettyPrint: true);
#else
string saveData = JsonUtility.ToJson(spConfig, prettyPrint: false);
#endif
// Build full file path
string filename = triggerData.TextInput + ".json";
string fullpath = Directories.CHALLENGE_FOLDER_FULL_PATH + "/" + filename;
// Write to file
Debug.Log("Saving to " + fullpath);
try
{
Directory.CreateDirectory(Directories.CHALLENGE_FOLDER_FULL_PATH);
File.WriteAllText(fullpath, saveData);
Canvas.SetAsSaved();
}
catch (Exception e)
{
// uh oh
Debug.LogException(e);
MessageBoxFactory.MakeFromConfig(SaveErrorMessageBoxConfig);
}
}
Canvas.Frozen = false;
Destroy(triggerData.Sender.gameObject);
}
/// <summary>
/// Callback to be executed after OpenCircuitMessageBox.
/// Unfreezes the canvas and closes the message box.
/// Positive trigger clears the current circuit and loads a saved one from JSON.
/// </summary>
/// <param name="triggerData">Data to pass from the trigger source to the trigger target.</param>
public void Trigger(MessageBoxTriggerData triggerData)
{
if (triggerData.ButtonPressed == UIMessageBox.MessageBoxButtonType.Positive)
{
// Check for unsaved changes
if (triggerData.Sender.GetType() == typeof(OpenCircuitMessageBox) &&
Canvas.IsUnsaved)
{
// Ask for confirmation of unsaved changes, save filename
SelectedFilenameStash.Push(triggerData.TextInput);
MessageBoxFactory.MakeFromConfig(UnsavedChangesMessageBoxConfig, this);
Destroy(triggerData.Sender.gameObject);
return;
}
else if (triggerData.Sender.GetType() == typeof(ConfirmMessageBox))
{
// Confirmation received, pop filename
triggerData.TextInput = SelectedFilenameStash.Pop();
SelectedFilenameStash.Clear();
}
string fullpath = Directories.SAVEFILE_FOLDER_FULL_PATH + "/" + triggerData.TextInput + ".json";
// Read from file
Debug.Log("Opening circuit from " + fullpath);
string data;
try
{
data = File.ReadAllText(fullpath);
}
catch (Exception e)
{
Debug.LogException(e);
MessageBoxFactory.MakeFromConfig(OpenErrorMessageBoxConfig);
Canvas.Frozen = false;
Destroy(triggerData.Sender.gameObject);
return;
}
// Parse JSON into configs
var circuitConfig = JsonUtility.FromJson <CircuitConfig>(data);
var componentConfigs = circuitConfig.logic_components;
var edgeConfigs = circuitConfig.edges;
var togglerConfigs = circuitConfig.toggles;
var numberedTogglerConfigs = circuitConfig.numbered_toggles;
var clockConfigs = circuitConfig.clocks;
Assert.AreEqual(circuitConfig.game_mode, GameMode.Sandbox);
// Clear the canvas
for (int i = Canvas.Components.Count - 1; i >= 0; --i)
{
Canvas.Components[i].Delete();
}
var logicComponentFactory = new SPLogicComponentFactory(Canvas.Foreground);
// Build components whilst populating GUID map
Dictionary <Guid, SPLogicComponent> guidMap = componentConfigs.ToDictionary(
config => config.Guid,
config => logicComponentFactory.MakeFromConfig(config));
Canvas.Components.AddRange(guidMap.Values);
// Restore state for input togglers
foreach (var config in togglerConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPInputToggler inputToggler = (SPInputToggler)guidMap[guid];
if (((InputComponent)inputToggler.LogicComponent).value != config.value)
{
inputToggler.ToggleValue();
}
}
foreach (var config in numberedTogglerConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPNumberedInputToggler inputToggler = (SPNumberedInputToggler)guidMap[guid];
if (((InputComponent)inputToggler.LogicComponent).value != config.value)
{
inputToggler.ToggleValue();
}
}
// Restore state for clock components
foreach (var config in clockConfigs)
{
Guid guid = Guid.Parse(config.guid_string);
SPClock clock = (SPClock)guidMap[guid];
((Clock)clock.LogicComponent).Period = config.period;
}
// Build edges using GUID map
foreach (var config in edgeConfigs)
{
Canvas.StartEdge(guidMap[config.ComponentGuids[0]].InConnectors[config.connector_ids[0]]);
Canvas.FinishEdge(guidMap[config.ComponentGuids[1]].OutConnectors[config.connector_ids[1]]);
}
// Loading a circuit means the circuit that was just loaded is "saved"
Canvas.CurrentMode = GameMode.Sandbox;
Canvas.SetAsSaved();
FindObjectOfType <UIOverlayControlVerifyChallengeButton>().GetComponent <RectTransform>().sizeDelta = new Vector2
{
x = 0,
y = 0
};
}
Canvas.Frozen = false;
Destroy(triggerData.Sender.gameObject);
}