public void Start()
{
if (!EditorExtensions.validVersion)
{
return;
}
//log = new Log(this.GetType().Name);
Log.Debug("Start");
// var st_offset_tweak = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_offset_tweak");
var st_offset_tweak = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_OFFSET_TWEAK);
KFSMStateChange hookOffsetUpdateFn = (from) => {
var p = EditorLogic.SelectedPart;
var parent = p.parent;
var symCount = p.symmetryCounterparts.Count;
//var attachNode = Refl.GetValue(EditorLogic.fetch, "\u001B\u0002");
//var attachNode = Refl.GetValue(EditorLogic.fetch, "symUpdateAttachNode");
var symUpdateAttachNode = Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.SYMUPDATEATTACHNODE);
//public static GizmoOffset Attach(Transform host, Quaternion rotOffset, Callback<Vector3> onMove, Callback<Vector3> onMoved, Camera refCamera = null);
Quaternion rotOffset = p.attRotation;
gizmo = GizmoOffset.Attach(EditorLogic.SelectedPart.transform,
rotOffset,
new Callback <Vector3>((offset) => {
p.transform.position = gizmo.transform.position;
p.attPos = p.transform.localPosition - p.attPos0;
Log.Info("symCount: " + symCount.ToString());
if (symCount != 0)
{
// Refl.Invoke(EditorLogic.fetch, "UpdateSymmetry", p, symCount, parent, symUpdateAttachNode);
Refl.Invoke(EditorLogic.fetch, EditorExtensions.c.UPDATESYMMETRY, p, symCount, parent, symUpdateAttachNode);
}
GameEvents.onEditorPartEvent.Fire(ConstructionEventType.PartOffsetting, EditorLogic.SelectedPart);
}), new Callback <Vector3>((offset) => {
//Refl.Invoke(EditorLogic.fetch, "onOffsetGizmoUpdated", offset);
Refl.Invoke(EditorLogic.fetch, EditorExtensions.c.ONOFFSETGIZMOUPDATED, offset);
}), EditorLogic.fetch.editorCamera);
//((GizmoOffset)Refl.GetValue(EditorLogic.fetch, "\u0012")).Detach();
//Refl.SetValue(EditorLogic.fetch, "\u0012", gizmo);
//((GizmoOffset)Refl.GetValue(EditorLogic.fetch, "gizmoOffset")).Detach();
((GizmoOffset)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.GIZMOOFFSET)).Detach();
//Refl.SetValue(EditorLogic.fetch, "gizmoOffset", gizmo);
Refl.SetValue(EditorLogic.fetch, EditorExtensions.c.GIZMOOFFSET, gizmo);
};
st_offset_tweak.OnEnter += hookOffsetUpdateFn;
OnCleanup += () => {
st_offset_tweak.OnEnter -= hookOffsetUpdateFn;
};
Log.Debug("Installed.");
}
/**
* The stock root selection has two states:
* - st_root_unselected: Active after switching to root mode. Waits for mouse up, picks part and sets SelectedPart.
* - st_root_select: The state after the first click.
*
* Skip straight to st_root state by adding an event to st_root_unselected with
* always true condition that sets up SelectedPart and transitions to st_root.
*
* Needs to run after EditorLogic#Start() so the states are initialized.
*/
public void Start()
{
Instance = this;
if (!EditorExtensions.validVersion)
{
return;
}
//if (!EditorExtensions.Instance.ReRootActive || !EditorExtensions.Instance.cfg.ReRootEnabled)
// return;
//log = new Log(this.GetType().Name);
Log.Info("SelectRoot2 Start");
// Oh god, so much dirty reflection. Please don't sue me, Squad :(
//KerbalFSM editorFSM = (KerbalFSM)Refl.GetValue(EditorLogic.fetch, "\u0001");
// Skip first click in root selection mode:
KFSMEvent skipFirstClickEvent = new KFSMEvent("SelectRoot2_skipFirstClickEvent");
skipFirstClickEvent.OnCheckCondition = (state) => {
// Um about that always true condition... There is a funny sound glitch
// if the root part doesn't have any ROOTABLE children so check for that.
// Thanks Kerbas_ad_astra, http://forum.kerbalspaceprogram.com/threads/43208?p=1948755#post1948755
return(EditorReRootUtil.GetRootCandidates(EditorLogic.RootPart.GetComponentsInChildren <Part>()).Any());
};
skipFirstClickEvent.OnEvent = () => {
//Refl.SetValue(EditorLogic.fetch, "selectedPart", EditorLogic.RootPart); // SelectedPart
Refl.SetValue(EditorLogic.fetch, EditorExtensions.c.SELECTEDPART, EditorLogic.RootPart); // SelectedPart
};
//KFSMState st_root_select = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_root_select");
KFSMState st_root_select = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_ROOT_SELECT);
skipFirstClickEvent.GoToStateOnEvent = st_root_select;
//KFSMState st_root_unselected = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_root_unselected");
KFSMState st_root_unselected = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_ROOT_UNSELECTED);
InjectEvent(st_root_unselected, skipFirstClickEvent);
// Fix ability to select if already hovering:
KFSMStateChange fixAlreadyHoveringPartFn = (from) => {
Part partUnderCursor = GetPartUnderCursor();
var selectors = EditorLogic.SortedShipList;
//EditorLogic.fetch.Lock (true, true, true, "SelectRoot2");
var selectorUnderCursor = selectors.Find(x => (Part)x == partUnderCursor);
if (selectorUnderCursor)
{
// Refl.Invoke(selectorUnderCursor, "OnMouseIsOver");
Refl.Invoke(selectorUnderCursor, EditorExtensions.c.ONMOUSEISOVER);
}
};
st_root_select.OnEnter += fixAlreadyHoveringPartFn;
OnCleanup += () => {
st_root_select.OnEnter -= fixAlreadyHoveringPartFn;
};
// Provide a more meaningful message after our changes:
KFSMStateChange postNewMessageFn = (from) => {
//var template = (ScreenMessage)Refl.GetValue(EditorLogic.fetch, "modeMsg");
var template = (ScreenMessage)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.MODEMSG);
ScreenMessages.PostScreenMessage("Select a new root part", template);
};
st_root_select.OnEnter += postNewMessageFn;
OnCleanup += () => {
st_root_select.OnEnter -= postNewMessageFn;
};
// Drop the new root part after selection:
KFSMEvent dropNewRootPartEvent = new KFSMEvent("SelectRoot2_dropNewRootPartEvent");
dropNewRootPartEvent.OnCheckCondition = (state) => {
return(EditorLogic.fetch.lastEventName.Equals("on_rootSelect"));
};
dropNewRootPartEvent.OnEvent = () => {
// Normally the backup is triggered in on_partDropped#OnCheckCondition()
// But we skip that, so do backup here instead.
EditorLogic.fetch.SetBackup();
// Normally triggered in on_partDropped#OnEvent().
GameEvents.onEditorPartEvent.Fire(ConstructionEventType.PartDropped, EditorLogic.SelectedPart);
//var template = (ScreenMessage)Refl.GetValue(EditorLogic.fetch, "modeMsg");
var template = (ScreenMessage)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.MODEMSG);
//ScreenMessages.PostScreenMessage(String.Empty, template);
if (template != null)
{
ScreenMessages.PostScreenMessage("New Root selected and dropped", template);
}
else
{
ScreenMessages.PostScreenMessage("New Root selected and dropped");
}
EditorLogic.SelectedPart.gameObject.SetLayerRecursive(0, 1 << 21);
#if false
Part[] parts = EditorLogic.RootPart.GetComponentsInChildren <Part>();
foreach (var p in parts)
{
Log.Info(p.ToString() + "p.enabled: " + p.enabled.ToString());
//Log.Info(p.ToString() + "p.frozen: " + p.active .ToString());
}
#endif
//EditorLogic.fetch.Unlock("SelectRoot2");
};
// problem is with the following line
//KFSMState st_idle = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_idle");
KFSMState st_idle = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_IDLE);
dropNewRootPartEvent.GoToStateOnEvent = st_idle;
//KFSMState st_place = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_place");
KFSMState st_place = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_PLACE);
InjectEvent(st_place, dropNewRootPartEvent);
Log.Info("Setup complete..");
}
public Refl refl; // reflection type (DIFFuse, SPECular, REFRactive)
public Sphere(double rad_, Vec p_, Vec e_, Vec c_, Refl refl_)
{
rad = rad_; p = p_; e = e_; c = c_; refl = refl_;
}
internal static string CheckReflections(Session IrSe)
{
StringBuilder Result = new StringBuilder();
if (IrSe == null)
{
return(Result.ToString());
}
if (IrSe.Request == null)
{
return(Result.ToString());
}
if (IrSe.Response == null)
{
return(Result.ToString());
}
int TotalReflections = 0;
List <Reflection> UrlReflections = new List <Reflection>();
List <Reflection> UrlPathPartReflections = new List <Reflection>();
List <Reflection> QueryReflections = new List <Reflection>();
List <Reflection> BodyReflections = new List <Reflection>();
List <Reflection> CookieReflections = new List <Reflection>();
List <Reflection> HeaderReflections = new List <Reflection>();
string ResString = IrSe.Response.ToString();
//Check if the URL is being reflected back
if (IrSe.Request.Url.Length > 1)
{
Reflection RefResult = GetReflections(IrSe.Request.Url, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = "URL";
RefResult.Value = IrSe.Request.Url;
RefResult.Section = "URL";
UrlReflections.Add(RefResult);
}
}
//check if any URL path parts are being reflected. To be checked only when Querystring and File extension are absent (to handle URL rewriting)
if ((IrSe.Request.Query.Count == 0) && (IrSe.Request.File.Length == 0) && IrSe.Request.UrlPathParts.Count > 0)
{
int PathCount = 0;
foreach (string UrlPathPart in IrSe.Request.UrlPathParts)
{
Reflection RefResult = GetReflections(UrlPathPart, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = "UrlPathPart : " + PathCount.ToString();
RefResult.Value = UrlPathPart;
RefResult.Section = "UrlPathPart";
UrlPathPartReflections.Add(RefResult);
}
PathCount++;
}
}
//check if any Query parameters are being reflected
foreach (string Name in IrSe.Request.Query.GetNames())
{
List <string> SubParametervalues = IrSe.Request.Query.GetAll(Name);
List <string> ParameterResults = new List <string>();
foreach (string Value in SubParametervalues)
{
Reflection RefResult = GetReflections(Value, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = Name;
RefResult.Value = Value;
RefResult.Section = "Query";
QueryReflections.Add(RefResult);
}
}
}
//check if any Body parameters are being reflected
foreach (string Name in IrSe.Request.Body.GetNames())
{
List <string> SubParametervalues = IrSe.Request.Body.GetAll(Name);
List <string> ParameterResults = new List <string>();
foreach (string Value in SubParametervalues)
{
Reflection RefResult = GetReflections(Value, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = Name;
RefResult.Value = Value;
RefResult.Section = "Body";
BodyReflections.Add(RefResult);
}
}
}
//check if any Cookie parameters are being reflected
foreach (string Name in IrSe.Request.Cookie.GetNames())
{
List <string> SubParametervalues = IrSe.Request.Cookie.GetAll(Name);
List <string> ParameterResults = new List <string>();
foreach (string Value in SubParametervalues)
{
Reflection RefResult = GetReflections(Value, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = Name;
RefResult.Value = Value;
RefResult.Section = "Cookie";
CookieReflections.Add(RefResult);
}
}
}
//check if any Header parameters are being reflected
foreach (string Name in IrSe.Request.Headers.GetNames())
{
List <string> SubParametervalues = IrSe.Request.Headers.GetAll(Name);
List <string> ParameterResults = new List <string>();
foreach (string Value in SubParametervalues)
{
Reflection RefResult = GetReflections(Value, ResString);
if (RefResult.Count > 0)
{
RefResult.Name = Name;
RefResult.Value = Value;
RefResult.Section = "Header";
HeaderReflections.Add(RefResult);
}
}
}
TotalReflections = UrlReflections.Count + UrlPathPartReflections.Count + QueryReflections.Count + BodyReflections.Count + CookieReflections.Count + HeaderReflections.Count;
Result.Append("<i<hh>>Total Reflections: "); Result.Append(TotalReflections.ToString()); Result.Append("<i</hh>> | ");
if (UrlReflections.Count > 0)
{
Result.Append("<i<hh>> URL : "); Result.Append(UrlReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (UrlPathPartReflections.Count > 0)
{
Result.Append("<i<hh>> URL Path : "); Result.Append(UrlPathPartReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (QueryReflections.Count > 0)
{
Result.Append("<i<hh>> Query : "); Result.Append(QueryReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (BodyReflections.Count > 0)
{
Result.Append("<i<hh>> Body : "); Result.Append(BodyReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (CookieReflections.Count > 0)
{
Result.Append("<i<hh>> Cookie : "); Result.Append(CookieReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (HeaderReflections.Count > 0)
{
Result.Append("<i<hh>> Headers : "); Result.Append(HeaderReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
Result.Append("<i<br>>");
Dictionary <int, List <Reflection> > OrderedReflections = new Dictionary <int, List <Reflection> >();
List <List <Reflection> > AllReflections = new List <List <Reflection> >()
{
UrlReflections, UrlPathPartReflections, QueryReflections, BodyReflections, CookieReflections, HeaderReflections
};
foreach (List <Reflection> ReflectionList in AllReflections)
{
foreach (Reflection Refl in ReflectionList)
{
if (OrderedReflections.ContainsKey(Refl.Length))
{
OrderedReflections[Refl.Length].Add(Refl);
}
else
{
OrderedReflections.Add(Refl.Length, new List <Reflection>()
{
Refl
});
}
}
}
List <int> LengthOrder = new List <int>(OrderedReflections.Keys);
LengthOrder.Sort();
for (int i = LengthOrder.Count - 1; i >= 0; i--)
{
int Length = LengthOrder[i];
foreach (Reflection Refl in OrderedReflections[Length])
{
Result.Append("<i<br>><i<br>>");
Result.Append("<i<h>>Section:<i</h>> "); Result.Append(Refl.Section); Result.Append(" | <i<h>>Parameter:<i</h>> "); Result.Append(Refl.Name); Result.Append(" | <i<h>>Count:<i</h>> "); Result.Append(Refl.Count.ToString()); Result.Append(" | <i<h>>Value:<i</h>><i<hlo>> "); Result.Append(Refl.Value); Result.Append("<i</hlo>>");
foreach (string R in Refl.GetReflections())
{
Result.Append("<i<br>> "); Result.Append(R.Replace(Refl.Value, "<i<hlo>>" + Refl.Value + "<i</hlo>>"));
}
}
}
return(Result.ToString());
}
public InvokeComplex(Refl a, testClass b)
{
}
public static string CheckReflections(Reflections AllReflections)
{
StringBuilder Result = new StringBuilder();
if (AllReflections.Count == 0)
{
return(Result.ToString());
}
int TotalReflections = 0;
List <Reflection> UrlReflections = AllReflections.Url;
List <Reflection> UrlPathPartReflections = AllReflections.UrlPathPart;
List <Reflection> QueryReflections = AllReflections.Query;
List <Reflection> BodyReflections = AllReflections.Body;
List <Reflection> CookieReflections = AllReflections.Cookie;
List <Reflection> HeaderReflections = AllReflections.Header;
TotalReflections = UrlReflections.Count + UrlPathPartReflections.Count + QueryReflections.Count + BodyReflections.Count + CookieReflections.Count + HeaderReflections.Count;
Result.Append("<i<hh>>Total Reflections: "); Result.Append(TotalReflections.ToString()); Result.Append("<i</hh>> | ");
if (UrlReflections.Count > 0)
{
Result.Append("<i<hh>> URL : "); Result.Append(UrlReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (UrlPathPartReflections.Count > 0)
{
Result.Append("<i<hh>> URL Path : "); Result.Append(UrlPathPartReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (QueryReflections.Count > 0)
{
Result.Append("<i<hh>> Query : "); Result.Append(QueryReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (BodyReflections.Count > 0)
{
Result.Append("<i<hh>> Body : "); Result.Append(BodyReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (CookieReflections.Count > 0)
{
Result.Append("<i<hh>> Cookie : "); Result.Append(CookieReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
if (HeaderReflections.Count > 0)
{
Result.Append("<i<hh>> Headers : "); Result.Append(HeaderReflections.Count.ToString()); Result.Append("<i</hh>> | ");
}
Result.Append("<i<br>>");
Dictionary <int, List <Reflection> > OrderedReflections = new Dictionary <int, List <Reflection> >();
foreach (List <Reflection> ReflectionList in AllReflections.GetList())
{
foreach (Reflection Refl in ReflectionList)
{
if (OrderedReflections.ContainsKey(Refl.Length))
{
OrderedReflections[Refl.Length].Add(Refl);
}
else
{
OrderedReflections.Add(Refl.Length, new List <Reflection>()
{
Refl
});
}
}
}
List <int> LengthOrder = new List <int>(OrderedReflections.Keys);
LengthOrder.Sort();
for (int i = LengthOrder.Count - 1; i >= 0; i--)
{
int Length = LengthOrder[i];
foreach (Reflection Refl in OrderedReflections[Length])
{
Result.Append("<i<br>><i<br>>");
Result.Append("<i<h>>Section:<i</h>> "); Result.Append(Refl.Section); Result.Append(" | <i<h>>Parameter:<i</h>> "); Result.Append(Refl.Name); Result.Append(" | <i<h>>Count:<i</h>> "); Result.Append(Refl.Count.ToString()); Result.Append(" | <i<h>>Value:<i</h>><i<hlo>> "); Result.Append(Refl.Value); Result.Append("<i</hlo>>");
foreach (string R in Refl.GetReflections())
{
Result.Append("<i<br>> "); Result.Append(R);
}
}
}
return(Result.ToString());
}
public void Start()
{
Instance = this;
if (!EditorExtensions.validVersion)
{
return;
}
//log = new Log(this.GetType().Name);
Log.trace("FreeOffsetBehaviour.Start");
// var st_offset_tweak = (KFSMState)Refl.GetValue(EditorLogic.fetch, "st_offset_tweak");
var st_offset_tweak = (KFSMState)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.ST_OFFSET_TWEAK);
KFSMStateChange hookOffsetUpdateFn = (from) =>
{
var p = EditorLogic.SelectedPart;
if (p != null && p.GetType() == typeof(CompoundPart))
{
return;
}
p.onEditorStartTweak();
var parent = p.parent;
var symCount = p.symmetryCounterparts.Count;
//var attachNode = Refl.GetValue(EditorLogic.fetch, "\u001B\u0002");
//var attachNode = Refl.GetValue(EditorLogic.fetch, "symUpdateAttachNode");
var symUpdateAttachNode = Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.SYMUPDATEATTACHNODE);
//public static GizmoOffset Attach(Transform host, Quaternion rotOffset, Callback<Vector3> onMove, Callback<Vector3> onMoved, Camera refCamera = null);
Quaternion rotOffset = p.attRotation;
// this.gizmoOffset = GizmoOffset.Attach(this.selectedPart.transform,
// new Callback<Vector3>(this.onOffsetGizmoUpdate),
// new Callback<Vector3>(this.onOffsetGizmoUpdated),
// this.editorCamera);
// this.audioSource.PlayOneShot(this.tweakGrabClip);
// gizmoRotate = (GizmoRotate)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.GIZMOROTATE);
gizmoOffset = GizmoOffset.Attach(EditorLogic.SelectedPart.transform,
rotOffset,
new Callback <Vector3>((offset) =>
{
if (gizmoOffset.CoordSpace == Space.Self)
{
gizmoOffset.transform.rotation = p.transform.rotation;
}
else
{
gizmoOffset.transform.rotation = Quaternion.identity;
}
p.transform.position = gizmoOffset.transform.position;
p.attPos = p.transform.localPosition - p.attPos0;
Log.detail("symCount: {0}", symCount);
if (symCount != 0)
{
// Refl.Invoke(EditorLogic.fetch, "UpdateSymmetry", p, symCount, parent, symUpdateAttachNode);
Refl.Invoke(EditorLogic.fetch, EditorExtensions.c.UPDATESYMMETRY, p, symCount, parent, symUpdateAttachNode);
}
GameEvents.onEditorPartEvent.Fire(ConstructionEventType.PartOffsetting, EditorLogic.SelectedPart);
}),
new Callback <Vector3>((offset) =>
{
//Refl.Invoke(EditorLogic.fetch, "onOffsetGizmoUpdated", offset);
Refl.Invoke(EditorLogic.fetch, EditorExtensions.c.ONOFFSETGIZMOUPDATED, offset);
}), EditorLogic.fetch.editorCamera);
//((GizmoOffset)Refl.GetValue(EditorLogic.fetch, "gizmoOffset")).Detach();
((GizmoOffset)Refl.GetValue(EditorLogic.fetch, EditorExtensions.c.GIZMOOFFSET)).Detach();
//Refl.SetValue(EditorLogic.fetch, "gizmoOffset", gizmo);
Refl.SetValue(EditorLogic.fetch, EditorExtensions.c.GIZMOOFFSET, gizmoOffset);
};
st_offset_tweak.OnEnter += hookOffsetUpdateFn;
OnCleanup += () =>
{
st_offset_tweak.OnEnter -= hookOffsetUpdateFn;
};
Log.dbg("Installed.");
}