/
StructuresFrm2.pas
5233 lines (4200 loc) · 144 KB
/
StructuresFrm2.pas
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unit StructuresFrm2;
{$mode delphi}
interface
uses
windows, Classes, LCLProc, SysUtils, FileUtil, Forms, Controls, Graphics, Dialogs, ExtCtrls, math,
StdCtrls, ComCtrls, Menus, lmessages, scrolltreeview, byteinterpreter, symbolhandler, cefuncproc,
newkernelhandler, frmSelectionlistunit, frmStructuresConfigUnit, registry, Valuechange, DOM,
XMLRead, XMLWrite, Clipbrd, CustomTypeHandler, strutils, dotnetpipe, DotNetTypes, commonTypeDefs;
{ TfrmStructures2 }
type
TdisplayMethod=(dtUnsignedInteger, dtSignedInteger, dtHexadecimal );
TStructOperation=(soAdd, soDelete, soSort);
TDissectedStruct=class;
TStructureDissectOverride=function(structure: TObject; address: ptruint): boolean of object;
TStructureNameLookup=function(var address: ptruint; var name: string): boolean of object;
TStructelement=class
private
fparent: TDissectedStruct;
foffset: integer;
fbytesize: integer;
fname: string;
fvartype: TVariableType;
fbackgroundcolor: TColor;
fCustomType: TCustomtype;
fdisplayMethod: TdisplayMethod;
fchildstruct: TDissectedStruct;
fchildstructstart: integer; //offset into the childstruct where this pointer starts. Always 0 for local structs, can be higher than 0 for other defined structs
fExpandChangesAddress: boolean;
public
delayLoadedStructname: string;
constructor createFromXMLElement(parent:TDissectedStruct; element: TDOMElement);
constructor create(parent:TDissectedStruct);
destructor destroy; override;
function getParent: TDissectedStruct;
function getOffset: integer;
procedure setOffset(newOffset: integer);
function getName: string;
procedure setName(newname: string);
function getVartype: TVariableType;
procedure setVartype(newVartype: TVariableType);
function getCustomType: TCustomType;
procedure setCustomType(newCustomtype: TcustomType);
function getDisplayMethod: TdisplayMethod;
procedure setDisplayMethod(newDisplayMethod: TdisplayMethod);
function getBytesize: integer;
procedure setBytesize(newByteSize: integer);
function getBackgroundColor: integer;
procedure setBackgroundColor(c: TColor);
function getValue(address: ptruint; hashexprefix: boolean=false; showAsHexOverride: boolean=false): string;
procedure setvalue(address: ptruint; value: string);
function getValueFromBase(baseaddress: ptruint): string;
procedure setValueFromBase(baseaddress: ptruint; value: string);
function isPointer: boolean;
function getChildStruct: TDissectedStruct;
procedure setChildStruct(newChildStruct: TDissectedStruct);
procedure setChildStructStart(offset: integer);
function getIndex: integer;
procedure AutoCreateChildStruct(name: string; address: ptruint);
procedure WriteToXMLNode(elementnodes: TDOMNode);
published
property Name: string read getName write setName; //stored as utf8
property VarType: TVariableType read getVarType write setVarType;
property CustomType: TCustomType read getCustomType write setCustomType;
property Offset: integer read getOffset write setOffset;
property DisplayMethod: TdisplayMethod read getDisplayMethod write setDisplayMethod;
property Bytesize: integer read getByteSize write setByteSize;
property BackgroundColor: TColor read getBackgroundColor write setBackgroundColor;
property ChildStruct: TDissectedStruct read getChildStruct write setChildStruct;
property ChildStructStart: integer read fchildstructstart write setChildStructStart;
property index: integer read getIndex;
property parent: TDissectedStruct read getParent;
property ExpandChangesAddress: boolean read fExpandChangesAddress write fExpandChangesAddress;
end;
TDissectedStruct=class
private
structname: string;
structelementlist: tlist;
fAutoCreate: boolean;
fAutoCreateStructsize: integer;
fDoNotSaveLocal: boolean;
fAutoDestroy: boolean;
fAutoFill: boolean;
fDefaultHex: boolean;
fUpdateCounter: integer;
fullstructupdate: boolean;
updatecalledSort: boolean;
updateChangedInformation: boolean;
updatedelements: Tlist;
function isUpdating: boolean;
function getStructureSize: integer;
procedure DoOptionsChangedNotification;
procedure DoFullStructChangeNotification;
procedure DoDeleteStructNotification;
procedure setupDefaultSettings;
procedure setDoNotSaveLocal(state: boolean);
procedure setAutoCreateStructsize(size: integer);
procedure setAutoCreate(state: boolean);
procedure setAutoDestroy(state: boolean);
procedure setAutoFill(state: boolean);
procedure setDefaultHex(state: boolean);
public
constructor create(name: string);
constructor createFromXMLNode(structure: TDOMNode);
constructor createFromOutdatedXMLNode(structure: TDOMNode);
procedure WriteToXMLNode(node: TDOMNode);
destructor destroy; override;
function getName: string;
procedure setName(newname: string);
function getElementCount: integer;
function getElement(index: integer): TStructelement;
procedure fillDelayLoadedChildstructs;
procedure beginUpdate;
procedure endUpdate;
procedure DoElementChangeNotification(element: TStructelement);
procedure OnDeleteStructNotification(structtodelete: TDissectedStruct);
procedure sortElements;
function addElement(name: string=''; offset: integer=0; vartype: TVariableType=vtByte; customtype:TCustomtype=nil; bytesize: integer=0; childstruct: TDissectedStruct=nil): TStructelement;
procedure removeElement(element: TStructelement);
procedure delete(index: integer);
procedure fillFromDotNetAddressData(const data: TAddressData);
procedure autoGuessStruct(baseaddress: ptruint; offset: integer; bytesize: integer);
procedure fillGaps(structbase: ptruint; askiftoobig: boolean);
procedure addToGlobalStructList;
procedure removeFromGlobalStructList;
function isInGlobalStructList: boolean;
function getIndexOf(element: TStructElement): integer;
function getIndexOfOffset(offset: dword): integer;
property structuresize : integer read getStructureSize;
property name: string read getName write setName;
//these properties are just for the gui
property DoNotSaveLocal: boolean read fDoNotSaveLocal write setDoNotSaveLocal;
property AutoCreateStructsize: integer read fAutoCreateStructsize write setAutoCreateStructsize;
property AutoCreate: boolean read fAutoCreate write setAutoCreate;
property AutoDestroy: boolean read fAutoDestroy write setAutoDestroy;
property AutoFill: boolean read fAutoFill write setAutoFill;
property count: integer read getElementCount;
property element[Index: Integer]: TStructelement read getElement; default;
published
property DefaultHex: boolean read fDefaultHex write setDefaultHex;
end;
PDissectedStruct=^TDissectedStruct;
//TDissectedStructs=TFPGList<TDissectedStruct>;
TfrmStructures2=class;
TStructColumn=class;
TStructGroup=class //Will handle the group compares for each group
private
parent: TfrmStructures2;
fcolumns: TList;
fgroupname: string;
fMatches: boolean;
fcurrentString: string;
isempty: boolean;
GroupBox: TGroupbox;
refcount: integer;
grouppopup: TPopupMenu;
miRename: TMenuItem;
miDelete: TMenuItem;
function getColumnCount: integer;
function getColumn(i: integer): TStructColumn;
procedure RenameClick(sender: tobject);
procedure DeleteClick(sender: Tobject);
procedure setGroupName(newname: string);
public
function getParent: TfrmStructures2;
function AColumnHasSetCaption: boolean;
procedure setPositions;
constructor create(parent: TfrmStructures2; GroupName: string);
destructor destroy; override;
procedure clear; //sets matches to true
property Matches: boolean read fMatches;
procedure addString(s:string); //sets matches to false if it doesn't match the previous string (also sets currentStrign to '' on false)
published
property currentString: string read fCurrentString;
property groupname: string read fGroupName write setGroupName;
property name: string read fGroupName write setGroupName;
property box: TGroupbox read GroupBox;
property columnCount: integer read getColumnCount;
property columns[index: integer]: TStructColumn read Getcolumn;
end;
TStructColumn=class
private
parent: TStructGroup;
faddress: ptruint;
fsavedstate: pointer; //points to a copy made in the target process
fsavedstatesize: integer;
fFocused: boolean;
edtAddress: TEdit;
columneditpopupmenu: TPopupMenu;
miToggleLock: TMenuItem;
miChangeGroup: TMenuItem;
miDelete: TMenuItem;
miCut: TMenuItem;
miCopy: TMenuItem;
miPaste: TMenuItem;
miSpider: TMenuItem;
miSetCaption: TMenuItem;
focusedShape: TShape;
lblName: TLabel;
fcompareValue: string;
procedure ChangeGroupClick(sender: tobject);
procedure DeleteClick(sender: TObject);
procedure ToggleLockClick(sender: TObject);
procedure CutClick(sender: TObject);
procedure CopyClick(sender: TObject);
procedure PasteClick(sender: TObject);
procedure SpiderClick(sender: TObject);
procedure SetCaptionClick(sender: TObject);
procedure MenuPopup(sender: TObject);
procedure edtAddressChange(sender: TObject);
function getAddress: ptruint;
procedure setAddress(address: ptruint);
function getAddressText: string;
procedure setAddressText(address: string);
procedure setFocused(state: boolean);
function getFocused: boolean;
function getGlobalIndex: integer;
procedure setNewParent(group: TStructGroup);
public
currentNodeAddress: string; //temporary storage for rendering
currentNodeValue: string;
currentNodeColor: Tcolor;
constructor create(parent: TStructGroup);
destructor destroy; override;
procedure focus;
procedure edtAddressEnter(sender: tobject);
procedure edtaddressMousedown(Sender: TObject; Button: TMouseButton; Shift: TShiftState; X, Y: Integer);
procedure clearSavedState;
function saveState: boolean;
function getSavedState: pointer;
function getSavedStateSize: integer;
function LockAddress(shownaddress: ptruint; memoryblock: pointer; size: integer): boolean; //call this when you wish to set a specific lock state based on locally saved data
function getEditWidth: integer;
function getEditLeft: integer;
function isXInColumn(x: integer): boolean;
procedure SetProperEditboxPosition;
published
property EditWidth: integer read getEditwidth;
property EditLeft: integer read getEditleft;
property Address: ptruint read getAddress write setAddress;
property Focused: boolean read getFocused write setFocused;
property CompareValue: string read fcompareValue write fcompareValue;
property GlobalIndex: integer read getGlobalIndex;
property AddressText: string read getAddressText write setAddressText;
end;
TfrmStructures2 = class(TForm)
FindDialog1: TFindDialog;
MenuItem5: TMenuItem;
MenuItem6: TMenuItem;
MenuItem7: TMenuItem;
miExpandAll: TMenuItem;
miExpandAllDefined: TMenuItem;
miClear: TMenuItem;
miCopy: TMenuItem;
miPaste: TMenuItem;
N4: TMenuItem;
miExportAll: TMenuItem;
miEverythingHex: TMenuItem;
miGenerateGroupscan: TMenuItem;
miDefaultHexadecimal: TMenuItem;
miFindRelations: TMenuItem;
miShowTypeForEntriesWithNoDescription: TMenuItem;
miAutoDestroyLocal: TMenuItem;
miAutoFillGaps: TMenuItem;
miFillGaps: TMenuItem;
miChangeValue: TMenuItem;
miShowAddresses: TMenuItem;
miDoNotSaveLocal: TMenuItem;
miFullUpgrade: TMenuItem;
miAddChildElement: TMenuItem;
miAddElement: TMenuItem;
Addextraaddress1: TMenuItem;
miAddToAddresslist: TMenuItem;
miAutoGuess: TMenuItem;
miChangeElement: TMenuItem;
miCommands: TMenuItem;
Definenewstructure1: TMenuItem;
Deletecurrentstructure1: TMenuItem;
miDeleteElement: TMenuItem;
File1: TMenuItem;
HeaderControl1: THeaderControl;
MainMenu1: TMainMenu;
miBrowsePointer: TMenuItem;
miBrowseAddress: TMenuItem;
MenuItem1: TMenuItem;
MenuItem2: TMenuItem;
MenuItem3: TMenuItem;
MenuItem4: TMenuItem;
miAutoCreate: TMenuItem;
miAutostructsize: TMenuItem;
miChangeColors: TMenuItem;
miUpdateInterval: TMenuItem;
miUpdateOffsets: TMenuItem;
N1: TMenuItem;
N2: TMenuItem;
N3: TMenuItem;
N7: TMenuItem;
N8: TMenuItem;
miNewWindow: TMenuItem;
Open1: TMenuItem;
OpenDialog1: TOpenDialog;
pnlGroups: TPanel;
pmStructureView: TPopupMenu;
miRecalculateAddress: TMenuItem;
Renamestructure1: TMenuItem;
Save1: TMenuItem;
SaveDialog1: TSaveDialog;
saveValues: TSaveDialog;
Structures1: TMenuItem;
tmFixGui: TTimer;
updatetimer: TTimer;
tvStructureView: TTreeView;
procedure Addextraaddress1Click(Sender: TObject);
procedure FindDialog1Find(Sender: TObject);
procedure HeaderControl1SectionResize(HeaderControl: TCustomHeaderControl;
Section: THeaderSection);
procedure MenuItem3Click(Sender: TObject);
procedure MenuItem5Click(Sender: TObject);
procedure MenuItem6Click(Sender: TObject);
procedure miExpandAllClick(Sender: TObject);
procedure miExpandAllDefinedClick(Sender: TObject);
procedure miClearClick(Sender: TObject);
procedure miCopyClick(Sender: TObject);
procedure miExportAllClick(Sender: TObject);
procedure miGenerateGroupscanClick(Sender: TObject);
procedure miAutoCreateClick(Sender: TObject);
procedure miAutoDestroyLocalClick(Sender: TObject);
procedure miAutoFillGapsClick(Sender: TObject);
procedure miChangeValueClick(Sender: TObject);
procedure miBrowseAddressClick(Sender: TObject);
procedure miBrowsePointerClick(Sender: TObject);
procedure miAddToAddresslistClick(Sender: TObject);
procedure Deletecurrentstructure1Click(Sender: TObject);
procedure miAutoGuessClick(Sender: TObject);
procedure miAutostructsizeClick(Sender: TObject);
procedure miChangeColorsClick(Sender: TObject);
procedure miDefaultHexadecimalClick(Sender: TObject);
procedure miDoNotSaveLocalClick(Sender: TObject);
procedure miFillGapsClick(Sender: TObject);
procedure miFindRelationsClick(Sender: TObject);
procedure miFullUpgradeClick(Sender: TObject);
procedure miChangeElementClick(Sender: TObject);
procedure Definenewstructure1Click(Sender: TObject);
procedure miDeleteElementClick(Sender: TObject);
procedure FormClose(Sender: TObject; var CloseAction: TCloseAction);
procedure FormCreate(Sender: TObject);
procedure FormDestroy(Sender: TObject);
procedure FormShow(Sender: TObject);
procedure HeaderControl1SectionTrack(HeaderControl: TCustomHeaderControl;
Section: THeaderSection; Width: Integer; State: TSectionTrackState);
procedure miAddChildElementClick(Sender: TObject);
procedure miAddElementClick(Sender: TObject);
procedure miPasteClick(Sender: TObject);
procedure miShowAddressesClick(Sender: TObject);
procedure miUpdateOffsetsClick(Sender: TObject);
procedure Open1Click(Sender: TObject);
procedure pmStructureViewPopup(Sender: TObject);
procedure miNewWindowClick(Sender: TObject);
procedure miUpdateIntervalClick(Sender: TObject);
procedure pnlGroupsClick(Sender: TObject);
procedure miRecalculateAddressClick(Sender: TObject);
procedure Renamestructure1Click(Sender: TObject);
procedure Save1Click(Sender: TObject);
procedure tmFixGuiTimer(Sender: TObject);
procedure tvStructureViewAdvancedCustomDrawItem(Sender: TCustomTreeView;
Node: TTreeNode; State: TCustomDrawState; Stage: TCustomDrawStage;
var PaintImages, DefaultDraw: Boolean);
procedure tvStructureViewDblClick(Sender: TObject);
procedure tvStructureViewMouseDown(Sender: TObject; Button: TMouseButton;
Shift: TShiftState; X, Y: Integer);
procedure updatetimerTimer(Sender: TObject);
procedure tvStructureViewCollapsed(Sender: TObject; Node: TTreeNode);
procedure tvStructureViewCollapsing(Sender: TObject; Node: TTreeNode;
var AllowCollapse: Boolean);
procedure tvStructureViewExpanded(Sender: TObject; Node: TTreeNode);
procedure tvStructureViewExpanding(Sender: TObject; Node: TTreeNode;
var AllowExpansion: Boolean);
private
{ private declarations }
fmainStruct: TDissectedStruct;
fgroups: Tlist;
fDefaultColor: TColor;
fNoMatchColor: TColor; //The color to use when not all elements have the same color
fMatchColor: tcolor; //The color to use when all elements in the group match
fAllMatchColorSame: TColor; //The color to use when all groups have matching elements AND the same value
fAllMatchColorDiff: TColor; //The color to use when all groups have matching alements but different values between groups
fDefaultColorHighlighted: TColor;
fNoMatchColorHighlighted: TColor; //The color to use when not all elements have the same color
fMatchColorHighlighted: tcolor; //The color to use when all elements in the group match
fAllMatchColorSameHighlighted: TColor; //The color to use when all groups have matching elements AND the same value
fAllMatchColorDiffHighlighted: TColor; //The color to use when all groups have matching alements but different values between groups
procedure UpdateCurrentStructOptions;
procedure setupColors;
procedure miSelectStructureClick(Sender: tobject);
function getHorizontalScrollbarString: String; //returns a string out of spaces that fills up the length of all the columns combined
procedure SetupFirstNodeLength;
procedure InitializeFirstNode;
procedure RefreshStructureList;
procedure TreeViewHScroll(sender: TObject; scrolledleft, maxscrolledleft: integer);
procedure TreeViewVScroll(sender: TObject);
procedure removeColumn(columnid: integer);
procedure FillTreenodeWithStructData(currentnode: TTreenode);
function getDisplayedDescription(se: TStructelement): string;
procedure setupNodeWithElement(node: TTreenode; element: TStructElement);
procedure setCurrentNodeStringsInColumns(node: TTreenode; element: TStructElement; highlighted: boolean=false); //sets the value for the current node into the columns
procedure setMainStruct(struct: TDissectedStruct);
function getColumn(i: integer): TStructColumn;
function getColumnCount: integer;
function getGroup(i: integer): TStructGroup;
function getGroupCount: integer;
procedure getValues(f: Tstrings); //fills a strings object with all the values
function searchString(search: string; findoptions: TFindOptions): integer;
procedure EditValueOfSelectedNodes(c:TStructColumn);
procedure expandtree(all: boolean);
public
{ public declarations }
initialaddress: PtrUInt;
lastresizecheck: dword;
function DefineNewStructure(recommendedSize: integer=4096): TDissectedStruct;
procedure addLockedAddress(shownaddress: ptruint; memoryblock: pointer; size: integer); //call this to add a locked address, and copy the memoryblock to the target process)
procedure RefreshVisibleNodes;
function addColumn: TStructColumn;
function getFocusedColumn: TStructColumn;
function getColumnAtXPos(x: integer): TStructColumn;
procedure changeNodes;
procedure addFromNode(n: TTreenode; asChild: boolean=false);
function getStructElementFromNode(node: TTreenode): TStructelement;
function getStructFromNode(node: TTreenode): TDissectedStruct;
function getChildStructFromNode(node: TTreenode): TDissectedStruct;
function getMainStruct: TDissectedStruct;
procedure getPointerFromNode(node: TTreenode; column:TStructcolumn; var baseaddress: ptruint; var offsetlist: toffsetlist);
function getAddressFromNode(node: TTreenode; column: TStructColumn; var hasError: boolean): ptruint;
procedure onAddedToStructList(sender: TDissectedStruct);
procedure onRemovedFromStructList(sender: TDissectedStruct);
procedure onFullStructChange(sender: TDissectedStruct); //called when a structure is changed (sort/add/remove entry)
procedure onStructOptionsChange(sender: TDissectedStruct);
procedure onElementChange(struct:TDissectedStruct; element: TStructelement); //called when an element of a structure is changed
procedure onStructureDelete(sender: TDissectedStruct);
procedure FixPositions;
published
property DefaultColor: TColor read fDefaultColor;
property MatchColor: TColor read fMatchColor;
property NoMatchColor: Tcolor read fNoMatchcolor;
property AllMatchColorSame: TColor read fAllMatchColorSame;
property AllMatchColorDiff: TColor read fAllMatchColorDiff;
property mainStruct : TDissectedStruct read fmainStruct write setMainStruct;
property columnCount: integer read getColumnCount;
property columns[index: integer]: TStructColumn read Getcolumn;
property groupcount: integer read getGroupCount;
property group[index: integer]: TStructGroup read getGroup;
end;
var
frmStructures2: TList;
DissectedStructs: TList;
function registerStructureDissectOverride(m: TStructureDissectOverride): integer;
procedure unregisterStructureDissectOverride(id: integer);
function lookupStructureName(address: ptruint; defaultName: string) : string;
function registerStructureNameLookup(m: TStructureNameLookup): integer;
procedure unregisterStructureNameLookup(id: integer);
implementation
{$R *.lfm}
uses MainUnit, mainunit2, frmStructures2ElementInfoUnit, MemoryBrowserFormUnit,
frmStructureLinkerUnit, frmgroupscanalgoritmgeneratorunit, frmStringPointerScanUnit,
ProcessHandlerUnit, Parsers;
resourcestring
rsAddressValue = 'Address: Value';
rsUndefined = 'undefined';
rsThisIsQuiteABigStructureHowManyBytesDoYouWantToSav = 'This is quite a big '
+'structure. How many bytes do you want to save?';
rsStructureViewLock = 'Structure view lock';
rsPointerTo = 'Pointer';
rsUnnamedStructure = 'unnamed structure';
rsStructureDefine = 'Structure define';
rsStructAlreadyExists = 'The structure named %s already exists. Are you sure you want to make another structure with this name ?';
rsGiveTheNameForThisStructure = 'Give the name for this structure';
rsDoYouWantCheatEngineToTryAndFillInTheMostBasicType = 'Do you want Cheat '
+'Engine to try and fill in the most basic types of the struct using the '
+'current address?';
rsPleaseGiveAStartingSizeOfTheStructYouCanChangeThis = 'Please give a '
+'starting size of the struct (You can change this later if needed)';
rsMemoryDissect = 'Memory dissect';
rsFirstSelectAStructureYouWantToModifyOrDefine = 'First select a structure '
+'you want to modify or define one first';
rsUpdateInterval = 'Update interval';
rsNewInterval = 'New interval';
rsDissectData = 'Dissect Data';
rsHowManyBytesDoYouWantToShiftThisAndFollowingOffset = 'How many bytes do '
+'you want to shift this and following offsets? (Decimal)';
rsAreYouSureYouWantToDelete = 'Are you sure you want to delete %s?';
rsThisIsNotAValidStructureFile = 'This is not a valid structure file';
rsWrongVersion = 'This structure file was generated with a newer version of '
+'Cheat Engine. (That means there''s more than likely a new version so '
+'please update....)';
rsUnkownFileExtension = 'Unknown file extension';
rsAreYouSureYouWantToRemoveAllStructures = 'Are you sure you want to remove '
+'all structures?';
rsRecalculateBaseOfStructure = 'Recalculate base of structure';
rsGiveTheAddressOfThisElement = 'Give the address of this element';
rsIHaveNoIdeaWhatMeans = 'I have no idea what %s means';
rsChangeGroup = 'Change group';
rsLockMemory = 'Lock memory';
rsUnlockMemory = 'Unlock memory';
rsRenameStructure = 'Rename structure';
rsGiveTheNewNameOfThisStructure = 'Give the new name of this structure';
rsPleaseGiveAStartingOffsetToEvaluate = 'Please give a starting offset to '
+'evaluate';
rsPleaseGiveTheSizeOfTheBlockToEvaluate = 'Please give the size of the '
+'block to evaluate';
rsStructureDefiner = 'Structure definer';
rsWhichGroupDoYouWantToSetThisAddressTo = 'Which group do you want to set '
+'this address to?';
rsAutogeneratedFor = 'Autogenerated for %s';
rsStructureDissect = 'Structure dissect';
rsLock = 'Lock';
rsChangeGroup2 = 'Change Group';
rsDeleteAddress = 'Delete address';
rsCut = 'Cut';
rsCopy = 'Copy';
rsPaste = 'Paste';
rsSpider = 'Spider';
rsSF2GiveTheNewNameForThisStructure = 'Give the new name for this structure';
rsSF2StructureRename = 'Structure rename';
rsSF2AreYouSureYouWantToDeleteTheStructureNamed = 'Are you sure you want to delete the structure named :';
rsSF2AreYouSureYouWantToDeleteAllTheDefinedStructures = 'Are you sure you want to delete all the defined structures ?';
rsSF2AutocreateStructureSize = 'Autocreate structure size: ';
rsSF2ChangeValue = 'Change Value';
rsSF2NewValueForThisAddress = 'New value for this address:';
rsSF2Group1 = 'Group 1';
rsSF2Group = 'Group ';
rsSF2Group2 = 'Group ';
rsSF2Rename = 'Rename';
rsSF2DeleteGroup = 'Delete group';
rsSF2TheGapBetweenOffset = 'The gap between offset %x and %x is %d bytes long. Autofill this?';
rsSF2NewGroup = '<New group>';
rsSF2GroupPicker = 'Group picker';
rsSF2SecletTheGroupThisColumnShouldBecomePartOf = 'Select the group this column should become part of';
rsSF2NewGroup2 = 'New group';
rsSF2GiveTheNewName = 'Give the new name';
rsSF2ShadowcopyAt = 'Lock ( Shadowcopy at %s )';
rsSF2NewColumnName = 'New column name';
rsSF2WhatNameShouldThisColumnHave = 'What name should this column have?';
rsSF2TStructColumnCreateError = 'TStructColumn.create Error';
rsSF2SetNameRename = 'Set name/Rename';
rsSF2RenameGroup = 'Rename group';
rsSF2GiveTheNewNameForTheGroup = 'Give the new name for the group';
rsSF2AutocreatedFrom = 'Autocreated from ';
rsSF2NameForThisGroup = 'Name for this group';
rsFS2StructureDefine = 'Structure define';
rsSF2TheGroupscanCommandHasBeenCopiedToTheClipboard = 'The groupscan command has been copied to the clipboard';
rsSF2AutocreateStructure = 'Autocreate structure';
rsSF2DefaultSize = 'Default size:';
rsSF2UnknownCustomType = 'Unknown custom type';
rsSF2Hex = ' (Hex)';
rsSF2Signed = ' (Signed)';
rsSF2To = ' to ';
var
StructureDissectOverrides: array of TStructureDissectOverride;
StructureNameLookups: array of TStructureNameLookup;
function registerStructureNameLookup(m: TStructureNameLookup): integer;
var i: integer;
begin
for i:=0 to length(StructureNameLookups)-1 do
begin
if assigned(StructureNameLookups[i])=false then
begin
StructureNameLookups[i]:=m;
result:=i;
exit;
end
end;
result:=length(StructureNameLookups);
setlength(StructureNameLookups, result+1);
StructureNameLookups[result]:=m;
end;
procedure unregisterStructureNameLookup(id: integer);
begin
if id<length(StructureNameLookups) then
StructureNameLookups[id]:=nil;
end;
function registerStructureDissectOverride(m: TStructureDissectOverride): integer;
var i: integer;
begin
for i:=0 to length(StructureDissectOverrides)-1 do
begin
if assigned(StructureDissectOverrides[i])=false then
begin
StructureDissectOverrides[i]:=m;
result:=i;
exit;
end
end;
result:=length(StructureDissectOverrides);
setlength(StructureDissectOverrides, result+1);
StructureDissectOverrides[result]:=m;
end;
procedure unregisterStructureDissectOverride(id: integer);
begin
if id<length(StructureDissectOverrides) then
StructureDissectOverrides[id]:=nil;
end;
function lookupStructureName(address: ptruint; defaultName: string) : string;
var
structName: string;
i: integer;
found: boolean;
begin
found:=false;
for i:=0 to length(StructureNameLookups)-1 do
begin
if assigned(StructureNameLookups[i]) then
begin
found := StructureNameLookups[i](address, structname);
if found then break;
end;
end;
if not found then structname:=defaultName;
result := structname;
end;
function DisplaymethodToString(d:TdisplayMethod): string;
begin
case d of
dtUnsignedInteger: result:='Unsigned Integer';
dtSignedInteger: result:='Signed Integer';
dtHexadecimal: result:='Hexadecimal';
end;
end;
function StringToDisplayMethod(s: string): TdisplayMethod;
begin
s:=LowerCase(s);
result:=dtUnsignedInteger;
if s='unsigned integer' then result:=dtUnsignedInteger else
if s='signed integer' then result:=dtSignedInteger else
if s='hexadecimal' then result:=dtHexadecimal;
end;
{Struct}
procedure TStructelement.WriteToXMLNode(elementnodes: TDOMNode);
var
doc: TDOMDocument;
elementnode: TDOMElement;
begin
doc:=elementnodes.OwnerDocument;
elementnode:=TDOMElement(elementnodes.AppendChild(doc.CreateElement('Element')));
elementnode.SetAttribute('Offset', IntToStr(self.Offset));
if self.Name<>'' then
elementnode.SetAttribute('Description', utf8toansi(self.Name));
elementnode.SetAttribute('Vartype', VariableTypeToString(self.VarType));
if self.CustomType<>nil then
elementnode.SetAttribute('Customtype', self.CustomType.name);
elementnode.SetAttribute('Bytesize', IntToStr(self.Bytesize));
elementnode.SetAttribute('DisplayMethod', DisplaymethodToString(self.DisplayMethod));
if self.ChildStructStart<>0 then
elementnode.SetAttribute('ChildStructStart', IntToStr(self.ChildStructStart));
elementnode.SetAttribute('BackgroundColor', IntToHex(backgroundcolor, 6));
if (self.isPointer) and (self.ChildStruct<>nil) then
begin
if (self.ChildStruct.isInGlobalStructList) then
begin
//set childstruct as an attribute
elementnode.SetAttribute('ChildStruct', utf8toansi(self.ChildStruct.Name));
end
else
begin
//local struct, only save if allowed
if (parent<>nil) and (parent.doNotSaveLocal=false) then //save this whole struct
ChildStruct.WriteToXMLNode(elementnode);
end;
end;
end;
function TStructelement.getParent: TDissectedStruct;
begin
result:=fParent;
end;
function TStructelement.getOffset: integer;
begin
result:=fOffset;
end;
procedure TStructelement.setOffset(newOffset: integer);
begin
if newOffset<>fOffset then
begin
fOffset:=newOffset;
parent.sortElements;
end;
end;
function TStructelement.getName: string;
begin
result:=fname;
end;
procedure TStructelement.setName(newname: string);
begin
if newname<>fname then
begin
fname:=newname;
parent.DoElementChangeNotification(Self);
end;
end;
function TStructelement.getVartype: TVariableType;
begin
result:=fVartype;
end;
procedure TStructelement.setVartype(newVartype: TVariableType);
begin
if newVartype<>fVartype then
begin
fVartype:=newVartype;
parent.DoElementChangeNotification(self);
end;
end;
function TStructelement.getCustomType: TCustomType;
begin
result:=fCustomType;
end;
procedure TStructelement.setCustomType(newCustomtype: TcustomType);
begin
if newCustomtype<>fCustomType then
begin
fCustomType:=newCustomtype;
parent.DoElementChangeNotification(self);
end;
end;
function TStructelement.getDisplayMethod: TdisplayMethod;
begin
result:=fDisplayMethod;
end;
procedure TStructelement.setDisplayMethod(newDisplayMethod: TdisplayMethod);
begin
if newDisplayMethod<>fDisplayMethod then
fDisplayMethod:=newDisplayMethod;
parent.DoElementChangeNotification(self);
end;
function TStructelement.getBytesize: integer;
begin
if vartype in [vtByteArray, vtString, vtUnicodeString] then
result:=fbytesize
else
begin
result:=1;
case vartype of
vtByte: result:=1;
vtWord: result:=2;
vtDword: result:=4;
vtQword: result:=8;
vtSingle: result:=4;
vtDouble: result:=8;
vtPointer: result:=processhandler.pointersize;
vtCustom: if customtype<>nil then result:=CustomType.bytesize;
end;
end;
end;
procedure TStructelement.setBytesize(newByteSize: integer);
begin
if newByteSize<>fbytesize then
begin
fbytesize:=max(1,newByteSize); //at least 1 byte
parent.DoElementChangeNotification(self);
end;
end;
function TStructelement.getBackgroundColor: integer;
begin
result:=fBackgroundColor;
end;
procedure TStructelement.setBackgroundColor(c: TColor);
begin
fBackgroundColor:=c;
parent.DoElementChangeNotification(self);
end;
function TStructelement.getValue(address: ptruint; hashexprefix: boolean=false; showAsHexOverride: boolean=false): string;
var vt: TVariableType;
ashex: boolean;
begin
if vartype=vtPointer then
begin
ashex:=true;
result:='P->';
if processhandler.is64Bit then
vt:=vtQword
else
vt:=vtDword;
end
else
begin
result:='';
vt:=vartype;
ashex:=displaymethod=dtHexadecimal;
end;
if showAsHexOverride then
ashex:=true;
if hashexprefix and ashex then
result:='0x'; //also takes care of P->
result:=result+readAndParseAddress(address, vt, fCustomType, ashex, displayMethod=dtSignedInteger, bytesize);
end;
procedure TStructelement.setvalue(address: ptruint; value: string);
var hex: boolean;
vt: TVariableType;
begin
if vartype=vtPointer then
begin
if processhandler.is64Bit then
vt:=vtQword
else
vt:=vtDword;
hex:=true;
//strip optional P-> part
if copy(value, 1,3)='P->' then
value:=copy(value,4, length(value)-3);
end
else
begin
vt:=vartype;
hex:=displaymethod=dtHexadecimal;
end;
try
ParseStringAndWriteToAddress(value, address, vt, hex, fCustomType);
parent.DoElementChangeNotification(self);
except
end;
end;
function TStructelement.getValueFromBase(baseaddress: ptruint): string;
begin
result:=getvalue(baseaddress+offset);
end;
procedure TStructelement.setValueFromBase(baseaddress: ptruint; value: string);
begin
setvalue(baseaddress+offset, value);
end;
function TStructelement.isPointer: boolean;
begin
result:=vartype=vtPointer;
end;
function TStructelement.getChildStruct: TDissectedStruct;
begin
result:=fchildstruct;
end;
procedure TStructelement.setChildStruct(newChildStruct: TDissectedStruct);
begin
fchildstruct:=newChildStruct;
parent.DoElementChangeNotification(self);
end;
procedure TStructelement.setChildStructStart(offset: integer);
begin
fchildstructstart:=offset;
parent.DoElementChangeNotification(self);
end;
function TStructelement.getIndex: integer;
begin
result:=parent.getIndexOf(self);
end;
procedure TStructelement.AutoCreateChildStruct(name: string; address: ptruint);
var c: TDissectedStruct;
addressdata: TAddressData;
UsedOverride: boolean;
i: integer;