unit SUBaseScanner interface uses System Generics Collections SUBaseOb

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unit SUBaseScanner;
interface
uses
System.Generics.Collections, SUBaseObject, SUBaseFilter;
Type
PBaseClilocFilter = class
private
m_ClilocID : Cardinal;
m_State : Boolean;
public
function Compare(Properties:PBaseProperty):Boolean;
Constructor Create;
class function Generate(SClilocID:Cardinal;SState:Boolean):PBaseClilocFilter;
property ClilocID : Cardinal read m_ClilocID write m_ClilocID;
property State : Boolean read m_State write m_State;
end;
PBasePropertyFilter = class
private
m_ClilocID : Cardinal;
m_Param : Integer;
m_ReqValue : Integer;
m_Comperator : String;
public
function Compare(Properties:PBaseProperty):Boolean;
Constructor Create;
class function Generate(SClilocID:Cardinal;SParam,SValue:Integer;SComperator:String):PBasePropertyFilter;
property ClilocID : Cardinal read m_ClilocID write m_ClilocID;
property Param : Integer read m_Param write m_Param;
property ReqValue : Integer read m_ReqValue write m_ReqValue;
property Comperator : String read m_Comperator write m_Comperator;
end;
PBaseTextFilter = class
private
m_ClilocID : Cardinal;
m_Param : Integer;
m_ReqValue : String;
m_Explizit : Integer;
public
function Compare(Properties:PBaseProperty):Boolean;
Constructor Create;
class function Generate(SClilocID: Cardinal; SParam:Integer;SValue:String;SExplit: Integer): PBaseTextFilter;
property ClilocID : Cardinal read m_ClilocID write m_ClilocID;
property Param : Integer read m_Param write m_Param;
property ReqValue : String read m_ReqValue write m_ReqValue;
property Explizit : Integer read m_Explizit write m_Explizit;
end;
PBaseFilterEngine = class
private
m_ClilocFilter : TList<PBaseClilocFilter>;
m_BasePropertyFilter : TList<PBasePropertyFilter>;
m_BaseTextFilter : TList<PBaseTextFilter>;
public
function Analyse(Obj:PBaseObject):Boolean;
Constructor Create;
property ClilocFilter : TList<PBaseClilocFilter> read m_ClilocFilter write m_ClilocFilter;
property BasePropertyFilter : TList<PBasePropertyFilter> read m_BasePropertyFilter write m_BasePropertyFilter;
property BaseTextFilter : TList<PBaseTextFilter> read m_BaseTextFilter write m_BaseTextFilter;
end;
PBaseScanner = class
private
m_Distance : Cardinal;
m_Vertical : Cardinal;
m_Nullpoint : Boolean;
m_ReadSub : Boolean;
m_Results : TList<PBaseObject>;
m_Ignored : TList<PBaseObject>;
m_TypeList : TList<Word>;
m_ColorList : TList<Word>;
m_FilterList : TList<PBaseFilterEngine>;
m_LocationList : TList<Cardinal>;
m_FindItem : PBaseObject;
m_FindCount : Integer;
m_FindQuantity : Integer;
m_FindFullQuantity : Integer;
public
Constructor Create();
procedure Scan(); virtual;
property Distance : Cardinal read m_Distance write m_Distance;
property Vertical : Cardinal read m_Vertical write m_Vertical;
property UseNullPoint : Boolean read m_Nullpoint write m_Nullpoint;
property Results : TList<PBaseObject> read m_Results;
property Ignored : TList<PBaseObject> read m_Ignored;
property TypeList : TList<Word> read m_TypeList write m_TypeList;
property ColorList : TList<Word> read m_ColorList write m_ColorList;
property FilterList : TList<PBaseFilterEngine> read m_FilterList write m_FilterList;
property LocationList : TList<Cardinal> read m_LocationList write m_LocationList;
property ReadSubContainer : Boolean read m_ReadSub write m_ReadSub;
property FindItem : PBaseObject read m_FindItem;
property FindCount : Integer read m_FindCount;
property FindQuantity : Integer read m_FindQuantity;
property FindFullQuantity : Integer read m_FindFullQuantity;
end;
{PBaseMapScanner = class
//function FindAtCoord(X, Y : Word) : Cardinal;
end;
PBaseNotorietyScanner = class
//function FindNotoriety(ObjType : Word; Notoriety : Byte) : Cardinal;
end; }
implementation
uses
SUStealth, SysUtils;
{ PBaseFilterEngine }
function PBaseFilterEngine.Analyse(Obj: PBaseObject): Boolean;
var
ergebnis : Boolean;
i : Integer;
begin
ergebnis := True;
if(ergebnis)then
begin
for i := 0 to (m_ClilocFilter.Count - 1) do
begin
if(ergebnis) then ergebnis := m_ClilocFilter[i].Compare(Obj.Properties);
end;
end;
if(ergebnis)then
begin
for i := 0 to (m_BasePropertyFilter.Count - 1) do
begin
if(ergebnis) then ergebnis := m_BasePropertyFilter[i].Compare(Obj.Properties);
end;
end;
if(ergebnis)then
begin
for i := 0 to (m_BaseTextFilter.Count - 1) do
begin
if(ergebnis) then ergebnis := m_BaseTextFilter[i].Compare(Obj.Properties);
end;
end;
Result := ergebnis;
end;
constructor PBaseFilterEngine.Create;
begin
m_ClilocFilter := TList<PBaseClilocFilter>.Create;
m_BasePropertyFilter := TList<PBasePropertyFilter>.Create;
m_BaseTextFilter := TList<PBaseTextFilter>.Create;
end;
{ PBaseClilocFilter }
function PBaseClilocFilter.Compare(Properties: PBaseProperty): Boolean;
begin
Result := (Properties.Contains(ClilocID) = State);
end;
constructor PBaseClilocFilter.Create;
begin
m_ClilocID := 0;
m_State := False;
end;
class function PBaseClilocFilter.Generate(SClilocID: Cardinal; SState: Boolean): PBaseClilocFilter;
begin
Result := PBaseClilocFilter.Create;
Result.ClilocID := SClilocID;
Result.State := SState;
end;
{ PBasePropertyFilter }
function PBasePropertyFilter.Compare(Properties: PBaseProperty): Boolean;
var
P : TList<String>;
val : Variant;
rval : Integer;
begin
Result := False;
if(Properties.Contains(ClilocID))then
begin
P := Properties.GetParams(ClilocID);
if(Param < P.Count) and ( Param > -1)then
begin
val := P[Param];
try
rval := val;
except
exit;
end;
if(Comperator = '>')then
begin
Result := rval > ReqValue;
end else if(Comperator = '>=')then
begin
Result := rval >= ReqValue;
end else if(Comperator = '=')then
begin
Result := rval = ReqValue;
end else if(Comperator = '<>')then
begin
Result := rval <> ReqValue;
end else if(Comperator = '<=')then
begin
Result := rval <= ReqValue;
end else if(Comperator = '<')then
begin
Result := rval < ReqValue;
end;
end;
end;
end;
constructor PBasePropertyFilter.Create;
begin
m_ClilocID := 0;
m_Param := 0;
m_ReqValue := 0;
m_Comperator := '=';
end;
class function PBasePropertyFilter.Generate(SClilocID: Cardinal; SParam, SValue: Integer; SComperator: String): PBasePropertyFilter;
begin
Result := PBasePropertyFilter.Create();
Result.ClilocID := SClilocID;
Result.Param := SParam;
Result.ReqValue := SValue;
Result.Comperator := SComperator;
end;
{ PBaseTextFilter }
function PBaseTextFilter.Compare(Properties: PBaseProperty): Boolean;
var
P : TList<String>;
val : String;
begin
Result := False;
if(Properties.Contains(ClilocID))then
begin
P := Properties.GetParams(ClilocID);
if(Param < P.Count) and ( Param > -1)then
begin
val := P[Param];
if(Explizit = -2)then
begin
Result := UpperCase(val) = UpperCase(ReqValue);
end else if(Explizit = -1)then
begin
Result := val = ReqValue;
end else if(Explizit = 1)then
begin
Result := Pos(val,ReqValue,0)> 0;
end else if(Explizit = 2)then
begin
Result := Pos(UpperCase(val),UpperCase(ReqValue),0)> 0;
end;
end;
end;
end;
constructor PBaseTextFilter.Create;
begin
m_ClilocID := 0;
m_Param := 0;
m_ReqValue := '';
m_Explizit := 0;
end;
class function PBaseTextFilter.Generate(SClilocID: Cardinal; SParam:Integer;SValue:String;SExplit: Integer): PBaseTextFilter;
begin
Result := PBaseTextFilter.Create();
Result.ClilocID := SClilocID;
Result.Param := SParam;
Result.ReqValue := SValue;
Result.Explizit := SExplit;
end;
{ PBaseScanner }
constructor PBaseScanner.Create;
begin
m_Distance := 0;
m_Vertical := 0;
m_Nullpoint := True;
m_Results := TList<PBaseObject>.Create;
m_TypeList := TList<Word>.Create;
m_ColorList := TList<Word>.Create;
m_LocationList := TList<Cardinal>.Create;
m_FilterList := TList<PBaseFilterEngine>.Create;
m_Ignored := TList<PBaseObject>.Create;
m_FindItem := PBaseObject.Create(0);
m_ReadSub := False;
m_FindCount := 0;
m_FindQuantity := 0;
m_FindFullQuantity := 0;
end;
procedure PBaseScanner.Scan;
var
objectlist : TArray<Cardinal>;
Serial : Cardinal;
Obj : PBaseObject;
Filter : PBaseFilterEngine;
ergebnis : Boolean;
Count : Integer;
begin
Results.Clear();
Ignored.Clear();
m_FindItem := PBaseObject.Create(0);
m_FindCount := 0;
m_FindQuantity := 0;
m_FindFullQuantity := 0;
if(TypeList.Count > 0) and ( ColorList.Count>0) and (LocationList.Count>0)then
begin
Script.FindEngine.FindTypesArrayEx(TypeList.ToArray(),ColorList.ToArray(),LocationList.ToArray(),ReadSubContainer);
m_FindItem := PBaseObject.Create(Script.FindEngine.FindItem);
objectlist := Script.FindEngine.GetFindedList();
m_FindCount := Script.FindEngine.FindCount;
m_FindQuantity := Script.FindEngine.FindQuantity;
m_FindFullQuantity := Script.FindEngine.FindFullQuantity;
if(objectlist <> nil)then
begin
for Serial in objectlist do
begin
Obj := PBaseObject.Create(Serial);
Count := 0;
for filter in FilterList do
begin
if(Count = 0)then
begin
ergebnis := filter.Analyse(Obj);
if (ergebnis) then Inc(Count);
end;
end;
if(Count>0)then
begin
if(Results.Count = 0) then m_FindItem := Obj;
Results.Add(Obj);
end else begin
Ignored.Add(Obj);
end;
end;
end;
end;
end;
end.