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unit TestDbgControl;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, TestDbgConfig, TTestDbgExecuteables;
type
TWriteLogConfig = (wlNever, wlAlways, wlOnError);
TCanCpuBits = function(b: TCpuBitType): Boolean;
TCanSymType = function(s: TSymbolType): Boolean;
TCanCompiler = function(name: string): Boolean;
TCanDebugger = function(name: string): Boolean;
TCanTest = function(id: Pointer): Boolean;
TGetTestPattern = function: string;
TSetLogPath = procedure(path: string);
TGetLogPath = function: string;
TGetWriteLog = function: TWriteLogConfig;
TRegisterCompiler = procedure(name: string);
TRegisterDebugger = procedure(name: string);
TRegisterTest = function(Name: String; Parent: Pointer = nil): Pointer;
var
CanCpuBitsProc: TCanCpuBits;
CanSymTypeProc: TCanSymType;
CanCompilerProc: TCanCompiler;
CanDebuggerProc: TCanDebugger;
CanTestProc: TCanTest;
GetTestPatternProc: TGetTestPattern;
SetLogPathProc: TSetLogPath;
GetLogPathProc: TGetLogPath;
GetWriteLogProc: TGetWriteLog;
RegisterCompilerProc: TRegisterCompiler;
RegisterDebuggerProc: TRegisterDebugger;
RegisterTestProc: TRegisterTest;
function TestControlCanCpuBits(b: TCpuBitType): Boolean;
function TestControlCanSymType(s: TSymbolType): Boolean;
function TestControlCanCompiler(name: string): Boolean;
function TestControlCanDebugger(name: string): Boolean;
function TestControlCanTest(id: Pointer): Boolean;
function TestControlGetTestPattern: string;
procedure TestControlRegisterCompiler(name: string);
procedure TestControlRegisterDebugger(name: string);
function TestControlRegisterTest(Name: String; Parent: Pointer = nil): Pointer;
procedure TestControlSetLogPath(path: string);
function TestControlGetLogPath: string;
function TestControlGetWriteLog: TWriteLogConfig;
procedure TestControlRegisterCompilers(c: TBaseList);
procedure TestControlRegisterDebuggers(d: TBaseList);
implementation
var
LogPath: String;
function TestControlCanCpuBits(b: TCpuBitType): Boolean;
begin
Result := True;
if CanCpuBitsProc <> nil then
Result := CanCpuBitsProc(b);
end;
function TestControlCanSymType(s: TSymbolType): Boolean;
begin
Result := True;
if CanSymTypeProc <> nil then
Result := CanSymTypeProc(s);
end;
function TestControlCanCompiler(name: string): Boolean;
begin
Result := True;
if CanCompilerProc <> nil then
Result := CanCompilerProc(name);
end;
function TestControlCanDebugger(name: string): Boolean;
begin
Result := True;
if CanDebuggerProc <> nil then
Result := CanDebuggerProc(name);
end;
function TestControlCanTest(id: Pointer): Boolean;
begin
Result := True;
if id = nil then
exit;
if CanTestProc <> nil then
Result := CanTestProc(id);
end;
function TestControlGetTestPattern: string;
begin
Result := '';
if GetTestPatternProc <> nil then
Result := GetTestPatternProc();
end;
procedure TestControlRegisterCompiler(name: string);
begin
if RegisterCompilerProc <> nil then
RegisterCompilerProc(name);
end;
procedure TestControlRegisterDebugger(name: string);
begin
if RegisterDebuggerProc <> nil then
RegisterDebuggerProc(name);
end;
function TestControlRegisterTest(Name: String; Parent: Pointer): Pointer;
begin
Result := nil;
if RegisterTestProc <> nil then
Result := RegisterTestProc(Name, Parent);
end;
procedure TestControlSetLogPath(path: string);
begin
if SetLogPathProc <> nil then
SetLogPathProc(path)
else
LogPath := path;
end;
function TestControlGetLogPath: string;
begin
Result := LogPath;
if GetLogPathProc <> nil then
Result := GetLogPathProc();
end;
function TestControlGetWriteLog: TWriteLogConfig;
begin
Result := wlNever;
if GetWriteLogProc <> nil then
Result := GetWriteLogProc()
else
if TestControlGetLogPath <> '' then
Result := wlAlways;
end;
procedure TestControlRegisterCompilers(c: TBaseList);
var
i: Integer;
begin
for i := 0 to c.Count - 1 do
TestControlRegisterCompiler(c.Name[i]);
end;
procedure TestControlRegisterDebuggers(d: TBaseList);
var
i: Integer;
begin
for i := 0 to d.Count - 1 do
TestControlRegisterDebugger(d.Name[i]);
end;
end.
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