fbintf/testsuite/TestManager.pas

unit TestManager;
{$IFDEF MSWINDOWS} 
{$DEFINE WINDOWS} 
{$ENDIF}

{$IFDEF FPC}
{$mode delphi}
{$codepage utf8}
{$ENDIF}

interface

uses
  Classes, SysUtils, IB;

{$IFDEF MSWINDOWS}
const LineEnding = #$0D#$0A;
{$ENDIF}

type
  TTestManager = class;

  { TTestBase }

  TTestBase = class
  private
    FOwner: TTestManager;
  protected
    FHexStrings: boolean;
    function ExtractDBName(ConnectString: AnsiString): AnsiString;
    function ReportResults(Statement: IStatement): IResultSet;
    procedure ReportResult(aValue: IResults);
    procedure PrintHexString(s: AnsiString);
    procedure PrintDPB(DPB: IDPB);
    procedure PrintMetaData(meta: IMetaData);
    procedure ParamInfo(SQLParams: ISQLParams);
    procedure WriteArray(ar: IArray);
    procedure WriteAffectedRows(Statement: IStatement);
    function WriteServiceQueryResult(QueryResult: IServiceQueryResults): boolean;
    procedure writeLicence(Item: IServiceQueryResultItem);
    procedure WriteConfig(config: IServiceQueryResultItem);
    procedure WriteUsers(users: IServiceQueryResultItem);
    procedure WriteDBAttachments(att: IServiceQueryResultItem);
    procedure WriteLimboTransactions(limbo: IServiceQueryResultItem);
    procedure WriteDBInfo(DBInfo: IDBInformation);
    procedure WriteBytes(Bytes: TByteArray);
    procedure WriteOperationCounts(Category: AnsiString; ops: TDBOperationCounts);
    procedure WritePerfStats(stats: TPerfCounters);
    procedure CheckActivity(Attachment: IAttachment); overload;
    procedure CheckActivity(Transaction: ITransaction); overload;
  public
    constructor Create(aOwner: TTestManager);  virtual;
    function TestTitle: AnsiString; virtual; abstract;
    procedure RunTest(CharSet: AnsiString; SQLDialect: integer); virtual; abstract;
    property Owner: TTestManager read FOwner;
  end;

  TTest = class of TTestBase;

  { TTestManager }

  TTestManager = class
  private
    FTests: TList;
    FServer: AnsiString;
    FPortNo: AnsiString;
    FEmployeeDatabaseName: AnsiString;
    FNewDatabaseName: AnsiString;
    FSecondNewDatabaseName: AnsiString;
    FUserName: AnsiString;
    FPassword: AnsiString;
    FBackupFileName: AnsiString;
    FShowStatistics: boolean;
    procedure CleanUp;
  public
    constructor Create;
    destructor Destroy; override;
    function GetUserName: AnsiString;
    function GetPassword: AnsiString;
    function GetEmployeeDatabaseName: AnsiString;
    function GetNewDatabaseName: AnsiString;
    function GetSecondNewDatabaseName: AnsiString;
    function GetBackupFileName: AnsiString;
    procedure RunAll;
    procedure Run(TestID: integer);
    procedure SetUserName(aValue: AnsiString);
    procedure SetPassword(aValue: AnsiString);
    procedure SetEmployeeDatabaseName(aValue: AnsiString);
    procedure SetNewDatabaseName(aValue: AnsiString);
    procedure SetSecondNewDatabaseName(aValue: AnsiString);
    procedure SetBackupFileName(aValue: AnsiString);
    property ShowStatistics: boolean read FShowStatistics write FShowStatistics;
    property Server: AnsiString read FServer;
  end;

var
  TestMgr: TTestManager = nil;

var OutFile: text;

procedure RegisterTest(aTest: TTest);

implementation

uses IBUtils
{$IFDEF MSWINDOWS}
, windows;

function GetTempDir: AnsiString;
var
  tempFolder: array[0..MAX_PATH] of Char;
begin
  GetTempPath(MAX_PATH, @tempFolder);
  result := StrPas(tempFolder);
end;
{$ELSE}
;
{$ENDIF}

procedure RegisterTest(aTest: TTest);
begin
  if TestMgr = nil then
    TestMgr := TTestManager.Create;
  TestMgr.FTests.Add(aTest.Create(TestMgr));
end;

{ TTestBase }

constructor TTestBase.Create(aOwner: TTestManager);
begin
  inherited Create;
  FOwner := aOwner;
end;

function TTestBase.ExtractDBName(ConnectString: AnsiString): AnsiString;
var ServerName: AnsiString;
    Protocol: TProtocolAll;
    PortNo: AnsiString;
    i: integer;
begin
  if not ParseConnectString(ConnectString, ServerName, Result, Protocol,PortNo) then
  begin
    {assume either inet format (remote) or localhost}
    Result := ConnectString;
    if Pos('inet',Result) = 1 then
    begin
      system.Delete(Result,1,7);
      i := Pos('/',Result);
      if i > 0 then
        system.delete(Result,1,i);
    end
    else
    if Pos('localhost:',Result) = 1 then
      system.Delete(Result,1,10)
  end;
end;

function TTestBase.ReportResults(Statement: IStatement): IResultSet;
begin
  Result := Statement.OpenCursor;
  try
    while Result.FetchNext do
      ReportResult(Result);
  finally
    Result.Close;
  end;
  writeln(OutFile);
end;

procedure TTestBase.ReportResult(aValue: IResults);
var i: integer;
    s: AnsiString;
begin
  for i := 0 to aValue.getCount - 1 do
  begin
    if aValue[i].IsNull then
      writeln(OutFile,aValue[i].Name,' = NULL')
    else
    case aValue[i].SQLType of
    SQL_ARRAY:
      begin
        if not aValue[i].IsNull then
          WriteArray(aValue[i].AsArray);
      end;
    SQL_FLOAT,SQL_DOUBLE,
    SQL_D_FLOAT:
      writeln(OutFile, aValue[i].Name,' = ',FormatFloat('#,##0.00',aValue[i].AsFloat));

    SQL_INT64:
      if aValue[i].Scale <> 0 then
        writeln(OutFile, aValue[i].Name,' = ',FormatFloat('#,##0.00',aValue[i].AsFloat))
      else
        writeln(OutFile,aValue[i].Name,' = ',aValue[i].AsString);

    SQL_BLOB:
      if aValue[i].IsNull then
        writeln(OutFile,aValue[i].Name,' = (null blob)')
      else
      if aValue[i].SQLSubType = 1 then
      begin
        s := aValue[i].AsString;
        if FHexStrings then
        begin
          write(OutFile,aValue[i].Name,' = ');
          PrintHexString(s);
          writeln(OutFile,' (Charset Id = ',aValue[i].GetCharSetID, ' Codepage = ',StringCodePage(s),')');
        end
        else
        begin
          writeln(OutFile,aValue[i].Name,' (Charset Id = ',aValue[i].GetCharSetID, ' Codepage = ',StringCodePage(s),')');
          writeln(OutFile);
          writeln(OutFile,s);
        end
      end
      else
        writeln(OutFile,aValue[i].Name,' = (blob), Length = ',aValue[i].AsBlob.GetBlobSize);

    SQL_TEXT,SQL_VARYING:
    begin
      if aValue[i].GetCharSetID = 1 then
      s := aValue[i].AsString
      else
        s := Trim(aValue[i].AsString);
      if FHexStrings then
      begin
        write(OutFile,aValue[i].Name,' = ');
        PrintHexString(s);
        writeln(OutFile,' (Charset Id = ',aValue[i].GetCharSetID, ' Codepage = ',StringCodePage(s),')');
      end
      else
      if aValue[i].GetCharSetID > 0 then
        writeln(OutFile,aValue[i].Name,' = ',s,' (Charset Id = ',aValue[i].GetCharSetID, ' Codepage = ',StringCodePage(s),')')
      else
        writeln(OutFile,aValue[i].Name,' = ',s);
    end;

    else
      writeln(OutFile,aValue[i].Name,' = ',aValue[i].AsString);
    end;
  end;
end;

procedure TTestBase.PrintHexString(s: AnsiString);
var i: integer;
begin
  for i := 1 to length(s) do
    write(OutFile,Format('%x ',[byte(s[i])]));
end;

procedure TTestBase.PrintDPB(DPB: IDPB);
var i: integer;
begin
  writeln(OutFile,'DPB');
  writeln(OutFile,'Count = ', DPB.getCount);
  for i := 0 to DPB.getCount - 1 do
    writeln(OutFile,DPB[i].getParamType,' = ', DPB[i].AsString);
  writeln(OutFile);
end;

procedure TTestBase.PrintMetaData(meta: IMetaData);
var i, j: integer;
    ar: IArrayMetaData;
    bm: IBlobMetaData;
    Bounds: TArrayBounds;
begin
  writeln(OutFile,'Metadata');
  for i := 0 to meta.GetCount - 1 do
  with meta[i] do
  begin
    writeln(OutFile,'SQLType =',GetSQLTypeName);
    writeln(OutFile,'sub type = ',getSubType);
    writeln(OutFile,'Table = ',getRelationName);
    writeln(OutFile,'Owner = ',getOwnerName);
    writeln(OutFile,'Column Name = ',getSQLName);
    writeln(OutFile,'Alias Name = ',getAliasName);
    writeln(OutFile,'Field Name = ',getName);
    writeln(OutFile,'Scale = ',getScale);
    writeln(OutFile,'Charset id = ',getCharSetID);
    if getIsNullable then writeln(OutFile,'Nullable') else writeln(OutFile,'Not Null');
    writeln(OutFile,'Size = ',GetSize);
    case getSQLType of
      SQL_ARRAY:
        begin
          writeln(OutFile,'Array Meta Data:');
          ar := GetArrayMetaData;
          writeln(OutFile,'SQLType =',ar.GetSQLTypeName);
          writeln(OutFile,'Scale = ',ar.getScale);
          writeln(OutFile,'Charset id = ',ar.getCharSetID);
          writeln(OutFile,'Size = ',ar.GetSize);
          writeln(OutFile,'Table = ',ar.GetTableName);
          writeln(OutFile,'Column = ',ar.GetColumnName);
          writeln(OutFile,'Dimensions = ',ar.GetDimensions);
          write(OutFile,'Bounds: ');
          Bounds := ar.GetBounds;
          for j := 0 to Length(Bounds) - 1 do
            write(OutFile,'(',Bounds[j].LowerBound,':',Bounds[j].UpperBound,') ');
          writeln(OutFile);
        end;
      SQL_BLOB:
        begin
          writeln(OutFile);
          writeln(OutFile,'Blob Meta Data');
          bm := GetBlobMetaData;
          writeln(OutFile,'SQL SubType =',bm.GetSubType);
          writeln(OutFile,'Table = ',bm.GetRelationName);
          writeln(OutFile,'Column = ',bm.GetColumnName);
          writeln(OutFile,'CharSetID = ',bm.GetCharSetID);
          writeln(OutFile,'Segment Size = ',bm.GetSegmentSize);
          writeln(OutFile);
        end;
    end;
    writeln(OutFile);
  end;
end;

procedure TTestBase.ParamInfo(SQLParams: ISQLParams);
var i: integer;
begin
  writeln(OutFile,'SQL Params');
  for i := 0 to SQLParams.Count - 1 do
  with SQLParams[i] do
  begin
    writeln(OutFile,'SQLType =',GetSQLTypeName);
    writeln(OutFile,'sub type = ',getSubType);
    writeln(OutFile,'Field Name = ',getName);
    writeln(OutFile,'Scale = ',getScale);
    writeln(OutFile,'Charset id = ',getCharSetID);
    if getIsNullable then writeln(OutFile,'Nullable') else writeln(OutFile,'Not Null');
    writeln(OutFile,'Size = ',GetSize);
    writeln(OutFile);
  end;
end;

procedure TTestBase.WriteArray(ar: IArray);
var Bounds: TArrayBounds;
    i,j: integer;
begin
  write(OutFile,'Array: ');
  Bounds := ar.GetBounds;
  case ar.GetDimensions of
  1:
    begin
      for i := Bounds[0].LowerBound to Bounds[0].UpperBound do
        write(OutFile,'(',i,': ',ar.GetAsVariant([i]),') ');
    end;

  2:
    begin
      for i := Bounds[0].LowerBound to Bounds[0].UpperBound do
        for j := Bounds[1].LowerBound to Bounds[1].UpperBound do
          write(OutFile,'(',i,',',j,': ',ar.GetAsVariant([i,j]),') ');
    end;
  end;
  writeln(OutFile);
end;

procedure TTestBase.WriteAffectedRows(Statement: IStatement);
var  SelectCount, InsertCount, UpdateCount, DeleteCount: integer;
begin
  Statement.GetRowsAffected(SelectCount, InsertCount, UpdateCount, DeleteCount);
  writeln(OutFile,'Select Count = ', SelectCount,' InsertCount = ',InsertCount,' UpdateCount = ', UpdateCount, ' DeleteCount = ',DeleteCount);
end;

function TTestBase.WriteServiceQueryResult(QueryResult: IServiceQueryResults): boolean;
var i: integer;
    line: AnsiString;
begin
  Result := true;
  for i := 0 to QueryResult.GetCount - 1 do
  with QueryResult[i] do
  case getItemType of
  isc_info_svc_version:
    writeln(OutFile,'Service Manager Version = ',getAsInteger);
  isc_info_svc_server_version:
    writeln(OutFile,'Server Version = ',getAsString);
  isc_info_svc_implementation:
    writeln(OutFile,'Implementation = ',getAsString);
  isc_info_svc_get_license:
    writeLicence(QueryResult[i]);
  isc_info_svc_get_license_mask:
    writeln(OutFile,'Licence Mask = ',getAsInteger);
  isc_info_svc_capabilities:
    writeln(OutFile,'Capabilities = ',getAsInteger);
  isc_info_svc_get_config:
    WriteConfig(QueryResult[i]);
  isc_info_svc_get_env:
    writeln(OutFile,'Root Directory = ',getAsString);
  isc_info_svc_get_env_lock:
    writeln(OutFile,'Lock Directory = ',getAsString);
  isc_info_svc_get_env_msg:
    writeln(OutFile,'Message File = ',getAsString);
  isc_info_svc_user_dbpath:
    writeln(OutFile,'Security File = ',getAsString);
  isc_info_svc_get_licensed_users:
    writeln(OutFile,'Max Licenced Users = ',getAsInteger);
  isc_info_svc_get_users:
    WriteUsers(QueryResult[i]);
  isc_info_svc_svr_db_info:
    WriteDBAttachments(QueryResult[i]);
  isc_info_svc_line:
    begin
      line := getAsString;
      writeln(OutFile,line);
      Result := line <> '';
    end;
  isc_info_svc_running:
    writeln(OutFile,'Is Running = ',getAsInteger);
  isc_info_svc_limbo_trans:
    WriteLimboTransactions(QueryResult[i]);
  isc_info_svc_to_eof,
  isc_info_svc_timeout,
  isc_info_truncated,
  isc_info_data_not_ready,
  isc_info_svc_stdin:
    {ignore};
  else
    writeln(OutFile,'Unknown Service Response Item ', getItemType);
  end;
  writeln(OutFile);
end;

procedure TTestBase.writeLicence(Item: IServiceQueryResultItem);
var i: integer;
begin
  for i := 0 to Item.getCount - 1 do
  with Item[i] do
  case getItemType of
    isc_spb_lic_id:
      writeln(OutFile,'Licence ID = ',GetAsString);
    isc_spb_lic_key:
      writeln(OutFile,'Licence Key = ',GetAsString);
  end;
end;

procedure TTestBase.WriteConfig(config: IServiceQueryResultItem);
var i: integer;
begin
  writeln(OutFile,'Firebird Configuration File');
  for i := 0 to config.getCount - 1 do
    writeln(OutFile,'Key = ',config[i].getItemType,', Value = ',config[i].getAsInteger);
  writeln(OutFile);
end;

procedure TTestBase.WriteUsers(users: IServiceQueryResultItem);
var i: integer;
begin
  writeln(OutFile,'Sec. Database User');
  for i := 0 to users.getCount - 1 do
  with users[i] do
  case getItemType of
    isc_spb_sec_username:
      writeln(OutFile,'User Name = ',getAsString);
    isc_spb_sec_firstname:
      writeln(OutFile,'First Name = ',getAsString);
    isc_spb_sec_middlename:
      writeln(OutFile,'Middle Name = ',getAsString);
    isc_spb_sec_lastname:
      writeln(OutFile,'Last Name = ',getAsString);
    isc_spb_sec_userid:
      writeln(OutFile,'User ID = ',getAsInteger);
    isc_spb_sec_groupid:
      writeln(OutFile,'Group ID = ',getAsInteger);
    else
      writeln(OutFile,'Unknown user info ', getItemType);
  end;
  writeln(OutFile);
end;

procedure TTestBase.WriteDBAttachments(att: IServiceQueryResultItem);
var i: integer;
begin
  writeln(OutFile,'DB Attachments');
  for i := 0 to att.getCount - 1 do
  with att[i] do
  case getItemType of
  isc_spb_num_att:
    writeln(OutFile,'No. of Attachments = ',getAsInteger);
  isc_spb_num_db:
    writeln(OutFile,'Databases In Use = ',getAsInteger);
  isc_spb_dbname:
    writeln(OutFile,'DB Name = ',getAsString);
  end;
end;

procedure TTestBase.WriteLimboTransactions(limbo: IServiceQueryResultItem);
var i: integer;
begin
  writeln(OutFile,'Limbo Transactions');
  for i := 0 to limbo.getCount - 1 do
  with limbo[i] do
  case getItemType of
  isc_spb_single_tra_id:
    writeln(OutFile,'Single DB Transaction = ',getAsInteger);
  isc_spb_multi_tra_id:
    writeln(OutFile,'Multi DB Transaction = ',getAsInteger);
  isc_spb_tra_host_site:
    writeln(OutFile,'Host Name = ',getAsString);
  isc_spb_tra_advise:
    writeln(OutFile,'Resolution Advisory = ',getAsInteger);
  isc_spb_tra_remote_site:
    writeln(OutFile,'Server Name = ',getAsString);
  isc_spb_tra_db_path:
    writeln(OutFile,'DB Primary File Name = ',getAsString);
  isc_spb_tra_state:
    begin
      write(OutFile,'State = ');
      case getAsInteger of
        isc_spb_tra_state_limbo:
          writeln(OutFile,'limbo');
        isc_spb_tra_state_commit:
          writeln(OutFile,'commit');
        isc_spb_tra_state_rollback:
          writeln(OutFile,'rollback');
        isc_spb_tra_state_unknown:
          writeln(OutFile,'Unknown');
      end;
    end;
  end;
end;

procedure TTestBase.WriteDBInfo(DBInfo: IDBInformation);
var i, j: integer;
    bytes: TByteArray;
    ConType: integer;
    DBFileName: AnsiString;
    DBSiteName: AnsiString;
    Version: byte;
    VersionString: AnsiString;
    Users: TStringList;
begin
  for i := 0 to DBInfo.GetCount - 1 do
  with DBInfo[i] do
  case getItemType of
  isc_info_db_read_only:
     if getAsInteger <> 0 then
       writeln(OutFile,'Database is Read Only')
     else
       writeln(OutFile,'Database is Read/Write');
  isc_info_allocation:
    writeln(OutFile,'Pages =',getAsInteger);
  isc_info_base_level:
    begin
      bytes := getAsBytes;
      write(OutFile,'Base Level = ');
      WriteBytes(Bytes);
    end;
   isc_info_db_id:
     begin
       DecodeIDCluster(ConType,DBFileName,DBSiteName);
       writeln(OutFile,'Database ID = ', ConType,' FB = ', DBFileName, ' SN = ',DBSiteName);
     end;
   isc_info_implementation:
     begin
       bytes := getAsBytes;
       write(OutFile,'Implementation = ');
       WriteBytes(Bytes);
     end;
   isc_info_no_reserve:
     writeln(OutFile,'Reserved = ',getAsInteger);
   isc_info_ods_minor_version:
     writeln(OutFile,'ODS minor = ',getAsInteger);
   isc_info_ods_version:
     writeln(OutFile,'ODS major = ',getAsInteger);
   isc_info_page_size:
     writeln(OutFile,'Page Size = ',getAsInteger);
   isc_info_version:
     begin
       DecodeVersionString(Version,VersionString);
       writeln(OutFile,'Version = ',Version,': ',VersionString);
     end;
   isc_info_current_memory:
     writeln(OutFile,'Server Memory = ',getAsInteger);
   isc_info_forced_writes:
     writeln(OutFile,'Forced Writes  = ',getAsInteger);
   isc_info_max_memory:
     writeln(OutFile,'Max Memory  = ',getAsInteger);
   isc_info_num_buffers:
     writeln(OutFile,'Num Buffers  = ',getAsInteger);
   isc_info_sweep_interval:
     writeln(OutFile,'Sweep Interval  = ',getAsInteger);
   isc_info_user_names:
     begin
       Users := TStringList.Create;
       try
        write(OutFile,'Logged in Users: ');
        DecodeUserNames(Users);
        for j := 0 to Users.Count - 1 do
          write(OutFile,Users[j],',');

       finally
         Users.Free;
       end;
       writeln(OutFile);
     end;
   isc_info_fetches:
     writeln(OutFile,'Fetches  = ',getAsInteger);
   isc_info_marks:
     writeln(OutFile,'Writes  = ',getAsInteger);
   isc_info_reads:
     writeln(OutFile,'Reads  = ',getAsInteger);
   isc_info_writes:
     writeln(OutFile,'Page Writes  = ',getAsInteger);
   isc_info_backout_count:
     WriteOperationCounts('Record Version Removals',getOperationCounts);
   isc_info_delete_count:
     WriteOperationCounts('Deletes',getOperationCounts);
   isc_info_expunge_count:
     WriteOperationCounts('Expunge Count',getOperationCounts);
   isc_info_insert_count:
     WriteOperationCounts('Insert Count',getOperationCounts);
   isc_info_purge_count:
     WriteOperationCounts('Purge Count Countites',getOperationCounts);
   isc_info_read_idx_count:
     WriteOperationCounts('Indexed Reads Count',getOperationCounts);
   isc_info_read_seq_count:
     WriteOperationCounts('Sequential Table Scans',getOperationCounts);
   isc_info_update_count:
     WriteOperationCounts('Update Count',getOperationCounts);
   isc_info_db_SQL_Dialect:
     writeln(OutFile,'SQL Dialect = ',getAsInteger);
   isc_info_creation_date:
     writeln(OutFile,'Database Created: ',DateTimeToStr(getAsDateTime));
   isc_info_active_tran_count:
     writeln(OutFile,'Active Transaction Count = ',getAsInteger);
   fb_info_page_contents:
     begin
       writeln('Database Page');
       PrintHexString(getAsString);
       writeln;
     end;
   fb_info_pages_used:
     writeln(OutFile,'Pages Used = ',getAsInteger);
   fb_info_pages_free:
   writeln(OutFile,'Pages Free = ',getAsInteger);

   isc_info_truncated:
     writeln(OutFile,'Results Truncated');
   else
     writeln(OutFile,'Unknown Response ',getItemType);
  end;
end;

procedure TTestBase.WriteBytes(Bytes: TByteArray);
var i: integer;
begin
  for i := 0 to length(Bytes) - 1 do
    write(OutFile,Bytes[i],',');
  writeln(OutFile);
end;

procedure TTestBase.WriteOperationCounts(Category: AnsiString;
  ops: TDBOperationCounts);
var i: integer;
begin
  writeln(OutFile,Category,' Operation Counts');
  for i := 0 to Length(ops) - 1 do
  begin
    writeln(OutFile,'Table ID = ',ops[i].TableID);
    writeln(OutFile,'Count = ',ops[i].Count);
  end;
  writeln(OutFile);
end;

procedure TTestBase.WritePerfStats(stats: TPerfCounters);
begin
  writeln(OutFile,'Current memory = ', stats[psCurrentMemory]);
  writeln(OutFile,'Delta memory = ', stats[psDeltaMemory]);
  writeln(OutFile,'Max memory = ', stats[psMaxMemory]);
  writeln(OutFile,'Elapsed time= ', FormatFloat('#0.000',stats[psRealTime]/1000),' sec');
  writeln(OutFile,'Cpu = ', FormatFloat('#0.000',stats[psUserTime]/1000),' sec');
  writeln(OutFile,'Buffers = ', stats[psBuffers]);
  writeln(OutFile,'Reads = ', stats[psReads]);
  writeln(OutFile,'Writes = ', stats[psWrites]);
  writeln(OutFile,'Fetches = ', stats[psFetches]);
end;

procedure TTestBase.CheckActivity(Attachment: IAttachment);
begin
    writeln(OutFile,'Database Activity = ',Attachment.HasActivity)
end;

procedure TTestBase.CheckActivity(Transaction: ITransaction);
begin
  writeln(OutFile,'Transaction Activity = ',Transaction.HasActivity)
end;

{ TTestManager }

procedure TTestManager.CleanUp;
var DPB: IDPB;
    Attachment: IAttachment;
begin
  DPB := FirebirdAPI.AllocateDPB;
  DPB.Add(isc_dpb_user_name).setAsString(GetUserName);
  DPB.Add(isc_dpb_password).setAsString(GetPassword);
  Attachment := FirebirdAPI.OpenDatabase(GetNewDatabaseName,DPB,false);
  if Attachment <> nil then
    Attachment.DropDatabase;
  Attachment := FirebirdAPI.OpenDatabase(GetSecondNewDatabaseName,DPB,false);
  if Attachment <> nil then
    Attachment.DropDatabase;
end;

constructor TTestManager.Create;
begin
  inherited Create;
  FTests := TList.Create;
  FNewDatabaseName :=  GetTempDir + 'fbtestsuite.fdb';
  FSecondNewDatabaseName :=   GetTempDir + 'fbtestsuite2.fdb';
  FUserName := 'SYSDBA';
  FPassword := 'masterkey';
  FEmployeeDatabaseName := 'employee';
  FBackupFileName := GetTempDir + 'testbackup.gbk';
  FServer := 'localhost';
end;

destructor TTestManager.Destroy;
var i: integer;
begin
  if assigned(FTests) then
  begin
    for i := 0 to FTests.Count - 1 do
      TObject(FTests[i]).Free;
    FTests.Free;
  end;
  inherited Destroy;
end;

function TTestManager.GetUserName: AnsiString;
begin
  Result := FUserName;
end;

function TTestManager.GetPassword: AnsiString;
begin
  Result := FPassword;
end;

function TTestManager.GetEmployeeDatabaseName: AnsiString;
begin
  if FirebirdAPI.GetClientMajor < 3 then
    Result := MakeConnectString(FServer,  FEmployeeDatabaseName, TCP,FPortNo)
  else
    Result := MakeConnectString(FServer,  FEmployeeDatabaseName, inet,FPortNo);
end;

function TTestManager.GetNewDatabaseName: AnsiString;
begin
  if FirebirdAPI.GetClientMajor < 3 then
    Result := MakeConnectString(FServer,  FNewDatabaseName, TCP,FPortNo)
  else
    Result := MakeConnectString(FServer,  FNewDatabaseName, inet,FPortNo);
end;

function TTestManager.GetSecondNewDatabaseName: AnsiString;
begin
  if FirebirdAPI.GetClientMajor < 3 then
    Result := MakeConnectString(FServer,  FSecondNewDatabaseName, TCP,FPortNo)
  else
    Result := MakeConnectString(FServer,  FSecondNewDatabaseName, inet,FPortNo);
end;

function TTestManager.GetBackupFileName: AnsiString;
begin
  Result := FBackupFileName;
end;

procedure TTestManager.RunAll;
var i: integer;
begin
  CleanUP;
  for i := 0 to FTests.Count - 1 do
    with TTestBase(FTests[i]) do
  begin
    writeln(OutFile,'Running ' + TestTitle);
    writeln(ErrOutput,'Running ' + TestTitle);
    try
      RunTest('UTF8',3);
    except on E:Exception do
      begin
        writeln(OutFile,'Test Completed with Error: ' + E.Message);
        Exit;
      end;
    end;
    writeln(OutFile);
    writeln(OutFile);
  end;
end;

procedure TTestManager.Run(TestID: integer);
begin
  CleanUp;
  if (TestID <= 0 ) or (TestID > FTests.Count) then
  begin
    writeln(OutFile,'Invalid Test ID - ',TestID);
    Exit;
  end;
  with TTestBase(FTests[TestID-1]) do
  begin
    writeln(OutFile,'Running ' + TestTitle);
    writeln(ErrOutput,'Running ' + TestTitle);
    try
      RunTest('UTF8',3);
    except on E:Exception do
      begin
        writeln(OutFile,'Test Completed with Error: ' + E.Message);
        Exit;
      end;
    end;
    writeln(OutFile);
    writeln(OutFile);
  end;
end;

procedure TTestManager.SetUserName(aValue: AnsiString);
begin
  FUserName := aValue;
end;

procedure TTestManager.SetPassword(aValue: AnsiString);
begin
  FPassword := aValue;
end;

procedure TTestManager.SetEmployeeDatabaseName(aValue: AnsiString);
begin
  FEmployeeDatabaseName := aValue;
end;

procedure TTestManager.SetNewDatabaseName(aValue: AnsiString);
begin
  FNewDatabaseName := aValue;
end;

procedure TTestManager.SetSecondNewDatabaseName(aValue: AnsiString);
begin
  FSecondNewDatabaseName := aValue;
end;

procedure TTestManager.SetBackupFileName(aValue: AnsiString);
begin
  FBackupFileName := aValue;
end;

end.

Revision:	308
Committed:	Sat Jul 18 10:26:30 2020 UTC (3 years, 9 months ago) by tony
Content type:	text/x-pascal
File size:	24741 byte(s)
Log Message:	Fixes Merged