Code archives/Miscellaneous/BlitzMax benchmark
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| Results (ns - nanoseconds): Empty cycle: 0.11 ns IntVar1 = IntVar2: 0.8 ns Global IntVar1 = IntVar2: 0.8 ns IntVar1 = Global IntVar2: 0.82 ns Global IntVar1 = Global IntVar2: 0.97 ns FloatVar1 = FloatVar2: 0.27 ns Global FloatVar1 = FloatVar2: 0.92 ns FloatVar1 = Global FloatVar2: 0.51 ns Global FloatVar1 = Global FloatVar2: 1.14 ns StringVar1 = StringVar2: 0.3 ns Global StringVar1 = StringVar2: 6.42 ns StringVar1 = Global StringVar2: 0.3 ns Global StringVar1 = Global StringVar2: 4.6 ns If IntVar1 = IntVar2 Then: 0.6 ns If FloatVar1 = FloatVar2 Then: 1.35 ns If StringVar1 = StringVar2 Then: 4.05 ns IntVar1 > IntVar2 Then: 0.61 ns If FloatVar1 > FloatVar2 Then: 0.87 ns IntVar1 = IntArray[ ElementNum ]: 0.57 ns FloatVar1 = FloatArray[ ElementNum ]: 0.18 ns StringVar1 = StringArray[ ElementNum ]: 0.19 ns IntVar1 = IntFunction(): 1.12 ns FloatVar1 = FloatFunction(): 0.68 ns StringVar1 = StringFunction(): 2.91 ns Function1( IntVar1 ): 1.8 ns Function1( IntVar1, IntVar2 ): 2.4 ns Function3( IntVar1, IntVar2, IntVar3 ): 2.35 ns IntVar1 = FloatVar2: 3.58 ns FloatVar1 = IntVar2: 0.29 ns IntVar1 = NumString: 38.03 ns FloatVar1 = NumString: 32.69 ns StingVar1 = IntVar2: 90.2 ns StringVar1 = FloatVar2: 1425.03 ns IntVar1 = IntVar2 + IntVar3: 0.81 ns FloatVar1 = FloatVar2 + FloatVar3: 0.16 ns IntVar1 = IntVar2 + IntVar3: 0.48 ns FloatVar1 = FloatVar2 - FloatVar3: 0.52 ns IntVar1 = IntVar2 * IntVar3: 0.69 ns FloatVar1 = FloatVar2 * FloatVar3: 0.24 ns IntVar1 = IntVar2 / IntVar3: 1.79 ns FloatVar1 = FloatVar2 / FloatVar3: 0.42 ns IntVar1 = IntVar2 ^ Power: 621.83 ns FloatVar1 = FloatVar2 ^ Power: 326.08 ns IntVar1 = Abs( IntVar2 ): 2.58 ns FloatVar1 = Abs( FloatVar2 ): 2.77 ns IntVar1 = Sgn( IntVar2 ): 3.94 ns FloatVar1 = Sgn( FloatVar2 ): 2.18 ns IntVar1 = Rand( IntVar2 ): 37.58 ns FloatVar1 = Rnd( FloatVar2 ): 18.47 ns IntVar1 = Int( FloatVar2 ): 5.64 ns IntVar1 = Floot( FloatVar2 ): 51.23 ns IntVar1 = Ceil( FloatVar2 ): 57.58 ns IntVar1 = IntVar2 And IntVar3: 1.12 ns IntVar1 = IntVar2 Or IntVar3: 1.17 ns IntVar1 = Not( IntVar2 ): 1.0 ns IntVar1 = IntVar2 & IntVar3: 1.73 ns IntVar1 = IntVar2 | IntVar3: 1.45 ns IntVar1 = IntVar2 Shl BitNum: 0.74 ns IntVar1 = IntVar2 Shr BitNum: 0.85 ns FloatVar1 = Sin( FloatVar2 ): 66.08 ns FloatVar1 = Cos( FloatVar2 ): 34.33 ns FloatVar1 = Tan( FloatVar2 ): 62.54 ns FloatVar1 = ASin( SinValue ): 143.29 ns FloatVar1 = ACos( SinValue ): 238.3 ns FloatVar1 = ATan( SinValue ): 64.93 ns FloatVar1 = ATan2( FloatVar2, FloatVar3 ): 91.44 ns FloatVar1 = Sqr( FloatVar2 ): 53.37 ns FloatVar1 = Log( LogValue ): 30.44 ns FloatVar1 = Log10( LogValue ): 94.56 ns FloatVar1 = Exp( Power ): 77.12 ns StringVar1 = StringVar2[ ..ElementNum ]: 73.94 ns StringVar1 = StringVar2[ ElementNum.. ]: 74.22 ns StringVar1 = StringVar2[ ElementNum1..ElementNum2 ]: 44.21 ns StringVar1 = StringVar2.Find( SubString1 ): 151.39 ns StringVar1 = StringVar2.Replace( SubString1, SubString2 ): 117.23 ns StringVar1 = StringVar2.ToLower(): 76.01 ns StringVar1 = Chr( SymbolNum ): 66.46 ns IntVar1 = Asc( Symbol ): 3.8 ns Object1 = Object2: 0.37 ns Object1.IntField = IntVar2: 0.91 ns Object1.FloatField = FloatVar2: 8.73 ns Object1.StringField = StringVar2: 4.07 ns IntVar1 = Object1.IntMethod(): 5.13 ns FloatVar1 = Object1.FloatMethod(): 4.3 ns StringVar1 = Object1.StringMethod(): 3.95 ns Object1.EmptyMethod(): 4.82 ns Object1.ExistingMethod(): 4.16 ns Object2.ExistingMethod(): 4.56 ns Object1.Method1( IntVar1 ): 3.93 ns Object1.Method2( IntVar1, IntVar2 ): 5.09 ns Object1.Method3( IntVar1, IntVar2,IntVar3 ): 4.6 ns Object1.Method1Var( IntVar1 ): 4.87 ns Object1.Method2Var( IntVar1, IntVar2 ): 7.63 ns Object1.Method3Var( IntVar1, IntVar2,IntVar3 ): 8.58 ns | |||||
SuperStrict SeedRnd( Millisecs() ) Type Type1 Field IntField:Int Field FloatField:Int Field StringField:String Method EmptyMethod() End Method Method ExistingMethod() IntField :+ 1 End Method Method IntMethod:Int() Return IntField End Method Method FloatMethod:Float() Return FloatField End Method Method StringMethod:String() Return StringField End Method Method Method1( Value1:Int ) Value1 = 0 End Method Method Method2( Value1:Int, Value2:Int ) Value1 = Value2 End Method Method Method3( Value1:Int, Value2:Int, Value3:Int ) Value1 = Value2 + Value3 End Method Method Method1Var( Value1:Int Var ) Value1 = 0 End Method Method Method2Var( Value1:Int Var, Value2:Int Var ) Value1 = 1 Value2 = 2 End Method Method Method3Var( Value1:Int Var, Value2:Int Var, Value3:Int Var ) Value1 = 1 Value2 = 2 Value3 = 3 End Method End Type Type Type2 Extends Type1 Method ExistingMethod() IntField :+ 2 End Method End Type Const Cycles:Int = 10000000 Const Passes:Int = 10 Const Size:Int = 10 Const TestsQuantity:Int = 86 Local TestTime:Int[] = New Int[ TestsQuantity ] Local TestName:String[] = New String[ TestsQuantity ] Local IntArray:Int[] = New Int[ Size ] Local FloatArray:Float[] = New Float[ Size ] Local StringArray:String[] = New String[ Size ] Local File:TStream = WriteFile( "output.txt" ) Graphics 800, 600 For Local Pass:Int = 0 Until Passes Local TestNumArray:Int[] = New Int[ TestsQuantity ] For Local N:Int = 0 Until TestsQuantity TestNumArray[ N ] = N Next For Local N:Int = 0 Until TestsQuantity - 1 TestNumArray[ N ] = N Local M:Int = Rand( N, TestsQuantity - 1 ) Local Z:Int = TestNumArray[ M ] TestNumArray[ M ] = TestNumArray[ N ] TestNumArray[ N ] = Z Next For Local ArrayNum:Int = 0 Until TestsQuantity Local IntVar1:Int Global IntVar2:Int = Rand( -1000000000, 1000000000 ) Global IntVar3:Int = Rand( -1000000000, 1000000000 ) Local FloatVar1:Float Global FloatVar2:Float = Rnd( -1000000000.0, 1000000000.0 ) Global FloatVar3:Float = Rnd( -1000000000.0, 1000000000.0 ) Local StringVar1:String Global StringVar2:String = RndString( Size ) Global StringVar3:String = RndString( Size ) For Local N:Int = 0 Until Size StringArray[ N ] = RndString( Size ) Next Local NumString:String = "" For Local N:Int = 1 To 9 NumString :+ Chr( 48 + Rand( 0, 9 ) ) Next Local BitNum:Int = Rand( 0, 31 ) Local ElementNum:Int = Rand( 0, Size - 1 ) Local ElementNum1:Int = Rand( 0, Size / 2 - 1 ) Local ElementNum2:Int = ElementNum1 + Rand( 0, Size / 2 - 1 ) Local SubString1:String = StringVar2[ ElementNum1 + 5..ElementNum1 + 8 ] Local SubString2:String = RndString( 3 ) Local LogValue:Float = Rnd( 2.0, 1000000000.0 ) Local SinValue:Float = Rnd( -1.0, 1.0 ) Local Power:Float = Rnd( -20, 20 ) Local Symbol:String = Chr( Rand( 32, 127 ) ) Local SymbolNum:Int = Rand( 32, 127 ) Local Object1:Type1 = New Type1 Local Object2:Type2 = New Type2 Local Time:Int = Millisecs() Local TestNum:Int = TestNumArray[ ArrayNum ] Select TestNum Case 0 For Local N:Int = 0 Until Cycles Next TestName[ TestNum ] = "Empty cycle" Case 1 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 Next TestName[ TestNum ] = "IntVar1 = IntVar2" Case 2 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2" Case 3 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2 Next TestName[ TestNum ] = "StringVar1 = StringVar2" Case 4 For Local N:Int = 0 Until Cycles If IntVar1 = IntVar2 Then IntVar1 = IntVar2 Next TestName[ TestNum ] = "If IntVar1 = IntVar2 Then" Case 5 For Local N:Int = 0 Until Cycles If FloatVar1 = FloatVar2 Then IntVar1 = IntVar2 Next TestName[ TestNum ] = "If FloatVar1 = FloatVar2 Then" Case 6 For Local N:Int = 0 Until Cycles If StringVar1 = StringVar2 Then IntVar1 = IntVar2 Next TestName[ TestNum ] = "If StringVar1 = StringVar2 Then" Case 7 For Local N:Int = 0 Until Cycles If IntVar1 > IntVar2 Then IntVar1 = IntVar2 Next TestName[ TestNum ] = "If IntVar1 > IntVar2 Then" Case 8 For Local N:Int = 0 Until Cycles If FloatVar1 > FloatVar2 Then IntVar1 = IntVar2 Next TestName[ TestNum ] = "If FloatVar1 > FloatVar2 Then" Case 9 For Local N:Int = 0 Until Cycles IntVar1 = IntArray[ ElementNum ] Next TestName[ TestNum ] = "IntVar1 = IntArray[ ElementNum ]" Case 10 For Local N:Int = 0 Until Cycles FloatVar1 = FloatArray[ ElementNum ] Next TestName[ TestNum ] = "FloatVar1 = FloatArray[ ElementNum ]" Case 11 For Local N:Int = 0 Until Cycles StringVar1 = StringArray[ ElementNum ] Next TestName[ TestNum ] = "StringVar1 = StringArray[ ElementNum ]" Case 12 For Local N:Int = 0 Until Cycles IntVar1 = IntFunction() Next TestName[ TestNum ] = "IntVar1 = IntFunction()" Case 13 For Local N:Int = 0 Until Cycles FloatVar1 = FloatFunction() Next TestName[ TestNum ] = "FloatVar1 = FloatFunction()" Case 14 For Local N:Int = 0 Until Cycles StringVar1 = StringFunction() Next TestName[ TestNum ] = "StringVar1 = StringFunction()" Case 15 For Local N:Int = 0 Until Cycles Function1( IntVar1 ) Next TestName[ TestNum ] = "Function1( IntVar1 )" Case 16 For Local N:Int = 0 Until Cycles Function2( IntVar1, IntVar2 ) Next TestName[ TestNum ] = "Function1( IntVar1, IntVar2 )" Case 17 For Local N:Int = 0 Until Cycles Function3( IntVar1, IntVar2, IntVar3 ) Next TestName[ TestNum ] = "Function3( IntVar1, IntVar2, IntVar3 )" Case 18 For Local N:Int = 0 Until Cycles IntVar1 = FloatVar2 Next TestName[ TestNum ] = "IntVar1 = FloatVar2" Case 19 For Local N:Int = 0 Until Cycles FloatVar1 = IntVar2 Next TestName[ TestNum ] = "FloatVar1 = IntVar2" Case 20 For Local N:Int = 0 Until Cycles IntVar1 = NumString.ToInt() Next TestName[ TestNum ] = "IntVar1 = NumString" Case 21 For Local N:Int = 0 Until Cycles FloatVar1 = NumString.ToInt() Next TestName[ TestNum ] = "FloatVar1 = NumString" Case 22 For Local N:Int = 0 Until Cycles StringVar1 = IntVar2 Next TestName[ TestNum ] = "StingVar1 = IntVar2" Case 23 For Local N:Int = 0 Until Cycles StringVar1 = FloatVar2 Next TestName[ TestNum ] = "StringVar1 = FloatVar2" Case 24 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 + IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 + IntVar3" Case 25 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 + FloatVar3 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2 + FloatVar3" Case 26 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 - IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 - IntVar3" Case 27 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 - FloatVar3 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2 - FloatVar3" Case 28 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 * IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 * IntVar3" Case 29 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 * FloatVar3 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2 * FloatVar3" Case 30 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 / IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 / IntVar3" Case 31 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 / FloatVar3 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2 / FloatVar3" Case 32 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 ^ IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 ^ Power" Case 33 For Local N:Int = 0 Until Cycles FloatVar1 = FloatVar2 ^ FloatVar3 Next TestName[ TestNum ] = "FloatVar1 = FloatVar2 ^ Power" Case 34 For Local N:Int = 0 Until Cycles IntVar1 = Abs( IntVar2 ) Next TestName[ TestNum ] = "IntVar1 = Abs( IntVar2 )" Case 35 For Local N:Int = 0 Until Cycles FloatVar1 = Abs( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Abs( FloatVar2 )" Case 36 For Local N:Int = 0 Until Cycles IntVar1 = Sgn( IntVar2 ) Next TestName[ TestNum ] = "IntVar1 = Sgn( IntVar2 )" Case 37 For Local N:Int = 0 Until Cycles FloatVar1 = Sgn( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Sgn( FloatVar2 )" Case 38 For Local N:Int = 0 Until Cycles IntVar1 = Rand( IntVar2 ) Next TestName[ TestNum ] = "IntVar1 = Rand( IntVar2 )" Case 39 For Local N:Int = 0 Until Cycles FloatVar1 = Rnd( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Rnd( FloatVar2 )" Case 40 For Local N:Int = 0 Until Cycles IntVar1 = Int( FloatVar2 ) Next TestName[ TestNum ] = "IntVar1 = Int( FloatVar2 )" Case 41 For Local N:Int = 0 Until Cycles IntVar1 = Floor( FloatVar2 ) Next TestName[ TestNum ] = "IntVar1 = Floot( FloatVar2 )" Case 42 For Local N:Int = 0 Until Cycles IntVar1 = Ceil( FloatVar2 ) Next TestName[ TestNum ] = "IntVar1 = Ceil( FloatVar2 )" Case 43 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 And IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 And IntVar3" Case 44 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 Or IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 Or IntVar3" Case 46 For Local N:Int = 0 Until Cycles IntVar1 = Not( IntVar2 ) Next TestName[ TestNum ] = "IntVar1 = Not( IntVar2 )" Case 47 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 & IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 & IntVar3" Case 48 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 | IntVar3 Next TestName[ TestNum ] = "IntVar1 = IntVar2 | IntVar3" Case 49 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 Shl BitNum Next TestName[ TestNum ] = "IntVar1 = IntVar2 Shl BitNum" Case 50 For Local N:Int = 0 Until Cycles IntVar1 = IntVar2 Shr BitNum Next TestName[ TestNum ] = "IntVar1 = IntVar2 Shr BitNum" Case 51 For Local N:Int = 0 Until Cycles FloatVar1 = Sin( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Sin( FloatVar2 )" Case 52 For Local N:Int = 0 Until Cycles FloatVar1 = Cos( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Cos( FloatVar2 )" Case 53 For Local N:Int = 0 Until Cycles FloatVar1 = Tan( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Tan( FloatVar2 )" Case 54 For Local N:Int = 0 Until Cycles FloatVar1 = ASin( SinValue ) Next TestName[ TestNum ] = "FloatVar1 = ASin( SinValue )" Case 55 For Local N:Int = 0 Until Cycles FloatVar1 = ACos( SinValue ) Next TestName[ TestNum ] = "FloatVar1 = ACos( SinValue )" Case 56 For Local N:Int = 0 Until Cycles FloatVar1 = ATan( SinValue ) Next TestName[ TestNum ] = "FloatVar1 = ATan( SinValue )" Case 57 For Local N:Int = 0 Until Cycles FloatVar1 = ATan2( FloatVar2, FloatVar3 ) Next TestName[ TestNum ] = "FloatVar1 = ATan2( FloatVar2, FloatVar3 )" Case 58 For Local N:Int = 0 Until Cycles FloatVar1 = Sqr( FloatVar2 ) Next TestName[ TestNum ] = "FloatVar1 = Sqr( FloatVar2 )" Case 59 For Local N:Int = 0 Until Cycles FloatVar1 = Log( LogValue ) Next TestName[ TestNum ] = "FloatVar1 = Log( LogValue )" Case 60 For Local N:Int = 0 Until Cycles FloatVar1 = Log10( LogValue ) Next TestName[ TestNum ] = "FloatVar1 = Log10( LogValue )" Case 61 For Local N:Int = 0 Until Cycles FloatVar1 = Exp( Power ) Next TestName[ TestNum ] = "FloatVar1 = Exp( Power )" Case 62 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2[ ..ElementNum ] Next TestName[ TestNum ] = "StringVar1 = StringVar2[ ..ElementNum ]" Case 63 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2[ ElementNum.. ] Next TestName[ TestNum ] = "StringVar1 = StringVar2[ ElementNum.. ]" Case 64 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2[ ElementNum1..ElementNum2 ] Next TestName[ TestNum ] = "StringVar1 = StringVar2[ ElementNum1..ElementNum2 ]" Case 65 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2.Find( SubString1 ) Next TestName[ TestNum ] = "StringVar1 = StringVar2.Find( SubString1 )" Case 66 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2.Replace( SubString1, SubString2 ) Next TestName[ TestNum ] = "StringVar1 = StringVar2.Replace( SubString1, SubString2 )" Case 67 For Local N:Int = 0 Until Cycles StringVar1 = StringVar2.ToLower() Next TestName[ TestNum ] = "StringVar1 = StringVar2.ToLower()" Case 68 For Local N:Int = 0 Until Cycles StringVar1 = Chr( SymbolNum ) Next TestName[ TestNum ] = "StringVar1 = Chr( SymbolNum )" Case 69 For Local N:Int = 0 Until Cycles IntVar1 = Asc( Symbol ) Next TestName[ TestNum ] = "IntVar1 = Asc( Symbol )" Case 70 For Local N:Int = 0 Until Cycles Object1 = Object2 Next TestName[ TestNum ] = "Object1 = Object2" Case 71 For Local N:Int = 0 Until Cycles Object1.IntField = IntVar2 Next TestName[ TestNum ] = "Object1.IntField = IntVar2" Case 72 For Local N:Int = 0 Until Cycles Object1.FloatField = FloatVar2 Next TestName[ TestNum ] = "Object1.FloatField = FloatVar2" Case 73 For Local N:Int = 0 Until Cycles Object1.StringField = StringVar2 Next TestName[ TestNum ] = "Object1.StringField = StringVar2" Case 74 For Local N:Int = 0 Until Cycles IntVar1 = Object1.IntMethod() Next TestName[ TestNum ] = "IntVar1 = Object1.IntMethod()" Case 75 For Local N:Int = 0 Until Cycles FloatVar1 = Object1.FloatMethod() Next TestName[ TestNum ] = "FloatVar1 = Object1.FloatMethod()" Case 76 For Local N:Int = 0 Until Cycles StringVar1 = Object1.StringMethod() Next TestName[ TestNum ] = "StringVar1 = Object1.StringMethod()" Case 77 For Local N:Int = 0 Until Cycles Object1.EmptyMethod() Next TestName[ TestNum ] = "Object1.EmptyMethod()" Case 78 For Local N:Int = 0 Until Cycles Object1.ExistingMethod() Next TestName[ TestNum ] = "Object1.ExistingMethod()" Case 79 For Local N:Int = 0 Until Cycles Object2.ExistingMethod() Next TestName[ TestNum ] = "Object2.ExistingMethod()" Case 80 For Local N:Int = 0 Until Cycles Object1.Method1( IntVar1 ) Next TestName[ TestNum ] = "Object1.Method1( IntVar1 )" Case 81 For Local N:Int = 0 Until Cycles Object1.Method2( IntVar1, IntVar2 ) Next TestName[ TestNum ] = "Object1.Method2( IntVar1, IntVar2 )" Case 82 For Local N:Int = 0 Until Cycles Object1.Method3( IntVar1, IntVar2,IntVar3 ) Next TestName[ TestNum ] = "Object1.Method3( IntVar1, IntVar2,IntVar3 )" Case 83 For Local N:Int = 0 Until Cycles Object1.Method1Var( IntVar1 ) Next TestName[ TestNum ] = "Object1.Method1Var( IntVar1 )" Case 84 For Local N:Int = 0 Until Cycles Object1.Method2Var( IntVar1, IntVar2 ) Next TestName[ TestNum ] = "Object1.Method2Var( IntVar1, IntVar2 )" Case 85 For Local N:Int = 0 Until Cycles Object1.Method3Var( IntVar1, IntVar2,IntVar3 ) Next TestName[ TestNum ] = "Object1.Method3Var( IntVar1, IntVar2,IntVar3 )" End Select TestTime[ TestNum ] :+ Millisecs() - Time Next DrawRect( 0, 0, ( Pass + 1 ) * 16, 16 ) Flip Next For Local TestNum:Int = 0 Until TestsQuantity WriteLine( File, TestName[ TestNum ] + ": " + 1000000.0 * TestTime[ TestNum ] / Passes / Cycles + " ns" ) Next CloseFile( File ) OpenURL( "output.txt" ) Function IntFunction:Int() Return 0 End Function Function FloatFunction:Float() Return 0.0 End Function Function StringFunction:String() Return "" End Function Function Function1( Value1:Int ) Value1 = 0 End Function Function Function2( Value1:Int, Value2:Int ) Value1 = Value2 End Function Function Function3( Value1:Int, Value2:Int, Value3:Int ) Value1 = Value2 + Value3 End Function Function RndString:String( Symbols:Int ) Local St:String = "" For Local N:Int = 0 Until Symbols St :+ Chr( Rand( 32, 127 ) ) Next Return St End Function |
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