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Modern X86 Assembly Language Programming: 32-bit, 64-bit, SSE, and AVX

by Daniel Kusswurm

December 2014

Intermediate to advanced

700 pages

16h 4m

English

Apress

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Historical OverviewData TypesFundamental Data TypesNumerical Data TypesPacked Data TypesMiscellaneous Data TypesInternal ArchitectureSegment RegistersGeneral-Purpose RegistersEFLAGS RegisterInstruction PointerInstruction OperandsMemory Addressing ModesInstruction Set OverviewData TransferBinary ArithmeticData ComparisonData ConversionLogicalRotate and ShiftByte Set and Bit StringStringFlag ManipulationControl TransferMiscellaneousSummary
Getting StartedFirst Assembly Language FunctionInteger Multiplication and DivisionX86-32 Programming FundamentalsCalling ConventionMemory Addressing ModesInteger AdditionCondition CodesArraysOne-Dimensional ArraysTwo-Dimensional ArraysStructuresSimple StructuresDynamic Structure CreationStringsCounting CharactersString ConcatenationComparing ArraysArray ReversalSummary
X87 FPU Core ArchitectureData RegistersX87 FPU Special-Purpose RegistersX87 FPU Operands and EncodingsX87 FPU Instruction SetData TransferBasic ArithmeticData ComparisonTranscendentalConstantsControlSummary
X87 FPU Programming FundamentalsSimple ArithmeticFloating-Point ComparesX87 FPU Advanced ProgrammingFloating-Point ArraysTranscendental InstructionsAdvanced Stack UsageSummary
SIMD Processing ConceptsWraparound vs. Saturated ArithmeticMMX Execution EnvironmentMMX Instruction SetData TransferArithmeticComparisonConversionLogical and ShiftUnpack and ShuffleInsertion and ExtractionState and Cache ControlSummary
MMX Programming FundamentalsPacked Integer AdditionPacked Integer ShiftsPacked Integer MultiplicationMMX Advanced ProgrammingInteger Array ProcessingUsing MMX and the x87 FPUSummary
X86-SSE OverviewX86-SSE Execution EnvironmentX86-SSE Register SetX86-SSE Data TypesX86-SSE Control-Status RegisterX86-SSE Processing TechniquesX86-SSE Instruction Set OverviewScalar Floating-Point Data TransferScalar Floating-Point ArithmeticScalar Floating-Point ComparisonScalar Floating-Point ConversionPacked Floating-Point Data TransferPacked Floating-Point ArithmeticPacked Floating-Point ComparisonPacked Floating-Point ConversionPacked Floating-Point Shuffle and UnpackPacked Floating-Point Insertion and ExtractionPacked Floating-Point BlendPacked Floating-Point LogicalPacked Integer ExtensionsPacked Integer Data TransferPacked Integer ArithmeticPacked Integer ComparisonPacked Integer ConversionPacked Integer Shuffle and UnpackPacked Integer Insertion and ExtractionPacked Integer BlendPacked Integer ShiftText String ProcessingNon-Temporal Data Transfer and Cache ControlMiscellaneousSummary
Scalar Floating-Point FundamentalsScalar Floating-Point ArithmeticScalar Floating-Point CompareScalar Floating-Point ConversionsAdvanced Scalar Floating-Point ProgrammingScalar Floating-Point SpheresScalar Floating-Point ParallelogramsSummary
Packed Floating-Point FundamentalsPacked Floating-Point ArithmeticPacked Floating-Point ComparePacked Floating-Point ConversionsAdvanced Packed Floating-Point ProgrammingPacked Floating-Point Least SquaresPacked Floating-Point 4 × 4 MatricesSummary
Packed Integer FundamentalsAdvanced Packed Integer ProgrammingPacked Integer HistogramPacked Integer ThresholdSummary
Text String FundamentalsText String ProgrammingText String Calculate LengthText String Replace CharactersSummary
X86-AVX OverviewX86-AVX Execution EnvironmentX86-AVX Register SetX86-AVX Data TypesX86-AVX Instruction SyntaxX86-AVX Feature ExtensionsX86-AVX Instruction Set OverviewPromoted x86-SSE InstructionsNew InstructionsFeature Extension InstructionsSummary
Programming FundamentalsScalar Floating-Point ArithmeticScalar Floating-Point ComparesAdvanced ProgrammingRoots of a Quadratic EquationSpherical CoordinatesSummary
Programming FundamentalsPacked Floating-Point ArithmeticPacked Floating-Point ComparesAdvanced ProgrammingCorrelation CoefficientMatrix Column MeansSummary
Packed Integer FundamentalsPacked Integer ArithmeticPacked Integer Unpack OperationsAdvanced ProgrammingImage Pixel ClippingImage Threshold Part DeuxSummary
Detecting Processor Features (CPUID)Data-Manipulation InstructionsData BroadcastData BlendData PermuteData GatherFused-Multiply-Add ProgrammingGeneral-Purpose Register InstructionsFlagless Multiplication and Bit ShiftsEnhanced Bit ManipulationSummary
Internal ArchitectureGeneral-Purpose RegistersRFLAGS RegisterInstruction Pointer RegisterInstruction OperandsMemory Addressing ModesDifferences Between X86-64 and X86-32Instruction Set OverviewBasic Instruction UseInvalid InstructionsNew InstructionsDeprecated ResourcesSummary
X86-64 Programming FundamentalsInteger ArithmeticMemory AddressingInteger OperandsFloating-Point ArithmeticX86-64 Calling ConventionBasic Stack FramesUsing Non-Volatile RegistersUsing Non-Volatile XMM RegistersMacros for Prologs and EpilogsX86-64 Arrays and StringsTwo-Dimensional ArraysStringsSummary
X86-SSE-64 Execution EnvironmentX86-SSE-64 Register SetX86-SSE-64 Data TypesX86-SSE-64 Instruction Set OverviewX86-AVX Execution EnvironmentX86-AVX-64 Register SetX86-AVX-64 Data TypesX86-AVX-64 Instruction Set OverviewSummary
X86-SSE-64 ProgrammingImage HistogramImage ConversionVector ArraysX86-AVX-64 ProgrammingEllipsoid CalculationsRGB Image ProcessingMatrix InverseMiscellaneous InstructionsSummary
Processor MicroarchitectureMulti-Core Processor OverviewMicroarchitecture Pipeline FunctionalityExecution EngineOptimizing Assembly Language CodeBasic OptimizationsFloating-Point ArithmeticProgram BranchesData AlignmentSIMD TechniquesSummary
Non-Temporal Memory StoresData PrefetchSummary

Content preview from Modern X86 Assembly Language Programming: 32-bit, 64-bit, SSE, and AVX

CHAPTER 11

X86-SSE Programming – Text Strings

The sample code from the previous three chapters focused on using the x86-SSE instruction set to implement numerically-oriented algorithms. In this chapter, you learn about the x86-SSE text string processing instructions. The x86-SSE text string instructions are somewhat different than other x86-SSE instructions since their execution depends on the value of an immediate control byte. The first section of this chapter explains the various control byte options and their operation paradigms. It also discusses several programming precautions that you must observe when using SIMD techniques to process ...

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Modern Arm Assembly Language Programming: Covers Armv8-A 32-bit, 64-bit, and SIMD

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Modern X86 Assembly Language Programming: 32-bit, 64-bit, SSE, and AVX

by Daniel Kusswurm

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
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Modern X86 Assembly Language Programming: Covers x86 64-bit, AVX, AVX2, and AVX-512

Publisher Resources

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,and much more.

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Modern Arm Assembly Language Programming: Covers Armv8-A 32-bit, 64-bit, and SIMD

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Modern X86 Assembly Language Programming: Covers X86 64-bit, AVX, AVX2, and AVX-512

Modern X86 Assembly Language Programming: Covers x86 64-bit, AVX, AVX2, and AVX-512

Publisher Resources

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
and much more.