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x86 Assembly Language From Ground Up™- [UdemyCourseDownloader]

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  • 文件大小:6GB
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文件列表

  1. 14. Programming with the x86 MMX Extensions/2. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part II).mp4 398MB
  2. 15. Programming with the x86 SSE Extentsions/5. Coding SSE Packed Integer Arithmetic.mp4 396MB
  3. 13. Programming with the Floating -Point Unit (FPU) Registers/7. Coding Developing the Least Squares Algorithm.mp4 261MB
  4. 15. Programming with the x86 SSE Extentsions/3. Coding Understanding SSE Floating-Point Arithmetic.mp4 240MB
  5. 10. The Nature of Mixing CC++ and Assembly/4. Coding Understanding CC++ Calling Conventions.mp4 228MB
  6. 14. Programming with the x86 MMX Extensions/3. Coding Shift Operations with Packed Data using MMX Registers.mp4 220MB
  7. 10. The Nature of Mixing CC++ and Assembly/3. Coding Computing Signed Multiplication and Division.mp4 178MB
  8. 06. Introduction to x86 Assembly Language/9. Coding Mixing CC++ and Assembly.mp4 171MB
  9. 10. The Nature of Mixing CC++ and Assembly/5. Coding Experimenting with different Addressing Modes.mp4 163MB
  10. 10. The Nature of Mixing CC++ and Assembly/7. Coding Experimenting with Conditional Codes.mp4 161MB
  11. 13. Programming with the Floating -Point Unit (FPU) Registers/4. Coding Processing Floating-Point Arrays with FPU Instructions.mp4 157MB
  12. 14. Programming with the x86 MMX Extensions/1. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part I).mp4 156MB
  13. 13. Programming with the Floating -Point Unit (FPU) Registers/2. Coding Writing a temperature conversion program using the FPU.mp4 150MB
  14. 13. Programming with the Floating -Point Unit (FPU) Registers/6. Coding Developing Algorithms with x86 FPU Transcendental Instructions.mp4 149MB
  15. 11. Working with Arrays/4. Coding Computing the Sum of Rows and Columns of a 2-Dimensional Array.mp4 148MB
  16. 03. x86 Processors & Computer Architectures/1. Evolution of Intel Processors.mp4 142MB
  17. 15. Programming with the x86 SSE Extentsions/4. Coding Developing the Sphere Algorithm using SSE Instructions.mp4 135MB
  18. 13. Programming with the Floating -Point Unit (FPU) Registers/3. Coding Developing the Sphere Computation Algorithm.mp4 118MB
  19. 05. The Programmer's Model/4. Overview of the x86 Registers.mp4 116MB
  20. 11. Working with Arrays/2. Coding Array Elements Square.mp4 109MB
  21. 10. The Nature of Mixing CC++ and Assembly/6. Coding Declaring Global Variables in CC++ and using them in Assembly.mp4 107MB
  22. 14. Programming with the x86 MMX Extensions/4. Coding Understanding MMX Multiplication.mp4 100MB
  23. 13. Programming with the Floating -Point Unit (FPU) Registers/5. Coding Computing Min and Max of Single-Precision Floating Point Arrays.mp4 99MB
  24. 05. The Programmer's Model/2. Basic x86 Microcomputer Design.mp4 99MB
  25. 10. The Nature of Mixing CC++ and Assembly/2. Coding Computing the Sum of an Array.mp4 97MB
  26. 13. Programming with the Floating -Point Unit (FPU) Registers/1. Overview of the x86 FPU.mp4 97MB
  27. 05. The Programmer's Model/7. Overview of the Floating Point Unit.mp4 97MB
  28. 05. The Programmer's Model/8. Overview of x86 Memory Models.mp4 97MB
  29. 04. The Computing Device/3. Number Systems.mp4 95MB
  30. 02. Getting Started/2. Coding Simple Assembly program.mp4 87MB
  31. 12. Working with Strings/1. Coding Copying Strings from one Variable to another.mp4 87MB
  32. 12. Working with Strings/2. Coding Creating a Character Search Algorithm.mp4 86MB
  33. 06. Introduction to x86 Assembly Language/3. Introduction to Directives and Instructions.mp4 84MB
  34. 05. The Programmer's Model/5. Coding One Register to Rule Them All.mp4 80MB
  35. 08. Arithmetic Instructions/7. Coding Using Pointers and Typedef.mp4 75MB
  36. 04. The Computing Device/2. From Transistors to Operating Systems.mp4 71MB
  37. 11. Working with Arrays/1. Coding Iterating through Array Elements.mp4 67MB
  38. 06. Introduction to x86 Assembly Language/6. Dealing with Data.mp4 65MB
  39. 11. Working with Arrays/3. Coding Working with 2-Dimensional Arrays.mp4 61MB
  40. 08. Arithmetic Instructions/6. Coding Scanning an Array.mp4 60MB
  41. 04. The Computing Device/1. Logic Gates.mp4 58MB
  42. 15. Programming with the x86 SSE Extentsions/1. History of SSE.mp4 58MB
  43. 07. Data Transfer Instructions/2. Overview of the MOV Instruction.mp4 54MB
  44. 03. x86 Processors & Computer Architectures/2. Harvard Architecture vs Von Neumann Architecture.mp4 53MB
  45. 02. Getting Started/1. Setting Up the Development Environment.mp4 53MB
  46. 16. Programming with the x86 Advanced Vector (AVX) Extensions/1. History of AVX.mp4 51MB
  47. 09. Conditional Branching/4. Instruction Operands.mp4 50MB
  48. 07. Data Transfer Instructions/4. Memory Addressing Modes.mp4 47MB
  49. 09. Conditional Branching/2. Logic Instructions.mp4 44MB
  50. 07. Data Transfer Instructions/1. Operand Types.mp4 39MB
  51. 06. Introduction to x86 Assembly Language/5. Coding Declaring Variables in Assembly.mp4 39MB
  52. 15. Programming with the x86 SSE Extentsions/2. The SSE Execution Environment.mp4 36MB
  53. 06. Introduction to x86 Assembly Language/4. Simple x86 Assembly Template.mp4 36MB
  54. 08. Arithmetic Instructions/5. Coding Summing Array Elements.mp4 34MB
  55. 05. The Programmer's Model/6. Overview of the x86 Flags.mp4 33MB
  56. 09. Conditional Branching/3. Condition Jump Instructions.mp4 30MB
  57. 01. Introduction/1. Introduction.mp4 28MB
  58. 05. The Programmer's Model/3. x86 Operating Modes.mp4 26MB
  59. 09. Conditional Branching/1. The Jump and Loop Instructions.mp4 22MB
  60. 08. Arithmetic Instructions/4. Data Operators and Directives.mp4 22MB
  61. 06. Introduction to x86 Assembly Language/2. Overview of x86 Integers.mp4 19MB
  62. 06. Introduction to x86 Assembly Language/7. Endianness.mp4 17MB
  63. 08. Arithmetic Instructions/3. The Addition and Subtraction Instructions.mp4 16MB
  64. 07. Data Transfer Instructions/3. Understanding Direct - Offset Operands.mp4 13MB
  65. 05. The Programmer's Model/1. Overview of x86 Data Types.mp4 12MB
  66. 08. Arithmetic Instructions/2. The Increment and Decrement Instructions.mp4 12MB
  67. 02. Getting Started/3. Installing a Syntax Highlighter.mp4 12MB
  68. 17. Closing/1. Closing Remarks.mp4 4MB
  69. 06. Introduction to x86 Assembly Language/9.1 ArrayReverser.zip.zip 2MB
  70. 10. The Nature of Mixing CC++ and Assembly/5.1 MemoryAddressing.zip.zip 2MB
  71. 10. The Nature of Mixing CC++ and Assembly/4.1 CPPCallingConventions.zip.zip 2MB
  72. 10. The Nature of Mixing CC++ and Assembly/3.1 SignedDivMul.zip.zip 2MB
  73. 10. The Nature of Mixing CC++ and Assembly/7.1 ConditionCodes.zip.zip 2MB
  74. 06. Introduction to x86 Assembly Language/5.1 DeclaringVariables_.zip.zip 2MB
  75. 08. Arithmetic Instructions/7.1 PointersAndTypeDef.zip.zip 2MB
  76. 02. Getting Started/2.1 SimpleAddition.zip.zip 2MB
  77. 08. Arithmetic Instructions/5.1 ArraySum.zip.zip 2MB
  78. 15. Programming with the x86 SSE Extentsions/5. Coding SSE Packed Integer Arithmetic.vtt 55KB
  79. 14. Programming with the x86 MMX Extensions/2. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part II).vtt 51KB
  80. 15. Programming with the x86 SSE Extentsions/3. Coding Understanding SSE Floating-Point Arithmetic.vtt 38KB
  81. 13. Programming with the Floating -Point Unit (FPU) Registers/7. Coding Developing the Least Squares Algorithm.vtt 36KB
  82. 14. Programming with the x86 MMX Extensions/3. Coding Shift Operations with Packed Data using MMX Registers.vtt 30KB
  83. 10. The Nature of Mixing CC++ and Assembly/7. Coding Experimenting with Conditional Codes.vtt 27KB
  84. 06. Introduction to x86 Assembly Language/9. Coding Mixing CC++ and Assembly.vtt 26KB
  85. 13. Programming with the Floating -Point Unit (FPU) Registers/6. Coding Developing Algorithms with x86 FPU Transcendental Instructions.vtt 26KB
  86. 15. Programming with the x86 SSE Extentsions/4. Coding Developing the Sphere Algorithm using SSE Instructions.vtt 25KB
  87. 13. Programming with the Floating -Point Unit (FPU) Registers/2. Coding Writing a temperature conversion program using the FPU.vtt 25KB
  88. 13. Programming with the Floating -Point Unit (FPU) Registers/4. Coding Processing Floating-Point Arrays with FPU Instructions.vtt 25KB
  89. 10. The Nature of Mixing CC++ and Assembly/5. Coding Experimenting with different Addressing Modes.vtt 25KB
  90. 14. Programming with the x86 MMX Extensions/1. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part I).vtt 24KB
  91. 11. Working with Arrays/4. Coding Computing the Sum of Rows and Columns of a 2-Dimensional Array.vtt 24KB
  92. 10. The Nature of Mixing CC++ and Assembly/4. Coding Understanding CC++ Calling Conventions.vtt 23KB
  93. 10. The Nature of Mixing CC++ and Assembly/3. Coding Computing Signed Multiplication and Division.vtt 21KB
  94. 13. Programming with the Floating -Point Unit (FPU) Registers/3. Coding Developing the Sphere Computation Algorithm.vtt 20KB
  95. 11. Working with Arrays/2. Coding Array Elements Square.vtt 17KB
  96. 12. Working with Strings/2. Coding Creating a Character Search Algorithm.vtt 16KB
  97. 02. Getting Started/2. Coding Simple Assembly program.vtt 16KB
  98. 13. Programming with the Floating -Point Unit (FPU) Registers/5. Coding Computing Min and Max of Single-Precision Floating Point Arrays.vtt 16KB
  99. 14. Programming with the x86 MMX Extensions/4. Coding Understanding MMX Multiplication.vtt 15KB
  100. 10. The Nature of Mixing CC++ and Assembly/6. Coding Declaring Global Variables in CC++ and using them in Assembly.vtt 15KB
  101. 05. The Programmer's Model/5. Coding One Register to Rule Them All.vtt 14KB
  102. 10. The Nature of Mixing CC++ and Assembly/2. Coding Computing the Sum of an Array.vtt 14KB
  103. 12. Working with Strings/1. Coding Copying Strings from one Variable to another.vtt 13KB
  104. 11. Working with Arrays/1. Coding Iterating through Array Elements.vtt 12KB
  105. 03. x86 Processors & Computer Architectures/1. Evolution of Intel Processors.vtt 11KB
  106. 08. Arithmetic Instructions/7. Coding Using Pointers and Typedef.vtt 10KB
  107. 11. Working with Arrays/3. Coding Working with 2-Dimensional Arrays.vtt 9KB
  108. 08. Arithmetic Instructions/6. Coding Scanning an Array.vtt 9KB
  109. 05. The Programmer's Model/2. Basic x86 Microcomputer Design.vtt 9KB
  110. 05. The Programmer's Model/4. Overview of the x86 Registers.vtt 9KB
  111. 05. The Programmer's Model/7. Overview of the Floating Point Unit.vtt 8KB
  112. 13. Programming with the Floating -Point Unit (FPU) Registers/1. Overview of the x86 FPU.vtt 8KB
  113. 05. The Programmer's Model/8. Overview of x86 Memory Models.vtt 7KB
  114. 02. Getting Started/1. Setting Up the Development Environment.vtt 7KB
  115. 04. The Computing Device/3. Number Systems.vtt 7KB
  116. 06. Introduction to x86 Assembly Language/3. Introduction to Directives and Instructions.vtt 7KB
  117. 08. Arithmetic Instructions/5. Coding Summing Array Elements.vtt 6KB
  118. 06. Introduction to x86 Assembly Language/5. Coding Declaring Variables in Assembly.vtt 6KB
  119. 04. The Computing Device/2. From Transistors to Operating Systems.vtt 6KB
  120. 04. The Computing Device/1. Logic Gates.vtt 6KB
  121. 06. Introduction to x86 Assembly Language/6. Dealing with Data.vtt 5KB
  122. 09. Conditional Branching/4. Instruction Operands.vtt 4KB
  123. 07. Data Transfer Instructions/2. Overview of the MOV Instruction.vtt 4KB
  124. 03. x86 Processors & Computer Architectures/2. Harvard Architecture vs Von Neumann Architecture.vtt 4KB
  125. 15. Programming with the x86 SSE Extentsions/2. The SSE Execution Environment.vtt 4KB
  126. 09. Conditional Branching/2. Logic Instructions.vtt 4KB
  127. 07. Data Transfer Instructions/1. Operand Types.vtt 3KB
  128. 07. Data Transfer Instructions/4. Memory Addressing Modes.vtt 3KB
  129. 15. Programming with the x86 SSE Extentsions/1. History of SSE.vtt 3KB
  130. 16. Programming with the x86 Advanced Vector (AVX) Extensions/1. History of AVX.vtt 3KB
  131. 06. Introduction to x86 Assembly Language/4. Simple x86 Assembly Template.vtt 3KB
  132. 09. Conditional Branching/3. Condition Jump Instructions.vtt 3KB
  133. 01. Introduction/1. Introduction.vtt 2KB
  134. 02. Getting Started/3. Installing a Syntax Highlighter.vtt 2KB
  135. 05. The Programmer's Model/3. x86 Operating Modes.vtt 2KB
  136. 08. Arithmetic Instructions/4. Data Operators and Directives.vtt 2KB
  137. 09. Conditional Branching/1. The Jump and Loop Instructions.vtt 2KB
  138. 06. Introduction to x86 Assembly Language/7. Endianness.vtt 2KB
  139. 06. Introduction to x86 Assembly Language/2. Overview of x86 Integers.vtt 2KB
  140. 08. Arithmetic Instructions/3. The Addition and Subtraction Instructions.vtt 1KB
  141. 07. Data Transfer Instructions/3. Understanding Direct - Offset Operands.vtt 1KB
  142. 08. Arithmetic Instructions/2. The Increment and Decrement Instructions.vtt 1KB
  143. 05. The Programmer's Model/1. Overview of x86 Data Types.vtt 997B
  144. 17. Closing/1. Closing Remarks.vtt 494B
  145. 06. Introduction to x86 Assembly Language/8. Notice.html 348B
  146. 06. Introduction to x86 Assembly Language/1. Notice.html 261B
  147. 08. Arithmetic Instructions/1. Notice.html 196B
  148. 10. The Nature of Mixing CC++ and Assembly/1. Notice.html 196B
  149. udemycoursedownloader.com.url 132B
  150. Udemy Course downloader.txt 94B