Complete x86 Assembly Programming 120 Practical Exercises

1. 2. Introduction/1. Introduction to the programming languages.mp410.51MB
2. 2. Introduction/2. Introduction to the Assembly language.mp419.37MB
3. 2. Introduction/3. Introduction to the computer's architecture.mp415.62MB
4. 2. Introduction/4. The internal architecture of the 8086 processor.mp429.4MB
5. 2. Introduction/5. Simulation of the main memory.mp422.39MB
6. 2. Introduction/6. How to install emu8086.mp447.39MB
7. 2. Introduction/7. First step.mp425.31MB
8. 3. variables & constants/1. How and where define variables.mp432.59MB
9. 3. variables & constants/2. The rules of naming a variable.mp412.26MB
10. 3. variables & constants/3. Size directives.mp413.86MB
11. 3. variables & constants/4. The Constants.mp429.93MB
12. 3. variables & constants/5. Types of the numerical values.mp456.68MB
13. 4. Basics/1. Data registers.mp413.61MB
14. 4. Basics/2. Mov instruction.mp489.64MB
15. 4. Basics/3. Mov instruction example I.mp498.9MB
16. 4. Basics/4. Mov instruction example II.mp445.21MB
17. 4. Basics/5. Xchg instruction.mp448.25MB
18. 4. Basics/6. ADD & SUB instructions.mp433.79MB
19. 4. Basics/7. ADD & SUB instructions example.mp457.07MB
20. 4. Basics/8. INC DEC NEG instructions.mp444.17MB
21. 4. Basics/9. INC DEC NEG instructions example.mp460.37MB
22. 4. Basics/10. From binary to hexadecimal.mp430.93MB
23. 4. Basics/11. The difference between the signed and unsigned numbers.mp455.52MB
24. 4. Basics/12. How to choose the right size for a number.mp443.02MB
25. 5. The flags/1. The Flags register.mp423.18MB
26. 5. The flags/2. The overflow.mp446.72MB
27. 5. The flags/3. The overflow in NEG instruction.mp419.04MB
28. 5. The flags/4. SF ZF.mp437.69MB
29. 5. The flags/5. SF ZF example.mp435.29MB
30. 5. The flags/6. PF.mp429.44MB
31. 6. The branching & Flow Control Instructions/1. Introduction to the branching.mp465.95MB
32. 6. The branching & Flow Control Instructions/2. The branching -Part I.mp468.18MB
33. 6. The branching & Flow Control Instructions/3. The branching -Part II.mp428.64MB
34. 6. The branching & Flow Control Instructions/4. Branching example -overflow 1.mp430.78MB
35. 6. The branching & Flow Control Instructions/5. Branching example -overflow 2.mp423.05MB
36. 6. The branching & Flow Control Instructions/6. Branching example -comparing numbers.mp444.8MB
37. 6. The branching & Flow Control Instructions/7. The branching -Part III (1).mp434.82MB
38. 6. The branching & Flow Control Instructions/8. The branching instructions in the unsigned numbers -example.mp448.37MB
39. 6. The branching & Flow Control Instructions/9. The branching -Part III (2).mp441.87MB
40. 6. The branching & Flow Control Instructions/10. The branching instructions in the signed numbers -example.mp441.26MB
41. 6. The branching & Flow Control Instructions/11. Using the branching instructions with PF -example.mp449.37MB
42. 7. Data types -chars/1. Data types -chars.mp4100.57MB
43. 7. Data types -chars/2. How to print a char in the DOS screen.mp433.71MB
44. 7. Data types -chars/3. How to read a char from the keyboard.mp426.8MB
45. 7. Data types -chars/4. The DOS services -example.mp426.3MB
46. 7. Data types -chars/5. Operations on the chars.mp454.49MB
47. 7. Data types -chars/6. From the uppercase to the lowercase.mp461.23MB
48. 7. Data types -chars/7. Read a digit -example.mp442.51MB
49. 8. Text messages/1. How to print a message in the DOS screen.mp466.62MB
50. 8. Text messages/2. From the lowercase to the uppercase.mp465.32MB
51. 9. Simulate some high level languages instructions/1. Simple IF.mp440.71MB
52. 9. Simulate some high level languages instructions/2. Complex IF.mp462.55MB
53. 9. Simulate some high level languages instructions/3. IF-Else Condition.mp433.16MB
54. 9. Simulate some high level languages instructions/4. The repeat loop.mp448.87MB
55. 9. Simulate some high level languages instructions/5. The while loop.mp433.68MB
56. 9. Simulate some high level languages instructions/6. The For loop.mp426.88MB
57. 10. The program's segments/1. Segments registers.mp432.4MB
58. 10. The program's segments/2. The offset.mp469.6MB
59. 10. The program's segments/3. Memory models.mp437.54MB
60. 10. The program's segments/4. Segments registers -notes.mp416.54MB
61. 11. Arrays with one dimension/1. Introduction to arrays.mp424.57MB
62. 11. Arrays with one dimension/2. How to define an array.mp429.74MB
63. 11. Arrays with one dimension/3. The Sum of an array.mp4108.68MB
64. 11. Arrays with one dimension/4. Read & write in arrays.mp456.53MB
65. 11. Arrays with one dimension/5. Max value in an array.mp437.4MB
66. 11. Arrays with one dimension/6. Looking for a value in an array.mp436.95MB
67. 11. Arrays with one dimension/7. Min value in an array.mp452.64MB
68. 12. Addressing modes/1. Addressing modes I.mp434.39MB
69. 12. Addressing modes/2. Addressing modes II.mp478.84MB
70. 12. Addressing modes/3. Addressing modes -notes.mp466.77MB
71. 12. Addressing modes/4. Counting the occurrence of the number 5 in an array.mp432.79MB
72. 12. Addressing modes/5. Addressing modes III.mp466.68MB
73. 13. Arrays with tow dimensions/1. Arrays with tow dimensions.mp421.4MB
74. 13. Arrays with tow dimensions/2. How to index an array with tow dimensions.mp426.28MB
75. 13. Arrays with tow dimensions/3. Max value in an array with tow dimensions.mp430.01MB
76. 13. Arrays with tow dimensions/4. The sum of the third column.mp480.77MB
77. 14. The bit-wise instructions/1. AND.mp420.75MB
78. 14. The bit-wise instructions/2. OR XOR.mp451.54MB
79. 14. The bit-wise instructions/3. How to know if a number is even.mp431.29MB
80. 14. The bit-wise instructions/4. The masks.mp449.1MB
81. 14. The bit-wise instructions/5. NEG instruction simulation.mp456.25MB
82. 14. The bit-wise instructions/6. Converting between the uppercase & lowercase.mp435.11MB
83. 14. The bit-wise instructions/7. TEST instruction.mp433.39MB
84. 14. The bit-wise instructions/8. TEST instruction -examples.mp441.55MB
85. 14. The bit-wise instructions/9. Other examples.mp422.39MB
86. 14. The bit-wise instructions/10. NOT.mp422.12MB
87. 15. The Shift & Rotation instructions/1. Shift left.mp438.02MB
88. 15. The Shift & Rotation instructions/2. Using shift left in the multiplication.mp435.49MB
89. 15. The Shift & Rotation instructions/3. How to count the number of 1 using SHL instruction.mp423.32MB
90. 15. The Shift & Rotation instructions/4. Shift right.mp430.23MB
91. 15. The Shift & Rotation instructions/5. The difference between SHR and SAR.mp416.53MB
92. 15. The Shift & Rotation instructions/6. ROL RCL.mp444.89MB
93. 15. The Shift & Rotation instructions/7. Reverse the content.mp426.17MB
94. 15. The Shift & Rotation instructions/8. How to count the number of 1 using ROL instruction.mp423.32MB
95. 15. The Shift & Rotation instructions/9. ROR RCR.mp416.48MB
96. 16. A simple program/1. From binary to decimal 1.mp411.6MB
97. 16. A simple program/2. From binary to decimal 2.mp441.14MB
98. 16. A simple program/3. From binary to decimal 3.mp427.68MB
99. 16. A simple program/4. From binary to decimal 4.mp426.5MB
100. 17. Stack and procedures/1. Stack.mp456.03MB
101. 17. Stack and procedures/2. XCHG instruction simulation.mp431.06MB
102. 17. Stack and procedures/3. Reverse the elements of an array.mp441.99MB
103. 17. Stack and procedures/4. Procedures.mp430.46MB
104. 17. Stack and procedures/5. CALL & RET instructions.mp444.13MB
105. 17. Stack and procedures/6. Procedures -examples.mp448.83MB
106. 17. Stack and procedures/7. Procedure even or odd.mp474.56MB
107. 17. Stack and procedures/8. The parameters and the returned value.mp4105.59MB
108. 17. Stack and procedures/9. Dealing with Stack -advanced ways.mp470.88MB
109. 17. Stack and procedures/10. The Macros.mp432.88MB
110. 17. Stack and procedures/11. Macros -example.mp421.88MB
111. 17. Stack and procedures/12. Libraries.mp457.08MB
112. 17. Stack and procedures/13. The emu8086.inc library.mp459.74MB
113. 18. Loop/1. The Loop Instructions.mp448.12MB
114. 19. The multiplication and the division/1. MUL Instruction.mp447.13MB
115. 19. The multiplication and the division/2. How the MUL instruction changes the state of the flags.mp470.96MB
116. 19. The multiplication and the division/3. DIV instruction.mp436.78MB
117. 20. Dealing with texts/1. Introduction.mp456.8MB
118. 20. Dealing with texts/2. Input & Output a String.mp442.69MB
119. 20. Dealing with texts/3. MOVSB.mp473.93MB
120. 20. Dealing with texts/4. STOSB.mp431.24MB
121. 20. Dealing with texts/5. LODSB.mp433.53MB
122. 20. Dealing with texts/6. SCASB.mp438.41MB
123. 20. Dealing with texts/7. CMPSB.mp452.57MB
124. 21. Other subjects/1. Print the date and time.mp434.74MB
125. 21. Other subjects/2. Other resources.mp433.35MB
126. 22. The course gift - Counting Systems & Data representation/1. Introduction.mp423.99MB
127. 22. The course gift - Counting Systems & Data representation/2. From decimal to binary.mp427.58MB
128. 22. The course gift - Counting Systems & Data representation/3. From binary to decimal.mp411.61MB
129. 22. The course gift - Counting Systems & Data representation/4. From decimal to hexadecimal.mp419.49MB
130. 22. The course gift - Counting Systems & Data representation/5. From hexadecimal to decimal.mp423.46MB
131. 22. The course gift - Counting Systems & Data representation/6. From binary to hexadecimal.mp411.3MB
132. 22. The course gift - Counting Systems & Data representation/7. Represent unsigned numbers.mp435.31MB
133. 22. The course gift - Counting Systems & Data representation/8. The Addition operation.mp421.99MB
134. 22. The course gift - Counting Systems & Data representation/9. Represent signed numbers.mp435.55MB
135. 22. The course gift - Counting Systems & Data representation/10. How to read numbers.mp426.75MB
136. 22. The course gift - Counting Systems & Data representation/11. The subtraction & multiplication.mp413.97MB
137. 22. The course gift - Counting Systems & Data representation/12. The characters representation.mp444.67MB