• Урок 1. 00:02:54
    Understand what Chip-8 is and the challenges we will face
  • Урок 2. 00:01:35
    Creating our Chip-8 virtual microprocessor
  • Урок 3. 00:04:26
    Creating our Display
  • Урок 4. 00:09:13
    Setting up Webpack so we can use modern JavScript on the Browser
  • Урок 5. 00:01:37
    Creating a webserver to serve our Chip-8 emulator
  • Урок 6. 00:03:56
    Connecting the display to the HTML
  • Урок 7. 00:02:06
    Creating a multiplier to make our Display larger
  • Урок 8. 00:03:39
    Creating our screen and our screen buffer
  • Урок 9. 00:07:33
    Drawing our Frame Buffer on the screen
  • Урок 10. 00:11:30
    Creating our memory
  • Урок 11. 00:12:26
    Creating the Registers
  • Урок 12. 00:05:02
    Adding and removing values from Stack using Push and Pop
  • Урок 13. 00:04:52
    Checking for Stack Overflow and Stack Underflow errors
  • Урок 14. 00:03:30
    Creating our Chip-8 Keyboard
  • Урок 15. 00:04:05
    Mapping the Keyboard
  • Урок 16. 00:04:23
    Using the mapping in our Virtual Keyboard
  • Урок 17. 00:04:00
    Creating all the keyboard functions
  • Урок 18. 00:08:45
    Detecting and storing key presses
  • Урок 19. 00:05:34
    Creating the Chip-8 charset
  • Урок 20. 00:05:02
    Loading character set to Chip-8 memory
  • Урок 21. 00:14:11
    Drawing a character on the display
  • Урок 22. 00:04:50
    Understanding the Pixel Position and writing on the screen
  • Урок 23. 00:05:00
    Implement the Delay Timer for Chip-8
  • Урок 24. 00:10:41
    Creating our Chip-8 Sound Card
  • Урок 25. 00:02:45
    Fixing our Sound Card and making it beep
  • Урок 26. 00:02:58
    Implement the sound on the main loop
  • Урок 27. 00:04:58
    Running our Binary code manually
  • Урок 28. 00:08:45
    Creating our Disassembler and our first Chip-8 Instruction CLR
  • Урок 29. 00:02:48
    Creating a new simple Chip-8 instruction RET
  • Урок 30. 00:05:19
    Implement Chip-8 Jump (JP) and creating arguments
  • Урок 31. 00:03:43
    Returning the argument nnn from Jump (JP)
  • Урок 32. 00:01:32
    Implementing the Chip-8 Call instruction
  • Урок 33. 00:05:42
    Adding the Skip VX NN on the instruction set and shifting bits
  • Урок 34. 00:04:26
    Refactoring our code to make easier to understand and continue
  • Урок 35. 00:01:18
    Adding another Chip-8 instruction Skip next instruction - SNE VX KK
  • Урок 36. 00:01:30
    Adding Chip-8 instruction LD VX KK
  • Урок 37. 00:01:13
    Adding Chip-8 Instruction Add VX KK
  • Урок 38. 00:03:33
    Adding Chip-8 Instruction Set VX VY
  • Урок 39. 00:05:57
    Adding the Chip-8 instructions OR, AND, XOR, ADD, SUB, SHR, SUBN, SHL
  • Урок 40. 00:02:22
    Testing the Chip-8 instructions OR, AND, XOR, ADD, SUB, SHR, SUBN, SHL
  • Урок 41. 00:05:48
    Adding the Chip-8 instructions SNE, SET JUMP and Random
  • Урок 42. 00:02:56
    Adding the Chip-8 instructions Draw DRW and introducing the nibble
  • Урок 43. 00:03:14
    Adding the Chip-8 instructions Skip if key pressed (SKP)
  • Урок 44. 00:06:18
    Adding the Chip-8 instructions Set Delay Timer, Set Sound Timer, and more
  • Урок 45. 00:02:32
    Testing the Chip-8 instructions Set Delay Timer, Set Sound Timer and more
  • Урок 46. 00:07:24
    046 - Loading our first ROM into Chip-8 memory
  • Урок 47. 00:01:26
    Understand the opcode structure
  • Урок 48. 00:05:13
    Getting the Opcode from the Chip-8 Memory
  • Урок 49. 00:05:39
    Disassembling our opcode to get the Chip-8 Instruction
  • Урок 50. 00:03:48
    Implementing Chip-8 instruction CLS
  • Урок 51. 00:04:46
    Implementing Chip-8 instruction RET
  • Урок 52. 00:02:41
    Implementing Chip-8 instruction Jump to Address
  • Урок 53. 00:06:35
    Implementing Chip-8 instruction Call to Address (CALL)
  • Урок 54. 00:04:50
    Implementing Chip-8 instruction Skip if equals (SE VX KK)
  • Урок 55. 00:01:39
    Implementing Chip-8 instruction Skip if different (SNE VX KK)
  • Урок 56. 00:02:22
    Implementing Chip-8 instruction Skip if registers are equal (SE VX VY)
  • Урок 57. 00:02:38
    Implementing Chip-8 instruction Set registers (LD VX NN)
  • Урок 58. 00:02:49
    Implementing Chip-8 instruction Add (ADD VX KK)
  • Урок 59. 00:02:43
    Implementing Chip-8 instruction Load registers (LD VX VY)
  • Урок 60. 00:04:15
    Implementing Chip-8 instruction OR (OR VX VY)
  • Урок 61. 00:02:00
    Implementing Chip-8 instruction AND (AND VX VY)
  • Урок 62. 00:02:43
    Implementing Chip-8 instruction Exclusive OR XOR (XOR VX VY)
  • Урок 63. 00:06:57
    Implementing Chip-8 ADD with Carry (ADD VX VY with C)
  • Урок 64. 00:03:57
    Implementing Chip-8 SUB with not Borrow (SUB VX VY)
  • Урок 65. 00:06:55
    Implementing Chip-8 Shift bits to Right (SHR VX)
  • Урок 66. 00:05:23
    Implementing Chip-8 SUBN with not Borrow (SUBN VX VY)
  • Урок 67. 00:06:02
    Implementing Chip-8 Shift bits to Left (SHL VX)
  • Урок 68. 00:02:44
    Implementing Chip-8 Skip (SNE VX VY)
  • Урок 69. 00:03:01
    Implementing Chip-8 Load I (LD NNN)
  • Урок 70. 00:02:49
    Implementing Chip-8 Jump (JP V0 NNN)
  • Урок 71. 00:06:44
    Implementing Chip-8 Ramdon (RND VX NN)
  • Урок 72. 00:11:23
    Implementing Chip-8 Drawing (DRW VX VY nibble)
  • Урок 73. 00:05:50
    Debugging our display problem
  • Урок 74. 00:03:23
    74 Wrapping around the display Horizontal and Vertical (just like Pac-Man)
  • Урок 75. 00:03:46
    Creating and testing a collision on the Display
  • Урок 76. 00:06:32
    Implementing Chip-8 Skip is Key Pressed (SKP VX)
  • Урок 77. 00:02:07
    Implementing Chip-8 Skip is Key is not Pressed (SKNP VX)
  • Урок 78. 00:03:09
    Implementing Chip-8 Set from Delay Timer (LD VX DT)
  • Урок 79. 00:07:03
    Implementing Chip-8 Wait for a Key(LD VX DT0)
  • Урок 80. 00:07:03
    Implementing Chip-8 Wait for a Key(LD VX K)
  • Урок 81. 00:02:01
    Implementing Chip-8 Set Delay Timer(LD DT VX)
  • Урок 82. 00:01:55
    Implementing Chip-8 Set Sound Timer(LD ST VX)
  • Урок 83. 00:03:36
    Implementing Chip-8 Add I(ADD I VX)
  • Урок 84. 00:05:03
    Implementing Chip-8 Set I to a Sprite (LD I VX)
  • Урок 85. 00:07:50
    Implementing Chip-8 Store BCD (Binary Coded Decimal) (LD B VX)
  • Урок 86. 00:04:41
    Implementing Chip-8 Store V0-VX (LD B VX)
  • Урок 87. 00:04:11
    Implementing Chip-8 Read V0-VX (LD VX I)
  • Урок 88. 00:01:13
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