API tools faq
paste
Advertisement
Er0l

Untitled

Er0l
Feb 27th, 2017
550
0
Never
Add comment
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
text 9.99 KB | None | 0 0
raw download clone embed print report
  1. BasicUpstart2(start) // <- This creates a basic sys line that can start your program
  2.  
  3. //----------------------------------------------------------
  4. //----------------------------------------------------------
  5. // Simple IRQ
  6. //----------------------------------------------------------
  7. //----------------------------------------------------------
  8. .var music = LoadSid("Bijelo_dugme.sid") //<- Here we load the sid file
  9. * = $4000 "Main Program" // <- The name 'Main program' will appear in the memory map when assembling
  10. start:
  11. jsr cls // Clear screen
  12. lda #$0f // use gray color
  13. jsr $e536 // paint the screen gray
  14. dex
  15. stx $d011 // Generate raster line at $40/#64
  16.  
  17. jsr scroll_reset
  18.  
  19. lda #music.startSong-1 //<- Here we get the startsong and init address from the sid file
  20. jsr music.init
  21. // lda #$00 // Tune #0
  22. // jsr music_init // Initialize music
  23. sei
  24. lda #$35 //
  25. // Processor port. Bits:
  26. // Bits #0-#2: Configuration for memory areas $A000-$BFFF, $D000-$DFFF and $E000-$FFFF. Values:
  27. // %x00: RAM visible in all three areas.
  28. // %x01: RAM visible at $A000-$BFFF and $E000-$FFFF.
  29. // %x10: RAM visible at $A000-$BFFF; KERNAL ROM visible at $E000-$FFFF.
  30. // %x11: BASIC ROM visible at $A000-$BFFF; KERNAL ROM visible at $E000-$FFFF.
  31. // %0xx: Character ROM visible at $D000-$DFFF. (Except for the value %000, see above.)
  32. // %1xx: I/O area visible at $D000-$DFFF. (Except for the value %100, see above.)
  33. // Bit #3: Datasette output signal level.
  34. // Bit #4: Datasette button status; 0 = One or more of PLAY, RECORD, F.FWD or REW pressed; 1 = No button is pressed.
  35. // Bit #5: Datasette motor control; 0 = On; 1 = Off.
  36. // Default: $37, %00110111.
  37. // $01=$37 -> Basic Rom visible A000-C000, IO visible at D000-E000, Kernal Rom Visible at E000-FFFF
  38. // $01=$36 -> RAM visible A000-C000, IO visible at D000-E000, Kernal Rom Visible at E000-FFFF
  39. // $01=$35 -> RAM visible A000-C000, IO visible at D000-E000, RAM Visible at E000-FFFF
  40. // $01=$34 -> RAM visible A000-C000, RAM visible at D000-E000, RAM Visible at E000-FFFF
  41. // $01=$33 -> RAM visible A000-C000, CHAR ROM at D000-E000, RAM Visible at E000-FFFF
  42.  
  43.  
  44. sta $01 // Set processor bits
  45. lda #00 // Interrupt at raster line #0
  46. ldx #<irq // IRQ low byte
  47. ldy #>irq // IRQ high byte
  48. jsr irqset // set IRQ registers
  49. dec $dc0e // Timer A control register
  50. inc $d01a // Interrupt control register. Bits:
  51. // Bit #0: 1 = Raster interrupt enabled.
  52. // Bit #1: 1 = Sprite-background collision interrupt enabled.
  53. // Bit #2: 1 = Sprite-sprite collision interrupt enabled.
  54. // Bit #3: 1 = Light pen interrupt enabled.
  55. ldx #$c1 // $fe47 = nmi handler
  56. ldy #$fe // $fec1 = rti
  57. stx $fffa // nmi low byte
  58. sty $fffb // nmi high byte
  59. cli
  60. lda #$ef // space
  61. w: cmp $dc01 // compare to pressed key
  62. bne w // loop
  63. rts
  64.  
  65.  
  66. irq:
  67. sta ar+1 // save A register
  68. stx ax+1 // save X register
  69. sty ay+1 // save Y register
  70.  
  71. inc $d019 // acknowledge interrupt
  72.  
  73. lda #30
  74. cmp $d012
  75. bne *-3
  76.  
  77. SetBorderColor(RED)
  78. jsr scroll
  79. SetBorderColor(BLUE)
  80.  
  81. lda #$1b // screen on, screen hegith 25, vertical raster scroll
  82. ldx #%00010110 // #$15 = 0001 1011 = screen at $0400
  83. //ldy #$08 // Multicolor mode on
  84. ldy $a5 // read $a5 from scroll subroutine
  85. jsr scs
  86.  
  87. lda #51
  88. cmp $d012
  89. bne *-3
  90. SetBorderColor(RED) // <- This is how macros are executed
  91. jsr music.play
  92. // jsr music_play
  93. SetBorderColor(BLACK) // <- There are predefined constants for colors
  94.  
  95.  
  96. SetBorderColor(BLUE)
  97.  
  98.  
  99.  
  100. ar: lda #$00
  101. ax: ldx #$00
  102. ay: ldy #$00
  103. rti
  104.  
  105. /*
  106. // 1x1 Scroll routine
  107. //
  108. // jsr scroll_reset before IRQ to setup parameters
  109. // byte values $80-86 speeds 1-7
  110. // $a3/$a4 - SCROLL LO/HI address bytas
  111. // $a5 - $d016 value
  112. */
  113. scroll: lda $a5
  114. clc
  115. scroll_speed:
  116. sbc #$03
  117. cmp #$c0
  118. bcs sc6
  119. adc #$08
  120. sta $a5
  121. ldx #$00
  122. sc1: lda $07c1,x // bottom last line address+1
  123. sta $07c0,x // bottom last line address
  124. inx
  125. cpx #$27
  126. bne sc1
  127. ldy #$00
  128. lda ($a3),y
  129. bne sc2
  130. scroll_addr:
  131. ldx #<scrolltext
  132. ldy #>scrolltext
  133. stx $a3
  134. sty $a4
  135. rts
  136. scroll_reset:
  137. lda #$c8
  138. sta $a5
  139. bne scroll_addr
  140. sc2: cmp scroll_speeds,y
  141. beq scroll_set_speed
  142. iny
  143. cpy #$07
  144. bne sc2
  145. sta $07e7
  146. sc4: inc $a3
  147. bne sc5
  148. inc $a4
  149. sc5: rts
  150. scroll_set_speed:
  151. sty scroll_speed+1
  152. jmp sc4
  153. sc6: sta $a5
  154. rts
  155. scroll_speeds:
  156. .byte $80,$81,$82,$83,$84,$85,$86
  157.  
  158. * = $0900 "Scroll Text"
  159. scrolltext:
  160. .byte $80
  161. .text "this is test speed1 "
  162. .byte $81
  163. .text " THIS IS TEST SPEED2 "
  164. .text "@" // end of scroll
  165.  
  166.  
  167. cls: // Clear screen and initialize everything
  168. jsr $ff5b // initialise the screen and keyboard
  169. reset: jsr $fda3 // initialise SID, CIA and IRQ
  170. jsr $fd15 // restore default I/O vectors
  171. jsr $e453 // initialise the BASIC vector table
  172. jmp $e3bf // initialise BASIC RAM locations
  173.  
  174. irqset: // Set IRQ registers
  175. sty $ffff // IRQ high bit : Default $fe48 **IRQ vector
  176. stx $fffe // IRQ low bit
  177. sta $d012 // Read: Current raster line (bits #0-#7).
  178. // Write: Raster line to generate interrupt at (bits #0-#7).
  179. inc $d019 // Acknowledge raster interrupt
  180. rts
  181. irqexit: jsr irqset // Set IRQ registers
  182. rti
  183. scs: sta $d011 // Screen control register #1. Bits:
  184. // Bits #0-#2: Vertical raster scroll.
  185. // Bit #3: Screen height; 0 = 24 rows; 1 = 25 rows.
  186. // Bit #4: 0 = Screen off, complete screen is covered by border; 1 = Screen on, normal screen contents are visible.
  187. // Bit #5: 0 = Text mode; 1 = Bitmap mode.
  188. // Bit #6: 1 = Extended background mode on.
  189. // Bit #7: Read: Current raster line (bit #8).
  190. // Write: Raster line to generate interrupt at (bit #8).
  191. // Default: $1B, %00011011.
  192. stx $d018 // Memory setup register. Bits:
  193. // Bits #1-#3: In text mode, pointer to character memory (bits #11-#13), relative to VIC bank, memory address $DD00. Values:
  194. // %000, 0: $0000-$07FF, 0-2047.
  195. // %001, 1: $0800-$0FFF, 2048-4095.
  196. // %010, 2: $1000-$17FF, 4096-6143.
  197. // %011, 3: $1800-$1FFF, 6144-8191.
  198. // %100, 4: $2000-$27FF, 8192-10239.
  199. // %101, 5: $2800-$2FFF, 10240-12287.
  200. // %110, 6: $3000-$37FF, 12288-14335.
  201. // %111, 7: $3800-$3FFF, 14336-16383.
  202. // Values %010 and %011 in VIC bank #0 and #2 select Character ROM instead.
  203. // In bitmap mode, pointer to bitmap memory (bit #13), relative to VIC bank, memory address $DD00. Values:
  204. // %0xx, 0: $0000-$1FFF, 0-8191.
  205. // %1xx, 4: $2000-$3FFF, 8192-16383.
  206. // Bits #4-#7: Pointer to screen memory (bits #10-#13), relative to VIC bank, memory address $DD00. Values:
  207. // %0000, 0: $0000-$03FF, 0-1023.
  208. // %0001, 1: $0400-$07FF, 1024-2047.
  209. // %0010, 2: $0800-$0BFF, 2048-3071.
  210. // %0011, 3: $0C00-$0FFF, 3072-4095.
  211. // %0100, 4: $1000-$13FF, 4096-5119.
  212. // %0101, 5: $1400-$17FF, 5120-6143.
  213. // %0110, 6: $1800-$1BFF, 6144-7167.
  214. // %0111, 7: $1C00-$1FFF, 7168-8191.
  215. // %1000, 8: $2000-$23FF, 8192-9215.
  216. // %1001, 9: $2400-$27FF, 9216-10239.
  217. // %1010, 10: $2800-$2BFF, 10240-11263.
  218. // %1011, 11: $2C00-$2FFF, 11264-12287.
  219. // %1100, 12: $3000-$33FF, 12288-13311.
  220. // %1101, 13: $3400-$37FF, 13312-14335.
  221. // %1110, 14: $3800-$3BFF, 14336-15359.
  222. // %1111, 15: $3C00-$3FFF, 15360-16383.
  223. sty $d016 // Screen control register #2. Bits:
  224. // Bits #0-#2: Horizontal raster scroll.
  225. // Bit #3: Screen width; 0 = 38 columns; 1 = 40 columns.
  226. // Bit #4: 1 = Multicolor mode on.
  227. // Default: $C8, %11001000.
  228. rts
  229. //----------------------------------------------------------
  230. // A little macro
  231. .macro SetBorderColor(color) { // <- This is how macros are defined
  232. lda #color
  233. sta $d020
  234. }
  235. /*
  236. //----------------------------------------------------------
  237. *=$1000 "Music"
  238. .label music_init =* // <- You can define label with any value (not just at the current pc position as in 'music_init:')
  239. .label music_play =*+3 // <- and that is useful here
  240. .import binary "Bijelo_dugme.sid" // <- import is used for importing files (binary, source, c64 or text)
  241.  
  242. //----------------------------------------------------------
  243. */
  244. //---------------------------------------------------------
  245. *=music.location "Music"
  246. .fill music.size, music.getData(i) // <- Here we put the music in memory
  247.  
  248. //----------------------------------------------------------
  249. // Print the music info while assembling
  250. .print ""
  251. .print "SID Data"
  252. .print "--------"
  253. .print "location=$"+toHexString(music.location)
  254. .print "init=$"+toHexString(music.init)
  255. .print "play=$"+toHexString(music.play)
  256. .print "songs="+music.songs
  257. .print "startSong="+music.startSong
  258. .print "size=$"+toHexString(music.size)
  259. .print "name="+music.name
  260. .print "author="+music.author
  261. .print "copyright="+music.copyright
  262.  
  263. .print ""
  264. .print "Additional tech data"
  265. .print "--------------------"
  266. .print "header="+music.header
  267. .print "header version="+music.version
  268. .print "flags="+toBinaryString(music.flags)
  269. .print "speed="+toBinaryString(music.speed)
  270. .print "startpage="+music.startpage
  271. .print "pagelength="+music.pagelength
Advertisement
Add Comment
Please, Sign In to add comment
Advertisement
Public Pastes
Advertisement
We use cookies for various purposes including analytics. By continuing to use Pastebin, you agree to our use of cookies as described in the Cookies Policy.  OK, I Understand
Not a member of Pastebin yet?
Sign Up, it unlocks many cool features!