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authorKartik K. Agaram <vc@akkartik.com>2017-12-05 01:15:10 -0800
committerKartik K. Agaram <vc@akkartik.com>2017-12-05 01:15:10 -0800
commitd51abbf123f2411624b8c849f72624f1c70c4224 (patch)
tree059e03aa80e74df2d2033870bc892e7d641c579a /nqueens.mu
parent26b4bdc8b3b1d1f2f4b4dae1e7d2b89c7e286b1b (diff)
downloadmu-d51abbf123f2411624b8c849f72624f1c70c4224.tar.gz
4139
Diffstat (limited to 'nqueens.mu')
0 files changed, 0 insertions, 0 deletions
 

generated by cgit-pink 1.4.1-2-gfad0 (git 2.36.2.497.gbbea4dcf42) at 2024-10-25 13:31:17 +0000


 


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type cell {
  type: int
  # type 0: pair; the unit of lists, trees, DAGS or graphs
  left: (handle cell)
  right: (handle cell)
  # type 1: number
  number-data: float
  # type 2: symbol
  # type 3: stream
  text-data: (handle stream byte)
  # type 4: primitive function
  index-data: int
  # type 5: screen
  screen-data: (handle screen)
  # type 6: keyboard
  keyboard-data: (handle gap-buffer)
  # TODO: array, (associative) table
}

fn allocate-symbol _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 2/symbol
  var dest-ah/eax: (addr handle stream byte) <- get out-addr, text-data
  populate-stream dest-ah, 0x40/max-symbol-size
}

fn initialize-symbol _out: (addr handle cell), val: (addr array byte) {
  var out/eax: (addr handle cell) <- copy _out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-ah/eax: (addr handle stream byte) <- get out-addr, text-data
  var dest/eax: (addr stream byte) <- lookup *dest-ah
  write dest, val
}

fn new-symbol out: (addr handle cell), val: (addr array byte) {
  allocate-symbol out
  initialize-symbol out, val
}

fn allocate-stream _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 3/stream
  var dest-ah/eax: (addr handle stream byte) <- get out-addr, text-data
  populate-stream dest-ah, 0x40/max-stream-size
}

fn allocate-number _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 1/number
}

fn initialize-integer _out: (addr handle cell), n: int {
  var out/eax: (addr handle cell) <- copy _out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-addr/eax: (addr float) <- get out-addr, number-data
  var src/xmm0: float <- convert n
  copy-to *dest-addr, src
}

fn new-integer out: (addr handle cell), n: int {
  allocate-number out
  initialize-integer out, n
}

fn initialize-float _out: (addr handle cell), n: float {
  var out/eax: (addr handle cell) <- copy _out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-ah/eax: (addr float) <- get out-addr, number-data
  var src/xmm0: float <- copy n
  copy-to *dest-ah, src
}

fn new-float out: (addr handle cell), n: float {
  allocate-number out
  initialize-float out, n
}

fn allocate-pair out: (addr handle cell) {
  allocate out
  # new cells have type pair by default
}

fn initialize-pair _out: (addr handle cell), left: (handle cell), right: (handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-ah/ecx: (addr handle cell) <- get out-addr, left
  copy-handle left, dest-ah
  dest-ah <- get out-addr, right
  copy-handle right, dest-ah
}

fn new-pair out: (addr handle cell), left: (handle cell), right: (handle cell) {
  allocate-pair out
  initialize-pair out, left, right
}

fn nil out: (addr handle cell) {
  allocate-pair out
}

fn allocate-primitive-function _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 4/primitive-function
}

fn initialize-primitive-function _out: (addr handle cell), n: int {
  var out/eax: (addr handle cell) <- copy _out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-addr/eax: (addr int) <- get out-addr, index-data
  var src/ecx: int <- copy n
  copy-to *dest-addr, src
}

fn new-primitive-function out: (addr handle cell), n: int {
  allocate-primitive-function out
  initialize-primitive-function out, n
}

fn allocate-screen _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 5/screen
}

fn new-fake-screen _out: (addr handle cell), width: int, height: int {
  var out/eax: (addr handle cell) <- copy _out
  allocate-screen out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-ah/eax: (addr handle screen) <- get out-addr, screen-data
  allocate dest-ah
  var dest-addr/eax: (addr screen) <- lookup *dest-ah
  initialize-screen dest-addr, width, height
}

fn clear-screen-cell _self-ah: (addr handle cell) {
  var self-ah/eax: (addr handle cell) <- copy _self-ah
  var self/eax: (addr cell) <- lookup *self-ah
  compare self, 0
  {
    break-if-!=
    return
  }
  var screen-ah/eax: (addr handle screen) <- get self, screen-data
  var screen/eax: (addr screen) <- lookup *screen-ah
  clear-screen screen
}

fn allocate-keyboard _out: (addr handle cell) {
  var out/eax: (addr handle cell) <- copy _out
  allocate out
  var out-addr/eax: (addr cell) <- lookup *out
  var type/ecx: (addr int) <- get out-addr, type
  copy-to *type, 6/keyboard
}

fn new-fake-keyboard _out: (addr handle cell), capacity: int {
  var out/eax: (addr handle cell) <- copy _out
  allocate-keyboard out
  var out-addr/eax: (addr cell) <- lookup *out
  var dest-ah/eax: (addr handle gap-buffer) <- get out-addr, keyboard-data
  allocate dest-ah
  var dest-addr/eax: (addr gap-buffer) <- lookup *dest-ah
  initialize-gap-buffer dest-addr, capacity
}

fn rewind-keyboard-cell _self-ah: (addr handle cell) {
  var self-ah/eax: (addr handle cell) <- copy _self-ah
  var self/eax: (addr cell) <- lookup *self-ah
  compare self, 0
  {
    break-if-!=
    return
  }
  var keyboard-ah/eax: (addr handle gap-buffer) <- get self, keyboard-data
  var keyboard/eax: (addr gap-buffer) <- lookup *keyboard-ah
  rewind-gap-buffer keyboard
}




 

generated by cgit-pink 1.4.1-2-gfad0 (git 2.36.2.497.gbbea4dcf42) at 2024-10-25 13:31:20 +0000

 


ass="w"> curr-ah
    loop
  }
  copy-object curr-ah, out  # modify 'out' right at the end, just in case it's same as 'in'
}

fn first-grapheme _self: (addr word) -> _/eax: grapheme {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: grapheme <- first-grapheme-in-gap-buffer data
  return result
}

fn grapheme-before-cursor _self: (addr word) -> _/eax: grapheme {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: grapheme <- grapheme-before-cursor-in-gap-buffer data
  return result
}

fn add-grapheme-to-word _self: (addr word), c: grapheme {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  add-grapheme-at-gap data, c
}

fn cursor-at-start? _self: (addr word) -> _/eax: boolean {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: boolean <- gap-at-start? data
  return result
}

fn cursor-at-end? _self: (addr word) -> _/eax: boolean {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: boolean <- gap-at-end? data
  return result
}

fn cursor-left _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var dummy/eax: grapheme <- gap-left data
}

fn cursor-right _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var dummy/eax: grapheme <- gap-right data
}

fn cursor-to-start _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  gap-to-start data
}

fn cursor-to-end _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  gap-to-end data
}

fn cursor-index _self: (addr word) -> _/eax: int {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: int <- gap-index data
  return result
}

fn delete-before-cursor _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  delete-before-gap data
}

fn pop-after-cursor _self: (addr word) -> _/eax: grapheme {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: grapheme <- pop-after-gap data
  return result
}

fn delete-next _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var next-ah/edi: (addr handle word) <- get self, next
  var next/eax: (addr word) <- lookup *next-ah
  compare next, 0
  break-if-=
  var next-next-ah/ecx: (addr handle word) <- get next, next
  var self-ah/esi: (addr handle word) <- get next, prev
  copy-object next-next-ah, next-ah
  var new-next/eax: (addr word) <- lookup *next-next-ah
  compare new-next, 0
  break-if-=
  var dest/eax: (addr handle word) <- get new-next, prev
  copy-object self-ah, dest
}

fn print-word screen: (addr screen), _self: (addr word) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  render-gap-buffer screen, data
}

fn print-words-in-reverse screen: (addr screen), _words-ah: (addr handle word) {
  var words-ah/eax: (addr handle word) <- copy _words-ah
  var words-a/eax: (addr word) <- lookup *words-ah
  compare words-a, 0
  break-if-=
  # recurse
  var next-ah/ecx: (addr handle word) <- get words-a, next
  print-words-in-reverse screen, next-ah
  # print
  print-word screen, words-a
  print-string screen, " "
}

# Gotcha with some word operations: ensure dest-ah isn't in the middle of some
# existing chain of words. There are two pointers to patch, and you'll forget
# to do the other one.
fn copy-words _src-ah: (addr handle word), _dest-ah: (addr handle word) {
  var src-ah/eax: (addr handle word) <- copy _src-ah
  var src-a/eax: (addr word) <- lookup *src-ah
  compare src-a, 0
  break-if-=
  # copy
  var dest-ah/edi: (addr handle word) <- copy _dest-ah
  copy-word src-a, dest-ah
  # recurse
  var rest: (handle word)
  var rest-ah/ecx: (addr handle word) <- address rest
  var next-src-ah/esi: (addr handle word) <- get src-a, next
  copy-words next-src-ah, rest-ah
  chain-words dest-ah, rest-ah
}

fn copy-words-in-reverse _src-ah: (addr handle word), _dest-ah: (addr handle word) {
  var src-ah/eax: (addr handle word) <- copy _src-ah
  var _src-a/eax: (addr word) <- lookup *src-ah
  var src-a/esi: (addr word) <- copy _src-a
  compare src-a, 0
  break-if-=
  # recurse
  var next-src-ah/ecx: (addr handle word) <- get src-a, next
  var dest-ah/edi: (addr handle word) <- copy _dest-ah
  copy-words-in-reverse next-src-ah, dest-ah
  #
  copy-word-at-end src-a, dest-ah
}

fn copy-word-at-end src: (addr word), _dest-ah: (addr handle word) {
  var dest-ah/edi: (addr handle word) <- copy _dest-ah
  # if dest is null, copy and return
  var dest-a/eax: (addr word) <- lookup *dest-ah
  compare dest-a, 0
  {
    break-if-!=
    copy-word src, dest-ah
    return
  }
  # copy current word
  var new: (handle word)
  var new-ah/ecx: (addr handle word) <- address new
  copy-word src, new-ah
  # append it at the end
  var curr-ah/edi: (addr handle word) <- copy dest-ah
  {
    var curr-a/eax: (addr word) <- lookup *curr-ah  # curr-a guaranteed not to be null
    var next-ah/ecx: (addr handle word) <- get curr-a, next
    var next-a/eax: (addr word) <- lookup *next-ah
    compare next-a, 0
    break-if-=
    curr-ah <- copy next-ah
    loop
  }
  chain-words curr-ah, new-ah
}

fn append-word-at-end-with _dest-ah: (addr handle word), s: (addr array byte) {
  var dest-ah/edi: (addr handle word) <- copy _dest-ah
  # if dest is null, copy and return
  var dest-a/eax: (addr word) <- lookup *dest-ah
  compare dest-a, 0
  {
    break-if-!=
    allocate-word-with dest-ah, s
    return
  }
  # otherwise append at end
  var curr-ah/edi: (addr handle word) <- copy dest-ah
  {
    var curr-a/eax: (addr word) <- lookup *curr-ah  # curr-a guaranteed not to be null
    var next-ah/ecx: (addr handle word) <- get curr-a, next
    var next-a/eax: (addr word) <- lookup *next-ah
    compare next-a, 0
    break-if-=
    curr-ah <- copy next-ah
    loop
  }
  append-word-with *curr-ah, s
}

fn copy-word _src-a: (addr word), _dest-ah: (addr handle word) {
  var dest-ah/eax: (addr handle word) <- copy _dest-ah
  allocate dest-ah
  var _dest-a/eax: (addr word) <- lookup *dest-ah
  var dest-a/eax: (addr word) <- copy _dest-a
  initialize-word dest-a
  var dest/edi: (addr handle gap-buffer) <- get dest-a, scalar-data
  var src-a/eax: (addr word) <- copy _src-a
  var src/eax: (addr handle gap-buffer) <- get src-a, scalar-data
  copy-gap-buffer src, dest
}

# one implication of handles: append must take a handle
fn append-word _self-ah: (addr handle word) {
  var saved-self-storage: (handle word)
  var saved-self/eax: (addr handle word) <- address saved-self-storage
  copy-object _self-ah, saved-self
#?   {
#?     print-string 0, "self-ah is "
#?     var foo/eax: int <- copy _self-ah
#?     print-int32-hex 0, foo
#?     print-string 0, "\n"
#?   }
  var self-ah/esi: (addr handle word) <- copy _self-ah
  var _self/eax: (addr word) <- lookup *self-ah
  var self/ebx: (addr word) <- copy _self
#?   {
#?     print-string 0, "0: self is "
#?     var self-ah/eax: (addr handle word) <- copy _self-ah
#?     var self/eax: (addr word) <- lookup *self-ah
#?     var foo/eax: int <- copy self
#?     print-int32-hex 0, foo
#?     print-string 0, "\n"
#?   }
  # allocate new handle
  var new: (handle word)
  var new-ah/ecx: (addr handle word) <- address new
  allocate new-ah
  var new-addr/eax: (addr word) <- lookup new
  initialize-word new-addr
#?   {
#?     print-string 0, "new is "
#?     var foo/eax: int <- copy new-addr
#?     print-int32-hex 0, foo
#?     print-string 0, "\n"
#?   }
  # new->next = self->next
  var src/esi: (addr handle word) <- get self, next
#?   {
#?     print-string 0, "src is "
#?     var foo/eax: int <- copy src
#?     print-int32-hex 0, foo
#?     print-string 0, "\n"
#?   }
  var dest/edi: (addr handle word) <- get new-addr, next
  copy-object src, dest
  # new->next->prev = new
  {
    var next-addr/eax: (addr word) <- lookup *src
    compare next-addr, 0
    break-if-=
#?     {
#?       print-string 0, "next-addr is "
#?       var foo/eax: int <- copy next-addr
#?       print-int32-hex 0, foo
#?       print-string 0, "\n"
#?     }
    dest <- get next-addr, prev
#? #?     {
#? #?       print-string 0, "self-ah is "
#? #?       var foo/eax: int <- copy _self-ah
#? #?       print-int32-hex 0, foo
#? #?       print-string 0, "\n"
#? #?       print-string 0, "2: self is "
#? #?       var self-ah/eax: (addr handle word) <- copy _self-ah
#? #?       var self/eax: (addr word) <- lookup *self-ah
#? #?       var foo/eax: int <- copy self
#? #?       print-int32-hex 0, foo
#? #?       print-string 0, "\n"
#? #?     }
#?     {
#?       print-string 0, "copying new to "
#?       var foo/eax: int <- copy dest
#?       print-int32-hex 0, foo
#?       print-string 0, "\n"
#?     }
    copy-object new-ah, dest
#?     {
#?       print-string 0, "4: self is "
#?       var self-ah/eax: (addr handle word) <- copy _self-ah
#?       var self/eax: (addr word) <- lookup *self-ah
#?       var foo/eax: int <- copy self
#?       print-int32-hex 0, foo
#?       print-string 0, "\n"
#?     }
  }
  # new->prev = saved-self
  dest <- get new-addr, prev
#?   {
#?     print-string 0, "copying "
#?     var self-ah/esi: (addr handle word) <- copy _self-ah
#?     var self/eax: (addr word) <- lookup *self-ah
#?     var foo/eax: int <- copy self
#?     print-int32-hex 0, foo
#?     print-string 0, " to "
#?     foo <- copy dest
#?     print-int32-hex 0, foo
#?     print-string 0, "\n"
#?   }
  var saved-self-ah/eax: (addr handle word) <- address saved-self-storage
  copy-object saved-self-ah, dest
  # self->next = new
  dest <- get self, next
  copy-object new-ah, dest
}

fn chain-words _self-ah: (addr handle word), _next: (addr handle word) {
  var self-ah/esi: (addr handle word) <- copy _self-ah
  var _self/eax: (addr word) <- lookup *self-ah
  var self/ecx: (addr word) <- copy _self
  var dest/edx: (addr handle word) <- get self, next
  var next-ah/edi: (addr handle word) <- copy _next
  copy-object next-ah, dest
  var next/eax: (addr word) <- lookup *next-ah
  compare next, 0
  break-if-=
  dest <- get next, prev
  copy-object self-ah, dest
}

fn emit-word _self: (addr word), out: (addr stream byte) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  emit-gap-buffer data, out
}

fn word-to-string _self: (addr word), out: (addr handle array byte) {
  var self/esi: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  gap-buffer-to-string data, out
}

fn word-is-decimal-integer? _self: (addr word) -> _/eax: boolean {
  var self/eax: (addr word) <- copy _self
  var data-ah/eax: (addr handle gap-buffer) <- get self, scalar-data
  var data/eax: (addr gap-buffer) <- lookup *data-ah
  var result/eax: boolean <- gap-buffer-is-decimal-integer? data
  return result
}

# ABSOLUTELY GHASTLY
fn word-exists? _haystack-ah: (addr handle word), _needle: (addr word) -> _/ebx: boolean {
  var needle-name-storage: (handle array byte)
  var needle-name-ah/eax: (addr handle array byte) <- address needle-name-storage
  word-to-string _needle, needle-name-ah  # profligate leak
  var _needle-name/eax: (addr array byte) <- lookup *needle-name-ah
  var needle-name/edi: (addr array byte) <- copy _needle-name
  # base case
  var haystack-ah/esi: (addr handle word) <- copy _haystack-ah
  var curr/eax: (addr word) <- lookup *haystack-ah
  compare curr, 0
  {
    break-if-!=
    return 0/false
  }
  # check curr
  var curr-name-storage: (handle array byte)
  var curr-name-ah/ecx: (addr handle array byte) <- address curr-name-storage
  word-to-string curr, curr-name-ah  # profligate leak
  var curr-name/eax: (addr array byte) <- lookup *curr-name-ah
  var found?/eax: boolean <- string-equal? needle-name, curr-name
  compare found?, 0
  {
    break-if-=
    return 1/true
  }
  # recurse
  var curr/eax: (addr word) <- lookup *haystack-ah
  var next-haystack-ah/eax: (addr handle word) <- get curr, next
  var result/ebx: boolean <- word-exists? next-haystack-ah, _needle
  return result
}

fn word-list-length words: (addr handle word) -> _/eax: int {
  var curr-ah/esi: (addr handle word) <- copy words
  var result/edi: int <- copy 0
  {
    var curr/eax: (addr word) <- lookup *curr-ah
    compare curr, 0
    break-if-=
    {
      var word-len/eax: int <- word-length curr
      result <- add word-len
      result <- add 1/inter-word-margin
    }
    curr-ah <- get curr, next
    loop
  }
  return result
}

# out-ah already has a word allocated and initialized
fn parse-words in: (addr array byte), out-ah: (addr handle word) {
  var in-stream: (stream byte 0x100)
  var in-stream-a/esi: (addr stream byte) <- address in-stream
  write in-stream-a, in
  var cursor-word-ah/ebx: (addr handle word) <- copy out-ah
  $parse-words:loop: {
    var done?/eax: boolean <- stream-empty? in-stream-a
    compare done?, 0/false
    break-if-!=
    var _g/eax: grapheme <- read-grapheme in-stream-a
    var g/ecx: grapheme <- copy _g
    # if not space, insert
    compare g, 0x20/space
    {
      break-if-=
      var cursor-word/eax: (addr word) <- lookup *cursor-word-ah
      add-grapheme-to-word cursor-word, g
      loop $parse-words:loop
    }
    # otherwise insert word after and move cursor to it
    append-word cursor-word-ah
    var cursor-word/eax: (addr word) <- lookup *cursor-word-ah
    cursor-to-start cursor-word  # reset cursor in each function
    cursor-word-ah <- get cursor-word, next
    loop
  }
}


 

generated by cgit-pink 1.4.1-2-gfad0 (git 2.36.2.497.gbbea4dcf42) at 2024-10-25 13:31:18 +0000