ranger - mirror of ranger - a simple, vim-like file manager

diff options

Diffstat (limited to 'doc')

0 files changed, 0 insertions, 0 deletions

4a48bedc ^

b96af395 ^

08f4628e ^

b96af395 ^

9458918f ^

ce87c19e ^

b96af395 ^

ce87c19e ^

b96af395 ^

b0bf5321 ^

ce87c19e ^

b96af395 ^

f192d655 ^

ee72abae ^

b96af395 ^

f192d655 ^

760f683f ^

b96af395 ^

77d5b5d6 ^

4a48bedc ^

b96af395 ^

9458918f ^

5b22547b ^

b96af395 ^

08f4628e ^

b96af395 ^

f192d655 ^

b96af395 ^

f192d655 ^

1ead3562 ^

77d5b5d6 ^

760f683f ^

b96af395 ^

192d59d3 ^

ce87c19e ^

b96af395 ^

1
2

26
27

32
33

41
42

43
44

# example program: communicating between routines using channels

def producer sink:&:sink:char -> sink:&:sink:char [
  # produce characters 1 to 5 on a channel
  local-scope
  load-inputs
  # n = 0
  n:char <- copy 0
  {
    done?:bool <- lesser-than n, 5
    break-unless done?
    # other threads might get between these prints
    $print [produce: ], n, [ 
]
    sink <- write sink, n
    n <- add n, 1
    loop
  }
  close sink
]

def consumer source:&:source:char -> source:&:source:char [
  # consume and print integers from a channel
  local-scope
  load-inputs
  {
    # read an integer from the channel
    n:char, eof?:bool, source <- read source
    break-if eof?
    # other threads might get between these prints
    $print [consume: ], n:char, [ 
]
    loop
  }
]

def main [
  local-scope
  source:&:source:char, sink:&:sink:char <- new-channel 3/capacity
  # create two background 'routines' that communicate by a channel
  routine1:num <- start-running producer, sink
  routine2:num <- start-running consumer, source
  wait-for-routine routine1
  wait-for-routine routine2
]


context:
space:
mode: