sirpengi

#------------------------
#in else block
try:
	obj = db.create_obj():
except DBExploded as e:
	pass
else:
	#obj is guarenteed to be valid object
	obj.do_something()
	obj.save()

sirpengi

def collapse(lst):
  def chunk(lst):
    ret = [lst[0],]
    for i in lst[1:]:
      if ord(i) == ord(ret[-1]) + 1:
        pass
      else:
        yield ret
        ret = []
      ret.append(i)

sirpengi

package main

func modify (myarr *[]int) {
  myarr = append(*myarr, 4)
}

func main() {
  arr := []int{}
  arr = append(arr, 1)
  arr = append(arr, 2)

sirpengi

CALLFF << @SELFDESTRUCT 1

sirpengi

<Monitor> lc
CID PID  ARGV
  1 5615 ['gridstream/server.py']
<Monitor> sc 1
Remote connection 1. To return to Monitor, type <Ctrl-C> or .<RETURN>
<Annex> int
Remote interactive console. To return to Annex, type '-'.
>>> hp.heap()
Partition of a set of 283455 objects. Total size = 134611440 bytes.
 Index  Count   %     Size   % Cumulative  % Kind (class / dict of class)

sirpengi

@LOOPSTART
# look around for resources
CALLFF << @LOOK @NORTH 2
EQUAL << @CELL_RESOURCE
IFTGOTO << @PULLNORTH

CALLFF << @LOOK @EAST 2
EQUAL << @CELL_RESOURCE
IFTGOTO << @PULLEAST

sirpengi

@LOOPSTART
# just charge
CALLFF << @INSPECT @HERE @CHARGE 3
LESS << 50
IFTGOTO << @CHARGEME

# scan around
CALLFF << @SCAN -4 0 3
EQUAL << @CELL_ROBOT
CALLFF << @SCAN -3 0 3

sirpengi

# This bot will continually travel south
# pulling from all directions.  if it encounters
# any obstacles, it'll move out of the way
@LOOPSTART
# look around for resources
CALLFF << @LOOK @NORTH 2
EQUAL << @CELL_RESOURCE
IFTGOTO << @PULLNORTH

CALLFF << @LOOK @EAST 2

sirpengi

PUSH 0
PUSH 0
PUSH 0
PANIC

sirpengi

# This bot will continually travel south
# pulling from the east or west if it
# finds resources there
@LOOPSTART
CALLFF << @SCAN 1 0 3
testtgoto << @PULLEAST
FFI << @LOOK @WEST
testtgoto << @PULLWEST

FFI << @MOVE @SOUTH