# Path: python/gup/log.py
# def getLogger(*a):
# 	logger = logging.getLogger(*a)
# 	logger.addFilter(_color_filter)
# 	return logger
# 
# Path: python/gup/error.py
# class SafeError(Exception):
# 	exitcode = 10
# 	pass
# 
# UNKNOWN_ERROR_CODE = 1


import tempfile
					import traceback
	import fcntl
	import os, errno, select, signal
from .log import getLogger
from .error import SafeError, UNKNOWN_ERROR_CODE
		self.tokens += n
		if self.tokens > 1:
			os.write(self.fds[1], b't' * (self.tokens-1))
			self.tokens = 1

	def _release_mine(self):
		assert(self.tokens >= 1)
		os.write(self.fds[1], b't')
		self.tokens -= 1

	def wait(self, want_token):
		rfds = list(self.waitfds.keys())
		if want_token:
			rfds.append(self.fds[0])
		assert(rfds)
		r,w,x = select.select(rfds, [], [])
		_debug('self.fds=%r; wfds=%r; readable: %r' % (self.fds, self.waitfds, r))
		for fd in r:
			if self.fds and fd == self.fds[0]:
				pass
			else:
				pd = self.waitfds[fd]
				_debug("done: %r" % pd.name)
				self._release(1)
				os.close(fd)
				del self.waitfds[fd]
				rv = os.waitpid(pd.pid, 0)
				assert(rv[0] == pd.pid)
				_debug("done1: rv=%r" % (rv,))
				rv = rv[1]

# Path: python/gup/log.py
# def getLogger(*a):
# 	logger = logging.getLogger(*a)
# 	logger.addFilter(_color_filter)
# 	return logger
# 
# Path: python/gup/error.py
# class SafeError(Exception):
# 	exitcode = 10
# 	pass
# 
# UNKNOWN_ERROR_CODE = 1


# Path: python/gup/parallel.py
import tempfile
					import traceback
	import fcntl
	import os, errno, select, signal
from .log import getLogger
from .error import SafeError, UNKNOWN_ERROR_CODE

		self.tokens += n
		if self.tokens > 1:
			os.write(self.fds[1], b't' * (self.tokens-1))
			self.tokens = 1

	def _release_mine(self):
		assert(self.tokens >= 1)
		os.write(self.fds[1], b't')
		self.tokens -= 1

	def wait(self, want_token):
		rfds = list(self.waitfds.keys())
		if want_token:
			rfds.append(self.fds[0])
		assert(rfds)
		r,w,x = select.select(rfds, [], [])
		_debug('self.fds=%r; wfds=%r; readable: %r' % (self.fds, self.waitfds, r))
		for fd in r:
			if self.fds and fd == self.fds[0]:
				pass
			else:
				pd = self.waitfds[fd]
				_debug("done: %r" % pd.name)
				self._release(1)
				os.close(fd)
				del self.waitfds[fd]
				rv = os.waitpid(pd.pid, 0)
				assert(rv[0] == pd.pid)
				_debug("done1: rv=%r" % (rv,))
				rv = rv[1]

				if os.WIFEXITED(rv):