# Path: clara/common.py
# def debug(msg, *args):
#     if args:
#         msg %= tuple(args)
#     print('[debug] %s' % (msg,), file=DEBUG_DEST)
# 
# Path: clara/model.py
# SPECIAL_VARS = set([VAR_COND, VAR_RET, VAR_IN, VAR_OUT])
# 
# Path: clara/repair.py
# class Timeout(Exception):
#     pass


import time
from .common import debug
from .model import SPECIAL_VARS
from .pylpsolve import LpModel, EQ, LE, GE, TIMEOUT, SUBOPTIMAL, NUMFAILURE
from .repair import Timeout
        self.encode_onetoone()
        self.ototime = time.time() - otostart
        
        if self.lefttime() <= 0:
            raise Timeout()

        pstart = time.time()
        self.encode_P()
        self.ptime = time.time() - pstart
        if self.lefttime() <= 0:
            raise Timeout()

        mstart = time.time()
        self.build_model()
        self.mtime = time.time() - mstart
        if self.lefttime() <= 0:
            raise Timeout()

        sstart = time.time()
        solve_rounds = 0
        result = None
        while result is None:
            self.solve_model()
            result = self.decode_model()
            solve_rounds += 1
        self.stime = time.time() - sstart

        if self.verbose:
            debug('OTO time: %.3f', round(self.ototime, 3))
            debug('P time: %.3f', round(self.ptime, 3))

# Path: clara/common.py
# def debug(msg, *args):
#     if args:
#         msg %= tuple(args)
#     print('[debug] %s' % (msg,), file=DEBUG_DEST)
# 
# Path: clara/model.py
# SPECIAL_VARS = set([VAR_COND, VAR_RET, VAR_IN, VAR_OUT])
# 
# Path: clara/repair.py
# class Timeout(Exception):
#     pass


# Path: clara/ilp.py
import time
from .common import debug
from .model import SPECIAL_VARS
from .pylpsolve import LpModel, EQ, LE, GE, TIMEOUT, SUBOPTIMAL, NUMFAILURE
from .repair import Timeout

        self.encode_onetoone()
        self.ototime = time.time() - otostart
        
        if self.lefttime() <= 0:
            raise Timeout()

        pstart = time.time()
        self.encode_P()
        self.ptime = time.time() - pstart
        if self.lefttime() <= 0:
            raise Timeout()

        mstart = time.time()
        self.build_model()
        self.mtime = time.time() - mstart
        if self.lefttime() <= 0:
            raise Timeout()

        sstart = time.time()
        solve_rounds = 0
        result = None
        while result is None:
            self.solve_model()
            result = self.decode_model()
            solve_rounds += 1
        self.stime = time.time() - sstart

        if self.verbose:
            debug('OTO time: %.3f', round(self.ototime, 3))
            debug('P time: %.3f', round(self.ptime, 3))

            debug('M time: %.3f', round(self.mtime, 3))