def __linearise(self, log):
'''Linearises self.spec1 and self.spec2 and applies lpssuminst to the
resulting LPSs.'''
log.info('Linearising LPSs for {0}'.format(self))
result1 = tools.mcrl22lps('-fnD',
stdin=self.spec1,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
result2 = tools.mcrl22lps('-fnD',
stdin=self.spec2,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.info('Applying lpssuminst to LPSs for {0}'.format(self))
result1 = tools.lpssuminst('-f',
stdin=result1,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
result2 = tools.lpssuminst('-f',
stdin=result2,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
lpsfile1 = self._newTempFile('lps', ".spec1")
lpsfile1.write(result1)
lpsfile1.close()
lpsfile2 = self._newTempFile('lps', ".spec2")
lpsfile2.write(result2)
lpsfile2.close()
return lpsfile1.name, lpsfile2.name
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2 and applies lpssuminst,
lpsparunfold and lpsconstelm to the result.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf',
stdin=self._mcrl2,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying suminst on LPS of {0}'.format(self))
result = tools.lpssuminst(stdin=result,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying parunfold (for Board) on LPS of {0}'.format(self))
result = tools.lpsparunfold('-lv',
'-n{0}'.format(self.__boardheight),
'-sBoard',
stdin=result,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying parunfold (for Row) on LPS of {0}'.format(self))
result = tools.lpsparunfold('-lv',
'-n{0}'.format(self.__boardwidth),
'-sRow',
stdin=result,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying constelm on LPS of {0}'.format(self))
result = tools.lpsconstelm(
'-ctvrjittyc' if self.__use_compiled_constelm else '-ctv',
stdin=result,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
return result
def __linearise(self, log):
'''Linearises self.spec1 and self.spec2 and applies lpssuminst to the
resulting LPSs.'''
log.info('Linearising LPSs for {0}'.format(self))
result1 = tools.mcrl22lps('-fnD', stdin=self.spec1, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
result2 = tools.mcrl22lps('-fnD', stdin=self.spec2, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.info('Applying lpssuminst to LPSs for {0}'.format(self))
result1 = tools.lpssuminst('-f', stdin=result1, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
result2 = tools.lpssuminst('-f', stdin=result2, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
lpsfile1 = self._newTempFile('lps', ".spec1")
lpsfile1.write(result1)
lpsfile1.close()
lpsfile2 = self._newTempFile('lps', ".spec2")
lpsfile2.write(result2)
lpsfile2.close()
return lpsfile1.name, lpsfile2.name
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf',
stdin=self._mcrl2,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
return result
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2 and applies lpssuminst to the
result.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf', stdin=self._mcrl2, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying suminst on LPS of {0}'.format(self))
result = tools.lpssuminst(stdin=result, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
return result
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2 and applies lpssuminst,
lpsparunfold and lpsconstelm to the result.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-nf', stdin=self._mcrl2, memlimit=MEMLIMIT)
for (sort, times) in self.__unfoldList:
log.debug('Applying parunfold (for {0}) on LPS of {1}'.format(sort, self))
result = tools.lpsparunfold('-l', '-n{0}'.format(times), '-s{0}'.format(sort), stdin=result['out'], memlimit=MEMLIMIT)
log.debug('Applying constelm on LPS of {0}'.format(self))
result = tools.lpsconstelm('-ct', stdin=result['out'], memlimit=MEMLIMIT)
return result['out']
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2 and applies lpssuminst to the
result.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf',
stdin=self._mcrl2,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying suminst on LPS of {0}'.format(self))
result = tools.lpssuminst(stdin=result,
memlimit=LPSTOOLS_MEMLIMIT,
timeout=LPSTOOLS_TIMEOUT)['out']
return result
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2 and applies lpssuminst,
lpsparunfold and lpsconstelm to the result.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf', stdin=self._mcrl2, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying suminst on LPS of {0}'.format(self))
result = tools.lpssuminst(stdin=result, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying parunfold (for Board) on LPS of {0}'.format(self))
result = tools.lpsparunfold('-lv', '-n{0}'.format(self.__boardheight), '-sBoard', stdin=result, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying parunfold (for Row) on LPS of {0}'.format(self))
result = tools.lpsparunfold('-lv', '-n{0}'.format(self.__boardwidth), '-sRow', stdin=result, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
log.debug('Applying constelm on LPS of {0}'.format(self))
result = tools.lpsconstelm('-ctvrjittyc' if self.__use_compiled_constelm else '-ctv', stdin=result, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
return result
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2.'''
log.debug('Linearising {0}'.format(self))
return tools.mcrl22lps('-nf', stdin=self._mcrl2, memlimit=MEMLIMIT)['out']
def _makeLPS(self, log):
'''Linearises the specification in self._mcrl2.'''
log.debug('Linearising {0}'.format(self))
result = tools.mcrl22lps('-vnf', stdin=self._mcrl2, memlimit=LPSTOOLS_MEMLIMIT, timeout=LPSTOOLS_TIMEOUT)['out']
return result
