def _solve(self):
solver = Solver(package_requests=self.package_requests,
package_paths=self.package_paths,
package_filter=self.package_filter,
callback=self.callback,
package_load_callback=self.package_load_callback,
building=self.building,
verbosity=self.verbosity,
prune_unfailed=config.prune_failed_graph,
buf=self.buf)
solver.solve()
return solver
def _solve(self):
solver = Solver(package_requests=self.package_requests,
package_paths=self.package_paths,
context=self.context,
package_filter=self.package_filter,
package_orderers=self.package_orderers,
callback=self.callback,
package_load_callback=self.package_load_callback,
building=self.building,
verbosity=self.verbosity,
prune_unfailed=config.prune_failed_graph,
buf=self.buf,
suppress_passive=self.suppress_passive,
print_stats=self.print_stats)
solver.solve()
return solver
def _create_solvers(self, reqs):
s1 = Solver(reqs,
self.packages_path,
optimised=True,
verbosity=Solver.max_verbosity)
s2 = Solver(reqs,
self.packages_path,
optimised=False,
verbosity=Solver.max_verbosity)
s_perms = []
perms = itertools.permutations(reqs)
for reqs_ in perms:
s = Solver(reqs_,
self.packages_path,
optimised=True,
verbosity=Solver.max_verbosity)
s_perms.append(s)
return (s1, s2, s_perms)