Exemple #1
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    def run(self, debug=False, ifile=None):
        self.debug = debug

        ok = True
        n_fail = 0

        methods = inspect.getmembers(self, inspect.ismethod)
        if hasattr(self, 'tests'):
            dmethods = {}
            for key, method in methods:
                dmethods[key] = method
            tests = [(ii, dmethods[ii]) for ii in self.tests]
            print(tests)
        else:
            tests = [
                ii for ii in methods
                if (len(ii[0]) > 5) and ii[0][:5] == 'test_'
            ]

        orig_prefix = output.get_output_prefix()
        for itest, (test_name, test_method) in enumerate(tests):
            if len(tests) > 1 and ifile is not None:
                output.set_output_prefix('[%d/%d] %s'\
                    % (ifile, itest + 1, orig_prefix))
            else:
                output.set_output_prefix('[%d] %s' % (ifile, orig_prefix))

            aux = ' %s: ' % test_name

            try:
                ret = test_method()
            except:
                if debug:
                    raise
                ret = False

            if not ret:
                aux = '---' + aux + 'failed!'
                n_fail += 1
                ok = False
            else:
                aux = '+++' + aux + 'ok'

            print(aux)

        output.set_output_prefix(orig_prefix)

        return ok, n_fail, len(tests)
Exemple #2
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    def run(self, debug=False, ifile=None):
        self.debug = debug

        ok = True
        n_fail = 0

        methods = inspect.getmembers(self, inspect.ismethod)
        if hasattr(self, 'tests'):
            dmethods = {}
            for key, method in methods:
                dmethods[key] = method
            tests = [(ii, dmethods[ii]) for ii in self.tests]
            print(tests)
        else:
            tests = [ii for ii in methods
                     if (len(ii[0]) > 5) and ii[0][:5] == 'test_']

        orig_prefix = output.get_output_prefix()
        for itest, (test_name, test_method) in enumerate(tests):
            if len(tests) > 1 and ifile is not None:
                output.set_output_prefix('[%d/%d] %s'\
                    % (ifile, itest + 1, orig_prefix))
            else:
                output.set_output_prefix('[%d] %s' % (ifile, orig_prefix))

            aux = ' %s: ' % test_name

            try:
                ret = test_method()
            except:
                if debug:
                    raise
                ret = False

            if not ret:
                aux = '---' + aux + 'failed!'
                n_fail += 1
                ok = False
            else:
                aux = '+++' + aux + 'ok'

            print(aux)

        output.set_output_prefix(orig_prefix)

        return ok, n_fail, len(tests)
Exemple #3
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    def init_subproblems(self, conf, **kwargs):
        from sfepy.discrete.state import State
        from sfepy.discrete import Problem
        from sfepy.base.conf import ProblemConf, get_standard_keywords
        from scipy.spatial import cKDTree as KDTree

        # init subproblems
        problem = self.context
        pb_vars = problem.get_variables()
        # get "master" DofInfo and last index
        pb_adi_indx = problem.equations.variables.adi.indx
        self.adi_indx = pb_adi_indx.copy()
        last_indx = -1
        for ii in six.itervalues(self.adi_indx):
            last_indx = nm.max([last_indx, ii.stop])

        # coupling variables
        self.cvars_to_pb = {}
        for jj in conf.coupling_variables:
            self.cvars_to_pb[jj] = [None, None]
            if jj in pb_vars.names:
                if pb_vars[jj].dual_var_name is not None:
                    self.cvars_to_pb[jj][0] = -1

                else:
                    self.cvars_to_pb[jj][1] = -1

        # init subproblems
        self.subpb = []
        required, other = get_standard_keywords()
        master_prefix = output.get_output_prefix()
        for ii, ifname in enumerate(conf.others):
            sub_prefix = master_prefix[:-1] + '-sub%d:' % (ii + 1)
            output.set_output_prefix(sub_prefix)
            kwargs['master_problem'] = problem
            confi = ProblemConf.from_file(ifname,
                                          required,
                                          other,
                                          define_args=kwargs)
            pbi = Problem.from_conf(confi, init_equations=True)
            sti = State(pbi.equations.variables)
            pbi.equations.set_data(None, ignore_unknown=True)
            pbi.time_update()
            pbi.update_materials()
            sti.apply_ebc()
            pbi_vars = pbi.get_variables()
            output.set_output_prefix(master_prefix)
            self.subpb.append([pbi, sti, None])

            # append "slave" DofInfo
            for jj in pbi_vars.names:
                if not (pbi_vars[jj].is_state()):
                    continue

                didx = pbi.equations.variables.adi.indx[jj]
                ndof = didx.stop - didx.start
                if jj in self.adi_indx:
                    if ndof != \
                      (self.adi_indx[jj].stop - self.adi_indx[jj].start):
                        raise ValueError('DOFs do not match!')

                else:
                    self.adi_indx.update(
                        {jj: slice(last_indx, last_indx + ndof, None)})
                    last_indx += ndof

            for jj in conf.coupling_variables:
                if jj in pbi_vars.names:
                    if pbi_vars[jj].dual_var_name is not None:
                        self.cvars_to_pb[jj][0] = ii

                    else:
                        self.cvars_to_pb[jj][1] = ii

        self.subpb.append([problem, None, None])

        self.cvars_to_pb_map = {}
        for varname, pbs in six.iteritems(self.cvars_to_pb):
            # match field nodes
            coors = []
            for ii in pbs:
                pbi = self.subpb[ii][0]
                pbi_vars = pbi.get_variables()
                fcoors = pbi_vars[varname].field.coors
                dc = nm.abs(nm.max(fcoors, axis=0)\
                            - nm.min(fcoors, axis=0))
                ax = nm.where(dc > 1e-9)[0]
                coors.append(fcoors[:, ax])

            if len(coors[0]) != len(coors[1]):
                raise ValueError('number of nodes does not match!')

            kdtree = KDTree(coors[0])
            map_12 = kdtree.query(coors[1])[1]

            pbi1 = self.subpb[pbs[0]][0]
            pbi1_vars = pbi1.get_variables()
            eq_map_1 = pbi1_vars[varname].eq_map

            pbi2 = self.subpb[pbs[1]][0]
            pbi2_vars = pbi2.get_variables()
            eq_map_2 = pbi2_vars[varname].eq_map

            dpn = eq_map_2.dpn
            nnd = map_12.shape[0]

            map_12_nd = nm.zeros((nnd * dpn, ), dtype=nm.int32)
            if dpn > 1:
                for ii in range(dpn):
                    map_12_nd[ii::dpn] = map_12 * dpn + ii
            else:
                map_12_nd = map_12

            idx = nm.where(eq_map_2.eq >= 0)[0]
            self.cvars_to_pb_map[varname] = eq_map_1.eq[map_12[idx]]
Exemple #4
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    def __init__(self, conf, problem, **kwargs):
        from sfepy.discrete.state import State
        from sfepy.discrete import Problem
        from sfepy.base.conf import ProblemConf, get_standard_keywords
        from scipy.spatial import cKDTree as KDTree

        ScipyDirect.__init__(self, conf, **kwargs)

        # init subproblems
        pb_vars = problem.get_variables()
        # get "master" DofInfo and last index
        pb_adi_indx = problem.equations.variables.adi.indx
        self.adi_indx = pb_adi_indx.copy()
        last_indx = -1
        for ii in self.adi_indx.itervalues():
            last_indx = nm.max([last_indx, ii.stop])

        # coupling variables
        self.cvars_to_pb = {}
        for jj in conf.coupling_variables:
            self.cvars_to_pb[jj] = [None, None]
            if jj in pb_vars.names:
                if pb_vars[jj].dual_var_name is not None:
                    self.cvars_to_pb[jj][0] = -1

                else:
                    self.cvars_to_pb[jj][1] = -1

        # init subproblems
        self.subpb = []
        required, other = get_standard_keywords()
        master_prefix = output.get_output_prefix()
        for ii, ifname in enumerate(conf.others):
            sub_prefix = master_prefix[:-1] + '-sub%d:' % (ii + 1)
            output.set_output_prefix(sub_prefix)
            kwargs['master_problem'] = problem
            confi = ProblemConf.from_file(ifname, required, other,
                                          define_args=kwargs)
            pbi = Problem.from_conf(confi, init_equations=True)
            sti = State(pbi.equations.variables)
            pbi.equations.set_data(None, ignore_unknown=True)
            pbi.time_update()
            pbi.update_materials()
            sti.apply_ebc()
            pbi_vars = pbi.get_variables()
            output.set_output_prefix(master_prefix)
            self.subpb.append([pbi, sti, None])

            # append "slave" DofInfo
            for jj in pbi_vars.names:
                if not(pbi_vars[jj].is_state()):
                    continue

                didx = pbi.equations.variables.adi.indx[jj]
                ndof = didx.stop - didx.start
                if jj in self.adi_indx:
                    if ndof != \
                      (self.adi_indx[jj].stop - self.adi_indx[jj].start):
                        raise ValueError('DOFs do not match!')

                else:
                    self.adi_indx.update({
                        jj: slice(last_indx, last_indx + ndof, None)})
                    last_indx += ndof

            for jj in conf.coupling_variables:
                if jj in pbi_vars.names:
                    if pbi_vars[jj].dual_var_name is not None:
                        self.cvars_to_pb[jj][0] = ii

                    else:
                        self.cvars_to_pb[jj][1] = ii

        self.subpb.append([problem, None, None])

        self.cvars_to_pb_map = {}
        for varname, pbs in self.cvars_to_pb.iteritems():
            # match field nodes
            coors = []
            for ii in pbs:
                pbi = self.subpb[ii][0]
                pbi_vars = pbi.get_variables()
                fcoors = pbi_vars[varname].field.coors
                dc = nm.abs(nm.max(fcoors, axis=0)\
                            - nm.min(fcoors, axis=0))
                ax = nm.where(dc > 1e-9)[0]
                coors.append(fcoors[:,ax])

            if len(coors[0]) != len(coors[1]):
                raise ValueError('number of nodes does not match!')

            kdtree = KDTree(coors[0])
            map_12 = kdtree.query(coors[1])[1]

            pbi1 = self.subpb[pbs[0]][0]
            pbi1_vars = pbi1.get_variables()
            eq_map_1 = pbi1_vars[varname].eq_map

            pbi2 = self.subpb[pbs[1]][0]
            pbi2_vars = pbi2.get_variables()
            eq_map_2 = pbi2_vars[varname].eq_map

            dpn = eq_map_2.dpn
            nnd = map_12.shape[0]

            map_12_nd = nm.zeros((nnd * dpn,), dtype=nm.int32)
            if dpn > 1:
                for ii in range(dpn):
                    map_12_nd[ii::dpn] = map_12 * dpn + ii
            else:
                map_12_nd = map_12

            idx = nm.where(eq_map_2.eq >= 0)[0]
            self.cvars_to_pb_map[varname] = eq_map_1.eq[map_12[idx]]
Exemple #5
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def run_test(conf_name, options, ifile):
    from sfepy.base.ioutils import ensure_path

    ensure_path(op.join(options.out_dir, 'any'))

    if options.filter_none or options.raise_on_error:
        of = None
    elif options.filter_less:
        of = OutputFilter(['<<<', '>>>', '...', '!!!', '+++', '---'])
    elif options.filter_more:
        of = OutputFilter(['+++', '---'])
    else:
        of = OutputFilter(['<<<', '+++', '---'])

    print('<<< [%d] %s' % (ifile, conf_name))
    orig_prefix = output.get_output_prefix()
    output.set_output_prefix('[%d] %s' % (ifile, orig_prefix))

    _required, other = get_standard_keywords()
    required = ['Test']

    num = 1
    timer = Timer('tests')
    try:
        conf = ProblemConf.from_file(conf_name, required, _required + other)
        test = conf.funmod.Test.from_conf(conf, options)
        num = test.get_number()
        ok = True
        print('>>> test instance prepared (%d test(s))' % num)
    except KeyboardInterrupt:
        print('>>> interrupted')
        sys.exit(0)
    except:
        print('--- test instance creation failed')
        if options.raise_on_error:
            raise
        ok, n_fail, n_total = False, num, num

    if ok:
        try:
            timer.start()
            output.set_output_prefix(orig_prefix)
            ok, n_fail, n_total = test.run(debug=options.raise_on_error,
                                           ifile=ifile)
            output.set_output_prefix('[%d] %s' % (ifile, orig_prefix))
            timer.stop()
        except KeyboardInterrupt:
            print('>>> interrupted')
            sys.exit(0)
        except Exception as e:
            print('>>> %s' % e.__class__)
            if options.raise_on_error:
                raise
            ok, n_fail, n_total = False, num, num

    if ok:
        print('>>> all passed in %.2f s' % timer.total)
    else:
        print('!!! %s test failed' % n_fail)

    if of is not None:
        of.stop()

    output.set_output_prefix(orig_prefix)

    return n_fail, n_total, timer.total
Exemple #6
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def run_test(conf_name, options, ifile):
    from sfepy.base.ioutils import ensure_path

    ensure_path(op.join(options.out_dir, "any"))

    if options.filter_none or options.raise_on_error:
        of = None
    elif options.filter_less:
        of = OutputFilter(["<<<", ">>>", "...", "!!!", "+++", "---"])
    elif options.filter_more:
        of = OutputFilter(["+++", "---"])
    else:
        of = OutputFilter(["<<<", "+++", "---"])

    print("<<< [%d] %s" % (ifile, conf_name))
    orig_prefix = output.get_output_prefix()
    output.set_output_prefix("[%d] %s" % (ifile, orig_prefix))

    _required, other = get_standard_keywords()
    required = ["Test"]

    num = 1
    test_time = 0.0
    try:
        conf = ProblemConf.from_file(conf_name, required, _required + other)
        test = conf.funmod.Test.from_conf(conf, options)
        num = test.get_number()
        ok = True
        print(">>> test instance prepared (%d test(s))" % num)
    except KeyboardInterrupt:
        print(">>> interrupted")
        sys.exit(0)
    except:
        print("--- test instance creation failed")
        if options.raise_on_error:
            raise
        ok, n_fail, n_total = False, num, num

    if ok:
        try:
            tt = time.clock()
            output.set_output_prefix(orig_prefix)
            ok, n_fail, n_total = test.run(debug=options.raise_on_error, ifile=ifile)
            output.set_output_prefix("[%d] %s" % (ifile, orig_prefix))
            test_time = time.clock() - tt
        except KeyboardInterrupt:
            print(">>> interrupted")
            sys.exit(0)
        except Exception as e:
            print(">>> %s" % e.__class__)
            if options.raise_on_error:
                raise
            ok, n_fail, n_total = False, num, num

    if ok:
        print(">>> all passed in %.2f s" % test_time)
    else:
        print("!!! %s test failed" % n_fail)

    if of is not None:
        of.stop()

    output.set_output_prefix(orig_prefix)

    return n_fail, n_total, test_time