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How to use _rdv method in autotest

Best Python code snippet using autotest_python

svarea.py

Source:svarea.py

1"""2Network Analyst tools converted to Python34Service Area Utilizations5"""67import arcpy8import os91011def get_sa(net, rdv, time_interval, loc, out,12            ONEWAY_RESTRICTION=True, OVERLAP=True):13    """14    Execute service area tool15    """16    17    from glass.mng.gen import copy_feat18    19    if arcpy.CheckExtension("Network") == "Available":20        arcpy.CheckOutExtension("Network")21        22    else:23        raise ValueError('Network analyst extension is not avaiable')24    25    network_name = str(os.path.basename(net))26    JUNCTIONS    = network_name + '_Junctions'27    28    oneway = "" if not ONEWAY_RESTRICTION else "Oneway"29    30    INTERVALS = str(time_interval) if type(time_interval) == int or \31        type(time_interval) == float else time_interval if \32        type(time_interval) == str \33        else ' '.join([str(int(x)) for x in time_interval]) if \34        type(time_interval) == list else None35    36    if not INTERVALS: raise ValueError((37        'time_interval format is not valid'38    ))39    40    arcpy.MakeServiceAreaLayer_na(41        in_network_dataset=net, 42        out_network_analysis_layer="servArea", 43        impedance_attribute="Minutes", 44        travel_from_to="TRAVEL_FROM", 45        default_break_values=INTERVALS, 46        polygon_type="DETAILED_POLYS", 47        merge="NO_MERGE" if OVERLAP else "NO_OVERLAP", 48        nesting_type="RINGS", 49        line_type="NO_LINES", 50        overlap="OVERLAP" if OVERLAP else "NON_OVERLAP", 51        split="NO_SPLIT", 52        excluded_source_name="", 53        accumulate_attribute_name="", 54        UTurn_policy="NO_UTURNS", 55        restriction_attribute_name=oneway, 56        polygon_trim="NO_TRIM_POLYS", 57        poly_trim_value="100 Meters", 58        lines_source_fields="NO_LINES_SOURCE_FIELDS", 59        hierarchy="NO_HIERARCHY", 60        time_of_day=""61    )62    63    # Add locations to the service area layer64    arcpy.AddLocations_na(65        "servArea", "Facilities", loc, "", "5000 Meters", "",66        "{_rdv} SHAPE;{j} NONE".format(_rdv=str(rdv), j=str(JUNCTIONS)),67        "MATCH_TO_CLOSEST", "APPEND", "NO_SNAP", "5 Meters", "INCLUDE",68        "{_rdv} #;{j} #".format(_rdv=str(rdv), j=str(JUNCTIONS))69    )70    # Solve71    arcpy.Solve_na("servArea", "SKIP", "TERMINATE", "")72    # Export to a shapefile73    save_servArea = copy_feat("servArea\\Polygons", out, gisApi='arcpy')74    75    return save_servArea767778def service_area_use_meters(net, rdv, distance, loc, out,79                         OVERLAP=True, ONEWAY=None):80    """81    Execute service area tool using metric distances82    """83    84    from glass.mng.gen import copy_feat85    86    if arcpy.CheckExtension("Network") == "Available":87        arcpy.CheckOutExtension("Network")88        89    else:90        raise ValueError('Network analyst extension is not avaiable')91    92    network_name = str(os.path.basename(net))93    JUNCTIONS = network_name + '_Junctions'94    95    oneway = "" if not ONEWAY else "Oneway"96    97    INTERVALS = str(distance) if type(distance) == int or \98        type(distance) == float else distance if \99        type(distance) == str or type(distance) == unicode \100        else ' '.join([str(int(x)) for x in distance]) if \101        type(distance) == list else None102    103    if not INTERVALS: raise ValueError((104        'distance format is not valid'105    ))106    107    arcpy.MakeServiceAreaLayer_na(108        in_network_dataset=net, 109        out_network_analysis_layer="servArea", 110        impedance_attribute="Length", 111        travel_from_to="TRAVEL_FROM", 112        default_break_values=INTERVALS, 113        polygon_type="DETAILED_POLYS", 114        merge="NO_MERGE" if OVERLAP else "NO_OVERLAP", 115        nesting_type="RINGS", 116        line_type="NO_LINES", 117        overlap="OVERLAP" if OVERLAP else "NON_OVERLAP", 118        split="NO_SPLIT", 119        excluded_source_name="", 120        accumulate_attribute_name="", 121        UTurn_policy="NO_UTURNS", 122        restriction_attribute_name=oneway, 123        polygon_trim="TRIM_POLYS", 124        poly_trim_value="250 Meters", 125        lines_source_fields="NO_LINES_SOURCE_FIELDS", 126        hierarchy="NO_HIERARCHY", 127        time_of_day=""128    )129    130    # Add locations to the service area layer131    arcpy.AddLocations_na(132        "servArea", "Facilities", loc, "", "5000 Meters", "",133        "{_rdv} SHAPE;{j} NONE".format(_rdv=str(rdv), j=str(JUNCTIONS)),134        "MATCH_TO_CLOSEST", "APPEND", "NO_SNAP", "5 Meters", "INCLUDE",135        "{_rdv} #;{j} #".format(_rdv=str(rdv), j=str(JUNCTIONS))136    )137    # Solve138    arcpy.Solve_na("servArea", "SKIP", "TERMINATE", "")139    # Export to a shapefile140    save_servArea = copy_feat("servArea\\Polygons", out, gisApi='arcpy')141    142    return save_servArea
...

barrier_unittest.py

Source:barrier_unittest.py

...52                          self.rendezvous_test, 0, port=63002,53                          rendezvous_servers=True)54    # Internal utility function (not a unit test)55    def rendezvous_test(self, timeout, port=63000, rendezvous_servers=False):56        def _rdv(addr):57            b1 = barrier.barrier(addr, "test_meeting", timeout, port)58            if not rendezvous_servers:59                b1.rendezvous('127.0.0.1#0', '127.0.0.1#1')60            else:61                b1.rendezvous_servers('127.0.0.1#0', '127.0.0.1#1')62        def _thread_rdv(addr):63            # We need to ignore the exception on one side.64            try:65                _rdv(addr)66            except error.BarrierError:67                if timeout == 0:68                    pass69        client = threading.Thread(target=_thread_rdv,70                                  args=('127.0.0.1#0',))71        client.start()72        _rdv('127.0.0.1#1')73        client.join()74if __name__ == "__main__":...

classes.py

Source:classes.py

1class FileTransfer:2    _port = None3    @property4    def port(self):5        return self._port6    def initialization(self, *args, **kwargs):7        pass8    def serve_file(self, *args, **kwargs):9        pass10    def get_file(self, *args, **kwargs):11        pass12class RendezVous:13    def __init__(self, token):14        self._token = token15    def initialization(self, *args, **kwargs):16        pass17    def register(self, *args, **kwargs):18        pass19    def retreive(self, *args, **kwargs):20        pass21class Exchange:22    def __init__(self, rdv, transfer):23        self._rdv = rdv24        self._transfer = transfer25    def register(self, *args, **kwargs):26        return self._rdv.register(*args, **kwargs)27    def serve(self, *args, **kwargs):28        self._transfer.serve_file(*args, **kwargs)29    def retreive(self, *args, **kwargs):30        return self._rdv.retreive(*args, **kwargs)31    def get(self, *args, **kwargs):32        return self._transfer.get_file(*args, **kwargs)33    @property34    def port(self):35        return self._transfer.port...

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