def upload_features(tags_lst_obj, token, space_id):
conn_info = SpaceConnectionInfo()
conn_info.set_(space_id=space_id, token=token)
loop = QEventLoop()
network = NetManager(app)
total = sum(len(lst) for lst in tags_lst_obj.values())
network.network.finished.connect(count_reply(total, loop.quit))
for i, (tags, lst_obj) in enumerate(tags_lst_obj.items()):
# print(len(lst_obj[0]["features"]), tags)
for obj in lst_obj:
reply = network.add_features(conn_info, obj, tags=tags)
loop.exec_()
BaseTestWorkerAsync,
add_test_fn_params,
get_token_space,
get_conn_info,
AllErrorsDuringTest,
)
from test.test_layer_loader import TestReLoader, TestLoader
from XYZHubConnector.xyz_qgis.network import NetManager
from XYZHubConnector.xyz_qgis.loader import TileLayerLoader, EmptyXYZSpaceError
from XYZHubConnector.xyz_qgis.layer import bbox_utils, tile_utils, layer_utils
from qgis.core import QgsProject
from qgis.PyQt.QtCore import QTimer
app = start_app()
network = NetManager(app)
class TestTileLoader(TestLoader):
flag_canvas = False
def _test_load_small_layer(self, n_parallel, **kw_start):
conn_info = get_conn_info("water")
meta = dict(id="unittest", title="unittest", description="unittest")
feat_cnt = 527
kw = dict(kw_start)
schema = "here"
# level, rect = 1, (-165.7,-71.4 , 160.8,93.7) # fail
# level, rect = 1, (-180,-90,181,91) # fail
# level, rect = 1, (-180,-90,180,90) # ok
from XYZHubConnector.xyz_qgis.network import NetManager
from XYZHubConnector.xyz_qgis.network import net_handler
from qgis.PyQt.QtCore import QEventLoop
from XYZHubConnector.xyz_qgis.models.connection import SpaceConnectionInfo
conn_info = SpaceConnectionInfo()
conn_info.set_(space_id="DicZ8XTR", token="AdOZrFlyIrXLzbAJeN5Lzts")
# minimize total number of features
# by generate tags for all levels
# smallest step for coord currently is 1 (can be smaller)
lst_tags = [format_tags(t, prefix="point") for t in precompute_tags()]
# print(lst_tags)
print("len tags", len(lst_tags))
tags_lst_obj = make_point_json(lst_tags)
print("len set tags", len(set(lst_tags)))
print("len tags_lst_obj", len(tags_lst_obj))
loop = QEventLoop()
network = NetManager(app)
total = sum(len(lst) for lst in tags_lst_obj.values())
print("total obj", total)
network.network.finished.connect(count_reply(total, loop.quit))
for i, (tags, lst_obj) in enumerate(tags_lst_obj.items()):
# print(len(lst_obj[0]["features"]), tags)
for obj in lst_obj:
pass
reply = network.add_features(conn_info, obj, tags=tags)
loop.exec_()
# bounded
tags = "point"
# rect = [-180, -90, -165, -65]
# rect = [-136.7, -61.5, -92.9, -34.0] # level 5
rect = [-136.9, -61.5, -130.9, -55.5] # level 9
# higher level require moore precise coord
lst_tiles = tile_utils.bboxToListColRow(*rect, level, tile_schema)
print(lst_tiles)
validator = BoundedValidator(level, *rect)
lst_params = [
dict(tile_schema=tile_schema, tile_id=t, limit=100000, tags=tags)
for t in lst_tiles
]
total = len(lst_tiles)
loop = QEventLoop(app)
network = NetManager(app)
counter = Counter(total, loop.quit)
network.network.finished.connect(validator.check_reply)
network.network.finished.connect(counter.count_reply)
for i, params in enumerate(lst_params):
network.load_features_tile(conn_info, **params)
loop.exec_()