else:
elem["properties"] = OrderedDict([
('shapeISO', v) if k == dictISO else (k, v)
for k, v in elem["properties"].items()
])
#remove invalid elements
for attribute in list(elem['properties'].items()):
if (attribute[0] not in ["shapeISO", "shapeName"]):
elem['properties'].pop(attribute[0])
elem["properties"]["shapeID"] = (ISO + "-" + groupCode + "-" +
buildID.split('_', 1)[1] + '-B' +
str(featureID))
elem["properties"]["shapeGroup"] = ISO
elem["properties"]["shapeType"] = groupCode
#Update the original file with a corrected version:
corrected_shp = "./releaseCandidateInit/" + buildID + "/" + ISO + "/" + groupCode + "/" + ISO + "_" + groupCode + "_fixedInternalTopology.shp"
with fiona.open(corrected_shp, 'w', 'ESRI Shapefile', schema,
shpFile.crs) as output:
for elem in fixed:
output.write(elem)
print("Job Finished: " + ISO + "-" + groupCode)
if __name__ == "__main__":
import buildMain
importlib.reload(buildMain)
buildMain.geoBoundaries_build("gbReleaseCandidate_2_0_0_0")
print(
"The minor build flag has been set - in this mode, only the build scripts will be re-run, using the data from the major version."
)
print(
"No downloads, metadata checks, or shape checks will be updated.")
else:
if (buildID == "current"):
print(
"Because this is being executed against the 'current' folder")
print(
"Only the QA/QC procedures will be implemented. No full build will be"
)
print("produced.")
return (0)
buildStage0.retrieveZip(buildID)
buildStage0.metaDataChecks(buildID, exceptions)
buildStage1.shapeChecks(buildID)
buildStage2.metaStandardization(buildID)
buildStage3.buildFiles(buildID, minor)
buildStage4.uploadGB(buildID, minor)
if __name__ == "__main__":
import buildMain
importlib.reload(buildMain)
buildMain.geoBoundaries_build("gbReleaseCandidate_3_0_0", minor=False)