def _call_fut(self, source, name_key, name_val):
from vectordatasource.transform import tags_name_i18n
shape = fid = zoom = None
name = 'name:%s' % name_key
tags = {
name: name_val,
}
props = dict(
source=source,
tags=tags,
name='unused',
)
result = tags_name_i18n(shape, props, fid, zoom)
return result
def _call_fut(self, source, name_key, name_val):
from vectordatasource.transform import tags_name_i18n
shape = fid = zoom = None
name = 'name:%s' % name_key
tags = {
name: name_val,
}
props = dict(
source=source,
tags=tags,
name='unused',
)
result = tags_name_i18n(shape, props, fid, zoom)
return result
def _call_fut(self, source, kvs):
from vectordatasource.transform import tags_name_i18n
shape = fid = zoom = None
# need to control the order of tags so that we can force the situation
# where one key overwrites another.
tags = OrderedDict()
for k, v in kvs.items():
tags['name:%s' % k] = v
props = dict(
source=source,
tags=tags,
name='unused',
)
result = tags_name_i18n(shape, props, fid, zoom)
return result
def _call_fut(self, source, kvs):
from vectordatasource.transform import tags_name_i18n
shape = fid = zoom = None
# need to control the order of tags so that we can force the situation
# where one key overwrites another.
tags = OrderedDict()
for k, v in kvs.items():
tags['name:%s' % k] = v
props = dict(
source=source,
tags=tags,
name='unused',
)
result = tags_name_i18n(shape, props, fid, zoom)
return result
