import logging

from koza.converter.biolink_converter import gpi2gene
from koza.manager.data_provider import inject_row
from koza.manager.data_collector import collect

LOG = logging.getLogger(__name__)

source_name = 'gene-information'
row = inject_row(source_name)

row['DB_Object_ID'] = "Xenbase:" + row['DB_Object_ID']

gene = gpi2gene(row)

collect(source_name, gene)

d95b195f9b0139d28909d82b72b8a9fcdaf227f6
<mask token>

<mask token>
collect(source_name, gene)

<mask token>
LOG = logging.getLogger(__name__)
source_name = 'gene-information'
row = inject_row(source_name)
row['DB_Object_ID'] = 'Xenbase:' + row['DB_Object_ID']
gene = gpi2gene(row)
collect(source_name, gene)

import logging
from koza.converter.biolink_converter import gpi2gene
from koza.manager.data_provider import inject_row
from koza.manager.data_collector import collect
LOG = logging.getLogger(__name__)
source_name = 'gene-information'
row = inject_row(source_name)
row['DB_Object_ID'] = 'Xenbase:' + row['DB_Object_ID']
gene = gpi2gene(row)
collect(source_name, gene)

import logging

from koza.converter.biolink_converter import gpi2gene
from koza.manager.data_provider import inject_row
from koza.manager.data_collector import collect

LOG = logging.getLogger(__name__)

source_name = 'gene-information'
row = inject_row(source_name)

row['DB_Object_ID'] = "Xenbase:" + row['DB_Object_ID']

gene = gpi2gene(row)

collect(source_name, gene)
