def handle(self, *args, **options):
self.stdout.write("Starting to import data from csv to model")
with codecs.open("csv/RedSpeciesDataTable.csv", "r", "utf-8", "ignore") as f:
r = csv.DictReader(f)
for d in r:
species = Species(
seintific_name=d["Scientific_Name"],
en_name=d["English_Name"],
# he_name=d['Scientific_Name'],
# author=d['Scientific_Name'],
protection_status=d["Protection_by_Law_State"],
eco_system_text=d["Ecosystem"],
chorotype_text=d["Chorotype"],
conservation_site=d["Main_conservation_sites"],
rarity=int(d["Vulnerability"]),
red_number=int(d["Red_index"]),
iucn_category=d["IUCN_Category"],
vulnerability=int(d["Vulnerability"]),
attractiveness=int(d["Attractiveness"]),
endemism=int(d["Endemism"]),
peripherality=bool(d["Peripherality"]),
disjunctiveness=d["Disjunctiveness"],
number_of_districts=int(d["Number_of_Districts"]),
percentage_of_protected_sites=int(d["Percentage_of_protected_sites"]),
plant_description=d["Plant_Description"],
uses=d["Uses"],
distribution_in_israel=d["Distribution_in_Israel"],
habitat=d["Habitat"],
global_distribution=d["Global_Distribution"],
systematics_and_biogeography=d["Systematics_and_Biogeography"],
nature_conservation=d["Nature_Conservation"],
conservation_recomendations=d["Recommendations_for_Management_and_Conservation"],
discussion_and_conclusions=d["Discussion_and_conclusions"],
literature=d["Literature"],
)
species.save()
self.stdout.write("Done!")
from pages.models import Species
species = Species(seintific_name='Scientific_Name',
en_name='English_Name',
# he_name=d['Scientific_Name'],
# author=d['Scientific_Name'],
protection_status='Protection_by_Law_State',
eco_system_text='Ecosystem',
chorotype_text='Chorotype',
conservation_site='Main_conservation_sites',
rarity=1,
red_number=1,
iucn_category='IUCN_Category',
vulnerability=1,
attractiveness=1,
endemism=1,
peripherality=True,
disjunctiveness=1,
number_of_districts=1,
percentage_of_protected_sites=1,
plant_description='Plant_Description',
uses='Uses',
distribution_in_israel='Distribution_in_Israel',
habitat='Habitat',
global_distribution='Global_Distribution',
systematics_and_biogeography='Systematics_and_Biogeography',
nature_conservation='Nature_Conservation',
conservation_recomendations='Recommendations_for_Management_and_Conservation',
discussion_and_conclusions='Discussion_and_conclusions',
literature='Literature')
species.save()
