sarscov-hierarchy/test/test_csv_table.py
2020-05-21 02:57:30 +02:00

43 lines
2 KiB
Python

from unittest import TestCase
from utils.csv_table import CsvTable
class TestCsvTable(TestCase):
def test_values(self):
path = "data/data_test/sequences.csv"
accession = ["MT292569", "MT292570", "MT292571", "MT292572", "MT292574",
"MT292575", "MT292576", "MT292573", "MT292577", "MT292578",
"MT292579", "MT292580", "MT292581", "MT292582", "MT256917",
"MT256918", "MT281577", "MT291826", "MT291827", "MT291828",
"MT291829", "MT291830", "MT291831", "MT291832", "MT291833",
"MT291834", "MT291835", "MT291836", "MT259226", "MT259227",
"MT259228", "MT259229", "MT259230", "MT259231"]
csv_table = CsvTable(path)
self.assertTrue(all([x in accession for x in csv_table.values("Accession")]))
def test_group_countries_by_median_length(self):
path = "data/data_test/sequences.csv"
row_china = {"Accession": "MT259228",
"Release_Date": "2020-03-30T00:00:00Z",
"Species": "Severe acute respiratory syndrome-related coronavirus",
"Length": "29861",
"Geo_Location": "China",
"Host": "Homo sapiens",
"Isolation_Source": "oronasopharynx",
"Collection_Date": "2020-01-26"}
row_spain = {"Accession": "MT292577",
"Release_Date": "2020-04-06T00:00:00Z",
"Species": "Severe acute respiratory syndrome-related coronavirus",
"Length": "29788",
"Geo_Location": "Spain",
"Host": "Homo sapiens",
"Isolation_Source": "",
"Collection_Date": "2020-03-08"}
list_cases = [row_spain, row_china]
list_cases_test = CsvTable(list_cases)
csv_table = CsvTable(path)
list_csv = csv_table.group_countries_by_median_length()
self.assertTrue(all(x in list_csv._table for x in list_cases_test._table))