def test_r_package_usage(self):
import r_index_logging
r_index_logging.clear_log_entries()
service = Service([
Stanza('package://race', {}),
Stanza('package://boot', {})
])
_, rows = r(service, None, '''
library(race)
library(boot)
library(race)
output = data.frame(h1=c('v1'))
''')
indexed_events = r_index_logging.get_log_entries()
def is_indexed(text):
for e in indexed_events:
if text in e:
return True
return False
self.assertTrue(is_indexed('action=\"package_usage\"'))
self.assertTrue(is_indexed('package_name=\"race\"'))
self.assertTrue(is_indexed('action=\"package_usage\"'))
self.assertTrue(is_indexed('package_name=\"boot\"'))
def test_r_package_usage_from_custom_script(self):
import r_index_logging
r_index_logging.clear_log_entries()
service = Service([
Stanza('package://race', {}),
Stanza('package://boot', {})
])
scriptlib.add(service, 'test', """
library(race)
add <- function(a,b) {
c = a+b
return(c)
}
result = add(4,10)
output = data.frame(Result=c(result))
""")
_, rows = r(service, None, 'test.r')
indexed_events = r_index_logging.get_log_entries()
def is_indexed(text):
for e in indexed_events:
if text in e:
return True
return False
self.assertTrue(is_indexed('action=\"package_usage\"'))
self.assertTrue(is_indexed('package_name=\"race\"'))
def test_create_stanza(self):
service = Service([
Stanza('script://test1', {}),
Stanza('package://test2', {}),
Stanza('script://test3', {}),
])
r_config.create_stanza(service, 'test', 'test4', {'a': 'b'})
cnt = 0
for stanza, name in r_config.iter_stanzas(service, 'test'):
self.assertEqual(cnt, 0)
cnt += 1
self.assertEqual(getattr(stanza, 'a'), 'b')
def test_iter_stanzas(self):
service = Service([
Stanza('script://test1', {}),
Stanza('package://test2', {}),
Stanza('script://test3', {}),
])
cnt = 0
for stanza, name in config.iter_stanzas(service, 'script'):
self.assertTrue(name.startswith('test'))
self.assertTrue(stanza.name.startswith('script://'))
cnt += 1
self.assertEqual(2, cnt)
def test_delete_stanza(self):
service = Service([
Stanza('script://test1', {}),
Stanza('package://test2', {}),
Stanza('script://test3', {}),
])
config.delete_stanza(service, 'script', 'test3')
config.delete_stanza(service, 'script', 'test1')
for _ in config.iter_stanzas(service, 'script'):
self.fail('No stanza should be found')
cnt = 0
for stanza, name in config.iter_stanzas(service, 'package'):
self.assertEqual('package://test2', stanza.name)
cnt += 1
self.assertEqual(1, cnt)
def test_r_package_installation(self):
service = Service([
Stanza('package://race', {})
])
input_data = [{'Name': 'Robert'}]
_, rows = r(service, input_data, '''
library(race)
output = input
''')
self.assertEqual(len(rows), 1)
self.assertEqual(rows[0]['Name'], 'Robert')
def test_update_library(self):
service = Service([
Stanza(
'script://test', {
'content':
'YWRkIDwtIGZ1bmN0aW9uKGEsYikgew0KICBjID0gYStiDQogIHJldHVybihjKQ0KfQ0KcmVzdWx0ID0gY'
'WRkKDQsMjAwKQ0Kb3V0cHV0ID0gZGF0YS5mcmFtZShSZXN1bHQ9YyhyZXN1bHQpKQ==',
}),
])
scripts.create_files(service)
installed_scripts = os.listdir(scripts.get_custom_scripts_path())
self.assertEqual(len(installed_scripts), 1)
self.assertEqual(installed_scripts[0], 'test.r')
mtime = os.path.getmtime(
os.path.join(scripts.get_custom_scripts_path(),
installed_scripts[0]))
scripts.create_files(service)
self.assertEqual(
mtime,
os.path.getmtime(
os.path.join(scripts.get_custom_scripts_path(),
installed_scripts[0])))
time.sleep(1.5)
scripts.add(
service, 'test', """
add <- function(a,b) {
c = a+b
return(c)
}
result = add(4,10)
output = data.frame(Result=c(result))
""")
time.sleep(1.5)
scripts.create_files(service)
installed_scripts = os.listdir(scripts.get_custom_scripts_path())
self.assertEqual(len(installed_scripts), 1)
self.assertEqual(installed_scripts[0], 'test.r')
self.assertNotEqual(
mtime,
os.path.getmtime(
os.path.join(scripts.get_custom_scripts_path(),
installed_scripts[0])))
mtime = os.path.getmtime(
os.path.join(scripts.get_custom_scripts_path(),
installed_scripts[0]))
scripts.create_files(service)
self.assertEqual(
mtime,
os.path.getmtime(
os.path.join(scripts.get_custom_scripts_path(),
installed_scripts[0])))
def test_r_package_usage(self):
import index_logging
index_logging.clear_log_entries()
service = Service([
Stanza('package://race', {}),
Stanza('package://boot', {}),
])
_, rows = r(
service, None, '''
library(race)
library(boot)
library(race)
output = data.frame(h1=c('v1'))
''')
indexed_events = index_logging.get_log_entries()
self.assertEqual(len(indexed_events), 4)
self.assertTrue('action=\"package_usage\"' in indexed_events[1])
self.assertTrue('package_name=\"race\"' in indexed_events[1])
self.assertTrue('action=\"package_usage\"' in indexed_events[2])
self.assertTrue('package_name=\"boot\"' in indexed_events[2])
def test_r_package_usage_from_custom_script(self):
import index_logging
index_logging.clear_log_entries()
service = Service([
Stanza('package://race', {}),
Stanza('package://boot', {}),
])
scriptlib.add(
service, 'test', """
library(race)
add <- function(a,b) {
c = a+b
return(c)
}
result = add(4,10)
output = data.frame(Result=c(result))
""")
_, rows = r(service, None, 'test.r')
indexed_events = index_logging.get_log_entries()
self.assertEqual(len(indexed_events), 3)
self.assertTrue('action=\"package_usage\"' in indexed_events[1])
self.assertTrue('package_name=\"race\"' in indexed_events[1])
def test_execute(self):
service = Service([
Stanza('script://test1', {}),
Stanza('package://test2', {}),
Stanza('script://test3', {}),
])
with tempfile.NamedTemporaryFile(delete=False) as f:
output_csv_filename = f.name
try:
script = 'output = data.frame(a=c(1,2,3))\n'
script += 'write.csv(output, file = "' + output_csv_filename.replace(
'\\', '\\\\') + '")\n'
r_framework.exeute(
service,
script,
r_packages.get_library_path(),
r_scripts.get_custom_scripts_path(),
)
with open(output_csv_filename, 'r') as f:
reader = csv.reader(f)
rows = [row for row in reader]
finally:
os.remove(output_csv_filename)
self.assertEqual(len(rows), 4)
def test_update_library(self):
service = Service([
Stanza('package://boot', {}),
])
r_packages.update_library(service)
installed_packages = os.listdir(r_packages.get_library_path())
self.assertEqual(len(installed_packages), 1)
self.assertEqual(installed_packages[0], 'boot')
self.assertEqual(r_packages.get_package_state('boot'),
r_packages.metadata_package_installed)
r_packages.update_library(service)
installed_packages = os.listdir(r_packages.get_library_path())
self.assertEqual(len(installed_packages), 1)
self.assertEqual(installed_packages[0], 'boot')
self.assertEqual(r_packages.get_package_state('boot'),
r_packages.metadata_package_installed)
r_packages.add(service, 'forecast')
self.assertEqual(r_packages.get_package_state('forecast'),
r_packages.metadata_package_not_installed)
r_packages.update_library(service)
installed_packages = os.listdir(r_packages.get_library_path())
self.assertTrue('boot' in installed_packages)
self.assertTrue('forecast' in installed_packages)
self.assertEqual(r_packages.get_package_state('boot'),
r_packages.metadata_package_installed)
self.assertEqual(r_packages.get_package_state('forecast'),
r_packages.metadata_package_installed)
r_packages.remove(service, 'boot')
self.assertEqual(r_packages.get_package_state('boot'),
r_packages.metadata_package_installed)
r_packages.update_library(service)
installed_packages = os.listdir(r_packages.get_library_path())
self.assertFalse('boot' in installed_packages)
self.assertTrue('timeDate' in installed_packages)
self.assertTrue('forecast' in installed_packages)
self.assertEqual(r_packages.get_package_state('boot'),
r_packages.metadata_package_not_installed)
self.assertEqual(r_packages.get_package_state('timeDate'),
r_packages.metadata_package_installed)
self.assertEqual(r_packages.get_package_state('forecast'),
r_packages.metadata_package_installed)