def llenarListaEmpresas(self):
global iEmpresa
self.listEmpresas = QtWidgets.QListWidget(
self.scrollAreaWidgetContents_2)
self.listEmpresas.setObjectName("listEmpresas")
empresas = etl.fromdb(connection, 'SELECT * FROM empresas')
for empresa in etl.data(empresas):
item = QtWidgets.QListWidgetItem()
self.listEmpresas.addItem(item)
self.horizontalLayout_3.addWidget(self.listEmpresas)
__sortingEnabled = self.listEmpresas.isSortingEnabled()
self.listEmpresas.setSortingEnabled(False)
iEmpresa = 0
for empresa in etl.data(empresas):
item = self.listEmpresas.item(iEmpresa)
item.setText(empresa[1])
iEmpresa += 1
self.listEmpresas.setSortingEnabled(__sortingEnabled)
def test_wrap_tuple_return():
tablea = etl.wrap((('foo', 'bar'), ('A', 1), ('C', 7)))
tableb = etl.wrap((('foo', 'bar'), ('B', 5), ('C', 7)))
added, removed = tablea.diff(tableb)
eq_(('foo', 'bar'), added.header())
eq_(('foo', 'bar'), removed.header())
ieq(etl.data(added), added.data())
ieq(etl.data(removed), removed.data())
def test_wrap_tuple_return():
tablea = etl.wrap((('foo', 'bar'),
('A', 1),
('C', 7)))
tableb = etl.wrap((('foo', 'bar'),
('B', 5),
('C', 7)))
added, removed = tablea.diff(tableb)
eq_(('foo', 'bar'), added.header())
eq_(('foo', 'bar'), removed.header())
ieq(etl.data(added), added.data())
ieq(etl.data(removed), removed.data())
def toxlswithheader(table, filename, sheet, **kwargs):
"""
Use `petl.tocsv` to write CSV data in `table` to file `source`, including
key-value metadata header if passed in as the keyword argument `metadata`.
The first row in `table` is assumed to contain the header columns.
"""
metadata = kwargs.pop("metadata", {})
# prepare header
header = petl.header(table)
# prepare metadata rows using #-prefix, and :-suffix for keys
metadata_rows = []
for key, value in metadata.items():
metadata_row = [''] * len(header)
metadata_row[0] = '#' + str(key) + ':'
metadata_row[1] = str(value)
metadata_rows.append(metadata_row)
# prepare data (stripped of header)
data = petl.data(table)
# combine metadata + header + data the write out
combined = metadata_rows + [header] + list(data)
petl.toxls(combined, filename, sheet, **kwargs)
def run(self, driver, task, log):
input_driver = driver.get_driver(task["source"]["connection"])
sql = self._parse_sql(task["source"])
db = input_driver.get_db()
record_set = etl.fromdb(db, sql)
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
fld = task["target"].get("folder", "output")
fld = compat.translate_unicode(fld)
target = task["target"]["file"]
target = compat.translate_unicode(target)
out = "{}/{}".format(fld, target)
separator = task["target"].get("delimiter", ";")
separator = compat.translate_unicode(separator)
enc = task["target"].get("encoding", "utf-8")
task_log = "log/db-csv_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000,
out=lg).tocsv(out,
encoding=enc,
delimiter=separator)
else:
record_set.progress(10000,
out=lg).appendcsv(out,
encoding=enc,
delimiter=separator)
db.close()
def run(self, driver, task, log):
inp = task["source"]["file"]
inp = compat.translate_unicode(inp)
inp = "input/{}".format(inp)
sheet = task["source"].get("sheet", None)
use_view = task["source"].get("use_view", True)
record_set = etl.fromxls(inp, sheet, use_view=use_view)
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
out = task["target"]["file"]
out = compat.translate_unicode(out)
out = "output/{}".format(out)
separator = task["target"].get("delimiter", ";")
separator = compat.translate_unicode(separator)
enc = task["target"].get("encoding", "utf-8")
task_log = "log/xls-csv_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000,
out=lg).tocsv(out,
encoding=enc,
delimiter=separator)
else:
record_set.progress(10000,
out=lg).appendcsv(out,
encoding=enc,
delimiter=separator)
def test_data():
"""Test the data function."""
table = (('foo', 'bar'), ('a', 1), ('b', 2))
actual = data(table)
expect = (('a', 1), ('b', 2))
ieq(expect, actual)
def test_data():
"""Test the data function."""
table = (('foo', 'bar'), ('a', 1), ('b', 2))
actual = data(table)
expect = (('a', 1), ('b', 2))
ieq(expect, actual)
def paginate_characters_table(csv_path, page):
characters_table, headers, total_characters = get_characters_table(
csv_path)
data = etl.data(
etl.rowslice(characters_table, 10 * (page - 1), 10 + 10 * (page - 1)))
return headers, data, total_characters
def aggregate_collection(
request: HttpRequest,
collection_id: int,
) -> HttpResponse:
"""
Value count computations could be also moved into a celery task that
would prepare the answer for the user and bring it to him later
(via email or on page with results).
"""
collection = get_object_or_404(StarWarsCollection, id=collection_id)
table = etl.fromcsv(collection.filepath)
aggregate_keys, parameters_settings = parse_parameters(
request.GET.get(
'current_parameters',
'0000001001',
), )
if len(aggregate_keys) == 1: # aggregate does not work correctly
# if list with 1 element is passed
aggregate_keys = aggregate_keys[0]
if len(aggregate_keys) == 0: # show no table if every option is disabled
table = etl.empty()
else:
table = table.aggregate(key=aggregate_keys, aggregation=len)
return render(
request,
'main/collection_aggregate.html',
{
'collection': collection,
'parameters_settings': parameters_settings,
'headers': etl.header(table),
'data': etl.data(table),
},
)
def load_table_data(csv_file, limit) -> TableData:
table = etl.fromcsv(csv_file)
return TableData(
header=etl.header(table),
data=etl.data(table, limit),
next_limit=limit + 10 if limit < table.len() else None,
)
def get_delta(source_table, target_table, key='id'):
source_table_headers = etl.header(source_table)
target_table_headers = etl.header(target_table)
if source_table_headers != target_table_headers:
raise Exception(
'Source table columns do not match target table columns')
source_ids = etl.cut(source_table, key)
target_ids = etl.cut(target_table, key)
added_ids_table, _ = etl.diff(source_ids, target_ids)
merged_table = etl.merge(source_table, target_table, key=key)
load_frame = etl.todataframe(
etl.selectin(target_table, key, etl.values(added_ids_table, key)))
print(load_frame)
for row in etl.data(merged_table):
for i, col in enumerate(row):
if isinstance(col, etl.transform.reductions.Conflict):
changes = tuple(col)
print('For car {}, {} changed from {} to {}'.format(
row[0], source_table_headers[i], changes[1], changes[0]))
row_dict = dict(zip(source_table_headers, list(row)))
row_dict[source_table_headers[i]] = changes[0]
row_dict = {key: [val] for (key, val) in row_dict.items()}
print(row_dict)
df = pd.DataFrame(row_dict)
load_frame = load_frame.append(df, ignore_index=True)
break
return etl.fromdataframe(load_frame)
def precip_table_etl_noaa(
precip_table,
rainfall_adjustment=1,
frequency_min=1,
frequency_max=1000,
conversion_factor=2.54,
desc_field="by duration for ARI (years):",
duration_val="24-hr:"
):
"""
Extract, Transform, and Load data from a NOAA PRECIPITATION FREQUENCY
ESTIMATES matrix (in a csv) into an array used by the runoff calculator.
Required Inputs:
- precip_table: NOAA PRECIPITATION FREQUENCY ESTIMATES csv, in inches.
Optional Inputs:
- rainfall_adjustment: multipler to adjust for future rainfall
conditions. defaults to 1.
- frequency_min: the min. annual frequency to be returned. Default: 1
- frequency_max: the max. annual frequency to be returned. Default: 1000
- conversion_factor: apply to rainfall values. Default: 2.54
(convert inches to centimeters).
- desc_field: exact field name from NOAA table in first column.
Defaults to "by duration for ARI (years):". Used for selecting
data.
- duration_val: exact row value in the desc_field from NOAA table that
contains the duration of interest. Defaults to "24-hr:". Used for
selecting data.
Outputs:
- precip_array: 1D array containing 24-hour duration estimate for
frequencies 1,2,5,10,25,50,100,200,500,and 1000 year storm events
"""
# load the csv table, skip the file header information, extract rows we need
t1 = etl\
.fromcsv(precip_table)\
.skip(13)\
.rowslice(0,19)
# grab raw data from the row containing the x-hour duration event info
t2 = etl\
.select(t1, desc_field, lambda v: v == duration_val)\
.cutout(desc_field)
# generate a new header with only columns within frequency min/max
h = tuple(
i
for i in list(etl.header(t2))
if (int(i) >= frequency_min and int(i) <= frequency_max)
)
# for events within freq range, convert to cm, adjust for future rainfall
t3 = etl\
.cut(t2, h)\
.convertall(lambda v: round(float(v) * conversion_factor * rainfall_adjustment, 2))
# convert to a 1D array (values cast to floats)
precips = list(etl.data(t3)[0])
# also convert to a dictionary, for lookup by event
precips_lookup = list(etl.dicts(t3))[0]
# return 1D array and dictionary
return precips, precips_lookup
async def plot(netliq: Optional[bool] = False,
percentage: Optional[bool] = False,
duration: Optional[str] = None):
sesh = await RenewableTastyAPISession.create()
# choose an account
acc = await get_account(sesh)
history = await acc.get_history(sesh)
table = petl.fromdicts(history).cut(
'executed-at',
'transaction-type',
'action',
'symbol',
'value',
'value-effect',
'quantity',
'commission',
'clearing-fees',
'proprietary-index-option-fees',
'regulatory-fees'
).addfield('is-closing', lambda row: 'Close' in row['action'] if row['action'] else False) \
.sort(['executed-at', 'is-closing'])
# create a portfolio with the given history
pf = Portfolio(petl.data(table), net_liq=netliq)
# get initial net liq if we're using percentage
nl = None
if percentage:
pf_tmp = Portfolio(petl.data(table), net_liq=True)
nl = pf_tmp._get_starting_net_liq(duration)
# get the P/L or net liq and save the graph
val = pf.plot(duration, starting_net_liq=nl)
# print current positions
if nl is None:
print(('Current net liquidity' if netliq else 'Realized P/L') +
f': ${val:.2f}')
else:
print(('Change in net liquidity' if netliq else 'Realized P/L') +
f': {val:.2f}%')
print('Current positions:')
for p in pf.positions.values():
print(p)
def aggregate_characters_table(csv_path, filters):
if len(filters) == 1:
filters = filters[0]
characters_table, headers, total_characters = get_characters_table(
csv_path)
data = etl.data(
etl.aggregate(characters_table, key=filters, aggregation=len))
return headers, data, total_characters
def llenarListaTipos(self):
global iTipos
tipos = etl.fromdb(connection, 'SELECT * FROM tipos')
for tipo in etl.data(tipos):
item = QtWidgets.QListWidgetItem()
self.listWidgetPresets.addItem(item)
__sortingEnabled = self.listWidgetPresets.isSortingEnabled()
self.listWidgetPresets.setSortingEnabled(False)
iTipos = 0
for tipo in etl.data(tipos):
item = self.listWidgetPresets.item(iTipos)
item.setText(tipo[1])
iTipos += 1
self.listWidgetPresets.setSortingEnabled(__sortingEnabled)
def format_results(results, f, geodata_model):
"""handle parsing the format argument to convert
the results 'table' into one of the desired formats
:param results: [description]
:type results: [type]
:param f: [description]
:type f: [type]
:param geodata_model: [description]
:type geodata_model: [type]
:return: [description]
:rtype: [type]
"""
# make submitted value lowercase, to simplify comparison
f = f.lower()
# fall back to JSON if no format provided
if f not in F_ALL:
f = F_JSON[0]
# JSON format
if f in F_JSON:
if f == 'time':
# grouped by timestamp
return _groupby(results, key='ts', sortby='id')
elif f == 'sensor':
# grouped by id
return _groupby(results, key='id', sortby='ts')
else:
# (list of dicts)
return results
# GEOJSON format (GeoJSON Feature collection; results under 'data' key within properties)
# elif f in F_GEOJSON:
# results = _groupby(results, key='id', sortby='ts')
# return _format_as_geojson(results, geodata_model)
# ARRAYS format (2D table)
elif f in F_ARRAYS:
# nested arrays
t = etl.fromdicts(results)
#h = list(etl.header(t))
#return list(etl.data(t)).insert(0,h)
return list(etl.data(t))
elif f in F_CSV:
return _format_teragon(results)
# elif f in F_MD:
# return results
else:
return results
def store_to_db(self, conn, tablename, data):
try:
if etl.nrows(data) == 0:
return None
except TypeError:
return None
cursor = conn.cursor()
sql = "INSERT INTO %s (%s) " % (tablename, ','.join(
etl.header(data))) + "VALUES %s"
execute_values(cursor, sql, etl.data(data))
conn.commit()
conn.close()
def run(self, driver, task, log):
inp = task["source"]["file"]
inp = compat.translate_unicode(inp)
inp = "input/{}".format(inp)
row_match = task["source"].get("row", None)
value_match = task["source"].get("value", None)
attr = task["source"].get("attr", None)
mapping = task["source"].get("mapping", None)
if row_match and value_match:
if attr:
record_set = etl.fromxml(inp, row_match, value_match, attr)
else:
record_set = etl.fromxml(inp, row_match, value_match)
elif row_match and mapping:
record_set = etl.fromxml(inp, row_match, mapping)
else:
raise ValueError('Incorrect parameter for source')
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
output_driver = driver.get_driver(task["target"]["connection"])
db = output_driver.get_db()
table = task["target"]["table"]
table = compat.translate_unicode(table)
if "schema" in task["target"]:
schema_name = task["target"]["schema"]
schema_name = compat.translate_unicode(schema_name)
else:
schema_name = None
task_log = "log/xml-db_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000,
out=lg).todb(output_driver.cursor(db),
tablename=table,
schema=schema_name)
else:
record_set.progress(10000, out=lg).appenddb(
output_driver.cursor(db),
tablename=table,
schema=schema_name)
db.close()
def llenarListaTipos(self):
global iTipos
#self.listWidgetPresets = QtWidgets.QListWidget(self.frame)
#self.listWidgetPresets.setObjectName("listWidgetPresets")
tipos = etl.fromdb(connection, 'SELECT * FROM tipos')
for tipo in etl.data(tipos):
item = QtWidgets.QListWidgetItem()
self.listWidgetPresets.addItem(item)
#self.horizontalLayout_3.addWidget(self.listWidgetPresets)
__sortingEnabled = self.listWidgetPresets.isSortingEnabled()
self.listWidgetPresets.setSortingEnabled(False)
iTipos = 0
for tipo in etl.data(tipos):
item = self.listWidgetPresets.item(iTipos)
item.setText(tipo[1])
iTipos += 1
self.listWidgetPresets.setSortingEnabled(__sortingEnabled)
def run(self, driver, task, log):
source_folder = task["source"].get("folder", "input")
source_folder = compat.translate_unicode(source_folder)
source = task["source"]["file"]
source = compat.translate_unicode(source)
inp = "{}/{}".format(source_folder, source)
separator = task["source"].get("delimiter", ";")
separator = compat.translate_unicode(separator)
enc = task["source"].get("encoding", "utf-8")
enc = compat.translate_unicode(enc)
record_set = etl.fromcsv(inp, encoding=enc, delimiter=separator)
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
output_driver = driver.get_driver(task["target"]["connection"])
db = output_driver.get_db()
table = task["target"]["table"]
table = compat.translate_unicode(table)
if "schema" in task["target"]:
schema_name = task["target"]["schema"]
schema_name = compat.translate_unicode(schema_name)
else:
schema_name = None
task_log = "log/csv-db_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000,
out=lg).todb(output_driver.cursor(db),
tablename=table,
schema=schema_name)
else:
record_set.progress(10000, out=lg).appenddb(
output_driver.cursor(db),
tablename=table,
schema=schema_name)
db.close()
def head_collection(request: HttpRequest, collection_id: int) -> HttpResponse:
collection = get_object_or_404(StarWarsCollection, id=collection_id)
more_data = int(request.GET.get('more', 0))
table = etl.fromcsv(collection.filepath)
original_size = len(table)
table = table.head(10 + 10 * more_data)
return render(
request,
'main/collection_head.html',
{
'show_more': len(table) < original_size,
'collection': collection,
'headers': settings.STAR_WARS_CHARACTERS_OUTPUT_FILE_HEADER_FIELDS,
'data': etl.data(table),
'more_data': more_data + 1,
},
)
def test_basics():
t1 = (('foo', 'bar'), ('A', 1), ('B', 2))
w1 = FluentWrapper(t1)
eq_(('foo', 'bar'), w1.header())
eq_(petl.header(w1), w1.header())
iassertequal((('A', 1), ('B', 2)), w1.data())
iassertequal(petl.data(w1), w1.data())
w2 = w1.cut('bar', 'foo')
expect2 = (('bar', 'foo'), (1, 'A'), (2, 'B'))
iassertequal(expect2, w2)
iassertequal(petl.cut(w1, 'bar', 'foo'), w2)
w3 = w1.cut('bar', 'foo').cut('foo', 'bar')
iassertequal(t1, w3)
def test_basics():
t1 = (('foo', 'bar'), ('A', 1), ('B', 2))
w1 = etl.wrap(t1)
eq_(('foo', 'bar'), w1.header())
eq_(etl.header(w1), w1.header())
ieq((('A', 1), ('B', 2)), w1.data())
ieq(etl.data(w1), w1.data())
w2 = w1.cut('bar', 'foo')
expect2 = (('bar', 'foo'), (1, 'A'), (2, 'B'))
ieq(expect2, w2)
ieq(etl.cut(w1, 'bar', 'foo'), w2)
w3 = w1.cut('bar', 'foo').cut('foo', 'bar')
ieq(t1, w3)
def run(self, driver, task, log):
inp = task["source"]["file"]
inp = compat.translate_unicode(inp)
inp = "input/{}".format(inp)
row_match = task["source"].get("row", None)
value_match = task["source"].get("value", None)
attr = task["source"].get("attr", None)
mapping = task["source"].get("mapping", None)
if row_match and value_match:
if attr:
record_set = etl.fromxml(inp, row_match, value_match, attr)
else:
record_set = etl.fromxml(inp, row_match, value_match)
elif row_match and mapping:
record_set = etl.fromxml(inp, row_match, mapping)
else:
raise ValueError('Incorrect parameter for source')
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
out = task["target"]["file"]
out = compat.translate_unicode(out)
out = "output/{}".format(out)
separator = task["target"].get("delimiter", ";")
separator = compat.translate_unicode(separator)
enc = task["target"].get("encoding", "utf-8")
task_log = "log/xml-csv_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000,
out=lg).tocsv(out,
encoding=enc,
delimiter=separator)
else:
record_set.progress(10000,
out=lg).appendcsv(out,
encoding=enc,
delimiter=separator)
def test_basics():
t1 = (('foo', 'bar'),
('A', 1),
('B', 2))
w1 = FluentWrapper(t1)
eq_(('foo', 'bar'), w1.header())
eq_(petl.header(w1), w1.header())
iassertequal((('A', 1), ('B', 2)), w1.data())
iassertequal(petl.data(w1), w1.data())
w2 = w1.cut('bar', 'foo')
expect2 = (('bar', 'foo'),
(1, 'A'),
(2, 'B'))
iassertequal(expect2, w2)
iassertequal(petl.cut(w1, 'bar', 'foo'), w2)
w3 = w1.cut('bar', 'foo').cut('foo', 'bar')
iassertequal(t1, w3)
def test_basics():
t1 = (('foo', 'bar'),
('A', 1),
('B', 2))
w1 = etl(t1)
eq_(('foo', 'bar'), w1.header())
eq_(petl.header(w1), w1.header())
ieq((('A', 1), ('B', 2)), w1.data())
ieq(petl.data(w1), w1.data())
w2 = w1.cut('bar', 'foo')
expect2 = (('bar', 'foo'),
(1, 'A'),
(2, 'B'))
ieq(expect2, w2)
ieq(petl.cut(w1, 'bar', 'foo'), w2)
w3 = w1.cut('bar', 'foo').cut('foo', 'bar')
ieq(t1, w3)
class CollectionDetailsView(DetailView):
template_name = 'collection_details.html'
queryset = SWPeopleCollection.objects.all()
page_size = 10
def get_context_data(self, **kwargs) -> dict:
c = super().get_context_data(**kwargs)
table = self.object.get_table()
buttons = etl.header(table)
offset = int(self.request.GET.get('offset', 1))
offset_to = offset * self.page_size
if aggregation_keys := tuple(
set(buttons).intersection(set(self.request.GET.keys()))):
table = self.object.get_aggregate_data(aggregation_keys)
# this is essentially to speed up rendering as it would be slow in django template
# putting this in templatetag would be more elegant - extend petl to render html directly into a template
# would also be nice
data = ''
for row in etl.data(table, 0, offset_to):
data += '<tr><td>' + '</td><td>'.join(row) + '</td></tr>'
c.update({
'headers':
etl.header(table),
'buttons':
buttons,
'data':
data,
'offset':
offset + 1,
'offset_extra_params':
'&'.join(['{}=on'.format(i) for i in aggregation_keys]),
'offset_reached':
table.len() < offset_to,
'aggregation_keys':
aggregation_keys
})
return c
def run(self, driver, task, log):
input_driver = driver.get_driver(task["source"]["connection"])
sql = self._parse_sql(task["source"])
db = input_driver.get_db()
record_set = etl.fromdb(db, sql)
if not etl.data(record_set).any():
log.write("Task skipped. No rows on source")
else:
transform = TransformSubTask(task, log)
record_set = transform.get_result(record_set)
output_driver = driver.get_driver(task["target"]["connection"])
out_db = output_driver.get_db()
table = task["target"]["table"]
table = compat.translate_unicode(table)
if "schema" in task["target"]:
schema_name = task["target"]["schema"]
schema_name = compat.translate_unicode(schema_name)
else:
schema_name = None
task_log = "log/db-db_{}_{}.log".format(task["name"],
get_time_filename())
with open(task_log, "w") as lg:
if "truncate" in task["target"] and task["target"]["truncate"]:
record_set.progress(10000, out=lg).todb(
output_driver.cursor(out_db),
tablename=table,
schema=schema_name)
else:
record_set.progress(10000, out=lg).appenddb(
output_driver.cursor(out_db),
tablename=table,
schema=schema_name)
out_db.close()
db.close()
def test_xls_write_and_load(tmpdir, sampledata2):
"""
Roundtrip test write CSV with metadata to disk then load CSV and check the
data and metadata is the same as the original.
"""
# original
metadata = sampledata2["metadata"]
header = sampledata2["header"]
data = sampledata2["data"]
# write to disk
tempfile = os.path.join(tmpdir, 'roundtrip_test.xls')
table = [header] + data
toxlswithheader(table, tempfile, 'Sheet 1', metadata=metadata)
# load from disk
table = fromxlswithheader(tempfile, 'Sheet 1')
# checks
assert table.metadata == metadata, 'different metadata'
assert table.header == tuple(header), 'different header'
assert len(list(table.dicts())) == 3, 'wrong number of data rows'
for exp_row, obs_row in zip(data, petl.data(table)):
assert exp_row == obs_row, 'different data row encountered'
def data(self):
"""
Returns an iterable object for iterating over the raw data rows as tuples
(without field names)
"""
return petl.data(self.table)
def gen_portfolio(net_liq=False):
table = petl.fromjson(_DATABASE_PATH)
return Portfolio(petl.data(table), net_liq=net_liq)
def test_data():
table = (('foo', 'bar'), ('a', 1), ('b', 2))
actual = data(table)
expect = (('a', 1), ('b', 2))
ieq(expect, actual)
############## import petl as etl table = [["foo", "bar"], ["a", 1], ["b", 2]] etl.fieldnames(table) etl.header(table) # data() ######## import petl as etl table = [["foo", "bar"], ["a", 1], ["b", 2]] d = etl.data(table) list(d) # dicts() ######### import petl as etl table = [["foo", "bar"], ["a", 1], ["b", 2]] d = etl.dicts(table) d list(d) # namedtuples()
def test_data():
table = (('foo', 'bar'), ('a', 1), ('b', 2))
actual = data(table)
expect = (('a', 1), ('b', 2))
ieq(expect, actual)
etl.header(table) # fieldnames() ############## import petl as etl table = [['foo', 'bar'], ['a', 1], ['b', 2]] etl.fieldnames(table) etl.header(table) # data() ######## import petl as etl table = [['foo', 'bar'], ['a', 1], ['b', 2]] d = etl.data(table) list(d) # dicts() ######### import petl as etl table = [['foo', 'bar'], ['a', 1], ['b', 2]] d = etl.dicts(table) d list(d) # namedtuples() ############### import petl as etl
def test_data():
table = (("foo", "bar"), ("a", 1), ("b", 2))
actual = data(table)
expect = (("a", 1), ("b", 2))
ieq(expect, actual)
