def test_set_book_attribute():
file_name = os.path.join("tests", "fixtures", "test-multiple.csvz")
with open(file_name, "rb") as f:
csvz_content = f.read()
book = Book()
book.csvz = csvz_content
expected = ("---pyexcel:sheet1---\r\n" + "1,4,9\r\n" + "2,5,8\r\n" +
"3,6,7\r\n" + "---pyexcel---\r\n" +
"---pyexcel:sheet2---\r\n" + "1,4,9\r\n" + "2,5,8\r\n" +
"3,6,7\r\n" + "---pyexcel---\r\n" +
"---pyexcel:sheet3---\r\n" + "1,4,9\r\n" + "2,5,8\r\n" +
"3,6,7\r\n" + "---pyexcel---\r\n")
eq_(book.csv, expected)
def test_set_bookdict():
b = Book()
b.bookdict = {"sheet1": [[1]], "sheet2": [[2]]}
expected = dedent("""
sheet1:
+---+
| 1 |
+---+
sheet2:
+---+
| 2 |
+---+""").strip()
eq_(str(b), expected)
def test_set_bookdict():
b = Book()
b.bookdict = {"sheet1": [[1]], "sheet2": [[2]]}
expected = dedent("""
sheet1:
+---+
| 1 |
+---+
sheet2:
+---+
| 2 |
+---+""").strip()
eq_(str(b), expected)
expected = OrderedDict([("sheet1", [[1]]), ("sheet2", [[2]])])
eq_(b.bookdict, expected)
def book_to_sale(book: pyexcel.Book) -> MutableMapping:
""" Extracts RSU/ESPP sale data from a SPC Sale Excel workbook.
:param book: the loaded workbook
:return: all the data relevant to the sale.
:raises BookParseError: if sale type couldn't be determined.
:raises SaleSheetParseError: if first sheet couldn't be parsed as a sale.
"""
# Convert the sale sheet
sale_sheet = book.sheet_by_index(0)
sale: MutableMapping = sale_sheet_to_dict(sale_sheet)
if sale['plan_type'] is PlanType.RSU:
rsu_sheet = book.sheet_by_index(1)
sale['rsus'] = rsu_sheet_to_rsus(rsu_sheet)
elif sale['plan_type'] is PlanType.ESPP:
espp_sheet = book.sheet_by_index(1)
sale['espps'] = espp_sheet_to_espps(espp_sheet)
else:
raise BookParseError("Couldn't determine sale type of book")
return sale
def test_set_book_attribute():
file_name = os.path.join("tests",
"fixtures",
"test-multiple.csvz")
with open(file_name, 'rb') as f:
csvz_content = f.read()
book = Book()
book.csvz = csvz_content
expected = ("---pyexcel:sheet1---\r\n" +
"1,4,9\r\n" +
"2,5,8\r\n" +
"3,6,7\r\n" +
"---pyexcel---\r\n" +
"---pyexcel:sheet2---\r\n" +
"1,4,9\r\n" +
"2,5,8\r\n" +
"3,6,7\r\n" +
"---pyexcel---\r\n" +
"---pyexcel:sheet3---\r\n" +
"1,4,9\r\n" +
"2,5,8\r\n" +
"3,6,7\r\n" +
"---pyexcel---\r\n")
eq_(book.csv, expected)
def group_rows_by_column(self, column_index_or_name):
"""Group rows with similiar column into a two dimensional array.
Example::
>>> import pyexcel as p
>>> sample_data = [
... ["22/09/2017", "morning"],
... ["22/09/2017", "afternoon"],
... ["23/09/2017", "morning"],
... ["23/09/2017", "afternoon"]
... ]
>>> sheet = p.Sheet(sample_data)
>>> sheet.group_rows_by_column(0)
22/09/2017:
+------------+-----------+
| 22/09/2017 | morning |
+------------+-----------+
| 22/09/2017 | afternoon |
+------------+-----------+
23/09/2017:
+------------+-----------+
| 23/09/2017 | morning |
+------------+-----------+
| 23/09/2017 | afternoon |
+------------+-----------+
:returns: an instance of a Book
"""
from pyexcel import Book
groups = defaultdict(list)
if isinstance(column_index_or_name, int):
for row in self.to_array():
groups[row[column_index_or_name]].append(row)
else:
if len(self.colnames) == 0:
self.name_columns_by_row(0)
column_index = self.colnames.index(column_index_or_name)
for row in self.rows():
if len(groups[row[column_index]]) == 0:
groups[row[column_index]].append(self.colnames)
groups[row[column_index]].append(row)
return Book(groups)
def test_book_register_presentation():
Book.register_presentation(FIXTURE)
b = Book({"sheet": [[1, 2]]})
assert b.dummy == FIXTURE
def test_book_register_presentation():
Book.register_presentation('dummy')
b = Book({"sheet": [[1, 2]]})
assert b.dummy == FIXTURE
def dump_book(self, book: pyexcel.Book, fo, encoding_hint="utf-8"):
book.save_to_memory(self.extension, fo)