def table(self, data, border=True):
elems = []
table_arr = None
if isinstance(data, pd.DataFrame):
table_arr = list(data.values.tolist())
elif isinstance(data, list):
table_arr = data
else:
raise ValueError("Table should be array")
for row in table_arr:
res = []
if isinstance(row, list):
for i in range(len(row)):
cell = row[i]
if isinstance(data, pd.DataFrame):
col = list(data.columns)[i]
res.append(tags.Td(self.__convert(cell, col)))
else:
res.append(
tags.Td(tags.Text(cell) if isinstance(cell, str) else cell)
)
else:
res.append(tags.Td(tags.Text(row) if isinstance(row, str) else row))
elems.append(tags.Tr(res))
tab = tags.Table(
attributes.InlineStyle(width="100%"),
attributes.Class("table_border") if border else None,
elems,
)
return tags.P(tab)
def text(self, text, font_size="18px"):
self.deprecatedPrint()
return tags.P(
tags.Text(text),
attributes.InlineStyle(font_size=font_size,
padding_left="10px",
padding_right="10px"),
)
def footer(self, text, first=None, *elems):
one = [
attributes.InlineStyle(
font_size="16px",
font_weight="400",
line_height="24px",
margin_top="48px",
),
tags.Text(text),
first,
]
return tags.Footer(tags.P(one), *elems)
def table(self, data, border=True):
self.deprecatedPrint()
elems = []
table_arr = None
row_link = False
row_link_index = -1
if isinstance(data, pd.DataFrame):
table_arr = list(data.values.tolist())
row_link = True if "row_link" in data.columns else False
try:
row_link_index = list(data.columns).index("row_link")
except ValueError:
pass
elif isinstance(data, list):
table_arr = data
else:
error_text = f"Table should be array, not {data.__name__}"
self.print_error(error_text)
return None
for row in table_arr:
res = []
if isinstance(row, list):
for i in range(len(row)):
cell = row[i]
if isinstance(data, pd.DataFrame):
col = list(data.columns)[i]
if row_link:
if col != "row_link":
link = row[row_link_index]
res.append(
tags.Td(
tags.A(
attributes.Href(link),
self.__convert(cell, col),
)))
else:
res.append(tags.Td(self.__convert(cell, col)))
else:
res.append(
tags.Td(
tags.Text(cell) if isinstance(cell, str
) else cell))
else:
res.append(
tags.Td(tags.Text(row) if isinstance(row, str) else row))
elems.append(tags.Tr(res))
tab = tags.Table(
attributes.InlineStyle(width="100%"),
attributes.Class("table_border") if border else None,
elems,
)
return tags.P(tab)
def main(
self,
content=None,
sub_title=None,
cover=None,
table=None,
button=None,
footer=None,
):
return [
tags.Main(
cover,
self.subtitle(sub_title) if sub_title else None,
tags.P(tags.Text(content) if isinstance(content, str) else content),
table,
button,
),
footer,
]
def table(self, cells, column=2, border=False):
elems = []
if len(cells) > column:
sliced = slice_per(cells, column)
for row in sliced:
res = []
for cell in row:
res.append(
tags.Td(tags.Text(cell) if isinstance(cell, str) else cell)
)
elems.append(tags.Tr(res))
else:
row = cells
res = []
for cell in row:
res.append(tags.Td(tags.Text(cell) if isinstance(cell, str) else cell))
elems.append(tags.Tr(res))
tab = tags.Table(
attributes.InlineStyle(width="100%"),
attributes.Class("table_border") if border else None,
elems,
)
return tags.P(tab)
def text(self, text, *agrs):
return tags.P(*agrs, tags.Text(text))
def text(self, text, font_size="18px"):
return tags.P(tags.Text(text), attributes.InlineStyle(font_size=font_size))