def __init__(self, tablename, fieldname, show_link=True, pdf=False):
"""
Constructor
@param show_link: show representation as clickable link
"""
if not show_link:
lookup = key = None
else:
lookup = tablename
key = fieldname
super(ShipmentCodeRepresent, self).__init__(
lookup=lookup,
key=key,
show_link=show_link,
)
if not show_link:
# Make lookup-function a simple echo
self._lookup = lambda values, rows=None: \
{v: B(v if v else self.none) for v in values}
c, f = tablename.split("_", 1)
args = ["[id]"]
if pdf:
args.append("form")
self.linkto = URL(c=c, f=f, args=args, extension="")
def get_html(self):
if self.stale_recommendations:
self.card_title = "New problems to solve!"
card_content = TAG[""](SPAN(
"It has been more than a week since you last generated problem recommendations. Generate new ones and keep getting better by solving them."
))
self.ctas = [
dict(btn_url=URL("problems", "recommendations"),
btn_text="Generate recommendations",
btn_class="recommendations-card-generate-recommendations")
]
else:
self.card_title = "StopStalk can recommend now!"
card_content = TAG[""](
SPAN(
"StopStalk will recommend you problems based on your past submissions."
), " ", SPAN("Click on the"), " ", B("'Find me problems'"),
" ",
SPAN(
"button on the top and keep increasing your level gradually!"
))
self.ctas = [
dict(btn_url=URL("problems", "recommendations"),
btn_text="Find me problems",
btn_class="recommendations-card-find-me-problems")
]
card_html = BaseCard.get_html(
self,
**dict(card_title=self.card_title,
card_content=card_content,
cta_links=self.get_cta_html(),
card_color_class="white",
card_text_color_class="black-text"))
return card_html
def get_html(self):
streak_value = self.get_data()
if self.kind == "day":
card_content = P("You're at a ", B("%d day streak" % streak_value),
". Keep solving a new problem everyday!")
elif self.kind == "accepted":
card_content = P("You're at a ",
B("%d accepted problem streak" % streak_value),
".", BR(), "Let the greens rain!")
else:
return "FAILURE"
card_html = BaseCard.get_html(
self,
**dict(card_title=self.card_title,
card_content=card_content,
cta_links=self.get_cta_html(),
card_color_class="white",
card_text_color_class="black-text"))
return card_html
def get_html(self):
count = self.get_data()
card_content = P(
"You have ", B(current.T("%s %%{account}") % count),
" linked with StopStalk. Update your profile with more handles to track your competitive programming progress."
)
card_html = BaseCard.get_html(
self,
**dict(card_title=self.card_title,
card_content=card_content,
cta_links=self.get_cta_html(),
card_color_class="white",
card_text_color_class="black-text"))
return card_html
def get_html(self):
data = self.get_data()
self.ctas = [
dict(btn_text="Show me",
btn_url=URL("default",
"search",
vars={"institute": data["institute"]}),
btn_class="add-more-friends-card-institute-search")
]
card_content = P(
"You have ", B(current.T("%s %%{friend}") % data["friend_count"]),
" on StopStalk. For a better competitive programming learning experience, we recommend you to add more friends."
)
card_html = BaseCard.get_html(
self,
**dict(card_title=self.card_title,
card_content=card_content,
cta_links=self.get_cta_html(),
card_color_class="white",
card_text_color_class="black-text"))
return card_html
def create_balance_table(self):
table_keys = THEAD(TR(*[TD(B(k)) for k in self.balance_table_columns]))
table_rows = [TR(*[TD(v) for k, v in row.items()])
for row in self.balance_per_category]
balance_table = TABLE(table_keys, table_rows, _class='web2py_grid')
return balance_table
