def compute_trending_table(submissions_list, table_type, user_id=None):
"""
Create trending table from the rows
@params submission_list (Rows): Submissions to be considered
@params table_type (String): friends / global
@params user_id (Long): ID of signed in user else None
"""
T = current.T
if table_type == "friends":
table_header = T("Trending among friends")
column_name = T("Friends")
else:
table_header = T("Trending Globally")
column_name = T("Users")
if len(submissions_list) == 0:
table = TABLE(_class="bordered centered")
thead = THEAD(
TR(TH(T("Problem")), TH(T("Recent Submissions")), TH(column_name)))
table.append(thead)
table.append(TBODY(TR(TD("Not enough data to show", _colspan=3))))
return table
# Sort the rows according to the number of users
# who solved the problem in last PAST_DAYS
custom_compare = lambda x: (len(x[1]["users"]) + \
len(x[1]["custom_users"]),
x[1]["total_submissions"])
problems_dict = {}
for submission in submissions_list:
plink = submission.problem_link
pname = submission.problem_name
uid = submission.user_id
cid = submission.custom_user_id
if plink not in problems_dict:
problems_dict[plink] = {
"name": pname,
"total_submissions": 0,
"users": set([]),
"custom_users": set([])
}
pdict = problems_dict[plink]
pdict["total_submissions"] += 1
if uid:
pdict["users"].add(uid)
else:
pdict["custom_users"].add(cid)
trending_problems = sorted(problems_dict.items(),
key=custom_compare,
reverse=True)
return render_trending_table(table_header,
trending_problems[:current.PROBLEMS_PER_PAGE],
column_name, user_id)
def render_trending_table(caption, problems, column_name, user_id):
"""
Create trending table from the rows
"""
T = current.T
table = TABLE(_class="bordered centered")
thead = THEAD(
TR(TH(T("Problem")), TH(T("Recent Submissions")), TH(column_name)))
table.append(thead)
tbody = TBODY()
for problem in problems:
tr = TR()
link_class = get_link_class(problem[0], user_id)
link_title = (" ".join(link_class.split("-"))).capitalize()
tr.append(
TD(
problem_widget(problem[1]["name"], problem[0], link_class,
link_title)))
tr.append(TD(problem[1]["total_submissions"]))
tr.append(TD(len(problem[1]["users"]) + \
len(problem[1]["custom_users"])))
tbody.append(tr)
table.append(tbody)
table = DIV(H5(caption, _class="center"), HR(), table)
return table
def render_table(submissions, duplicates=[]):
"""
Create the HTML table from submissions
"""
status_dict = {
"AC": "Accepted",
"WA": "Wrong Answer",
"TLE": "Time Limit Exceeded",
"MLE": "Memory Limit Exceeded",
"RE": "Runtime Error",
"CE": "Compile Error",
"SK": "Skipped",
"HCK": "Hacked",
"OTH": "Others"
}
table = TABLE(_class="striped centered")
table.append(
THEAD(
TR(TH("User Name"), TH("Site"), TH("Site Handle"),
TH("Time of submission"), TH("Problem"), TH("Language"),
TH("Status"), TH("Points"), TH("View Code"))))
tbody = TBODY()
for submission in submissions:
tr = TR()
append = tr.append
span = SPAN()
if submission.user_id:
person_id = submission.user_id
else:
person_id = submission.custom_user_id
# Check if the given custom_user is a duplicate
# We need to do this because there might be a case
# when a duplicate custom_user is created and then
# his name or institute is changed
for f in duplicates:
if f[1] == person_id and f[0] != None:
person_id = current.db.custom_friend(f[0])
break
span = SPAN(_class="orange tooltipped",
data={"position": "right",
"delay": "50",
"tooltip": "Custom User"},
_style="cursor: pointer; " + \
"float:right; " + \
"height:10px; " + \
"width:10px; " + \
"border-radius: 50%;")
append(
TD(
DIV(
span,
A(person_id.first_name + " " + person_id.last_name,
_href=URL("user",
"profile",
args=[person_id.stopstalk_handle],
extension=False),
_target="_blank"))))
append(TD(submission.site))
append(
TD(
A(submission.site_handle,
_href=get_link(submission.site, submission.site_handle),
_target="_blank")))
append(TD(submission.time_stamp))
append(
TD(
A(submission.problem_name,
_href=URL("problems",
"index",
vars={
"pname": submission.problem_name,
"plink": submission.problem_link
},
extension=False),
_target="_blank")))
append(TD(submission.lang))
append(
TD(
IMG(_src=URL("static",
"images/" + submission.status + ".jpg",
extension=False),
_title=status_dict[submission.status],
_alt=status_dict[submission.status],
_style="height: 25px; width: 25px;")))
append(TD(submission.points))
if submission.view_link:
append(
TD(
A("View",
_href=submission.view_link,
_class="btn waves-light waves-effect",
_style="background-color: #FF5722",
_target="_blank")))
else:
append(TD())
tbody.append(tr)
table.append(tbody)
return table
def _render(cls, resource, data, meta_data, format=None):
"""
Method to pre-render the contents for the message template
@param resource: the S3Resource
@param data: the data returned from S3Resource.select
@param meta_data: the meta data for the notification
@param format: the contents format ("text" or "html")
"""
created_on_selector = resource.prefix_selector("created_on")
created_on_colname = None
notify_on = meta_data["notify_on"]
last_check_time = meta_data["last_check_time"]
rows = data["rows"]
rfields = data["rfields"]
output = {}
new, upd = [], []
if format == "html":
# Pre-formatted HTML
colnames = []
new_headers = TR()
mod_headers = TR()
for rfield in rfields:
if rfield.selector == created_on_selector:
created_on_colname = rfield.colname
elif rfield.ftype != "id":
colnames.append(rfield.colname)
label = rfield.label
new_headers.append(TH(label))
mod_headers.append(TH(label))
for row in rows:
append_record = upd.append
if created_on_colname:
try:
created_on = row["_row"][created_on_colname]
except (KeyError, AttributeError):
pass
else:
if s3_utc(created_on) >= last_check_time:
append_record = new.append
tr = TR([TD(XML(row[colname])) for colname in colnames])
append_record(tr)
if "new" in notify_on and len(new):
output["new"] = len(new)
output["new_records"] = TABLE(THEAD(new_headers), TBODY(new))
else:
output["new"] = None
if "upd" in notify_on and len(upd):
output["upd"] = len(upd)
output["upd_records"] = TABLE(THEAD(new_headers), TBODY(upd))
else:
output["upd"] = None
else:
# Standard text format
labels = []
append = labels.append
for rfield in rfields:
if rfield.selector == created_on_selector:
created_on_colname = rfield.colname
elif rfield.ftype != "id":
append((rfield.colname, rfield.label))
for row in rows:
append_record = upd.append
if created_on_colname:
try:
created_on = row["_row"][created_on_colname]
except (KeyError, AttributeError):
pass
else:
if s3_utc(created_on) >= last_check_time:
append_record = new.append
record = []
append_column = record.append
for colname, label in labels:
append_column((label, row[colname]))
append_record(record)
if "new" in notify_on and len(new):
output["new"] = len(new)
output["new_records"] = new
else:
output["new"] = None
if "upd" in notify_on and len(upd):
output["upd"] = len(upd)
output["upd_records"] = upd
else:
output["upd"] = None
output.update(meta_data)
return output
def render_table(submissions, duplicates=[], user_id=None):
"""
Create the HTML table from submissions
@param submissions (Dict): Dictionary of submissions to display
@param duplicates (List): List of duplicate user ids
@return (TABLE): HTML TABLE containing all the submissions
"""
T = current.T
status_dict = {
"AC": "Accepted",
"WA": "Wrong Answer",
"TLE": "Time Limit Exceeded",
"MLE": "Memory Limit Exceeded",
"RE": "Runtime Error",
"CE": "Compile Error",
"SK": "Skipped",
"HCK": "Hacked",
"PS": "Partially Solved",
"OTH": "Others"
}
table = TABLE(_class="bordered centered submissions-table")
table.append(
THEAD(
TR(TH(T("Name")),
TH(T("Site Profile")), TH(T("Time of submission")),
TH(T("Problem")), TH(T("Language")), TH(T("Status")),
TH(T("Points")), TH(T("View/Download Code")))))
tbody = TBODY()
# Dictionary to optimize lookup for solved and unsolved problems
# Multiple lookups in the main set is bad
plink_to_class = {}
for submission in submissions:
span = SPAN()
if submission.user_id:
person_id = submission.user_id
else:
person_id = submission.custom_user_id
# Check if the given custom_user is a duplicate
# We need to do this because there might be a case
# when a duplicate custom_user is created and then
# his name or institute is changed
for duplicate in duplicates:
if duplicate[1] == person_id and duplicate[0]:
person_id = current.db.custom_friend(duplicate[0])
break
span = SPAN(_class="orange tooltipped",
data={"position": "right",
"delay": "50",
"tooltip": T("Custom User")},
_style="cursor: pointer; " + \
"float:right; " + \
"height:10px; " + \
"width:10px; " + \
"border-radius: 50%;")
tr = TR()
append = tr.append
append(
TD(
DIV(
span,
A(person_id.first_name + " " + person_id.last_name,
_href=URL("user",
"profile",
args=person_id.stopstalk_handle,
extension=False),
_class="submission-user-name",
_target="_blank"))))
append(TD(A(IMG(_src=current.get_static_url("images/" + \
submission.site.lower() + \
"_small.png"),
_style="height: 30px; width: 30px;"),
_class="submission-site-profile",
_href=current.get_profile_url(submission.site,
submission.site_handle),
_target="_blank")))
append(TD(submission.time_stamp, _class="stopstalk-timestamp"))
link_class = ""
plink = submission.problem_link
if plink_to_class.has_key(plink):
link_class = plink_to_class[plink]
else:
link_class = get_link_class(plink, user_id)
plink_to_class[plink] = link_class
link_title = (" ".join(link_class.split("-"))).capitalize()
append(
TD(
problem_widget(submission.problem_name,
submission.problem_link, link_class,
link_title)))
append(TD(submission.lang))
append(
TD(
IMG(_src=current.get_static_url("images/" + submission.status +
".jpg"),
_title=status_dict[submission.status],
_alt=status_dict[submission.status],
_class="status-icon")))
append(TD(submission.points))
if submission.view_link:
submission_data = {
"view-link": submission.view_link,
"site": submission.site
}
button_class = "btn waves-light waves-effect"
if current.auth.is_logged_in():
if submission.site != "HackerEarth":
td = TD(BUTTON(T("View"),
_class="view-submission-button " + button_class,
_style="background-color: #FF5722",
data=submission_data),
" ",
BUTTON(T("Download"),
_class="download-submission-button " + \
button_class,
_style="background-color: #2196F3",
data=submission_data))
else:
td = TD(
A(T("View"),
_href=submission.view_link,
_class="btn waves-light waves-effect",
_style="background-color: #FF5722",
_target="_blank"))
append(td)
else:
append(
TD(
BUTTON(T("View"),
_class="btn tooltipped disabled",
_style="background-color: #FF5722",
data={
"position": "bottom",
"delay": "50",
"tooltip": T("Login to View")
}), " ",
BUTTON(T("Download"),
_class="btn tooltipped disabled",
_style="background-color: #2196F3",
data={
"position": "bottom",
"delay": "50",
"tooltip": T("Login to Download")
})))
else:
append(TD())
tbody.append(tr)
table.append(tbody)
return table
def merge(self, r, **attr):
"""
Merge form for two records
@param r: the S3Request
@param **attr: the controller attributes for the request
@note: this method can always only be POSTed, and requires
both "selected" and "mode" in post_vars, as well as
the duplicate bookmarks list in session.s3
"""
T = current.T
session = current.session
response = current.response
output = {}
tablename = self.tablename
# Get the duplicate bookmarks
s3 = session.s3
DEDUPLICATE = self.DEDUPLICATE
if DEDUPLICATE in s3:
bookmarks = s3[DEDUPLICATE]
if tablename in bookmarks:
record_ids = bookmarks[tablename]
# Process the post variables
post_vars = r.post_vars
mode = post_vars.get("mode")
selected = post_vars.get("selected", "")
selected = selected.split(",")
if mode == "Inclusive":
ids = selected
elif mode == "Exclusive":
ids = [i for i in record_ids if i not in selected]
else:
# Error
ids = []
if len(ids) != 2:
r.error(501,
T("Please select exactly two records"),
next=r.url(id=0, vars={}))
# Get the selected records
table = self.table
query = (table._id == ids[0]) | (table._id == ids[1])
orderby = table.created_on if "created_on" in table else None
rows = current.db(query).select(orderby=orderby, limitby=(0, 2))
if len(rows) != 2:
r.error(404, current.ERROR.BAD_RECORD, next=r.url(id=0, vars={}))
original = rows[0]
duplicate = rows[1]
# Prepare form construction
formfields = [f for f in table if f.readable or f.writable]
ORIGINAL, DUPLICATE, KEEP = self.ORIGINAL, self.DUPLICATE, self.KEEP
keep_o = KEEP.o in post_vars and post_vars[KEEP.o]
keep_d = KEEP.d in post_vars and post_vars[KEEP.d]
trs = []
init_requires = self.init_requires
index = 1
num_fields = len(formfields)
for f in formfields:
# Render the widgets
oid = "%s_%s" % (ORIGINAL, f.name)
did = "%s_%s" % (DUPLICATE, f.name)
sid = "swap_%s" % f.name
init_requires(f, original[f], duplicate[f])
if keep_o or not any((keep_o, keep_d)):
owidget = self.widget(f,
original[f],
_name=oid,
_id=oid,
_tabindex=index)
else:
try:
owidget = s3_represent_value(f, value=original[f])
except:
owidget = s3_str(original[f])
if keep_d or not any((keep_o, keep_d)):
dwidget = self.widget(f, duplicate[f], _name=did, _id=did)
else:
try:
dwidget = s3_represent_value(f, value=duplicate[f])
except:
dwidget = s3_str(duplicate[f])
# Swap button
if not any((keep_o, keep_d)):
swap = INPUT(
_value="<-->",
_class="swap-button",
_id=sid,
_type="button",
_tabindex=index + num_fields,
)
else:
swap = DIV(_class="swap-button")
if owidget is None or dwidget is None:
continue
# Render label row
label = f.label
trs.append(
TR(TD(label, _class="w2p_fl"), TD(), TD(label,
_class="w2p_fl")))
# Append widget row
trs.append(
TR(TD(owidget, _class="mwidget"), TD(swap),
TD(dwidget, _class="mwidget")))
index = index + 1
# Show created_on/created_by for each record
if "created_on" in table:
original_date = original.created_on
duplicate_date = duplicate.created_on
if "created_by" in table:
represent = table.created_by.represent
original_author = represent(original.created_by)
duplicate_author = represent(duplicate.created_by)
created = T("Created on %s by %s")
original_created = created % (original_date, original_author)
duplicate_created = created % (duplicate_date,
duplicate_author)
else:
created = T("Created on %s")
original_created = created % original_date
duplicate_created = created % duplicate_date
else:
original_created = ""
duplicate_created = ""
# Page title and subtitle
output["title"] = T("Merge records")
#output["subtitle"] = self.crud_string(tablename, "title_list")
# Submit buttons
if keep_o or not any((keep_o, keep_d)):
submit_original = INPUT(
_value=T("Keep Original"),
_type="submit",
_name=KEEP.o,
_id=KEEP.o,
)
else:
submit_original = ""
if keep_d or not any((keep_o, keep_d)):
submit_duplicate = INPUT(
_value=T("Keep Duplicate"),
_type="submit",
_name=KEEP.d,
_id=KEEP.d,
)
else:
submit_duplicate = ""
# Build the form
form = FORM(
TABLE(
THEAD(
TR(
TH(H3(T("Original"))),
TH(),
TH(H3(T("Duplicate"))),
),
TR(
TD(original_created),
TD(),
TD(duplicate_created),
_class="authorinfo",
),
),
TBODY(trs),
TFOOT(TR(
TD(submit_original),
TD(),
TD(submit_duplicate),
), ),
),
# Append mode and selected - required to get back here!
hidden={
"mode": "Inclusive",
"selected": ",".join(ids),
})
output["form"] = form
# Add RESET and CANCEL options
output["reset"] = FORM(
INPUT(
_value=T("Reset"),
_type="submit",
_name="reset",
_id="form-reset",
),
A(T("Cancel"), _href=r.url(id=0, vars={}), _class="action-lnk"),
hidden={
"mode": mode,
"selected": ",".join(ids),
},
)
# Process the merge form
formname = "merge_%s_%s_%s" % (tablename, original[table._id],
duplicate[table._id])
if form.accepts(
post_vars,
session,
formname=formname,
onvalidation=lambda form: self.onvalidation(tablename, form),
keepvalues=False,
hideerror=False):
s3db = current.s3db
if form.vars[KEEP.d]:
prefix = "%s_" % DUPLICATE
original, duplicate = duplicate, original
else:
prefix = "%s_" % ORIGINAL
data = Storage()
for key in form.vars:
if key.startswith(prefix):
fname = key.split("_", 1)[1]
data[fname] = form.vars[key]
search = False
resource = s3db.resource(tablename)
try:
resource.merge(original[table._id],
duplicate[table._id],
update=data)
except current.auth.permission.error:
r.unauthorised()
except KeyError:
r.error(404, current.ERROR.BAD_RECORD)
except Exception:
import sys
r.error(424,
T("Could not merge records. (Internal Error: %s)") %
sys.exc_info()[1],
next=r.url())
else:
# Cleanup bookmark list
if mode == "Inclusive":
bookmarks[tablename] = [
i for i in record_ids if i not in ids
]
if not bookmarks[tablename]:
del bookmarks[tablename]
search = True
elif mode == "Exclusive":
bookmarks[tablename].extend(ids)
if not selected:
search = True
# Confirmation message
# @todo: Having the link to the merged record in the confirmation
# message would be nice, but it's currently not clickable there :/
#result = A(T("Open the merged record"),
#_href=r.url(method="read",
#id=original[table._id],
#vars={}))
response.confirmation = T("Records merged successfully.")
# Go back to bookmark list
if search:
self.next = r.url(method="", id=0, vars={})
else:
self.next = r.url(id=0, vars={})
# View
response.view = self._view(r, "merge.html")
return output
def render_user_editorials_table(user_editorials,
user_id=None,
logged_in_user_id=None,
read_editorial_class=""):
"""
Render User editorials table
@param user_editorials (Rows): Rows object of the editorials
@param user_id (Number): For which user is the listing happening
@param logged_in_user_id (Number): Which use is logged in
@param read_editorial_class (String): HTML class for GA tracking
@return (HTML): HTML table representing the user editorials
"""
db = current.db
atable = db.auth_user
ptable = db.problem
T = current.T
user_ids = set([x.user_id for x in user_editorials])
users = db(atable.id.belongs(user_ids)).select()
user_mappings = {}
for user in users:
user_mappings[user.id] = user
query = (ptable.id.belongs([x.problem_id for x in user_editorials]))
problem_records = db(query).select(ptable.id, ptable.name, ptable.link)
precords = {}
for precord in problem_records:
precords[precord.id] = {"name": precord.name, "link": precord.link}
table = TABLE(_class="centered user-editorials-table")
thead = THEAD(
TR(TH(T("Problem")), TH(T("Editorial By")), TH(T("Added on")),
TH(T("Votes")), TH()))
tbody = TBODY()
color_mapping = {"accepted": "green", "rejected": "red", "pending": "blue"}
for editorial in user_editorials:
if logged_in_user_id != 1 and user_id != editorial.user_id and editorial.verification != "accepted":
continue
user = user_mappings[editorial.user_id]
record = precords[editorial.problem_id]
number_of_votes = len(
editorial.votes.split(",")) if editorial.votes else 0
link_class = get_link_class(record["link"], logged_in_user_id)
link_title = (" ".join(link_class.split("-"))).capitalize()
tr = TR(
TD(
problem_widget(record["name"], record["link"], link_class,
link_title)))
if logged_in_user_id is not None and \
(editorial.user_id == logged_in_user_id or
logged_in_user_id == 1):
tr.append(TD(A(user.first_name + " " + user.last_name,
_href=URL("user",
"profile",
args=user.stopstalk_handle)),
" ",
DIV(editorial.verification.capitalize(),
_class="verification-badge " + \
color_mapping[editorial.verification])))
else:
tr.append(
TD(
A(user.first_name + " " + user.last_name,
_href=URL("user", "profile",
args=user.stopstalk_handle))))
tr.append(TD(editorial.added_on))
vote_class = ""
if logged_in_user_id is not None and \
str(logged_in_user_id) in set(editorial.votes.split(",")):
vote_class = "red-text"
tr.append(
TD(
DIV(SPAN(I(_class="fa fa-heart " + vote_class),
_class="love-editorial",
data={"id": editorial.id}),
" ",
DIV(number_of_votes,
_class="love-count",
_style="margin-left: 5px;"),
_style="display: inline-flex;")))
actions_td = TD(
A(I(_class="fa fa-eye fa-2x"),
_href=URL("problems",
"read_editorial",
args=editorial.id,
extension=False),
_class="btn btn-primary tooltipped " + read_editorial_class,
_style="background-color: #13AA5F;",
data={
"position": "bottom",
"delay": 40,
"tooltip": T("Read Editorial")
}))
if logged_in_user_id is not None and \
(user.id == logged_in_user_id or logged_in_user_id == 1) and \
editorial.verification != "accepted":
actions_td.append(
BUTTON(
I(_class="fa fa-trash fa-2x"),
_style="margin-left: 2%;",
_class="btn btn-primary red tooltipped delete-editorial",
data={
"position": "bottom",
"delay": 40,
"tooltip": T("Delete Editorial"),
"id": editorial.id
}))
tr.append(actions_td)
tbody.append(tr)
table.append(thead)
table.append(tbody)
return table
def render_table(submissions):
"""
Create the HTML table from submissions
"""
status_dict = {
"AC": "Accepted",
"WA": "Wrong Answer",
"TLE": "Time Limit Exceeded",
"MLE": "Memory Limit Exceeded",
"RE": "Runtime Error",
"CE": "Compile Error",
"SK": "Skipped",
"HCK": "Hacked",
"OTH": "Others"
}
table = TABLE(_class="striped centered")
table.append(
THEAD(
TR(TH("User Name"), TH("Site"), TH("Site Handle"),
TH("Time of submission"), TH("Problem"), TH("Language"),
TH("Status"), TH("Points"), TH("View Code"))))
tbody = TBODY()
for submission in submissions:
tr = TR()
append = tr.append
person_id = submission.custom_user_id
if submission.user_id:
person_id = submission.user_id
append(
TD(
A(person_id.first_name + " " + person_id.last_name,
_href=URL("user",
"profile",
args=[submission.stopstalk_handle]),
_target="_blank")))
append(TD(submission.site))
append(
TD(
A(submission.site_handle,
_href=get_link(submission.site, submission.site_handle),
_target="_blank")))
append(TD(submission.time_stamp))
append(
TD(
A(submission.problem_name,
_href=URL("problems",
"index",
vars={
"pname": submission.problem_name,
"plink": submission.problem_link
}),
_target="_blank")))
append(TD(submission.lang))
append(
TD(
IMG(_src=URL("static", "images/" + submission.status + ".jpg"),
_title=status_dict[submission.status],
_style="height: 25px; width: 25px;")))
append(TD(submission.points))
if submission.view_link:
append(
TD(
A("View",
_href=submission.view_link,
_class="btn waves-light waves-effect",
_style="background-color: #FF5722",
_target="_blank")))
else:
append(TD())
tbody.append(tr)
table.append(tbody)
return table
def render_table(submissions, duplicates=[]):
"""
Create the HTML table from submissions
@param submissions (Dict): Dictionary of submissions to display
@param duplicates (List): List of duplicate user ids
@return (TABLE): HTML TABLE containing all the submissions
"""
status_dict = {"AC": "Accepted",
"WA": "Wrong Answer",
"TLE": "Time Limit Exceeded",
"MLE": "Memory Limit Exceeded",
"RE": "Runtime Error",
"CE": "Compile Error",
"SK": "Skipped",
"HCK": "Hacked",
"OTH": "Others"}
table = TABLE(_class="striped centered")
table.append(THEAD(TR(TH("User Name"),
TH("Site"),
TH("Site Handle"),
TH("Time of submission"),
TH("Problem"),
TH("Language"),
TH("Status"),
TH("Points"),
TH("View/Download Code"))))
tbody = TBODY()
for submission in submissions:
span = SPAN()
if submission.user_id:
person_id = submission.user_id
else:
person_id = submission.custom_user_id
# Check if the given custom_user is a duplicate
# We need to do this because there might be a case
# when a duplicate custom_user is created and then
# his name or institute is changed
for duplicate in duplicates:
if duplicate[1] == person_id and duplicate[0]:
person_id = current.db.custom_friend(duplicate[0])
break
span = SPAN(_class="orange tooltipped",
data={"position": "right",
"delay": "50",
"tooltip": "Custom User"},
_style="cursor: pointer; " + \
"float:right; " + \
"height:10px; " + \
"width:10px; " + \
"border-radius: 50%;")
tr = TR()
append = tr.append
append(TD(DIV(span,
A(person_id.first_name + " " + person_id.last_name,
_href=URL("user", "profile",
args=person_id.stopstalk_handle,
extension=False),
_target="_blank"))))
append(TD(submission.site))
append(TD(A(submission.site_handle,
_href=get_link(submission.site,
submission.site_handle),
_target="_blank")))
append(TD(submission.time_stamp))
append(TD(A(submission.problem_name,
_href=URL("problems",
"index",
vars={"pname": submission.problem_name,
"plink": submission.problem_link},
extension=False),
_target="_blank")))
append(TD(submission.lang))
append(TD(IMG(_src=URL("static",
"images/" + submission.status + ".jpg",
extension=False),
_title=status_dict[submission.status],
_alt=status_dict[submission.status],
_style="height: 25px; width: 25px;")))
append(TD(submission.points))
if submission.view_link:
if current.auth.is_logged_in():
td = TD(A("View",
_href=submission.view_link,
_class="btn waves-light waves-effect",
_style="background-color: #FF5722",
_target="_blank"), " ")
if submission.site != "HackerEarth":
td.append(A("Download",
_class="download-submission-button btn waves-light waves-effect",
_style="background-color: #2196F3",
_target="_blank",
data={"view-link": submission.view_link,
"site": submission.site}))
append(td)
else:
append(TD(A("View",
_class="btn tooltipped disabled",
_style="background-color: #FF5722",
_target="_blank",
data={"position": "bottom",
"delay": "50",
"tooltip": "Login to View"}),
" ",
A("Download",
_class="btn tooltipped disabled",
_style="background-color: #2196F3",
_target="_blank",
data={"position": "bottom",
"delay": "50",
"tooltip": "Login to Download"})))
else:
append(TD())
tbody.append(tr)
table.append(tbody)
return table
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