def preprocess(self):
search_type_list = SObject.get_values(self.sobjects,
'search_type',
unique=True)
search_id_dict = {}
self.ref_sobject_cache = {}
# initialize the search_id_dict
for type in search_type_list:
search_id_dict[type] = []
# cache it first
for sobject in self.sobjects:
search_type = sobject.get_value('search_type')
search_id_list = search_id_dict.get(search_type)
search_id_list.append(sobject.get_value('search_id'))
from pyasm.search import SearchException
for key, value in search_id_dict.items():
try:
ref_sobjects = Search.get_by_id(key, value)
sobj_dict = SObject.get_dict(ref_sobjects)
except SearchException, e:
print "WARNING: search_type [%s] with id [%s] does not exist" % (
key, value)
print str(e)
sobj_dict = {}
# store a dict of dict with the search_type as key
self.ref_sobject_cache[key] = sobj_dict
def preprocess(my):
search_type_list = SObject.get_values(my.sobjects, 'search_type', unique=True)
search_id_dict = {}
my.ref_sobject_cache = {}
# initialize the search_id_dict
for type in search_type_list:
search_id_dict[type] = []
# cache it first
for sobject in my.sobjects:
search_type = sobject.get_value('search_type')
search_id_list = search_id_dict.get(search_type)
search_id_list.append(sobject.get_value('search_id'))
from pyasm.search import SearchException
for key, value in search_id_dict.items():
try:
ref_sobjects = Search.get_by_id(key, value)
sobj_dict = SObject.get_dict(ref_sobjects)
except SearchException, e:
print "WARNING: search_type [%s] with id [%s] does not exist" % (key, value)
print str(e)
sobj_dict = {}
# store a dict of dict with the search_type as key
my.ref_sobject_cache[key] = sobj_dict
def preprocess(self):
self.is_preprocessed = True
# get all of the instances
search = Search("prod/shot_instance")
# if not used in a TableWdg, only get the shot instances for one asset
if not self.parent_wdg:
search.add_filter('asset_code',
self.get_current_sobject().get_code())
search.add_order_by("shot_code")
instances = search.get_sobjects()
self.asset_instances = instances
self.instances = {}
for instance in instances:
asset_code = instance.get_value("asset_code")
list = self.instances.get(asset_code)
if not list:
list = []
self.instances[asset_code] = list
list.append(instance)
search = Search("prod/shot")
search.add_filters("code",
[x.get_value('shot_code') for x in instances])
shots = search.get_sobjects()
self.shots = SObject.get_dict(shots, ["code"])
self.shots_list = shots
def preprocess(my):
my.is_preprocessed = True
# get all of the instances
search = Search("prod/shot_instance")
# if not used in a TableWdg, only get the shot instances for one asset
if not my.parent_wdg:
search.add_filter('asset_code', my.get_current_sobject().get_code())
search.add_order_by("shot_code")
instances = search.get_sobjects()
my.asset_instances = instances
my.instances = {}
for instance in instances:
asset_code = instance.get_value("asset_code")
list = my.instances.get(asset_code)
if not list:
list = []
my.instances[asset_code] = list
list.append(instance)
search = Search("prod/shot")
search.add_filters( "code", [x.get_value('shot_code') for x in instances] )
shots = search.get_sobjects()
my.shots = SObject.get_dict(shots, ["code"])
my.shots_list = shots
def build_cache_by_column(self, column):
# do not build if it already exists
if self.caches.has_key(column):
return
# build a search_key cache
column_cache = SObject.get_dict(self.sobjects, key_cols=[column])
self.caches[column] = column_cache
return column_cache
def build_cache_by_column(my, column):
# do not build if it already exists
if my.caches.has_key(column):
return
# build a search_key cache
column_cache = SObject.get_dict(my.sobjects, key_cols=[column])
my.caches[column] = column_cache
return column_cache
def get_info(self):
# check if the sobj type is the same
search_types = SObject.get_values(self.sobjs,
'search_type',
unique=True)
search_ids = SObject.get_values(self.sobjs, 'search_id', unique=False)
infos = []
# this doesn't really work if the same asset is submitted multiple times
if len(search_types) == 1 and len(search_ids) == len(self.sobjs):
assets = []
if search_types[0]:
assets = Search.get_by_id(search_types[0], search_ids)
asset_dict = SObject.get_dict(assets)
for id in search_ids:
asset = asset_dict.get(id)
aux_dict = {}
aux_dict['info'] = SubmissionInfo._get_target_sobject_data(
asset)
aux_dict['search_key'] = '%s:%s' % (search_types[0], id)
infos.append(aux_dict)
else:
# TODO: this is a bit database intensive, mixed search_types not
# recommended
search_types = SObject.get_values(self.sobjs, 'search_type',\
unique=False)
for idx in xrange(0, len(search_types)):
search_type = search_types[idx]
aux_dict = {}
aux_dict['info'] = ''
aux_dict['search_key'] = ''
if search_type:
asset = Search.get_by_id(search_type, search_ids[idx])
aux_dict['info'] = SubmissionInfo._get_target_sobject_data(
asset)
aux_dict['search_key'] = '%s:%s' % (search_types[idx],
search_ids[idx])
infos.append(aux_dict)
return infos
def get_info(self):
# check if the sobj type is the same
search_types = SObject.get_values(self.sobjs, 'search_type', unique=True)
search_ids = SObject.get_values(self.sobjs, 'search_id', unique=False)
infos = []
# this doesn't really work if the same asset is submitted multiple times
if len(search_types) == 1 and len(search_ids) == len(self.sobjs):
assets = []
if search_types[0]:
assets = Search.get_by_id(search_types[0], search_ids)
asset_dict = SObject.get_dict(assets)
for id in search_ids:
asset = asset_dict.get(id)
aux_dict = {}
aux_dict['info'] = SubmissionInfo._get_target_sobject_data(asset)
aux_dict['search_key'] = '%s:%s' %(search_types[0], id)
infos.append(aux_dict)
else:
# TODO: this is a bit database intensive, mixed search_types not
# recommended
search_types = SObject.get_values(self.sobjs, 'search_type',\
unique=False)
for idx in xrange(0, len(search_types)):
search_type = search_types[idx]
aux_dict = {}
aux_dict['info'] = ''
aux_dict['search_key'] = ''
if search_type:
asset = Search.get_by_id(search_type, search_ids[idx])
aux_dict['info'] = SubmissionInfo._get_target_sobject_data(asset)
aux_dict['search_key'] = '%s:%s' %(search_types[idx], search_ids[idx])
infos.append(aux_dict)
return infos
def execute(my):
date = Date()
cur_time = date.get_utc()
print "Burn down"
#first = 8 * 60 * 60
first = 30
next = 10
# search for all of the tasks that are pending
search = Search("sthpw/task")
search.add_filter("status", "Pending")
sobjects = search.get_sobjects()
# get the time when this was set to pending
search = Search("sthpw/status_log")
search.add_filter("from_status", "Assignment")
search.add_filter("to_status", "Pending")
logs = search.get_sobjects()
logs_dict = SObject.get_dict(logs, ["search_type", "search_id"] )
# analyze tasks
ready_sobjects = []
for sobject in sobjects:
search_key = sobject.get_search_key()
# get the logs
log = logs_dict.get(search_key)
if not log:
continue
log_date = Date(db=log.get_value("timestamp"))
log_time = log_date.get_utc()
interval = cur_time - log_time
# if we haven't passed the first marker, then just skip
if interval < first:
continue
# put an upper limit where it doesn't make anymore sense
if interval > 21*24*60*60:
continue
# once we've reached the first marker, email next interval
start = (interval - first) / next
print "start: ", interval, first, start
continue
parent = sobject.get_parent()
if not parent:
print "WARNING: parent does not exist [%s]" % sobject.get_search_key()
continue
process = sobject.get_value("process")
assigned = sobject.get_value("assigned")
status = sobject.get_value("status")
code = parent.get_code()
print (code, assigned, process, status, interval/3600)
ready_sobjects.append( sobject )
# TODO: problem how to prevent emails from happening every iteration?
# this is run every minute, so remember the last time an email has been
# sent for a particular
if not ready_sobjects:
return
from pyasm.command import Command
class BurnDownCmd(Command):
def get_title(my):
return "Burn Down Command"
def set_sobjects(my, sobjects):
my.sobjects = [sobject]
def execute(my):
# call email trigger
from email_trigger import EmailTrigger
email_trigger = EmailTrigger()
email_trigger.set_command(my)
email_trigger.execute()
# call email trigger
#cmd = BurnDownCmd()
#cmd.set_sobjects(ready_sobjects)
#Command.execute_cmd(cmd)
# remember the time of each email
for sobject in ready_sobjects:
search_key = sobject.get_search_key()
my.notified[search_key] = cur_time
def get_display(my):
my.search_type = my.kwargs.get('search_type')
my.texture_search_type = my.kwargs.get('texture_search_type')
assert my.search_type
app_name = WebContainer.get_web().get_selected_app()
# add an outside box
top = DivWdg(css='spt_view_panel')
#div = DivWdg(css="maq_search_bar")
div = DivWdg()
div.add_color("background", "background2", -15)
my.set_as_panel(top)
top.add(div)
div.add_style("margin: 5px")
div.add_style("padding: 10px")
div.add_style("font-style: bold")
process_div = DivWdg()
process_div.add_style("padding-left: 10px")
div.add(process_div)
process_div.add(my.get_process_wdg(my.search_type))
process_div.add(my.get_context_filter_wdg())
process_div.add(HtmlElement.br(clear="all"))
div.add(HtmlElement.br())
checkin_options = DivWdg(css='spt_ui_options')
checkin_options.add_style("padding: 10px")
swap = SwapDisplayWdg()
#swap.set_off()
title = SpanWdg("Check in Options")
SwapDisplayWdg.create_swap_title(title,
swap,
checkin_options,
is_open=False)
div.add(swap)
div.add(title)
checkin_options.add(my.get_file_type_wdg())
checkin_options.add(my.get_snapshot_type_wdg())
checkin_options.add(HtmlElement.br(1))
checkin_options.add(my.get_export_method_wdg())
checkin_options.add(my.get_checkin_as_wdg())
#my.add( my.get_render_icon_wdg() )
# For different export methods
checkin_options.add(my.get_currency_wdg())
checkin_options.add(my.get_reference_option())
checkin_options.add(my.get_auto_version_wdg())
checkin_options.add(my.get_texture_option(app=app_name))
checkin_options.add(my.get_handoff_wdg())
if not my.context_select.get_value(for_display=True):
my.add(DivWdg('A context must be selected.', css='warning'))
return
div.add(checkin_options)
top.add(my.get_introspect_wdg())
top.add(HtmlElement.br(2))
# create the interface
table = Table()
table.set_max_width()
#table.set_class("table")
table.add_color('background', 'background2')
#table.add_style('line-height','3.0em')
#table.add_row(css='smaller')
tr = table.add_row(css='smaller')
tr.add_style('height', '3.5em')
table.add_header(" ")
table.add_header(" ")
th = table.add_header("Instance")
th.add_style('text-align: left')
table.add_header(my.get_checkin())
table.add_header("Sandbox")
tr.add_color('background', 'background2', -15)
# get session and handle case where there is no session
my.session = SessionContents.get()
if my.session == None:
instance_names = []
asset_codes = []
node_names = []
else:
instance_names = my.session.get_instance_names()
asset_codes = my.session.get_asset_codes()
node_names = my.session.get_node_names()
# get all of the possible assets based on the asset codes
search = Search(my.search_type)
search.add_filters("code", asset_codes)
assets = search.get_sobjects()
assets_dict = SObject.get_dict(assets, ["code"])
if my.session:
my.add("Current Project: <b>%s</b>" % my.session.get_project_dir())
else:
my.add("Current Project: Please press 'Introspect'")
count = 0
for i in range(0, len(node_names)):
node_name = node_names[i]
if not my.session.is_tactic_node(node_name) and \
not my.session.get_node_type(node_name) in ['transform','objectSet']:
continue
instance_name = instance_names[i]
# backwards compatible:
try:
asset_code = asset_codes[i]
except IndexError, e:
asset_code = instance_name
# skip if this is a reference
if my.list_references == False and \
my.session.is_reference(node_name):
continue
table.add_row()
# check that this asset exists
asset = assets_dict.get(asset_code)
if not asset:
continue
# list items if it is a set
if asset.get_value('asset_type',
no_exception=True) in ["set", "section"]:
my.current_sobject = asset
my.handle_set(table, instance_name, asset, instance_names)
count += 1
# if this asset is in the database, then allow it to checked in
if asset:
if my.session.get_snapshot_code(instance_name,
snapshot_type='set'):
continue
# hack remember this
my.current_sobject = asset
my.handle_instance(table, instance_name, asset, node_name)
else:
table.add_blank_cell()
table.add_cell(instance_name)
count += 1
def get_display(my):
my.search_type = my.kwargs.get('search_type')
my.texture_search_type = my.kwargs.get('texture_search_type')
assert my.search_type
app_name = WebContainer.get_web().get_selected_app()
# add an outside box
top = DivWdg(css='spt_view_panel')
#div = DivWdg(css="maq_search_bar")
div = DivWdg()
div.add_color("background", "background2", -15)
my.set_as_panel(top)
top.add(div)
div.add_style("margin: 5px")
div.add_style("padding: 10px")
div.add_style("font-style: bold")
process_div = DivWdg()
process_div.add_style("padding-left: 10px")
div.add(process_div)
process_div.add( my.get_process_wdg(my.search_type))
process_div.add( my.get_context_filter_wdg() )
process_div.add(HtmlElement.br(clear="all"))
div.add( HtmlElement.br() )
checkin_options = DivWdg(css='spt_ui_options')
checkin_options.add_style("padding: 10px")
swap = SwapDisplayWdg()
#swap.set_off()
title = SpanWdg("Check in Options")
SwapDisplayWdg.create_swap_title(title, swap, checkin_options, is_open=False)
div.add(swap)
div.add(title)
checkin_options.add( my.get_file_type_wdg() )
checkin_options.add( my.get_snapshot_type_wdg() )
checkin_options.add(HtmlElement.br(1))
checkin_options.add( my.get_export_method_wdg() )
checkin_options.add( my.get_checkin_as_wdg() )
#my.add( my.get_render_icon_wdg() )
# For different export methods
checkin_options.add( my.get_currency_wdg() )
checkin_options.add( my.get_reference_option())
checkin_options.add( my.get_auto_version_wdg())
checkin_options.add( my.get_texture_option(app=app_name))
checkin_options.add( my.get_handoff_wdg())
if not my.context_select.get_value(for_display=True):
my.add(DivWdg('A context must be selected.', css='warning'))
return
div.add(checkin_options)
top.add( my.get_introspect_wdg() )
top.add(HtmlElement.br(2))
# create the interface
table = Table()
table.set_max_width()
#table.set_class("table")
table.add_color('background','background2')
#table.add_style('line-height','3.0em')
#table.add_row(css='smaller')
tr = table.add_row(css='smaller')
tr.add_style('height', '3.5em')
table.add_header(" ")
table.add_header(" ")
th = table.add_header("Instance")
th.add_style('text-align: left')
table.add_header(my.get_checkin())
table.add_header("Sandbox")
tr.add_color('background','background2', -15)
# get session and handle case where there is no session
my.session = SessionContents.get()
if my.session == None:
instance_names = []
asset_codes = []
node_names = []
else:
instance_names = my.session.get_instance_names()
asset_codes = my.session.get_asset_codes()
node_names = my.session.get_node_names()
# get all of the possible assets based on the asset codes
search = Search(my.search_type)
search.add_filters("code", asset_codes)
assets = search.get_sobjects()
assets_dict = SObject.get_dict(assets, ["code"])
if my.session:
my.add("Current Project: <b>%s</b>" % my.session.get_project_dir() )
else:
my.add("Current Project: Please press 'Introspect'")
count = 0
for i in range(0, len(node_names) ):
node_name = node_names[i]
if not my.session.is_tactic_node(node_name) and \
not my.session.get_node_type(node_name) in ['transform','objectSet']:
continue
instance_name = instance_names[i]
# backwards compatible:
try:
asset_code = asset_codes[i]
except IndexError, e:
asset_code = instance_name
# skip if this is a reference
if my.list_references == False and \
my.session.is_reference(node_name):
continue
table.add_row()
# check that this asset exists
asset = assets_dict.get(asset_code)
if not asset:
continue
# list items if it is a set
if asset.get_value('asset_type', no_exception=True) in ["set", "section"]:
my.current_sobject = asset
my.handle_set( table, instance_name, asset, instance_names)
count +=1
# if this asset is in the database, then allow it to checked in
if asset:
if my.session.get_snapshot_code(instance_name, snapshot_type='set'):
continue
# hack remember this
my.current_sobject = asset
my.handle_instance(table, instance_name, asset, node_name)
else:
table.add_blank_cell()
table.add_cell(instance_name)
count += 1
def _init_snapshots(my):
'''preselect all of the snapshots'''
snapshots = Snapshot.get_latest_by_sobjects(my.sobjects)
my.snapshot_dict = SObject.get_dict(snapshots,\
key_cols=['search_type','search_id'])
def preprocess(self):
# protect against the case where there is a single sobject that
# is an insert (often seen in "insert")
if self.is_preprocessed == True:
return
skip = False
if len(self.sobjects) == 1:
if not self.sobjects[0].has_value("search_type"):
skip = True
if not skip:
search_types = SObject.get_values(self.sobjects,
'search_type',
unique=True)
try:
search_codes = SObject.get_values(self.sobjects,
'search_code',
unique=True)
search_ids = None
except Exception as e:
print "WARNING: ", e
search_ids = SObject.get_values(self.sobjects,
'search_id',
unique=True)
search_codes = None
else:
search_types = []
search_codes = []
# if there is more than one search_type, then go get each parent
# individually
# NOTE: this is very slow!!!!
ref_sobjs = []
if len(search_types) > 1:
ref_sobjs = []
for tmp_sobj in self.sobjects:
try:
ref_sobj = tmp_sobj.get_parent()
if ref_sobj:
ref_sobjs.append(ref_sobj)
else:
warning = "Dangling reference: %s" % tmp_sobj.get_search_key(
)
Environment.add_warning(warning, warning)
except SearchException as e:
# skips unknown search_type/project
print e.__str__()
continue
elif len(search_types) == 1:
search_type = self.sobjects[0].get_value("search_type")
try:
if search_codes != None:
ref_sobjs = Search.get_by_code(search_type, search_codes)
else:
ref_sobjs = Search.get_by_id(search_type, search_ids)
except SearchException as e:
# skips unknown search_type/project
print e.__str__()
pass
# TODO: None defaults to search_key, should be empty
self.ref_sobj_dict = SObject.get_dict(ref_sobjs, None)
# when drawn as part of a TbodyWdg, we want to disable the calculation
# of most things so that it will not try to display a prev row
if self.get_option('disable') == 'true':
self.ref_sobj_dict = None
self.empty = True
self.is_preprocessed = True
def preprocess(my):
episode_codes = SObject.get_values(my.sobjects, 'episode_code')
search = Search(NatPause)
search.add_filters('episode_code', episode_codes)
net_pauses = search.get_sobjects()
my.sobject_dict = SObject.get_dict(net_pauses, key_cols=['episode_code'])
def preprocess(self):
# protect against the case where there is a single sobject that
# is an insert (often seen in "insert")
if self.is_preprocessed == True:
return
skip = False
if len(self.sobjects) == 1:
if not self.sobjects[0].has_value("search_type"):
skip = True
if not skip:
search_types = SObject.get_values(self.sobjects, 'search_type', unique=True)
try:
search_codes = SObject.get_values(self.sobjects, 'search_code', unique=True)
search_ids = None
except Exception as e:
print "WARNING: ", e
search_ids = SObject.get_values(self.sobjects, 'search_id', unique=True)
search_codes = None
else:
search_types = []
search_codes = []
# if there is more than one search_type, then go get each parent
# individually
# NOTE: this is very slow!!!!
ref_sobjs = []
if len(search_types) > 1:
ref_sobjs = []
for tmp_sobj in self.sobjects:
try:
ref_sobj = tmp_sobj.get_parent()
if ref_sobj:
ref_sobjs.append(ref_sobj)
else:
warning = "Dangling reference: %s" % tmp_sobj.get_search_key()
Environment.add_warning(warning, warning)
except SearchException as e:
# skips unknown search_type/project
print e.__str__()
continue
elif len(search_types) == 1:
search_type = self.sobjects[0].get_value("search_type")
try:
if search_codes != None:
ref_sobjs = Search.get_by_code(search_type, search_codes)
else:
ref_sobjs = Search.get_by_id(search_type, search_ids)
except SearchException as e:
# skips unknown search_type/project
print e.__str__()
pass
# TODO: None defaults to search_key, should be empty
self.ref_sobj_dict = SObject.get_dict(ref_sobjs, None)
# when drawn as part of a TbodyWdg, we want to disable the calculation
# of most things so that it will not try to display a prev row
if self.get_option('disable') == 'true':
self.ref_sobj_dict = None
self.empty = True
self.is_preprocessed = True
continue
elif len(search_types) == 1:
search_type = my.sobjects[0].get_value("search_type")
try:
if search_codes != None:
ref_sobjs = Search.get_by_code(search_type, search_codes)
else:
ref_sobjs = Search.get_by_id(search_type, search_ids)
except SearchException, e:
# skips unknown search_type/project
print e.__str__()
pass
# TODO: None defaults to search_key, should be empty
my.ref_sobj_dict = SObject.get_dict(ref_sobjs, None)
# when drawn as part of a TbodyWdg, we want to disable the calculation
# of most things so that it will not try to display a prev row
if my.get_option('disable') == 'true':
my.ref_sobj_dict = None
my.empty = True
my.is_preprocessed = True
#def handle_td(my, td):
# td.add_class("task_spacer_column")
# td.add_style("font-weight: bold")
# if my.empty:
# td.add_style("border-top: 0px")
def execute(my):
date = Date()
cur_time = date.get_utc()
print "Burn down"
#first = 8 * 60 * 60
first = 30
next = 10
# search for all of the tasks that are pending
search = Search("sthpw/task")
search.add_filter("status", "Pending")
sobjects = search.get_sobjects()
# get the time when this was set to pending
search = Search("sthpw/status_log")
search.add_filter("from_status", "Assignment")
search.add_filter("to_status", "Pending")
logs = search.get_sobjects()
logs_dict = SObject.get_dict(logs, ["search_type", "search_id"])
# analyze tasks
ready_sobjects = []
for sobject in sobjects:
search_key = sobject.get_search_key()
# get the logs
log = logs_dict.get(search_key)
if not log:
continue
log_date = Date(db=log.get_value("timestamp"))
log_time = log_date.get_utc()
interval = cur_time - log_time
# if we haven't passed the first marker, then just skip
if interval < first:
continue
# put an upper limit where it doesn't make anymore sense
if interval > 21 * 24 * 60 * 60:
continue
# once we've reached the first marker, email next interval
start = (interval - first) / next
print "start: ", interval, first, start
continue
parent = sobject.get_parent()
if not parent:
print "WARNING: parent does not exist [%s]" % sobject.get_search_key(
)
continue
process = sobject.get_value("process")
assigned = sobject.get_value("assigned")
status = sobject.get_value("status")
code = parent.get_code()
print(code, assigned, process, status, interval / 3600)
ready_sobjects.append(sobject)
# TODO: problem how to prevent emails from happening every iteration?
# this is run every minute, so remember the last time an email has been
# sent for a particular
if not ready_sobjects:
return
from pyasm.command import Command
class BurnDownCmd(Command):
def get_title(my):
return "Burn Down Command"
def set_sobjects(my, sobjects):
my.sobjects = [sobject]
def execute(my):
# call email trigger
from email_trigger import EmailTrigger
email_trigger = EmailTrigger()
email_trigger.set_command(my)
email_trigger.execute()
# call email trigger
#cmd = BurnDownCmd()
#cmd.set_sobjects(ready_sobjects)
#Command.execute_cmd(cmd)
# remember the time of each email
for sobject in ready_sobjects:
search_key = sobject.get_search_key()
my.notified[search_key] = cur_time
continue
elif len(search_types) == 1:
search_type = my.sobjects[0].get_value("search_type")
try:
if search_codes != None:
ref_sobjs = Search.get_by_code(search_type, search_codes)
else:
ref_sobjs = Search.get_by_id(search_type, search_ids)
except SearchException, e:
# skips unknown search_type/project
print e.__str__()
pass
# TODO: None defaults to search_key, should be empty
my.ref_sobj_dict = SObject.get_dict(ref_sobjs, None)
# when drawn as part of a TbodyWdg, we want to disable the calculation
# of most things so that it will not try to display a prev row
if my.get_option('disable') == 'true':
my.ref_sobj_dict = None
my.empty = True
my.is_preprocessed = True
#def handle_td(my, td):
# td.add_class("task_spacer_column")
# td.add_style("font-weight: bold")
# if my.empty:
# td.add_style("border-top: 0px")
