def input_change(self, event):
dout = document['searchresult']
dout.clear()
text = event.target.value
if len(text) <= 1:
return
else:
result = [udf for udf in self.udf_list if text.lower() in udf.lower()]
if result:
for udf in result:
dout <= A(udf, href=f'#{udf}')
dout <= BR()
else:
dout <= B('No match')
def _go(self):
body = S(D(D(H("Hello World", Class=t) +
P("My first website with " + B("Bulma"), Class=u),
Class=c),
Class=b),
Class=h + w + p) + S(D(
Class="tile is-ancestor has-text-centered",
Id="ancestor-tile"),
Class="info-tiles")
# ^^^ constrói a estrutura do corpo, onde 'ancestor-tile' é onde adiciona os ladrilhos
document.body <= body # instala os elementos estruturados no corpo do documento
tiles = document[
"ancestor-tile"] # localiza os elemento onde coloca os ladrilhos
dados = [("435k", "Usuários"), ("53k", "Produtos"),
("735k", "Pedidos"), ("23", "Devoluções")]
# ^^^ Pares (valor, legenda) que vão ser apresentados nos ladrilhos
[
tiles <= D(R(P(valor, Class=t) + P(legenda, Class=u),
Class="tile is-child box"),
Class="tile is-parent") for valor, legenda in dados
]
def topo(self):
return H("Hello World", Class=t) + P(
"My first website with " + B("Bulma"), Class=u)
def menu(title, links):
# links is a list of tuples (name,href)
res = B(title)
for _name, href in links:
res += BR() + A(_name, href=href)
return res
def create_table(self):
dindex.style.display = 'none'
dtop.clear()
doutput.clear()
section = self.get_section()
aoa = section.aoa
#
document.title = f'{get_protocol_name()} {section.name}'
dtop <= SPAN(self.release)
dtop <= SPAN(A('Index', href='#'))
#
b = BUTTON('copy tree')
b.bind('click', ready.copy_tree)
dtop <= SPAN(b)
#
b = BUTTON('export xlsx')
b.bind('click', self.export_xlsx)
dtop <= SPAN(b)
#
b = BUTTON('table view')
b.bind('click', self.change_view)
dtop <= SPAN(b)
#
b = BUTTON('Popup On')
b.bind('click', ready.button_popup)
dtop <= SPAN(b)
b.style.backgroundColor = 'lightgreen'
#
dtop <= SPAN(f'{section.id} {section.name}')
self.create_prev_next()
#
table = TABLE(Class='asn1tree', tview='tree', core='')
head = [
"", "", 'IE', 'Need', 'Refer', 'Type', 'Description', 'Crit',
'Assign'
]
table <= TR([TD(B(v)) for v in head])
table.rows[0].cells[6].className = 'desc'
#
for row in aoa:
flag, level, ie, need, udf, vrange, desc, crit, assign = row
pad, ie = get_pad_and_ie(ie)
tr = TR()
tr <= TD(flag, Class='flag')
tr <= TD(level)
hasdesc = 'hasdesc' if desc else ''
tr <= TD(
SPAN(pad,
Class='iepad',
treepad=pad,
tablepad='>' * level + ' ') +
SPAN(ie, Class='ie', desc=hasdesc))
tr <= TD(need)
if udf:
tr <= TD(A(udf, href=f'#{udf}'))
else:
tr <= TD()
tr <= TD(vrange, Class='vrange')
tr <= TD(desc, Class='desc')
tr <= TD(crit)
tr <= TD(assign)
table <= tr
for tr in table.rows:
tr <= TD(tr.rowIndex)
doutput <= table
ready.ready_table(table)
def creat_head_row(self, table):
head = ["", "", 'IE', 'Need', 'Define', 'Range', 'Description', '']
table <= TR([TD(B(v)) for v in head])
table.rows[0].cells[3].title = need_str
table.rows[0].cells[3].style.color = 'blue'
table.rows[0].cells[6].className = 'desc'
(" Fan Base Fanatics ", 72)],
'UserRatings': [2, 8, 8, 8, 7, 6, 7, 8, 10, 6]
}]
print(dating)
for data in dating:
titre = H2(data["Title"], Class="a-Series_Title")
descr = P(SPAN("Description: " + data['Description'],
Class="a-Series_DescriptionHeader"),
Class='a-Series_Description')
epis = DIV(H4("First episodes", Class="a-EpisodeBlock_Title"),
Class='a-EpisodeBlock')
container <= titre + descr + epis
for x, q in enumerate(data['Episodes'], 1):
first = DIV(B(str(x)) + SPAN(q), Class="a-EpisodeBlock_Episode")
container <= first
if data['Ended'] is False:
more = DIV("More to come !", Class="a-Series_More")
container <= more
reviews = DIV(Class="a-ReviewsBlock")
revi1 = H4("Reviews", Class="a-ReviewsBlock_Title")
reviews <= revi1
container <= reviews
for x, y in data['Reviews']:
revi2 = DIV(
B(x, Class="a-ReviewsBlock_Reviewer") +
SPAN(str(y) + ' % ', Class="a-ReviewsBlock_Score"))
container <= revi2
divaver = DIV("Average user rating:", Class="a-UserRating")