def get_pic_bar(mt, sku, data):
if not all([mt, (sku != 'none'), data, sku]):
return []
else:
asin_dict = df_pro[df_pro['SKU'] == sku].to_dict('list')
empty_list = ['未注明']
godos_name = asin_dict.get('名称', empty_list)[0]
pic_url = asin_dict.get('链接', empty_list)[0]
asin = asin_dict.get('sub_asin', empty_list)[0]
goods_url = 'https://www.amazon.co.jp/dp/' + asin
color = asin_dict.get('颜色', empty_list)[0]
size = asin_dict.get('SIZE', empty_list)[0]
on_shelf_time = asin_dict.get('上架时间', empty_list)[0]
# url = asin_pic_dict.get(sub_asin, '')
children = html.Div([
html.Div(
className='columns',
children=[
html.Div(
html.Img(src=pic_url,
width=160,
height=160,
style={"referrer": "no-referrer"})),
# html.Tbody([
# html.Th('属性'),
# html.Th('属性值'),
# html.Tr([
# html.Td(''),
# html.Td(id='daily_filename_td'),
# ]),
# html.Tr([
# html.Td(id='ad_file_td'),
# html.Td(id='ad_filename_td'),
# ])
# ])
html.Div(children=[
html.Ul(className='my_ul',
children=[
html.Li(
html.A('商品链接',
href=goods_url,
target='blank')),
html.Li('名称：' + str(godos_name)),
html.Li('颜色：' + str(color)),
html.Li('尺寸：' + str(size)),
html.Li('上架时间：' + str(on_shelf_time))
])
])
])
])
return children
def draw_left_nav():
return html.Div([
dbc.Card(
dbc.CardBody(
[
html.Label('Condition:'),
html.Ul(
[
html.Li(
'Good',
style={'background': 'Green'},
className='circle',
),
html.Li(
'Fair',
style={'background': 'Yellow'},
className='circle',
),
html.Li(
'Poor',
style={'background': 'Orange'},
className='circle',
),
html.Li(
'Critical',
style={'background': 'Red'},
className='circle',
),
],
className='condition_ul',
),
html.Label(children=['Select: ']),
dcc.Checklist(
id='condition_status',
options=[{
'label': str(c),
'value': c,
} for c in df['CONDITION'].unique() if c != 'nan'],
value=[c for c in df['CONDITION'].unique()],
),
html.Label(children=['County:']),
dcc.Dropdown(
id='county',
options=[{
'label': str(x),
'value': x,
} for x in sorted(df['COUNTY'].unique())],
),
],
className='legend_container',
), ),
])
def get_metadata(oid, dr):
meta = find_ztf_oid.get_meta(oid, dr).copy()
meta['coord_string'] = find_ztf_oid.get_coord_string(oid, dr)
items = [
f'**{k}**: {to_str(meta[k])}' for k in METADATA_FIELDS if k in meta
]
column_width = max(map(len, items)) - 2
div = html.Div(
html.Ul([html.Li(dcc.Markdown(text)) for text in items],
style={'list-style-type': 'none'}),
style={'columns': f'{column_width}ch'},
)
return div
def make_header(**kwargs):
return dbc.Navbar(
id="header",
className="sticky-top",
color="dark",
dark=True,
children=[
make_brand(),
html.Ul(id=server.config["NAVBAR_CONTAINER_ID"],
className="navbar-nav ml-auto"),
],
**kwargs,
)
def get_contents(content):
if not isinstance(content, (list, dict)):
return [dcc.Markdown(content)]
if isinstance(content, list):
return [html.Ul([html.Li(item) for item in content])]
return dbc.Row([
dbc.Col([html.H6(item),
html.Div(get_contents(content[item]))],
md=12,
lg=6) for item in content.keys()
])
def shopping_layout() -> html.Div:
return html.Div(
children=[
html.H1("Shopping List"),
html.Ul(
id="my-shopping-ul", children=list_items(data_store["items"])
),
dcc.Input(id="my-shopping-input"),
html.Button(
id="my-shopping-button", n_clicks=0, children="Add Item"
),
]
)
def get_color_legend():
"""
color legend beneath the table to identify meaning of highlights
:return: unordered list with color information
"""
return html.Ul(children=[
html.Li("No data sent for 2 days", className='red'),
html.Li("Sensor was not chosen", className='not-clean'),
html.Li("Left study too early", className='blue'),
html.Li("Study duration reached, not left", className='light-green'),
html.Li("Study duration reached, left", className='dark-green'),
html.Li("Multiple QR Codes of one user active", className='orange')
])
def base_layout() -> html.Div:
"""Return a Dash Component which will serve as the top-level layout."""
# register the layout
return html.Div([
dcc.Location(id='url', refresh=False),
] + [
html.Div(
html.Ul([
html.Li(dcc.Link(route["label"], href=path), )
for path, route in App._ROUTES.items()
])),
html.Div(id="page_content", children="Click link to continue"),
])
def layout():
return html.Div(children =
[
html.Div(id = "fromToTimestampsDiv", className = "btn-group", role = "group", children =
[
"From: ",
dcc.Input(id = "fromTimestampInput", type = "datetime-local", step = "1"),
" to: ",
dcc.Input(id = "toTimestampInput", type = "datetime-local", step = "1")
]),
html.Div(id = "quickTimeRangePickerDiv", className = "btn-group", role = "group", children =
[
html.Button(id = "timestampRangePickerButton", className = "btn btn-default dropdown-toggle btn-sm", **{"data-toggle": "dropdown",
"aria-haspopup": "true", "aria-expanded": "false"}, children = ["Quick time range"]),
html.Ul(className = "dropdown-menu", children =
[
html.Li(id = "lastFiveMinutesLi", children = html.A("Last 5 minutes")),
html.Li(id = "lastFifthteenMinutesLi", children = html.A("Last 15 minutes")),
html.Li(id = "lastThirtyMinutesLi", children = html.A("Last 30 minutes")),
html.Li(id = "lastOneHourLi", children = html.A("Last 1 hour")),
html.Li(id = "lastThreeHoursLi", children = html.A("Last 3 hours")),
html.Li(id = "lastSixHoursLi", children = html.A("Last 6 hours")),
html.Li(id = "lastTwelveHoursLi", children = html.A("Last 12 hours")),
html.Li(id = "lastTwentyFourHoursLi", children = html.A("Last 24 hours")),
html.Li(id = "lastTwoDaysLi", children = html.A("Last 2 days")),
html.Li(id = "lastSevenDaysLi", children = html.A("Last 7 days")),
html.Li(id = "lastThirtyDaysLi", children = html.A("Last 30 days")),
html.Li(id = "lastNinetyDaysLi", children = html.A("Last 90 days")),
html.Li(id = "lastSixMonthsLi", children = html.A("Last 6 months")),
html.Li(id = "lastOneYearLi", children = html.A("Last 1 year")),
html.Li(id = "lastTwoYearsLi", children = html.A("Last 2 years")),
html.Li(id = "lastFiveYearsLi", children = html.A("Last 5 years")),
html.Li(id = "yesterdayLi", children = html.A("Yesterday")),
html.Li(id = "dayBeforeYesterdayLi", children = html.A("Day before yesterday")),
html.Li(id = "thisDayLastWeekLi", children = html.A("This day last week")),
html.Li(id = "previousWeekLi", children = html.A("Previous week")),
html.Li(id = "previousMonthLi", children = html.A("Previous month")),
html.Li(id = "previousYearLi", children = html.A("Previous year")),
html.Li(id = "todayLi", children = html.A("Today")),
html.Li(id = "todaySoFarLi", children = html.A("Today so far")),
html.Li(id = "thisWeekLi", children = html.A("This week")),
html.Li(id = "thisWeekSoFarLi", children = html.A("This week so far")),
html.Li(id = "thisMonthLi", children = html.A("This month")),
html.Li(id = "thisMonthSoFarLi", children = html.A("This month so far")),
html.Li(id = "thisYearLi", children = html.A("This year")),
html.Li(id = "thisYearSoFarLi", children = html.A("This year so far"))
])
]),
refreshButton.layout(),
refreshInterval.layout()
])
def checkInput(n, n_close, genome_selected, pam, text_guides, mms, dna, rna, is_open):
if n is None:
raise PreventUpdate
if is_open is None:
is_open = False
classname_red = 'missing-input'
genome_update = None
pam_update = None
text_update = {'width':'450px', 'height':'160px'}
mms_update = None
dna_update = None
rna_update = None
update_style = False
miss_input_list = []
if genome_selected is None or genome_selected is '':
genome_update = classname_red
update_style = True
miss_input_list.append('Genome')
if pam is None or pam is '':
pam_update = classname_red
update_style = True
miss_input_list.append('PAM')
if text_guides is None or text_guides is '':
text_update = {'width':'450px', 'height':'160px','border': '1px solid red'}
update_style = True
miss_input_list.append('crRNA sequence(s)')
if mms is None or str(mms) is '':
mms_update = classname_red
update_style = True
miss_input_list.append('Allowed Mismatches')
if dna is None or str(dna) is '':
dna_update = classname_red
update_style = True
miss_input_list.append('Bulge DNA size')
if rna is None or str(rna) is '':
rna_update = classname_red
update_style = True
miss_input_list.append('Bulge RNA size')
miss_input = html.Div(
[
html.P('The following inputs are missing:'),
html.Ul([html.Li(x) for x in miss_input_list]),
html.P('Please fill in the values before submitting the job')
]
)
if not update_style:
return 1, False, genome_update, pam_update, text_update, mms_update, dna_update, rna_update, miss_input
return None, not is_open, genome_update, pam_update, text_update, mms_update, dna_update, rna_update, miss_input
def renderClickData(renderObject=None):
if(renderObject is not None):
row = renderObject['row']
sectors = renderObject['sectors']
year = renderObject['year']
print(row)
score = html.Ul([
html.Li(style={'flex-basis': '60%'}, children=[
html.H6('Tournament: {0} {1}'.format(sectors[0], year)),
]),
html.Li(style={'flex-basis': '40%'}, children=[
html.H6('Round: {0}'.format(row['round'].values[0])),
]),
html.Li(style={'flex-basis': '100%'}, children=[
html.H6('Match score:{0}'.format(row['score'].values[0]))
])
])
header = [html.Tr(children=[
html.Th('Stats'),
html.Th('Winner'),
html.Th('Loser'),
])]
datarows = [
html.Tr([html.Td('Name'),html.Td(row['winner_name']), html.Td(row['loser_name'])]),
html.Tr([html.Td('Country'),html.Td(row['winner_ioc']), html.Td(row['loser_ioc'])]),
html.Tr([html.Td('Rank'),html.Td(row['winner_rank']), html.Td(row['loser_rank'])]),
html.Tr([html.Td('Hand'),html.Td(row['winner_hand']), html.Td(row['loser_hand'])]),
html.Tr([html.Td('Age'),html.Td(math.floor(row['winner_age'].values[0])), html.Td(math.floor(row['loser_age']))]),
html.Tr([html.Td('Height'),html.Td(row['winner_ht']), html.Td(row['loser_ht'])]),
html.Tr([html.Td('Ace'),html.Td(row['w_ace']), html.Td(row['l_ace'])]),
html.Tr([html.Td('Serve Points'),html.Td(row['w_svpt']), html.Td(row['l_svpt'])]),
html.Tr([html.Td('Break Point Saved'),html.Td(row['w_bpSaved']), html.Td(row['l_bpSaved'])]),
html.Tr([html.Td('Break Point Faced'),html.Td(row['w_bpFaced']), html.Td(row['l_bpFaced'])]),
html.Tr([html.Td('Double Fault'),html.Td(row['w_df']), html.Td(row['l_df'])]),
html.Tr([html.Td('1st serve in'),html.Td(row['w_1stIn']), html.Td(row['l_1stIn'])]),
html.Tr([html.Td('Points won on 1st serve'),html.Td(row['w_1stWon']), html.Td(row['l_1stWon'])]),
html.Tr([html.Td('Points won on 2nd serve'),html.Td(row['w_2ndWon']), html.Td(row['l_2ndWon'])]),
html.Tr([html.Td('Serve games'),html.Td(row['w_SvGms']), html.Td(row['l_SvGms'])]),
] if (len(row) == 1) else [html.Tr([html.Td(''),html.Td(''), html.Td('')])]
clickDataHtml = html.Div([
html.Div(id='score', children=[score]),
html.Table(style={ 'width': '100%'},children=[
html.Thead(id='matchstats', children=header),
html.Tbody(id='matchdatarows', children=datarows)
])
])
else:
clickDataHtml = html.Div([])
return clickDataHtml
def display_page(pathname):
if pathname is None:
return ''
elif pathname == '/':
global days
# Get all the days for which we have gathered data (we need
# to read each time from the disk because new data might be stored
# on disk while the server is running)
days = getAvailableDays()
daysHtmlList = [
html.Li([
dcc.Link(day, href=day),
dcc.Link(
[
html.Button('View stats',
style={
'verticalAlign': 'middle',
'margin-left': '2vw'
})
],
href='/stats/' + day,
),
],
style={'font-size': '2vw'}) for day in days
]
# This is the index (a.k.a. main) page of the app
index_page = html.Div([
html.Center(html.H1("Available days")),
html.Center(html.Ul(daysHtmlList))
])
return index_page
elif len(pathname) > 7 and pathname[:7] == '/stats/':
# Remove the '/stats/' from the beginning of the pathname in order
# to get the day
day = pathname[7:]
if day not in days:
return '404'
return statistics_vis.getTabsLayout(day)
else:
# Remove the '/' from the beginning of the pathname in order
# to get the day
day = pathname[1:]
if day in days:
return timeline_vis.getTimelineLayout(day)
return '404'
def chart_menu():
return html.Ul(className='nav justify-content-end',
children=[
html.Li(className='nav-item',
children=[
html.A(className='nav-link',
href='/candidates/line',
children=['Linha']),
]),
html.Ul(className='nav nav-pills mb-3',
children=[
html.Li(className='nav-item',
children=[
html.A(className='nav-link',
href='/candidates/bar',
children=['Barra']),
]),
]),
html.Ul(className='nav nav-pills mb-3',
children=[
html.Li(className='nav-item',
children=[
html.A(
className='nav-link',
href='/candidates/bubble',
children=['Bolha']),
]),
]),
html.Ul(className='nav nav-pills mb-3',
children=[
html.Li(className='nav-item',
children=[
html.A(className='nav-link',
href='/candidates/pie',
children=['Pizza']),
]),
]),
])
def update_selected_feature_div(value):
result = []
for key, values in dictionary[value].items():
result.append('{}:{}'.format(key, values))
div = html.Div([
html.Div([
html.H3('Feature Informatation')
]),
html.Div([
html.Ul([html.Li(x) for x in result])
]),
])
return div
def node_show(click):
with open('G.pkl', 'rb') as Gn:
G = pickle.load(Gn)
node=click['points'][0]['text']
connections=G.neighbors(node)
count=len([n for n in connections])
children=[html.H2('Character: {}'.format(node)),
html.Br(),
html.H2('Number of Connections: {}'.format(count)),
html.Br(),
html.H2('Shared a scene with:'),
html.Br(),
html.Ul([html.Li(x) for x in G.neighbors(click['points'][0]['text'])])]
return children
def todo_layout() -> html.Div:
return html.Div(
children=[
html.H1("To Do List"),
html.Ul(
id="my-todo-ul",
children=list_tasks(data_store["tasks"]),
),
dcc.Input(id="my-todo-input"),
html.Button(
id="my-todo-button", n_clicks=0, children="Add Task"
),
]
)
def generateList(self, sort_by, dark_theme):
listItems = self.listItem.generateItems(sort_by)
if dark_theme:
background_color = 'rgb(34, 34, 34)'
else:
background_color = 'rgb(255, 255, 255)'
return html.Div([
html.Div(
[
html.Span(['Sort By:'], style={'width': '80px'}),
dcc.Dropdown(id='sort-list',
options=[{
'label': 'Deaths per 1 million',
'value': 'DeathsPerMil'
}, {
'label': 'Total number of deaths',
'value': 'NumberOfDeaths'
}, {
'label': 'Accidents per 1 million',
'value': 'AccidentsPerMil'
}, {
'label': 'Total number of accidents',
'value': 'NumberOfAccidents'
}, {
'label': 'EMT arrival time to scene',
'value': 'AvgArrivalTime'
}, {
'label': 'EMT arrival time to hospital',
'value': 'AvgHospitalArrivalTime'
}],
value=sort_by,
searchable=False,
clearable=False,
style={
'fontSize': '14px',
'width': '-webkit-fill-available'
})
],
style={
'position': 'sticky',
'top': 0,
'zIndex': 10,
'display': 'flex',
'alignItems': 'center',
'backgroundColor': background_color
}),
html.Ul(listItems, style={'marginTop': '10px'})
])
def _preview(n_clicks):
if n_clicks is None or n_clicks == 0:
return _dash.no_update
jd = [
_html.H2('Structures Foreman'),
_html.H6('The Company:'),
_html.P('Our company is a boutique multi award winning building contractor '
+ 'with a fantastic history of success and a very low turnover of staff.'),
_html.H6('Purpose of the role:'),
_html.P(_purpose_of_the_role),
_html.H6('Main Duties / Responsibilities:'),
_html.Ul(
[_html.Li(duty) for duty in _duties.values()]
),
_html.H6('Skills:'),
_html.Ul(
[_html.Li(skill) for skill in list(_skills.values())[:-1]]
),
_html.H6('Qualifications & Experience:'),
_html.Ul(
[_html.Li(qual) for qual in _qualifications.values()]
),
_html.H6('Salary Range: $120,000 - $150,000'),
_html.P('If you have the relevant skill set and experience as set out above '
+ 'and are interested in discussing this opportunity further, '
+ 'please send across your CV to XXX XXX or call 02 XXXX XXXX.')
]
children = [
_html.Div(jd),
_html.Div(
_html.Button('Publish', id='publish_button'),
id='publish_status_div',
style={'display': 'inline-block', 'margin-right': '20px'}
),
_html.Div(style={'margin': '20px'}),
]
return children
def get_keyindex(color, unit, list_elt):
list_elt_display = []
for i, elt in enumerate(list_elt):
if i == 0:
elt_li = html.Li(children=[elt[0]])
elt_li2 = html.Li(className="big-num",
children=[html.H4("{} {}".format(elt[2], unit))])
elt_ul = html.Ul(children=[elt_li, elt_li2])
elt_header = html.Header(children=[elt_ul])
elt_li = html.Li(
children=[html.I(className="fa fa-fw fa-calendar-o"), elt[1]])
elt_ul = html.Ul(children=[elt_li])
elt_list = html.Li(className="list", children=[elt_ul])
elt_sections = html.Ul(className="sections", children=[elt_list])
elt_article = html.Article(children=[elt_sections])
list_elt_display += [elt_header, elt_article]
else:
elt_i2 = html.I(className="fa fa-fw fa-clock-o")
elt_li3 = html.Li(children=[elt_i2, elt[0]])
elt_i3 = html.I(className=elt[1])
elt_li4 = html.Li(className="big-num",
children=[elt_i3, "{} {}".format(elt[2], unit)])
elt_group = html.Ul(className="sections",
children=[elt_li3, elt_li4])
elt_footer = html.Footer(children=elt_group)
list_elt_display += [elt_footer]
elt_section = html.Section(className="bubble",
style={"background-color": color},
children=list_elt_display)
return elt_section
def get_navbar():
"""Returns the navigation bar."""
items = []
for i, section_name in enumerate(sections):
list_item = html.Li(
html.A(
section_name.capitalize(),
href=f'/{section_name}',
id=f'_nav-bar-{section_name}',
), )
items.append(list_item)
# Add a logout button to send the user somewhere
items.append(html.Li(html.A('Logout', href=f'/logout')))
navbar = html.Ul(items)
return navbar
def get_navbar():
"""
Create the website wide navigation bar in Dash.
:return: The dash based navigation bar element.
:rtype: dash_html_components.html.Ul
"""
return html.Ul(className="topnav",
children=[
html.Li(html.A('Home', href='/')),
html.Li(html.A('Cursas', href='', className="active")),
html.Li(html.A('Repositories', href='/cgit')),
html.Li(html.A('Contact', href='/contact.html'),
style={'float': 'right'}),
])
def display_click_data(clickData, word_query, facet):
import re
word_query = json.loads(word_query)
word = word_query['word']
compare_word = word_query['compare']
try:
facet_value_select = clickData['points'][0]['y']
year_select = int(clickData['points'][0]['x'])
except:
return html.Ul(html.Li(html.Em("Nothing selected")))
if compare_word and compare_word.strip() != '':
word = word + "," + compare_word
q = word.split(",")
bw_html.search_limits = {
facet: [facet_value_select],
'date_year': year_select,
'word': q
}
results = bw_html.run()
# Format results
links = []
for result in results.json():
try:
groups = re.search("href=(.*)><em>(.*?)</em> \((.*?)\)",
result).groups()
link = html.Li(
html.A(href=groups[0],
target='_blank',
children=["%s (%s)" % (groups[1], groups[2])]))
links.append(link)
except:
raise
print(links)
return html.Ul(links)
def rec_list(n):
# read data from cloud sql
con = pymysql.connect(host="34.87.57.222",
user="******",
passwd="",
db="movies")
query = "SELECT * FROM reco"
rec_df_small = pd.read_sql(query, con)
children = html.Div(
html.Ul(
id="sample-list",
children=[html.Li(i) for i in rec_df_small.title.sample(10)],
))
con.close()
return children
def ArgumentsList(component_props, component_name):
if component_name is not None:
heading = f"Keyword arguments for {component_name}"
else:
heading = "Keyword arguments"
component_props = reorder_props(filter_props(component_props))
arguments = []
for name, metadata in component_props.items():
arguments.append(Argument(name, metadata))
if not arguments:
return []
return [
html.H4(heading, className="mt-5 mb-2"),
html.Ul(arguments, className="list-unstyled"),
]
def header():
"""Generate header with navlinks"""
navbar = dbc.Navbar(
className="pt-0 pb-0 pr-0 pl-0 mb-1",
children=[
html.Div(
className="navbar-collapse header-koruza",
children=[
html.Ul(
id="nav",
className="navbar-nav mr-auto",
children=[
html.Li(
style={"height": "33px"},
children=[
dbc.NavItem(
dbc.NavLink(
id="info-navlink",
className="custom-nav-link",
children="KORUZA Link Information",
href="/info",
active="exact"))
]),
html.Li(style={"height": "33px"},
children=[
dbc.NavItem(
dbc.NavLink(
id="dashboard-navlink",
className="custom-nav-link",
children="Unit Dashboard",
href="/dashboard",
active="exact"))
]),
html.Li(style={"height": "33px"},
children=[
dbc.NavItem(
dbc.NavLink(
id="calibration-navlink",
className="custom-nav-link",
children="Unit Calibration",
href="/calibration",
active="exact"))
]),
])
])
])
return navbar
def lista_proyectos(df, name_institucion, estatus_btn, compare):
dff = df.loc[df['entidad/institucion'].isin([name_institucion])]
dff = dff.loc[df['estatus_proyecto'].isin(estatus_btn)]
dff = dff.reset_index(drop=True)
x = []
codigo = []
if estatus_btn[0] in compare:
for i in range(len(dff)):
x.append(
html.Div([
html.Br(),
html.Li(html.A(id='hola',
children=dff.loc[i, 'codigo_proyecto'],
href=dff.loc[i, 'codigo_proyecto']),
style={'color': 'blue'}),
html.Ul(
html.Div(
html.Li(
['Nombre: ', dff.loc[i, 'nombre_proyecto']]))),
html.Ul(
html.Div(
html.Li([
'Estatus: ', dff.loc[i, 'estatus_proyecto']
]))),
html.Ul(
html.Div(
html.Li(['Indice de gestion: ', dff.loc[i, 'ig']
]))),
html.Ul(
html.Div(
html.Li([
'Indice de planificacion: ', dff.loc[i, 'ip']
]))),
html.Ul(
html.Div(
html.Li(
['Indice de ejecucion: ', dff.loc[i, 'ie']])))
],
className="ml-5 col-md-9"))
codigo.append(dff.loc[i, 'codigo_proyecto'])
else:
x.append(
html.Div([
html.Br(),
html.Li(html.A('Proyecto no encontrado'),
style={'color': 'blue'}),
html.Ul(
html.Div(html.Li(['Nombre: ', 'Proyectos no encontrados'
])))
],
className="ml-5 col-md-9"))
return x, codigo
def file_uploader():
return html.Div(id="file-upload",
className="container-div",
children=[
dcc.Upload(className="file-uploader",
id='upload-data',
children=html.Div(['Drop file to upload']),
multiple=True),
html.Ul(id='file-list', className='file-list'),
html.Button('Remove Upload Data',
id='remove-upload',
n_clicks=0,
className="btn-primary"),
html.Div(className="hr"),
dcc.Store(id='output_dir')
])
def get_breadcrumb(parts):
if not parts:
return html.Div()
breadcrumbs = html.Nav(
html.Ul([
html.Li(
html.A(name, href=link),
className=(None if idx != len(parts) - 1 else "is-active"),
) for idx, (name, link) in enumerate(parts.items())
]),
className="breadcrumb",
)
return breadcrumbs
def __unwrap_section_and_points(self, section, points):
layout = html.Div([
html.Div(
html.H5(
self.__format_string(section, self.data),
style={"color": self.colors["subtitle"]},
)),
html.Div(
html.Ul([
html.Li(html.P(self.__format_string(item, self.data)))
for item in points
]),
style={"color": self.colors["text"]},
),
])
return layout
def Navbar(app: Dash, download: bool = False) -> html.Nav:
return html.Nav([
html.Div([
dcc.Link([
html.Img(src=app.get_asset_url("logo-black.png")),
html.Span("Compliance: The Basics")
],
href="/home",
className="nav-brand"),
html.Ul(generate_nav_links(download=download),
className="nav-links",
id="nav-list")
],
className="nav-container")
],
className="navigation bg-nav")