def sidebar_area():
st.sidebar.subheader('Search the Most Similar Product')
toplist = [i for i in range(1, 21)]
top = st.sidebar.selectbox('The Number of Most Similar Product', toplist)
selectlist = ['Based on 10 Similar Product Name', 'Based on Product ID']
options = list(range(len(selectlist)))
selectval = st.sidebar.selectbox('Input Selection Method', options,
format_func=lambda x: selectlist[x])
urlParams.set_field('top', top)
urlParams.set_field('selval', selectval)
if(selectval == 1):
st.sidebar.subheader('Using Product ID as Input')
selstr = st.sidebar.text_input('Product ID', '32366')
selstr = selstr.lower()
elif(selectval == 0):
st.sidebar.subheader('Using Similar Name as Input')
selstr = st.sidebar.text_input('Food Name', 'indomie')
selstr = selstr.lower()
urlParams.set_field('selstr', selstr)
conn = tg_helper.connect_to_tigergraph()
return {'top': top, 'selval': selectval, 'selstr': selstr, 'conn': conn}
def sidebar_area():
st.sidebar.subheader('Select the Number of Cluster')
clusnumlist = [2, 4]
clusnum = st.sidebar.selectbox('Number of Cluster', clusnumlist)
conn = tg_helper.connect_to_tigergraph()
return {'clusnum': clusnum, 'conn': conn}
def sidebar_area():
st.sidebar.subheader('Enter the Name of the Product')
fdnm = st.sidebar.text_input('Food Name', 'nissin')
fdnm = fdnm.lower()
urlParams.set_field('fdnm', fdnm)
conn = tg_helper.connect_to_tigergraph()
return {'fdnm': fdnm, 'conn': conn}
def sidebar_area():
st.sidebar.subheader('Select the Number of Top Halal Ingredients')
ingnumlist = [i for i in range(1, 50)]
ingnum = st.sidebar.selectbox('Number of Top Ingredients', ingnumlist)
st.sidebar.subheader('Select the Number of Top Halal Manufacturers')
mannumlist = [i for i in range(1, 50)]
mannum = st.sidebar.selectbox('Number of Top Manufacturers', mannumlist)
urlParams.set_field('ingnum', ingnum)
urlParams.set_field('mannum', mannum)
conn = tg_helper.connect_to_tigergraph()
return {'ingnum': ingnum, 'mannum': mannum, 'conn': conn}
def sidebar_area():
logger.info('sidebar_area')
st.sidebar.subheader('Select account for 360 view')
idList = [i for i in range(1, 500)]
user_id = st.sidebar.selectbox('User ID ', idList)
urlParams.set_field('user_id', user_id)
# Optional, can replace with: conn = tg_helper.connect_to_tigergraph()
conn = None
st.sidebar.subheader('Optional: Override tigergraph.env')
tg_host = st.sidebar.text_input('TigerGraph Host')
tg_username = st.sidebar.text_input('TigerGraph Username')
tg_password = st.sidebar.text_input('TigerGraph Password', type='password')
tg_secret = st.sidebar.text_input('TigerGraph Secret', type='password')
tg_graphname = st.sidebar.text_input('TigerGraph Graphname')
if st.sidebar.button("Connect"):
try:
conn = tg.TigerGraphConnection(
host=tg_host,
graphname=tg_graphname,
username=tg_username,
password=tg_password,
version=tg_helper.TIGERGRAPH_CONNECTION_VERSION)
if tg_secret:
conn.getToken(tg_secret)
else:
conn.getToken(conn.createSecret())
# FIXME: What is the expected exn?
except Exception as e: # noqa: E722
logger.error('Failed dynamic tg connection: %s', e, exc_info=True)
st.sidebar.error("Failed to Connect")
st.sidebar.error(e)
return None
else:
conn = tg_helper.connect_to_tigergraph()
if conn is None:
logger.error('Cannot run tg demo without creds')
st.write(
RuntimeError(
'Demo requires a TigerGraph connection. Put creds into left sidebar, or fill in envs/tigergraph.env & restart'
))
return None
st.sidebar.success("Connnected Successfully")
return {'user_id': user_id, 'conn': conn}
def sidebar_area():
conn = tg_helper.connect_to_tigergraph()
return {'conn': conn}
node_id_col = 'id'
src_id_col = 'from_id'
dst_id_col = 'to_id'
node_label_col = 'Source_Type'
edge_label_col = 'Destination_Type'
# Setup a structure to hold metrics
metrics = {
'tigergraph_time': 0,
'graphistry_time': 0,
'node_cnt': 0,
'edge_cnt': 0,
'prop_cnt': 0
}
conn = tg_helper.connect_to_tigergraph()
# Define the name of the view
def info():
return {
'id': app_id,
'name': 'TigerGraph: Fraud Filter circle',
'tags': ['demo', 'tigergraph_demo_circle']
}
def run():
run_all()