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main.py
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main.py
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import io
import numpy as np
import streamlit as st
from streamlit_option_menu import option_menu
import plotly.graph_objects as go
import plotly.express as px
import calendar
from datetime import datetime
import database as db
import Note as nt
import StockPricePred as spp
import pandas as pd
import os
from io import BytesIO, StringIO
from PIL import Image
import pytz
import random
import ast
# 1=sidebar menu, 2=horizontal menu, 3=horizontal menu w/ custom menu
EXAMPLE_NO = 1
# local_tz = pytz.timezone('Europe/Moscow')
# def utc_to_local(utc_dt):
# local_dt = utc_dt.replace(tzinfo=pytz.utc).astimezone(local_tz)
# return local_tz.normalize(local_dt) # .normalize might be unnecessary
# def aslocaltimestr(utc_dt):
# return utc_to_local(utc_dt).strftime('%Y-%m-%d %H:%M:%S.%f %Z%z')
#+8_
TODAY = str(datetime.now()).split(":")[0].split(" ")[0]+" "+str(int(str(datetime.now()).split(":")[0].split(" ")[1])+8) +":"+ str(datetime.now()).split(":")[1]+" "+str(datetime.now()).split(":")[2]
# -------------- SETTINGS --------------
incomes = ["Salary", "Allowance", 'Interests',"Other Income"]
expenses = ["Breakfast",'Brunch','Lunch','Dinner','Drinks', "Transportation","Daily Necessities","Education","Entertainment", "Investments", "Groceries", "Other Expenses", "Saving"]
currency = "NTD"
page_title = "My Life App"
page_icon = ":full_moon_with_face:" # emojis: https://www.webfx.com/tools/emoji-cheat-sheet/
layout = "centered"
# --------------------------------------
st.set_page_config(page_title=page_title, page_icon=page_icon, layout=layout)
st.title(page_title + " " + page_icon)
# --- DROP DOWN VALUES FOR SELECTING THE PERIOD ---
years = [datetime.today().year, datetime.today().year + 1]
months = list(calendar.month_name[1:])
# --- DATABASE INTERFACE ---
def get_all_periods():
items = db.fetch_all_periods()
periods = [item["key"] for item in items]
return periods
# --- HIDE STREAMLIT STYLE ---
hide_st_style = """
<style>
#MainMenu {visibility: hidden;}
footer {visibility: hidden;}
header {visibility: hidden;}
</style>
"""
st.markdown(hide_st_style, unsafe_allow_html=True)
# --- NAVIGATION MENU ---
with st.sidebar:
st.image("https://www.onepointltd.com/wp-content/uploads/2020/03/inno2.png")
selected = option_menu(
menu_title="Main Menu", #None
options=["Home","My Notes","Income&Expense Tracker","To Do List","SIR Model Simulation","Health Form","Stock Price Prediction"], #Contact
icons=["house","book","coin",'clipboard-data','bar-chart','bandaid',"currency-bitcoin"], #envelope
menu_icon="cast",
default_index=0,
orientation="vertical" #optional
)
st.image("http://www.constructcityparticularlynet.com.tw/SYN/Totem/easy/mo5.jpg")
#st.title("My App")
#n_quiz = []
if selected == "Home":
st.title(f"<{selected}>")
# st.write('''
# #This
#
# _AAAAA_''')
st.text(nt.Note.i)
if selected == "My Notes":
st.title(f"<{selected}>")
if selected == "Income&Expense Tracker":
st.title(f"<{selected}>")
if selected == "To Do List":
st.title(f"<{selected}>")
#-----------My Notes Tab------------------------
subjects = ['','Macroeconomics','Engineering Math','Mandarin','Biology','BioStats','Env.Hygiene','Psychology','Ideas','Lecture','Future Plannings','Journal','Work','Others']
categories = ['Lecture Notes','Exam','Quiz','HW']
importance = ['Memorization','Concept','Eziness','Advanced']
#db.insert_sub(subjects,TODAY) #FUTURE: Create Subjects!
if selected == 'My Notes':
st.info("Welcome")
STYLE = """
<style>
img {
max-width: 100%;
}
</style>
"""
st.markdown(STYLE, unsafe_allow_html=True)
selected3 = option_menu(
menu_title=None,
options=subjects,
icons=["search", "currency-exchange", 'infinity','translate','heart',
'bar-chart-line','flower3','emoji-smile-upside-down-fill','lightbulb-fill',
'collection-play-fill','card-checklist','journal-richtext','person-workspace','motherboard'], # https://icons.getbootstrap.com/ bar-chart-fill
orientation="horizontal",
)
if selected3 != '':
lst_file = [] # db.list_files()[-1:]
# st.write(lst_file)
# lst_file.insert(0, " ") # <----This way u can type the query!!
# chart = db.fetch_all_chart()[-2:]
wnote = []
all_wnote = db.fetch_all_wnote()
#st.text(all_wnote)
for i in range(len(all_wnote)):
if selected3 in all_wnote[i]['title']:
wnote.append(all_wnote[i])
if wnote == []:
st.text("No notes found! You should start taking notes!!")
else:
st.text(wnote)
# for i in range(len(chart)):
# lst_file.append("[chart]: " + chart[i]["key"])
for k in range(len(wnote)):
try:
lst_file.append("[wnote]: " + wnote[k]["title"]) # + "- #{Content}" + str(wnote[k]["comment"]))
except KeyError:
pass
lst_file = list(reversed(lst_file))
for i in range(0, len(lst_file)):
selected_file = lst_file[i]
st.write(selected_file)
if "wnote" in selected_file:
# st.text(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"])
try:
imp_plt = db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["importance"]
imp_plt["Advanced"] = [imp_plt["Advanced"]]
# st.text(imp_plt)
fig = px.bar(imp_plt, title='Level')
st.plotly_chart(fig)
except IndexError:
pass
w_srch = db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["key"] # ==TODAY
# st.text(db.fetch_wnote({"title": selected_file.replace("[wnote]: ","")})[0]["importance"])
# if len(uploaded_file) != 0: <-----This causes number of photos/notes retricted by current uploaded_file!!!
if len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0][
"comment"]) != 0: # <---always >=1; doesn't need this
# st.text(len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"]))
for i in range(
len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"])):
try:
# Get data from database
photos = db.fetch_notes("[Pic]: " + w_srch + "---" + str(i + 1))
content = photos.read()
st.image(content)
st.success(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "])
except AttributeError:
try:
st.success(
db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "])
except TypeError:
# st.text("No data exists")
pass
try:
ct = db.fetch_chart({"key": w_srch})
# Get data from database
if ct:
# st.dataframe(ct)
ct = db.fetch_chart({"key": w_srch})
import json
jsonStr = json.dumps(ct)
df = pd.read_json(jsonStr)
st.dataframe(df)
except AttributeError:
pass
else:
st.success(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment1" + ": "])
# st.json(db.fetch_wnote(
# {"title": selected_file.replace("[wnote]: ", "")})) # <--May Reapeat! Search by title name
st.dataframe(db.fetch_wnote(
{"title": selected_file.replace("[wnote]: ", "")})) # selected_file.replace("wnote: ","")
# st.text(db.fetch_wnote("3ooonwy6z6f2"))
elif "[chart]" in selected_file:
w_srch = selected_file.replace("[chart]: ", "")
ct = db.fetch_chart({"key": w_srch})
# import json
# jsonStr = json.dumps(ct)
# df = pd.read_json(jsonStr)
#
# #df.to_csv('dataset.csv', index=None)
# st.dataframe(df)
st.dataframe(ct)
elif '[Pic]' in selected_file:
# w_srch = selected_file.replace("[Pic]: ", "")
# if "---" in w_srch:
# w_srch = w_srch[:w_srch.find('---')]
# st.text(w_srch)
photos = db.fetch_notes(selected_file)
content = photos.read()
st.image(content)
#st.title("Challenge Time!")
nt.Note.Mem_quiz(wnote)
selected2 = option_menu(
menu_title=None,
options=["Notes Entry", "Notes Search", "Review Notes"],
icons=["pencil-fill", "search",'controller'], # https://icons.getbootstrap.com/ bar-chart-fill
orientation="horizontal",
)
a = False
b = False
c = False
d = False
ct = 3
comment = {}
cm = []
if selected2 == "Notes Entry":
st.header('+ Create Notes +')
st.subheader("Upload Your Image")
img_num = 0
uploaded_file = st.file_uploader("Upload Your Image", type=["png", "jpg", "jpeg"], accept_multiple_files=True)
if uploaded_file:
for file in uploaded_file:
img_num += 1
if isinstance(file, BytesIO):
bytes_data = file.getvalue()
# st.text(bytes_data)
col1, col2, col3 = st.columns(3)
with col1:
st.write(' ')
with col2:
# st.image("https://static.streamlit.io/examples/dog.jpg")
st.image(bytes_data) # , width=350
with col3:
st.write(' ' + str(img_num))
st.subheader("Upload Your Chart")
uploaded_file2 = st.file_uploader("Upload Your Chart", type=['csv'])
if uploaded_file2:
df = pd.read_csv(uploaded_file2, index_col=None)
s = df.to_json(orient='columns') #
# st.text(s) s = df.to_csv()
st.text(s)
db.insert_chart(TODAY, s)
# df.to_csv('dataset.csv', index=None)
st.dataframe(df)
with st.form("entry_form", clear_on_submit=True):
col1, col2 = st.columns(2)
col1.selectbox("Select Subject:", subjects, key = "sub")
col2.selectbox("Select Categories:", categories, key = "cat")
"---"
with st.expander("Title"):
title = st.text_area("Title for search:", placeholder="Enter a comment here ...")
with st.expander("Importance"):
im_value = []
for im in importance:
#st.number_input(f"{im}", min_value=0, format="%i", step=1, key=im) #<----For number input option
im_value.append(st.slider('['+im+']'+": "+"scale between 0-10", value=0, max_value= 10))
#st.text(im_value)
with st.expander("Comment"):
cm.append(st.text_area("", placeholder="Enter a comment here ..."))
for i in range(2,img_num+1):
with st.expander("Comment" + str(i)):
cm.append(st.text_area("#"+str(i), placeholder="Enter a comment here ..."))
submitted = st.form_submit_button("Save Data")
if submitted:
for i in range(len(cm)):
comment.update({'Comment'+str(i+1)+': ': cm[i]})
#st.success("Comment saved!")
st.text(comment)
# submitted = st.form_submit_button("Save Data")
# if submitted:
sub = str(st.session_state["sub"])
cat = str(st.session_state["cat"])
#importance = {im: st.session_state[im] for im in importance}
n_imp = importance
importance = {im: im_value for im in importance}
#st.text((im_value))
#st.text((n_imp))
#st.text((importance))
for k in range(len(im_value)):
try:
importance[n_imp[k]] = im_value[k]
#st.text(importance)
except IndexError:
pass
title = sub + '-' + cat + "-" + title + "- #{Content}" + str(comment)
st.text(TODAY)
st.text(sub)
st.text(importance)
# db.insert_period(TODAY,sub,importance,comment)
# db.insert_chart(TODAY,importance)
db.insert_wnote(TODAY, sub, cat, importance,comment, title)
# uploaded_file2 = st.file_uploader("Upload Your Chart", type=['csv'])
# if uploaded_file2:
# df = pd.read_csv(uploaded_file2, index_col=None)
# s = df.to_json(orient='columns')
# db.insert_chart(TODAY, s)
i = 0
for file in uploaded_file:
bytes_data = file.getvalue()
#fn = os.path.basename(file.name)
# path = os.path.abspath(file.name)
# st.text(path)
db.photos_upload("[Pic]: "+TODAY+"---"+str(i+1), bytes_data)
i += 1
#db.photos_upload(uploaded_file2, uploaded_file2) <---Deta Drive seems not able to take in charts
# df = pd.read_csv(uploaded_file2)
# s = df.to_json(orient = 'index')
# #db.insert_chart(s)
#chart = db.fetch_chart()
#st.text(chart[0]["key"])
#st.dataframe(chart)
st.success("Data saved!")
if selected2 == "Notes Search":
if "button_clicked" not in st.session_state:
st.session_state.button_clicked = False
def callback():
st.session_state.button_clicked = True
st.header("Notes Search")
with st.form("saved_periods"):
lst_file = db.list_files()[-5:]
lst_file.insert(0," ") #<----This way u can type the query!!
chart = db.fetch_all_chart()[-2:]
wnote = db.fetch_all_wnote()[-10:]
#st.text(wnote)
for i in range(len(chart)):
lst_file.append("[chart]: "+chart[i]["key"])
for k in range(len(wnote)):
try:
lst_file.append("[wnote]: "+wnote[k]["title"])# + "- #{Content}" + str(wnote[k]["comment"]))
except KeyError:
pass
selected_file = st.selectbox("Select Results:", lst_file)
submitted = st.form_submit_button("Load Notes", on_click=callback())
if submitted or st.session_state.button_clicked:
updates = {}
if "wnote" in selected_file:
#st.text(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"])
try:
imp_plt = db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["importance"]
imp_plt["Advanced"] = [imp_plt["Advanced"]]
# st.text(imp_plt)
fig = px.bar(imp_plt, title='Level')
st.plotly_chart(fig)
except IndexError:
pass
w_srch = db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["key"] #==TODAY
# st.text(db.fetch_wnote({"title": selected_file.replace("[wnote]: ","")})[0]["importance"])
#if len(uploaded_file) != 0: <-----This causes number of photos/notes retricted by current uploaded_file!!!
if len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"]) != 0: #<---always >=1; doesn't need this
#st.text(len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"]))
for i in range(len(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"])):
try:
# Get data from database
photos = db.fetch_notes("[Pic]: "+ w_srch+"---"+str(i+1))
content = photos.read()
st.image(content)
st.success(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"]["Comment"+str(i+1)+": "])
update_comment = st.text_area('',
db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "])
updates.update({f'Comment{i+1}: ':update_comment})
except AttributeError:
try:
st.success(
db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "]) #fetch: returns the whole dictionary when one key is searched db.fetch({"age": 30})-->returns whole dict with this element
update_comment = st.text_area('', db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "])
updates.update({f'Comment{i + 1}: ': update_comment})
except AttributeError:
st.text("No data exists")
#pass
try:
ct = db.fetch_chart({"key": w_srch})
# Get data from database
if ct:
#st.dataframe(ct)
ct = db.fetch_chart({"key": w_srch})
import json
jsonStr = json.dumps(ct)
df = pd.read_json(jsonStr)
st.dataframe(df)
except AttributeError:
pass
else:
st.success(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"]["Comment1"+ ": "])
update_comment = st.text_area('',db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["comment"][
"Comment" + str(i + 1) + ": "])
updates.update({f'Comment{i + 1}: ': update_comment})
st.json(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})) #<--May Reapeat! Search by title name
st.dataframe(db.fetch_wnote(
{"title": selected_file.replace("[wnote]: ", "")})) # selected_file.replace("wnote: ","")
# st.text(db.fetch_wnote("3ooonwy6z6f2"))
elif "[chart]" in selected_file:
w_srch = selected_file.replace("[chart]: ", "")
ct = db.fetch_chart({"key": w_srch})
# import json
# jsonStr = json.dumps(ct)
# df = pd.read_json(jsonStr)
#
# #df.to_csv('dataset.csv', index=None)
# st.dataframe(df)
st.dataframe(ct)
elif '[Pic]' in selected_file:
# w_srch = selected_file.replace("[Pic]: ", "")
# if "---" in w_srch:
# w_srch = w_srch[:w_srch.find('---')]
# st.text(w_srch)
photos = db.fetch_notes(selected_file)
content = photos.read()
st.image(content)
#st.write(db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["key"])
try:
update_key = db.fetch_wnote({"title": selected_file.replace("[wnote]: ", "")})[0]["key"]
except IndexError:
pass
#with st.form("Update_notes"):
submit = st.form_submit_button("Update Notes")
if submit:
st.success("Updated")
for i in updates:
st.write(updates[i])
n_updates = {f"comment.{i}":updates[i]}
db.update_wnote(n_updates, update_key)
note_title = selected_file.replace("[wnote]: ", "")
note_title = note_title[:note_title.find("#{Content}")+10] + str(updates)
st.write(note_title)
title_update = {'title':note_title}
db.update_wnote(title_update, update_key)
if selected2 == "Review Notes":
st.header("Review")
#db.insert_quiz('[]',TODAY,["C"],["D"],True)
wnote = db.fetch_all_wnote()
#st.write(wnote)
#quiz = []
for i in range(len(wnote)):
#st.write()
num = wnote[i]['title'].find('{Content}')
dic_comment = eval(wnote[i]['title'][num+9:])
if dic_comment['Comment1: '] != '':
st.write(wnote[i]['title'])
for k in dic_comment:
b_split = dic_comment[k].split("//")
for b in b_split:
n_split = b.split("::")
if n_split[0] != '':
df = pd.DataFrame(n_split).T
df2 = pd.DataFrame()
df2 = pd.concat([df2,df],axis=1)
#quiz.append(n_split)
st.dataframe(df2)
# temp = ['col1','col2','col3','col4','col5','col6','col7','col8','col9','col10','col11']
# for n in n_split:
# n_split = st.columns(len(n_split))
#st.write(n_split)
#st.header("Memory Quiz")
nt.Note.Mem_quiz(wnote)
st.header("Challenge")
with st.form("entry_form", clear_on_submit=True):
# submitted1 = st.form_submit_button("Shuffle")
# if submitted1:
wnote = db.fetch_all_wnote()
quiz = []
for i in range(len(wnote)):
# st.write()
num = wnote[i]['title'].find('{Content}')
dic_comment = eval(wnote[i]['title'][num + 9:])
# if dic_comment['Comment1: '] != '':
# st.write(wnote[i]['title'])
for k in dic_comment:
b_split = dic_comment[k].split("//")
for b in b_split:
n_split = b.split("::")
if n_split[0] != '':
df = pd.DataFrame(n_split).T
df2 = pd.DataFrame()
df2 = pd.concat([df2, df], axis=1)
quiz.append(n_split)
# st.dataframe(df2)
try:
try:
submit = st.form_submit_button("R")
if submit:
try:
for i in range(len(db.fetch_quiz())):
st.write(db.fetch_quiz()[i]["key"])
db.delete_quiz(db.fetch_quiz()[i]["key"])
except IndexError:
st.write("Deleted Cache")
if db.fetch_quiz()[-1]["key"] == "[]" or db.fetch_quiz()[-1]["Ans"] == [] or db.fetch_quiz()[-1]["Question"] == []:
db.delete_quiz(db.fetch_quiz()[-1]["key"])
st.write("Delete []")
st.success("All Clear!")
try:
for i in range(len(db.fetch_quiz())):
st.write(db.fetch_quiz()[i]["key"])
db.delete_quiz(db.fetch_quiz()[i]["key"])
except IndexError:
st.write("Deleted Cache")
submit = st.form_submit_button("Restart")
if submit:
st.write(db.fetch_quiz())
n_quiz = [] #Bug For FUTURE FIX-->RESART WOULD TRIGGER SHUFFLING AFTER EVERY SUBMISSION
n_ques = []
n_ans = []
# n_quiz = [] #Bug For FUTURE FIX-->RESART WOULD TRIGGER SHUFFLING AFTER EVERY SUBMISSION
# n_ques = []
# n_ans = []
# n_quiz = ast.literal_eval(db.fetch_quiz()[0]["key"])
# n_ques = db.fetch_quiz()[0]["Question"]
# n_ans = db.fetch_quiz()[0]["Ans"]
try:
for i in range(len(db.fetch_quiz())):
st.write(db.fetch_quiz()[i]["key"])
db.delete_quiz(db.fetch_quiz()[i]["key"])
except IndexError:
st.write("Deleted Cache")
else:
try:
# n_quiz = []
n_quiz = ast.literal_eval(db.fetch_quiz()[-1]["key"])
# st.write("quiz")
# st.write(quiz)
n_ques = db.fetch_quiz()[-1]["Question"]
n_ans = db.fetch_quiz()[-1]["Ans"]
# st.write("NL")
#st.write(db.fetch_quiz()[-1])
except IndexError:
st.write("INDEXERROR")
n_quiz = []
n_ques = []
n_ans = []
pass
try:
if n_quiz != []:
quiz = n_quiz
if n_ques != []:
question_shuffle = n_quiz
if n_ans != []:
ans_shuffle = n_ans
except NameError:
st.write("NAMEERROR")
pass
except NameError:
pass
except IndexError:
try:
# n_quiz = []
n_quiz = ast.literal_eval(db.fetch_quiz()[-1]["key"])
# st.write("quiz")
# st.write(quiz)
n_ques = db.fetch_quiz()[-1]["Question"]
n_ans = db.fetch_quiz()[-1]["Ans"]
# st.write("NL")
st.write(db.fetch_quiz()[-1])
except IndexError:
st.write("INDEXERROR")
n_quiz = []
n_ques = []
n_ans = []
pass
try:
if n_quiz != []:
quiz = n_quiz
if n_ques != []:
question_shuffle = n_quiz
if n_ans != []:
ans_shuffle = n_ans
except NameError:
st.write("NAMEERROR")
pass
pass
# st.write("quiz")
# st.write(quiz)
# st.write("n_quiz")
#
# st.write(n_quiz)
# st.write(type(n_quiz))
question = []
ans = []
try:
if n_ques == [] and n_ans == []:
st.write("SHUF")
for i in range(len(quiz)):
question.append(quiz[i][:-1])
ans.append(quiz[i][-1])
# submitted1 = st.form_submit_button("Shuffle")
# if submitted1:
ans_shuffle = [n for n in ans]
question_shuffle = [q for q in question]
for k in range(len(ans)):
rand = random.randint(0,len(ans)-1)
temp = ans_shuffle[k]
ans_shuffle[k] = ans_shuffle[rand]
ans_shuffle[rand] = temp
for k in range(len(ans)):
rand = random.randint(0, len(question) - 1)
temp = question_shuffle[k]
question_shuffle[k] = question_shuffle[rand]
question_shuffle[rand] = temp
#checkbox_val = st.checkbox("Form checkbox")
#db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), False)
# n_quiz = question_shuffle
# n_ans = ans_shuffle
else:
st.write("NOT SHUF")
question = []
ans = []
for i in range(len(quiz)):
question.append(quiz[i][:-1])
ans.append(quiz[i][-1])
#db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
question_shuffle = n_ques
ans_shuffle = n_ans
col1, col2 = st.columns(2)
sq = col1.selectbox("Select Question:", question_shuffle)#, key="month"
sa = col2.selectbox("Select Ans:", ans_shuffle)#, key="year"
except NameError:
pass
try:
question = []
ans = []
for i in range(len(quiz)):
question.append(quiz[i][:-1])
ans.append(quiz[i][-1])
try:
if question.index(sq) == ans.index(sa):
st.write("Correct=True1")
correct = True
#if quiz != []:
db.insert_quiz(str(quiz), TODAY,(question_shuffle),(ans_shuffle),correct)
else:
st.write("Correct=False1")
correct = False
db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), correct)
except ValueError:
st.write("VALUEＥＲＲＯＲ1")
pass
submitted2 = st.form_submit_button("Submit Answer")
n_correct = db.fetch_quiz()[-1]["Correct"]
if submitted2:
try:
# n_quiz = []
n_quiz = ast.literal_eval(db.fetch_quiz()[-1]["key"])
#st.write("quiz")
#st.write(quiz)
n_ques = db.fetch_quiz()[-1]["Question"]
n_ans = db.fetch_quiz()[-1]["Ans"]
# st.write("NL")
# st.write(n_quiz)
except IndexError:
n_quiz = []
n_ques = []
n_ans = []
pass
try:
if n_quiz != []:
quiz = n_quiz
# try:
# value_test = n_quiz[0][0]
# quiz = n_quiz
# except AttributeError:
# nn_quiz = []
# quiz = nn_quiz.append(n_quiz)
if n_ques != []:
question_shuffle = n_ques
if n_ans != []:
ans_shuffle = n_ans
except NameError:
st.write("NAMEERROR")
pass
try:
# quiz = ast.literal_eval(db.fetch_quiz()[-1]["key"])
# temp = []
# quiz = temp.append(quiz)
# question = []
# ans = []
# st.write("quiz")
# st.write(quiz)
for i in range(len(quiz)):
question.append(quiz[i][:-1])
ans.append(quiz[i][-1])
#n_correct = db.fetch_quiz()[-1]["Correct"]
# for k in range(len(ans)):
# rand = random.randint(0,len(ans)-1)
# temp = ans_shuffle[k]
# ans_shuffle[k] = ans_shuffle[rand]
# ans_shuffle[rand] = temp
# ans_shuffle = {}
# question_shuffle = {}
# st.write(quiz)
# st.write(ans_shuffle)
# st.write(question_shuffle)
# st.write(ans)
# st.write(ans_shuffle)
# st.write(question.index(sq))
# st.write(ans.index(sa))
# st.write((sq))
#st.write((sa))
# st.write(question)
# st.write(ans)
try:
if question.index(sq) == ans.index(sa):
st.write("Correct=True")
n_correct = True
#db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), correct)
else:
st.write("Correct=False")
n_correct = False
#db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), correct)
except ValueError:
st.write("VALUEＥＲＲＯＲ")
pass
# st.write("n_correct")
# st.write((n_correct))
# st.write(quiz)
st.write(sq)
st.write(sa)
if n_correct:
#st.write("question_shuffle")
st.success(str(sq) + '-->' + str(sa) + " [AC]")
for i in range(len(quiz)):
try:
if quiz[i][:-1] == sq:
quiz.remove(quiz[i])
db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
except IndexError:
pass
try:
if question_shuffle[i] == sq:
#st.write(question_shuffle)
question_shuffle.remove(question_shuffle[i])
db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
except IndexError:
pass
try:
if ans_shuffle[i] == sa:
ans_shuffle.remove(ans_shuffle[i])
db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
except IndexError:
pass
#db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
# ans_shuffle = [n for n in ans]
# question_shuffle = [q for q in question]
# col1, col2 = st.columns(2)
# sq = col1.selectbox("Select Question:", question_shuffle) # , key="month"
# sa = col2.selectbox("Select Ans:", ans_shuffle) # , key="year"
submitted3 = st.form_submit_button("Continue")
#if submitted3:
else:
submitted3 = st.form_submit_button("Continue")
st.warning("[WA]")
db.insert_quiz(str(quiz), TODAY, (question_shuffle), (ans_shuffle), n_correct)
except ValueError:
st.write("ALL CLEAR")
# for i in range(len(wnote)):
# # st.write()
# num = wnote[i]['title'].find('{Content}')
# dic_comment = eval(wnote[i]['title'][num + 9:])
# #if dic_comment['Comment1: '] != '':
# #st.write(wnote[i]['title'])
# for k in dic_comment:
# b_split = dic_comment[k].split("//")
# for b in b_split:
# n_split = b.split("::")
# if n_split[0] != '':
# df = pd.DataFrame(n_split).T
# df2 = pd.DataFrame()
# df2 = pd.concat([df2, df], axis=1)
# quiz.append(n_split)
#db.insert_quiz(quiz, TODAY)
#submitted = st.form_submit_button("Restart")
#if submitted:
#db.insert_quiz([],TODAY)
#pass
# elif submitted2 and n_correct==False:
# st.warning("WA")
except NameError:
pass
# --- 'Income&Expense Tracker' Tab/ INPUT & SAVE PERIODS ---
if selected == 'Income&Expense Tracker':
selected2 = option_menu(
menu_title=None,
options=["Data Entry", "Data Visualization"],
icons=["pencil-fill", "bar-chart-fill"], # https://icons.getbootstrap.com/
orientation="horizontal",
)
if selected2 == "Data Entry":
st.header(f"Data Entry in {currency}")
with st.form("entry_form", clear_on_submit=True):
col1, col2 = st.columns(2)
# col1.selectbox("Select Month:", months, key="month")
# col2.selectbox("Select Year:", years, key="year")
period = str(st.date_input("Today's Balance"))
#st.text(type(period))
"---"
with st.expander("Income"):
for income in incomes:
st.number_input(f"{income}:", min_value=0, format="%i", step=100, key=income)
with st.expander("Expenses"):
for expense in expenses:
st.number_input(f"{expense}:", min_value=0, format="%i", step=10, key=expense)
with st.expander("Comment"):
comment = st.text_area("", placeholder="Enter a comment here ...")
"---"
submitted = st.form_submit_button("Save Data")
if submitted:
#period = str(st.session_state["year"]) + "_" + str(st.session_state["month"])
incomes = {income: st.session_state[income] for income in incomes}
expenses = {expense: st.session_state[expense] for expense in expenses}
db.insert_period(period, incomes, expenses, comment)
st.success("Data saved!")
# --- PLOT PERIODS ---
if selected2 == "Data Visualization":
st.header("Data Visualization")
with st.form("saved_periods"):
period = st.selectbox("Select Period:", get_all_periods())
submitted = st.form_submit_button("Plot Period")
if submitted:
# Get data from database
period_data = db.get_period(period)
#st.write(period_data)
comment = period_data.get("comment")
expenses = period_data.get("expenses")
#st.write(expenses)
incomes = period_data.get("incomes")
#st.write(incomes)
# Create metrics
total_income = sum(incomes.values())
total_expense = sum(expenses.values())
remaining_budget = total_income - total_expense
col1, col2, col3 = st.columns(3)
col1.metric("Total Income", f"${total_income} {currency}")
col2.metric("Total Expense", f"${total_expense} {currency}")
col3.metric("Remaining Budget", f"${remaining_budget} {currency}")
st.text(f"Comment: {comment}")
# Create sankey chart
label = list(incomes.keys()) + ["Total Income"] + list(expenses.keys())
source = list(range(len(incomes))) + [len(incomes)] * len(expenses)
target = [len(incomes)] * len(incomes) + [label.index(expense) for expense in expenses.keys()]
value = list(incomes.values()) + list(expenses.values())
# Data to dict, dict to sankey
link = dict(source=source, target=target, value=value)
node = dict(label=label, pad=20, thickness=30, color="#E694FF")
data = go.Sankey(link=link, node=node)
# Plot it!
fig = go.Figure(data)
fig.update_layout(margin=dict(l=0, r=0, t=5, b=5))
st.plotly_chart(fig, use_container_width=True)
# Get data from database
total_income = 0
total_expense = 0
all_periods = get_all_periods()
st.metric("Balance Logs", len(all_periods),"Days")
income_keys = {}
expenses_keys = {}
for p in all_periods:
period_data = db.get_period(p)
#st.write(p)
expenses = period_data.get("expenses")
incomes = period_data.get("incomes")
total_income += sum(incomes.values())
total_expense += sum(expenses.values())
for i in incomes:
if i not in income_keys:
income_keys.update({i:incomes[i]})
else:
income_keys[i] += incomes[i]
for j in expenses:
if j not in expenses_keys:
expenses_keys.update({j:expenses[j]})
else:
expenses_keys[j] += expenses[j]
# st.text(income_keys)
# st.text(expenses_keys)
# Create metrics
remaining_budget = total_income - total_expense
col1, col2, col3 = st.columns(3)
col1.metric("Total Income", f"${total_income} {currency}")
col2.metric("Total Expense", f"${total_expense} {currency}")
col3.metric("Remaining Budget", f"${remaining_budget} {currency}")
# Create sankey chart
label = list(income_keys.keys()) + ["Total Income"] + list(expenses_keys.keys())
source = list(range(len(income_keys))) + [len(income_keys)] * len(expenses_keys)
target = [len(income_keys)] * len(income_keys) + [label.index(expense) for expense in expenses_keys.keys()]
value = list(income_keys.values()) + list(expenses_keys.values())
#
# Data to dict, dict to sankey
link = dict(source=source, target=target, value=value)
node = dict(label=label, pad=20, thickness=30, color = 'rgba(255,0,255,0.8)')
data = go.Sankey(link=link, node=node)
# Plot it!
fig = go.Figure(data)
fig.update_layout(margin=dict(l=0, r=0, t=5, b=5))
st.plotly_chart(fig, use_container_width=True)
#----------------To Do List--------------------------------------------
from db_fxns import *
import streamlit.components.v1 as stc
# Data Viz Pkgs
import plotly.express as px
if selected == 'To Do List':
menu = ["Create", "Read", "Update", "Delete", "About"]
choice = st.sidebar.selectbox("Menu", menu)
create_table()
if choice == "Create":
st.subheader("Add Item")
col1, col2 = st.columns(2)
with col1:
task = st.text_area("Task To Do")
with col2:
task_status = st.selectbox("Status", ["ToDo", "Doing", "Done"])
task_due_date = st.date_input("Due Date")
if st.button("Add Task"):
add_data(task, task_status, task_due_date)