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# Code for the tutorial
import streamlit as st
import requests

def pv(fv,requiredRateOfReturn,years):
return fv / ((1 + requiredRateOfReturn / 100) ** years)

def fv(pv,growth,years):
return pv * (1 + growth) ** years

# Initial UI
ticker = st.text_input('Ticker', "AAPL").upper()
buttonClicked = st.button('Set')

# Callbacks
if buttonClicked:
# Get the data
link = f"""[ Ссылка ]}?"""
modules = f"""modules=assetProfile%2Cprice%2CfinancialData%2CearningsTrend%2CdefaultKeyStatistics"""
requestString = link + modules

request = requests.get(f"{requestString}", headers={"USER-AGENT": "Mozilla/5.0"})
json = request.json()
data = json["quoteSummary"]["result"][0]

st.session_state.data = data

if 'data' in st.session_state:
# st.header("Hello World")

data = st.session_state.data

# Print company profile
st.header("Company Profile")
st.metric("Sector", data["assetProfile"]["sector"])
st.metric("Industry", data["assetProfile"]["industry"])
st.metric("Website", data["assetProfile"]["website"])
st.metric("Market Cap", data["price"]["marketCap"]["fmt"])
with st.expander("About Company"):
st.write(data["assetProfile"]["longBusinessSummary"])

# Add space between sections
st.markdown("", unsafe_allow_html=True)
st.markdown("", unsafe_allow_html=True)

# Get the metrics needed for valuation
st.header("Valuation")
currentPrice = data["financialData"]["currentPrice"]["raw"]
growth = data["earningsTrend"]["trend"][ 4 ][ "growth" ][ "raw" ] * 100
peFWD = data["defaultKeyStatistics"]["forwardPE"]["raw"]
epsFWD = data["defaultKeyStatistics"]["forwardEps"]["raw"]
requiredRateOfReturn = 10.0
yearsToProject = 5

# # Print the metrics
# st.metric("currentPrice", currentPrice)
# st.metric("growth", growth)
# st.metric("peFWD", peFWD)
# st.metric("epsFWD", epsFWD)
# st.metric("requiredRateOfReturn", requiredRateOfReturn)
# st.metric("yearsToProject", yearsToProject)

# Add controls
growth = st.number_input("Growth", value=growth, step = 1.0)
peFWD = st.number_input("P/E", value=peFWD, step = 1.0)
requiredRateOfReturn = st.number_input("Required Rate Of Return", value=requiredRateOfReturn, step = 1.0)

# Fair value calculation
futureEPS = fv(epsFWD,growth/100,yearsToProject)
futurePrice = futureEPS * peFWD
stickerPrice = pv(futurePrice, requiredRateOfReturn, yearsToProject)
upside = (stickerPrice - currentPrice)/stickerPrice * 100

# Show result
st.metric("EPS", "{:.2f}".format(futureEPS))
st.metric("Future Price", "{:.2f}".format(futurePrice))
st.metric("Sticker Price", "{:.2f}".format(stickerPrice))
st.metric("Current Price", "{:.2f}".format(currentPrice))
st.metric("Upside", "{:.2f}".format(upside))

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