doczyai-pipelines/streamlit/interface_3.py

import json
import boto3
from langchain.prompts import PromptTemplate
from langchain.embeddings.bedrock import BedrockEmbeddings
from langchain.llms.bedrock import Bedrock
from langchain_community.vectorstores import Chroma
from constants import (
    CHROMA_SETTINGS,
    EMBEDDING_MODEL_NAME,
    PERSIST_DIRECTORY,
    MODEL_ID,
    MODEL_BASENAME,
    SOURCE_DIRECTORY,
    USER_LIST,
)
from langchain.chains import RetrievalQA

import streamlit as st
from streamlit_extras.add_vertical_space import add_vertical_space

import pandas as pd
import numpy as np
from datetime import datetime
import random
import os
import dateutil
import util
import anthropic
import re
import snowflake.connector
from sf_conn import get_secret, save_to_sf
from io import StringIO
from util import logger

(redirect_uri, create_batch_url, doczy_pipeline) = util.load_page_details(3)
user_list = USER_LIST

st.set_page_config(layout="wide")
# Sidebar contents
with st.sidebar:
    st.title("Doczy.AI ™")
    st.markdown(
        """
    ## About
    This app extracts data from contracts
 
    """
    )
    add_vertical_space(15)
    # st.write("Doczy")

_, c1 = st.columns([5, 1])
# util.setup_page(redirect_uri)
try:
    util.setup_page(redirect_uri)
except:
    st.write("SSO Failed")
    st.session_state["user_info"] = {
        "mail": "maamseek@aarete.com",
        "displayName": "Mayank Aamseek",
    }
try:
    c1.write(f"User: **{st.session_state.user_info['displayName']}**")
    user_mail = st.session_state.user_info["mail"]
except KeyError as e:
    st.write("Session Expired.")
    st.stop()

try:
    sf_secrets = json.loads(get_secret())
    conn = snowflake.connector.connect(
        user=sf_secrets.get("user"),
        password=sf_secrets.get("password"),
        account="aarete-doczyai",
        role="DEVADMIN",
        warehouse="DEV_XS",
        database="DOCZY_DEV",
        schema="STG",
    )
    cur = conn.cursor()
    query = 'select * from "TRAINING_DATA_RAW"'
    cur.execute(query)
    field_values = pd.DataFrame.from_records(
        iter(cur), columns=[x[0] for x in cur.description]
    )
    # st.write(field_values)
    field_values["Document_Name"] = field_values["DOCUMENT_NAME"]
    # field_values['Contract ID'] = field_values['CONTRACT_TITLE']
    # error('table values are incorrect')
except:
    field_values = pd.read_csv(
        "contract_field_values.csv", encoding="utf-8-sig", skipinitialspace=True
    )
    # field_values.rename(columns={'(internal) Document Name': 'Document_Name'}, inplace = True)
    ## field_values.rename(columns={'(Internal) Carveout ID': 'Contract ID'}, inplace = True)
    field_values["Document_Name"] = field_values["DOCUMENT_NAME"]
    field_values = field_values.loc[:, ~field_values.columns.str.contains("Unnamed:")]
    st.write("Local copy of TRAINING_DATA_RAW table loaded")

try:
    # error('table is not updated')
    query = 'select * from "BUSINESS_CONFIG"'
    cur.execute(query)
    fields = pd.DataFrame.from_records(
        iter(cur), columns=[x[0] for x in cur.description]
    )
    fields.rename(columns={"FIELD_NAME": "Field Name"}, inplace=True)
    fields.rename(columns={"QUESTION": "Interrogation Question?"}, inplace=True)
    fields.rename(columns={"SF_COL_NAME": "SF_DB_COL_NAME"}, inplace=True)
    fields = fields[~fields["SF_DB_COL_NAME"].str.endswith("_PG", na=None)]
    fields["Field Name"] = fields["SF_DB_COL_NAME"]
    # fields.rename(columns={'FM_MODEL_ID': 'llm_selected'}, inplace = True)
    # error('table is empty')
except:
    fields = pd.read_csv(
        "contract_fields.csv", encoding="utf-8-sig", skipinitialspace=True
    )
    # fields = fields.drop_duplicates(subset='Field Name', keep="first").sort_values('Field Name')
    # fields['Field Name'] = fields['SF_DB_COL_NAME']
    # fields = fields[~fields['Field Name'].isnull()]
    fields.rename(columns={"FIELD_NAME": "Field Name"}, inplace=True)
    fields.rename(columns={"QUESTION": "Interrogation Question?"}, inplace=True)
    fields.rename(columns={"SF_COL_NAME": "SF_DB_COL_NAME"}, inplace=True)
    fields = fields[~fields["SF_DB_COL_NAME"].str.endswith("_PG", na=None)]
    fields["Field Name"] = fields["SF_DB_COL_NAME"]
    st.write("Local copy of BUSINESS_CONFIG table loaded")

try:
    query = 'select * from "TRAINING_ATTEMPT_LOGS"'
    cur.execute(query)
    history = pd.DataFrame.from_records(
        iter(cur), columns=[x[0] for x in cur.description]
    )
    history.rename(columns={"FIELD_NAME": "Field Name"}, inplace=True)
    history.rename(columns={"CONTRACTS_TESTED": "# Contracts Tested"}, inplace=True)
    history.rename(columns={"USERNAME": "Username"}, inplace=True)
    history.rename(columns={"DATE_TIME": "Date/Time"}, inplace=True)
    history.rename(columns={"ACCURACY": "Accuracy"}, inplace=True)
    history.rename(columns={"ATTEMPT_NUM": "Attempt #"}, inplace=True)
    history = history[
        [
            "Field Name",
            "# Contracts Tested",
            "Username",
            "Date/Time",
            "Accuracy",
            "Attempt #",
        ]
    ]
except:
    history = pd.read_csv("history.csv")
    st.write("Local copy of TRAINING_ATTEMPT_LOGS table loaded")

field_row = st.columns([0.15, 0.45, 0.4])
with field_row[0]:
    st.write("**Field Group**")
with field_row[1]:
    field_group = st.selectbox(
        "Field Group",
        (
            "Unique and Contract Related",
            "Pricing Before Carveouts - All",
            "Pricing Before Carveouts - I",
            "Pricing Before Carveouts - II",
            "Carveout Indicator, Code Type and Code #s - I",
            "Carveout Indicator, Code Type and Code #s - II",
            "Carveout Indicator, Code Type and Code #s - III",
            "Optimize Carving Indic.",
            "Carveout Method - I",
            "Carveout Method - II",
            "Provider",
            "Timeline",
        ),
        label_visibility="collapsed",
    )

# priorty column will be relaced by group_id in snowflake db
if field_group == "Unique and Contract Related":
    fields = fields[fields["PRIORITY"].isin(["A", "C"])]
elif field_group == "Pricing Before Carveouts - All":
    fields = fields[fields["PRIORITY"] == "B"]
elif field_group == "Pricing Before Carveouts - I":
    fields = fields[fields["PRIORITY"] == "B"]
    fields = np.array_split(fields, 2)[0]
elif field_group == "Pricing Before Carveouts - II":
    fields = fields[fields["PRIORITY"] == "B"]
    fields = np.array_split(fields, 2)[1]
elif field_group == "Carveout Indicator, Code Type and Code #s - I":
    fields = fields[fields["PRIORITY"] == "F"]
    fields = np.array_split(fields, 3)[0]
elif field_group == "Carveout Indicator, Code Type and Code #s - II":
    fields = fields[fields["PRIORITY"] == "F"]
    fields = np.array_split(fields, 3)[1]
elif field_group == "Carveout Indicator, Code Type and Code #s - III":
    fields = fields[fields["PRIORITY"] == "F"]
    fields = np.array_split(fields, 3)[2]
elif field_group == "Carveout Methodology - I":
    fields = fields[fields["PRIORITY"] == "G"]
    fields = np.array_split(fields, 4)[0]
elif field_group == "Carveout Methodology - II":
    fields = fields[fields["PRIORITY"] == "G"]
    fields = np.array_split(fields, 4)[1]
elif field_group == "Carveout Method - III":
    fields = fields[fields["PRIORITY"] == "G"]
    fields = np.array_split(fields, 4)[2]
elif field_group == "Carveout Method - IV":
    fields = fields[fields["PRIORITY"] == "G"]
    fields = np.array_split(fields, 4)[3]
elif field_group == "Provider":
    fields = fields[fields["PRIORITY"] == "D"]
elif field_group == "Timeline":
    fields = fields[fields["PRIORITY"] == "E"]

fields["Interrogation Question?"] = fields["Interrogation Question?"].fillna(" ")
field_prompt_mapping = dict(
    zip(fields["Field Name"], fields["Interrogation Question?"])
)

mode_row = st.columns([0.15, 0.45, 0.4])
with mode_row[0]:
    st.write("**Mode**")
with mode_row[1]:
    mode = st.selectbox(
        "Mode",
        ("Single field - Non Empty values", "Multiple fields", "One-to-many fields"),
        index=0,
        label_visibility="collapsed",
    )

field_row = st.columns([0.15, 0.45, 0.4])
with field_row[0]:
    st.write("**Field Name**")
with field_row[1]:
    if mode == "Single field - Non Empty values":
        field = st.selectbox(
            "Field Name",
            sorted(set(field_prompt_mapping.keys())),
            index=0,
            label_visibility="collapsed",
        )
    else:
        field = st.multiselect(
            "Field Name",
            sorted(set(field_prompt_mapping.keys())),
            sorted(set(field_prompt_mapping.keys())),
            label_visibility="collapsed",
        )
        field_prompt_mapping = {key: field_prompt_mapping[key] for key in field}

contract_count_row = st.columns([0.15, 0.45, 0.4])
with contract_count_row[0]:
    st.write("**# of Contracts**")
with contract_count_row[1]:
    contract_count = st.selectbox(
        "Contract count",
        ("1", "10", "20", "30", "50", "100", "200", "Part-1", "Part-2", "All"),
        index=1,
        label_visibility="collapsed",
    )

s3_client = boto3.client("s3", region_name="us-east-2")
bucket = "doczy-dev-infra-textract"
objects = s3_client.list_objects_v2(Bucket=bucket, Prefix="training-data/")
file_list = []
for obj in objects["Contents"]:
    if not obj["Key"].endswith("/"):
        file_list.append(obj["Key"])
        # print(os.path.join('RAW_DOCUMENTS', obj['Key'].rsplit('/',1)[1]))
        # s3_client.download_file('doczy-dev-infra-textract', obj['Key'], os.path.join('RAW_DOCUMENTS', obj['Key'].rsplit('/',1)[1]))

contract_list = sorted(file_list)
# contract_list = sorted(os.listdir(SOURCE_DIRECTORY))

if mode == "Single field - Non Empty values":
    # column_name = fields.loc[fields['Field Name'] == field, 'SF_DB_COL_NAME'].iloc[0]
    # field_values = field_values[~field_values[column_name].isnull()]
    field_values = field_values[~field_values[field].isnull()]

# df = pd.DataFrame({'col':contract_list})
# st.write(df)
# st.write(len(contract_list))
# contract_list = [contract for contract in contract_list if contract.rsplit('/',1)[1].replace(' MU','').replace('_MU','').replace('.txt','') in list(field_values['Document_Name'])]
contract_list = [str(contract)[:-4] + ".pdf" for contract in contract_list]
contract_list = [
    contract
    for contract in contract_list
    if contract.rsplit("/", 1)[1] in list(field_values["Document_Name"])
]
# st.write(len(contract_list))

if contract_count == "All":
    contract_count = len(contract_list)
if contract_count == "Part-1":
    contract_list = np.array_split(contract_list, 2)[0]
    contract_count = len(contract_list)
if contract_count == "Part-2":
    contract_list = np.array_split(contract_list, 2)[1]
    contract_count = len(contract_list)

seed_row = st.columns([0.15, 0.45, 0.4])
with seed_row[0]:
    if contract_count in ["10", "20", "30", "50", "100", "200"]:
        st.write("**Seed Value**")
    elif contract_count == "1":
        st.write("**Contract Name**")
with seed_row[1]:
    if contract_count in ["10", "20", "30", "50", "100", "200"]:
        seed_value = st.text_input(
            "**Seed Value**", value=20, label_visibility="collapsed"
        )
        random.seed(seed_value)
        # contract_list = sorted(random.choices(os.listdir(SOURCE_DIRECTORY), k=int(contract_count)))
        contract_list = sorted(random.choices(contract_list, k=int(contract_count)))
    elif contract_count == "1":
        contract_name = st.selectbox(
            "Contract Name", (contract_list), label_visibility="collapsed"
        )
        contract_list = [contract_name]

llm_row = st.columns([0.15, 0.45, 0.4])
with llm_row[0]:
    st.write("**Langauge Model**")
with llm_row[1]:
    llm_selected = st.selectbox(
        "Langauge Model",
        (
            "Claude 2",
            "Claude 3 - Haiku",
            "Claude 3 - Sonnet",
            "Claude Instant",
            "Llama 2 Chat 70B",
            "Titan Text Express",
        ),
        index=3,
        label_visibility="collapsed",
    )

st.write("**Prompt**")
if mode != "Single field - Non Empty values":
    sequence_input = json.dumps(field_prompt_mapping)
else:
    sequence_input = field_prompt_mapping.get(field)
prompt_row = st.columns([0.8, 0.2])
with prompt_row[1]:
    if st.button("Clear Prompt"):
        sequence_input = ""
    if st.button("Back to default"):
        prompt = sequence_input
    # st.button("Save Prompt")
with prompt_row[0]:
    prompt = st.text_area(
        "**Prompt**", sequence_input, height=100, label_visibility="collapsed"
    )

# column_name = fields.loc[fields['Field Name'] == field, 'SF_DB_COL_NAME'].iloc[0]
# column_list = ['Document_Name', column_name]
# # column_list = ['Document_Name', 'Contract ID', column_name]
# if column_name+'_PG' in list(field_values.columns):
#     column_list.append(column_name+'_PG')
# # field_values = field_values[column_list]
# # field_values.rename(columns={'Document_Name': 'Contract Name', column_name: 'Actual Value Stored'
# #     , column_name+'_PG': 'Original Page Number'}, inplace=True)
field_values.rename(columns={"Document_Name": "Contract Name"}, inplace=True)
if mode != "One-to-many fields":
    field_values = field_values.drop_duplicates(
        subset="Contract Name", keep="first"
    ).sort_values("Contract Name")
field_values = field_values[
    field_values["Contract Name"].isin(
        [contract.rsplit("/", 1)[1] for contract in contract_list]
    )
]

# Setup bedrock
bedrock_runtime = boto3.client(
    service_name="bedrock-runtime",
    region_name="us-east-1",
)

# question = prompt
if mode != "Single field - Non Empty values":
    prompt_dict = json.loads(prompt)
    prompt_dict_pg = prompt_dict | {
        str(k) + "_PG": "On which page can I find answer to the question - " + str(v)
        for k, v in prompt_dict.items()
    }
    question = json.dumps(dict(sorted(prompt_dict_pg.items())))
else:
    question = json.dumps(
        {
            field: prompt,
            str(field)
            + "_PG": "On which page can I find answer to the question - "
            + str(prompt),
        }
    )

# st.write(question)
question_with_schema = question
attempt = 0


def run_llm(attempt, bucket, contract_list, llm_selected, field, field_values, history):
    # df = pd.DataFrame(columns=['Contract Name','Contract ID','Actual Value Stored','New Extracted value','Confidence Level','Snippet',
    #     'Original Page Number', 'New Page Number', 'Revised Prompt', 'Result'])
    df = pd.DataFrame(
        columns=[
            "Contract Name",
            "New Extracted value",
            "Confidence Level",
            "Snippet",
            "New Page Number",
            "Revised Prompt",
            "Result",
        ]
    )

    field_list = []
    answer_list = []
    snippet_list = []
    page_no_list = []
    contract_list_f = []
    attempt = attempt + 1

    for contract in contract_list:
        # with open(os.path.join(SOURCE_DIRECTORY, contract[:-4]+'.txt'), 'r') as infile:
        #     context = infile.read()
        data = s3_client.get_object(Bucket=bucket, Key=str(contract)[:-4] + ".txt")
        contents = data["Body"].read()
        context = contents.decode("utf-8")
        # st.write(question_with_schema)

        # Add "You must answer in correct JSON format."
        # Add Answer in JSON format: {{
        if llm_selected == "Titan Text Express":
            context = context[:16000]
            prompt_data = f"""Answer the question based only on the information provided between ## and give step by step guide. You must answer in correct JSON format.
            #
            {context}
            #

            Question: {question}
            Answer: Answer in JSON format: {{"""
            parameters = {
                "maxTokenCount": 2048,
                "stopSequences": [],
                "temperature": 0,
                "topP": 0.9,
            }

            body = json.dumps(
                {"inputText": prompt_data, "textGenerationConfig": parameters}
            )
            model_id = "amazon.titan-text-express-v1"  # change this to use a different version from the model provider

        elif llm_selected == "Llama 2 Chat 70B":
            context = context[:6000]
            prompt_data = f"""Answer the question based only on the information provided between ## and give step by step guide. You must answer in correct JSON format.
            ##
            {context}
            ##

            Question: {question}
            Answer: Answer in JSON format: {{"""
            payload = {
                "prompt": "[INST]" + prompt_data + "[/INST]",
                "max_gen_len": 2048,
                "temperature": 0.0,
                "top_p": 0.9,
            }
            body = json.dumps(payload)
            model_id = "meta.llama2-70b-chat-v1"

        elif llm_selected in [
            "Claude Instant",
            "Claude 2",
            "Claude 3 - Haiku",
            "Claude 3 - Sonnet",
        ]:
            if llm_selected == "Claude Instant":
                context = context[:175000]

            prompt_data = f"""

            Human: Use the following pieces of context to provide a concise answer to the questions at the end. If you don't know the answer, just say that you don't know, don't try to make up an answer. You must answer in correct JSON format.

            {context}

            Question: {question_with_schema}

            Assistant: Answer in JSON format: {{"""

            if llm_selected == "Claude 2":
                model_id = "anthropic.claude-v2:1"
                body = json.dumps(
                    {
                        "prompt": anthropic.HUMAN_PROMPT
                        + prompt_data
                        + anthropic.AI_PROMPT,
                        "max_tokens_to_sample": 4096,
                        "temperature": 0.0,
                        "top_p": 1,
                        "top_k": 250,
                        "stop_sequences": [anthropic.HUMAN_PROMPT],
                    }
                )
            elif llm_selected in ["Claude 3 - Haiku", "Claude 3 - Sonnet"]:
                if llm_selected == "Claude 3 - Haiku":
                    model_id = "anthropic.claude-3-haiku-20240307-v1:0"
                else:
                    model_id = "anthropic.claude-3-sonnet-20240229-v1:0"
                body = json.dumps(
                    {
                        "anthropic_version": "bedrock-2023-05-31",
                        "max_tokens": 4096,
                        "messages": [
                            {
                                "role": "user",
                                "content": [
                                    {
                                        "type": "text",
                                        "text": anthropic.HUMAN_PROMPT
                                        + prompt_data
                                        + anthropic.AI_PROMPT,
                                    }
                                ],
                            }
                        ],
                        "temperature": 0.0,
                    }
                )
            else:
                model_id = "anthropic.claude-instant-v1"
                body = json.dumps(
                    {
                        "prompt": anthropic.HUMAN_PROMPT
                        + prompt_data
                        + anthropic.AI_PROMPT,
                        "max_tokens_to_sample": 2048,
                        "temperature": 0.0,
                        "top_p": 1,
                        "top_k": 250,
                        "stop_sequences": [anthropic.HUMAN_PROMPT],
                    }
                )

        try:
            response = bedrock_runtime.invoke_model(
                body=body,
                modelId=model_id,
                accept="application/json",
                contentType="application/json",
            )
            response_body = json.loads(response.get("body").read())

            if llm_selected == "Titan Text Express":
                response_text = response_body.get("results")[0].get("outputText")
            elif llm_selected == "Llama 2 Chat 70B":
                response_text = response_body["generation"]
            elif llm_selected in ["Claude Instant", "Claude 2"]:
                response_text = response_body["completion"]
            elif llm_selected in ["Claude 3 - Haiku", "Claude 3 - Sonnet"]:
                response_text = response_body["content"][0]["text"]

        except:
            response_text = "failed"

        raw_response_text = response_text
        response_text = response_text.strip()

        try:
            if response_text.split("{", 1)[1].strip()[0] == '"':
                response_text = "{" + response_text.split("{", 1)[1]
            else:
                response_text = "{" + response_text
        except:
            response_text = "{" + response_text

        if len(response_text.split("}", 1)) > 1:
            if response_text.rsplit("}", 1)[0].strip()[-1] == '"':
                response_text = response_text.rsplit("}", 1)[0] + "}"
        else:
            response_text = response_text.rstrip(",")
            response_text = response_text + "}"

        try:
            response_dict = json.loads(response_text)
        except:
            if mode != "Single field - Non Empty values":
                response_dict = {"Test field": "Failed to extract"}
            else:
                response_dict = {field: response_text.strip("{").strip("}")}

        # if mode == 'Multiple fields':
        #     field_l = list(response_dict.keys())
        #     answer_l = list(response_dict.values())
        # else:
        # field_l = [field]
        # # answer = response_dict.get(field, " ")
        # try:
        #     if isinstance(response_dict, dict):
        #         answer_l = list(response_dict.values())[:1]
        #     else:
        #         answer_l = list(response_dict)[:1]
        # except:
        #     answer_l = [response_dict]
        if mode != "Single field - Non Empty values":
            field_l = list(response_dict.keys())
            answer_l = list(response_dict.values())
            field_dict = {
                k: v for k, v in response_dict.items() if not k.endswith("_PG")
            }
            page_dict = {k: v for k, v in response_dict.items() if k.endswith("_PG")}
            page_dict = {k[:-3]: v for k, v in response_dict.items()}
            field_l = list(field_dict.keys())
            answer_l = list(field_dict.values())
            page_no_l = [page_dict.get(x, "") for x in field_l]
        else:
            field_l = [field]
            answer_l = [list(response_dict.values())[0]]
            try:
                page_no_l = [list(response_dict.values())[1]]
            except:
                page_no_l = [""]

        field_list.extend(field_l)
        answer_list.extend(answer_l)
        contract_list_f.extend([contract] * len(field_l))
        # location = context.find(answer) if isinstance(answer, str) and answer != "" else -1
        # snippet = ' '.join(context[:location].split()[-25:]) + ' ' + ' '.join(context[location:].split()[:30]) if location != -1 else ' '
        # page_no = " " if location == -1 else context[:location].rsplit("Start of Page No. = ", 1)[1] if len(context[:location].rsplit(
        # "Start of Page No. = ", 1)) > 1 else context[:location].rsplit("Start of Page No. = ", 1)[0]
        # page_no = re.search(r'\d+', page_no).group() if page_no != " " and re.search(r'\d+', page_no) is not None else ""

        try:
            location_l = [
                (
                    context.find(a, context.find("Start of Page No. = " + str(p)))
                    if isinstance(a, str) and a != ""
                    else -1
                )
                for a, p in zip(answer_l, page_no_l)
            ]
        except:
            location_l = [
                context.find(answer) if isinstance(answer, str) and answer != "" else -1
                for answer in answer_l
            ]
        snippet_l = [
            (
                " ".join(context[:location].split(".")[-4:])
                + " "
                + " ".join(context[location:].split(". ")[:5])
                if location != -1
                else " "
            )
            for location in location_l
        ]
        # page_no_l = [" " if location == -1 else context[:location].rsplit("Start of Page No. = ", 1)[1] if len(context[:location].rsplit(
        #     "Start of Page No. = ", 1)) > 1 else context[:location].rsplit("Start of Page No. = ", 1)[0] for location in location_l]
        # # st.write(location_list)
        # page_no_l = [re.search(r'\d+', page).group() if page != " " and re.search(r'\d+', page) is not None else "" for page in page_no_l]
        snippet_list.extend(snippet_l)
        page_no_list.extend(page_no_l)

    df["Field Name"] = field_list
    df["Raw value"] = answer_list
    # post-processing
    # if 'Date' in field:
    #     date_list = []
    #     for answer in answer_list:
    #         try:
    #             extracted_date = dateutil.parser.parse(str(answer).replace('"',''), fuzzy=True).date()
    #         except:
    #             extracted_date = " "
    #         date_list.append(extracted_date)
    #     answer_list = date_list
    try:
        answer_list = [
            (
                str(answer)
                .strip("\n")
                .strip()
                .strip("[")
                .strip("]")
                .strip("{")
                .strip("}")
                .strip('"')
                .rstrip('"')
                .strip(" ")
                if answer is not None
                else None
            )
            for answer in answer_list
        ]
        if llm_selected in ["Llama 2 Chat 13B", "Llama 2 Chat 70B"]:
            answer_list = [answer.rstrip(".") for answer in answer_list]
            answer_list = [
                answer if "I don't know" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "N/A" not in str(answer) else " " for answer in answer_list
            ]
            answer_list = [
                answer if "does not contain" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "None" not in str(answer) else " " for answer in answer_list
            ]
            answer_list = [
                answer if "Not specified in the contract" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Not applicable" not in str(answer) else " "
                for answer in answer_list
            ]
        elif llm_selected in [
            "Claude 2",
            "Claude 3 - Haiku",
            "Claude 3 - Sonnet",
            "Claude Instant",
        ]:
            answer_list = [
                answer if "do not have" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "do not see" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "does not specify" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Does not specify" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "does not explicitly" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "N/A" not in str(answer) else " " for answer in answer_list
            ]
            answer_list = [
                answer if "don't know" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "do not see" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Not specified" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Don't know" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "don't see" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "don't have" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Does not apply" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [
                answer if "Nothing found" not in str(answer) else " "
                for answer in answer_list
            ]
            answer_list = [answer.rstrip(".") for answer in answer_list]
        else:
            answer_list = [answer.rstrip(".") for answer in answer_list]
            # answer_list = [str(x).rsplit(':',1)[0] if len(str(x).rsplit(':',1)) < 2  else str(x).rsplit(':',1)[1] for x in answer_list]
    except Exception as e:
        st.write("post processing error")

    # to be deleted later
    # contract_list_f = [contract.rsplit('/',1)[1].replace(' MU','').replace('_MU','').replace('.txt','') for contract in contract_list_f]
    contract_list_f = [contract.rsplit("/", 1)[1] for contract in contract_list_f]

    df["Contract Name"] = contract_list_f
    df["New Extracted value"] = answer_list
    df["Confidence Level"] = " "
    df["Snippet"] = snippet_list
    df["New Page Number"] = page_no_list
    df["New Page Number"] = df["New Page Number"].apply(
        lambda x: (
            re.search(r"\d+", x).group()
            if isinstance(x, str) and re.search(r"\d+", x) is not None
            else " "
        )
    )
    df["Revised Prompt"] = [prompt] * len(contract_list_f)

    df = pd.merge(
        df, fields[["Field Name", "SF_DB_COL_NAME"]], how="left", on="Field Name"
    )

    field_values_2 = pd.DataFrame(
        columns=[
            "Contract Name",
            "LOB_Product_Network_Metal_Area_Program_Type_Speciality",
            "SF_DB_COL_NAME",
            "Actual Value Stored",
            "Original Page Number",
        ]
    )
    for file_name in contract_list:
        # document_name = [x for x in list(field_values['Contract Name']) if not pd.isna(x) and file_name.rsplit('/',1)[1].replace(' MU','').replace(
        #     '_MU','').replace('.txt','') in x][0]
        document_name = [
            x
            for x in list(field_values["Contract Name"])
            if not pd.isna(x) and file_name.rsplit("/", 1)[1] in x
        ][0]

        temp_df = field_values[field_values["Contract Name"] == document_name].fillna(
            "NA"
        )
        unique_identifier = (
            str(temp_df.at[temp_df.index[0], "CONTRACT_LOB"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "CONTRACT_PRODUCT"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "CONTRACT_NETWORK"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "CONTRACT_MARKETPLACE_METAL_LEVEL"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "CONTRACT_SERVICE_AREA"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "CONTRACT_PROGRAM"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "PROV_TYPE"])
            + "__"
            + str(temp_df.at[temp_df.index[0], "PROV_SPECIALTY"])
        )
        field_values_1 = (
            field_values[field_values["Contract Name"] == document_name]
            .head(1)
            .transpose()
            .reset_index()
        )
        field_values_1.columns = ["SF_DB_COL_NAME", "Actual Value Stored"]
        field_values_p1 = field_values_1[
            ~field_values_1["SF_DB_COL_NAME"].str.endswith("_PG")
        ]
        field_values_p2 = field_values_1[
            field_values_1["SF_DB_COL_NAME"].str.endswith("_PG")
        ]
        field_values_p2.columns = ["SF_DB_COL_NAME", "Original Page Number"]
        field_values_p2["SF_DB_COL_NAME"] = field_values_p2[
            "SF_DB_COL_NAME"
        ].str.replace("_PG", "")

        field_values_1 = pd.merge(
            field_values_p1, field_values_p2, how="left", on=["SF_DB_COL_NAME"]
        )
        field_values_1["Contract Name"] = document_name
        field_values_1["LOB_Product_Network_Metal_Area_Program_Type_Speciality"] = (
            unique_identifier
        )
        field_values_2 = pd.concat([field_values_2, field_values_1], ignore_index=True)

        if mode == "One-to-many fields":
            for i in range(
                1, field_values[field_values["Contract Name"] == document_name].shape[0]
            ):
                unique_identifier = (
                    str(temp_df.at[temp_df.index[i], "CONTRACT_LOB"])
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "CONTRACT_PRODUCT"])
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "CONTRACT_NETWORK"])
                    + "__"
                    + str(
                        temp_df.at[temp_df.index[i], "CONTRACT_MARKETPLACE_METAL_LEVEL"]
                    )
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "CONTRACT_SERVICE_AREA"])
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "CONTRACT_PROGRAM"])
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "PROV_TYPE"])
                    + "__"
                    + str(temp_df.at[temp_df.index[i], "PROV_SPECIALTY"])
                )
                field_values_1 = (
                    field_values[field_values["Contract Name"] == document_name]
                    .iloc[[i]]
                    .transpose()
                    .reset_index()
                )
                field_values_1.columns = ["SF_DB_COL_NAME", "Actual Value Stored"]
                field_values_p1 = field_values_1[
                    ~field_values_1["SF_DB_COL_NAME"].str.endswith("_PG")
                ]
                field_values_p2 = field_values_1[
                    field_values_1["SF_DB_COL_NAME"].str.endswith("_PG")
                ]
                field_values_p2.columns = ["SF_DB_COL_NAME", "Original Page Number"]
                field_values_p2["SF_DB_COL_NAME"] = field_values_p2[
                    "SF_DB_COL_NAME"
                ].str.replace("_PG", "")

                field_values_1 = pd.merge(
                    field_values_p1, field_values_p2, how="left", on=["SF_DB_COL_NAME"]
                )
                field_values_1["Contract Name"] = document_name
                field_values_1[
                    "LOB_Product_Network_Metal_Area_Program_Type_Speciality"
                ] = unique_identifier
                field_values_2 = pd.concat(
                    [field_values_2, field_values_1], ignore_index=True
                )

    # st.write(df)
    # st.write(field_values_2)
    df = pd.merge(
        df, field_values_2, how="right", on=["Contract Name", "SF_DB_COL_NAME"]
    )
    if mode != "Single field - Non Empty values":
        df = df[df["SF_DB_COL_NAME"].isin(list(field_prompt_mapping.keys()))]
    else:
        df = df[df["SF_DB_COL_NAME"].isin([field])]
    if mode != "One-to-many fields":
        df = df.drop_duplicates(
            subset=["SF_DB_COL_NAME", "Contract Name"], keep="first"
        )
    df["Original Page Number"] = df["Original Page Number"].apply(
        lambda x: (
            re.search(r"\d+", x).group()
            if isinstance(x, str) and re.search(r"\d+", x) is not None
            else " "
        )
    )
    df["Raw value 2"] = df["New Extracted value"]
    df_date = df[df["SF_DB_COL_NAME"].str.contains("_DT", na=False)]
    df_others = df[~df["SF_DB_COL_NAME"].str.contains("_DT", na=False)]

    df_date["Actual Value Stored"] = (
        pd.to_datetime(df_date["Actual Value Stored"], errors="coerce")
        .dt.strftime("%Y-%m-%d")
        .fillna(" ")
    )
    df_date["New Extracted value"] = (
        pd.to_datetime(df_date["New Extracted value"], errors="coerce")
        .dt.strftime("%Y-%m-%d")
        .fillna(" ")
    )
    df = pd.concat([df_date, df_others], ignore_index=True)
    df.sort_values(["SF_DB_COL_NAME", "Contract Name"], inplace=True)

    df.fillna(" ", inplace=True)
    df["Raw value 3"] = df["New Extracted value"]
    df["Actual Value Stored"] = df["Actual Value Stored"].apply(
        lambda x: x.strip() if isinstance(x, str) else ""
    )
    df["New Extracted value"] = df["New Extracted value"].apply(
        lambda x: x.strip() if isinstance(x, str) else ""
    )
    actual_value_list = list(df["Actual Value Stored"])
    actual_value_list = [
        answer if str(answer) != "12 months" else "1 year"
        for answer in actual_value_list
    ]
    actual_value_list = [
        answer if str(answer) != "Fifth" else "5" for answer in actual_value_list
    ]
    actual_value_list = [
        answer if str(answer) != "Seventh" else "7" for answer in actual_value_list
    ]

    answer_list = list(df["New Extracted value"])
    answer_list = [
        answer if str(answer) != "one-year" else "1 year" for answer in answer_list
    ]
    answer_list = [
        answer if str(answer) != "one year" else "1 year" for answer in answer_list
    ]
    answer_list = [
        answer if str(answer) != "one" else "1 year" for answer in answer_list
    ]
    answer_list = [
        answer if str(answer) != "one (1) year" else "1 year" for answer in answer_list
    ]
    answer_list = [
        answer if str(answer) != "twelve" else "1 year" for answer in answer_list
    ]
    answer_list = [answer if str(answer) != "XI" else "11" for answer in answer_list]
    answer_list = [answer if str(answer) != "Third" else "3" for answer in answer_list]
    answer_list = [answer if str(answer) != "Six" else "6" for answer in answer_list]

    actual_value_list = [
        s.replace("-", "").replace(" ", "").replace("[", "").replace("]", "").lower()
        for s in actual_value_list
    ]
    answer_list = [
        s.replace("-", "").replace(" ", "").replace("[", "").replace("]", "").lower()
        for s in answer_list
    ]
    result_list = [
        (
            (i in j) or (j in i)
            if isinstance(i, str) and isinstance(j, str) and ((i != "") == (j != ""))
            else False
        )
        for i, j in zip(actual_value_list, answer_list)
    ]
    df["Result"] = [str(x) for x in result_list]

    # df = df[~df['Contract ID'].isnull()]
    # df['Contract ID'] = contract_list_f
    df["Contract ID"] = range(len(actual_value_list))

    df = df[
        [
            "Contract Name",
            "Contract ID",
            "LOB_Product_Network_Metal_Area_Program_Type_Speciality",
            "SF_DB_COL_NAME",
            "Actual Value Stored",
            "Raw value",
            "Raw value 2",
            "Raw value 3",
            "New Extracted value",
            "Confidence Level",
            "Snippet",
            "Original Page Number",
            "New Page Number",
            "Revised Prompt",
            "Result",
        ]
    ]

    try:
        accuracy = round(
            sum(bool(x) for x in result_list) * 100 / len(list(df["Result"])), 2
        )
    except:
        accuracy = "NA"

    if mode != "Single field - Non Empty values":
        field = field_group
    history.loc[len(history.index)] = [
        field,
        str(contract_count),
        st.session_state.user_info["mail"],
        datetime.now().strftime("%Y-%m-%d %H:%M:%S"),
        accuracy,
        attempt,
    ]
    # df.to_csv("RESULTS\\"+field.replace("?","").replace("/","_")+'-'+llm_selected+'.csv', index=False)

    return df, history, attempt, raw_response_text


raw_response_text = ""
df = pd.DataFrame(
    columns=[
        "Contract Name",
        "Contract ID",
        "Actual Value Stored",
        "New Extracted value",
        "Confidence Level",
        "Snippet",
        "New Page Number",
        "Revised Prompt",
        "Result",
    ]
)

if st.button("Test Configuration"):
    df, history, attempt, raw_response_text = run_llm(
        attempt, bucket, contract_list, llm_selected, field, field_values, history
    )
    df_1 = df[
        [
            "Contract Name",
            "Contract ID",
            "Actual Value Stored",
            "New Extracted value",
            "Confidence Level",
            "Snippet",
            "Original Page Number",
            "New Page Number",
            "Revised Prompt",
            "Result",
        ]
    ]
    df.to_csv("results.csv", index=False)
    history.to_csv("history.csv", index=False)
    # s3_client.upload_file('results.csv', bucket, key)
    csv_buf = StringIO()
    df_1.to_csv(csv_buf, header=True, index=False)
    csv_buf.seek(0)
    s3_client.put_object(
        Bucket="doczy-dev-infra-raw-data-ingestion",
        Body=csv_buf.getvalue(),
        Key="training_interface/results.csv",
    )
    csv_buf = StringIO()
    history.tail(1).to_csv(csv_buf, header=True, index=False)
    csv_buf.seek(0)
    s3_client.put_object(
        Bucket="doczy-dev-infra-raw-data-ingestion",
        Body=csv_buf.getvalue(),
        Key="training_interface/history.csv",
    )
    df = df[
        [
            "Contract Name",
            "Contract ID",
            "LOB_Product_Network_Metal_Area_Program_Type_Speciality",
            "SF_DB_COL_NAME",
            "Actual Value Stored",
            "New Extracted value",
            "Confidence Level",
            "Snippet",
            "Original Page Number",
            "New Page Number",
            "Revised Prompt",
            "Result",
        ]
    ]

try:
    df = pd.read_csv("results.csv")
    df["Result"] = df["Result"].astype("str")
except:
    df = pd.DataFrame(
        columns=[
            "Contract Name",
            "New Extracted value",
            "Confidence Level",
            "Snippet",
            "New Page Number",
            "Revised Prompt",
            "Result",
        ]
    )
history = pd.read_csv("history.csv")
st.dataframe(df)
st.dataframe(history)

# @st.cache_data
# def convert_df(df):
#    return df.to_csv(index=False).encode('utf-8')

# csv = convert_df(edited_df)

# buttons = st.columns(3)
# with buttons[0]:
#     st.button("Save All Imputations")
# with buttons[1]:
#     st.download_button("Download Table", csv, "file.csv", "text/csv", key='download-csv')
# with buttons[2]:
#     st.button("Kickoff Database Integration")

add_vertical_space(20)
st.write(field)
# if mode != 'Multiple fields':
#     st.write(fields.loc[fields['SF_DB_COL_NAME'] == field, 'Field Name'].iloc[0])

st.write(len(contract_list))
st.write(raw_response_text)

try:
    save_to_sf(
        "load_training_results",
        training_results_file_name="results.csv",
        attempt_logs_file_name="history.csv",
    )
except:
    st.write("running locally")