### Install LiveF1 from Source

Source: http://livef1.goktugocal.com/_sources/getting_started/installation.rst.txt

Install dependencies and the LiveF1 package after cloning the repository. This is for development or contributing.

```bash
pip install -r requirements.txt
pip install .
```

--------------------------------

### Complete Real-Time Client Example

Source: http://livef1.goktugocal.com/user_guide/realtime_data.html

A comprehensive example demonstrating client initialization with multiple topics, defining distinct handlers for telemetry and track status, and running the client.

```python
from livef1.adapters.realtime_client import RealF1Client
import datetime
import json

# Initialize client
client = RealF1Client(
    topics=["CarData.z", "SessionInfo", "TrackStatus"],
    log_file_name="session_data.json"
)

# Define multiple handlers
@client.callback("process_telemetry")
async def handle_telemetry(records):
    # Process car telemetry data
    telemetry_data = records.get("CarData.z")
    if telemetry_data:
        for record in telemetry_data:
            process_telemetry_data(record) # this is a placeholder for your code

@client.callback("track_status")
async def handle_track_status(records):
    # Monitor track conditions
    track_data = records.get("TrackStatus")
    if track_data:
        for record in track_data:
            update_track_status(record) # this is a placeholder for your code

# Start the client
client.run()

```

--------------------------------

### Example Session Data Output

Source: http://livef1.goktugocal.com/_sources/getting_started/quick_start.rst.txt

This is an example output showing the available data topics for a session, including Session_Info, Track_Status, and Car_Data.

```none
|    |   Season Year | Meeting Location   | Session Type   | Meeting Code   |   Meeting Key |   Meeting Number | Meeting Offname                         | Meeting Name       |   Meeting Country Key | Meeting Country Code   | Meeting Country Name   |   Meeting Circuit Key | Meeting Circuit Shortname   |   Session Key | Session Name   | Session Startdate   | Session Enddate     | Gmtoffset   | Path                                                      |
|---:|--------------:|:-------------------|:---------------|:---------------|--------------:|-----------------:|:----------------------------------------|:-------------------|----------------------:|:-----------------------|:-----------------------|----------------------:|:----------------------------|--------------:|:---------------|:--------------------|:--------------------|:------------|:----------------------------------------------------------|
|  0 |          2024 | Spa-Francorchamps  | Practice 1     | BEL02012       |          1242 |               14 | FORMULA 1 ROLEX BELGIAN GRAND PRIX 2024 | Belgian Grand Prix |                    16 | BEL                    | Belgium                |                     7 | Spa-Francorchamps           |          9567 | Practice 1     | 2024-07-26 13:30:00 | 2024-07-26 14:30:00 | 02:00:00    | 2024/2024-07-28_Belgian_Grand_Prix/2024-07-26_Practice_1/ |
|  1 |          2024 | Spa-Francorchamps  | Practice 2     | BEL02012       |          1242 |               14 | FORMULA 1 ROLEX BELGIAN GRAND PRIX 2024 | Belgian Grand Prix |                    16 | BEL                    | Belgium                |                     7 | Spa-Francorchamps           |          9568 | Practice 2     | 2024-07-26 17:00:00 | 2024-07-26 18:00:00 | 02:00:00    | 2024/2024-07-28_Belgian_Grand_Prix/2024-07-26_Practice_2/ |
|  2 |          2024 | Spa-Francorchamps  | Practice 3     | BEL02012       |          1242 |               14 | FORMULA 1 ROLEX BELGIAN GRAND PRIX 2024 | Belgian Grand Prix |                    16 | BEL                    | Belgium                |                     7 | Spa-Francorchamps           |          9569 | Practice 3     | 2024-07-27 12:30:00 | 2024-07-27 13:30:00 | 02:00:00    | 2024/2024-07-28_Belgian_Grand_Prix/2024-07-27_Practice_3/ |
|  3 |          2024 | Spa-Francorchamps  | Qualifying     | BEL02012       |          1242 |               14 | FORMULA 1 ROLEX BELGIAN GRAND PRIX 2024 | Belgian Grand Prix |                    16 | BEL                    | Belgium                |                     7 | Spa-Francorchamps           |          9570 | Qualifying     | 2024-07-27 16:00:00 | 2024-07-27 17:00:00 | 02:00:00    | 2024/2024-07-28_Belgian_Grand_Prix/2024-07-27_Qualifying/ |
|  4 |          2024 | Spa-Francorchamps  | Race           | BEL02012       |          1242 |               14 | FORMULA 1 ROLEX BELGIAN GRAND PRIX 2024 | Belgian Grand Prix |                    16 | BEL                    | Belgium                |                     7 | Spa-Francorchamps           |          9574 | Race           | 2024-07-28 15:00:00 | 2024-07-28 17:00:00 | 02:00:00    | 2024/2024-07-28_Belgian_Grand_Prix/2024-07-28_Race/       |
```

```none
Session_Info :
      Details about the current session.
Archive_Status :
            Status of archived session data.
Track_Status :
            Current conditions and status of the track.
Session_Data :
            Raw data for the ongoing session.
Position :
            Position data of cars.
Car_Data :
            Car sensor data.
.
.
.
```

--------------------------------

### Complete Real-Time Client Example

Source: http://livef1.goktugocal.com/_sources/user_guide/realtime_data.rst.txt

A comprehensive example demonstrating client initialization with multiple topics and a log file, along with defining and registering two distinct asynchronous handlers for telemetry and track status data.

```python
from livef1.adapters.realtime_client import RealF1Client
import datetime
import json

# Initialize client
client = RealF1Client(
    topics=["CarData.z", "SessionInfo", "TrackStatus"],
    log_file_name="session_data.json"
)

# Define multiple handlers
@client.callback("process_telemetry")
async def handle_telemetry(records):
    # Process car telemetry data
    telemetry_data = records.get("CarData.z")
    if telemetry_data:
        for record in telemetry_data:
            process_telemetry_data(record) # this is a placeholder for your code

@client.callback("track_status")
async def handle_track_status(records):
    # Monitor track conditions
    track_data = records.get("TrackStatus")
    if track_data:
        for record in track_data:
            update_track_status(record) # this is a placeholder for your code

# Start the client
client.run()
```

--------------------------------

### Example Usage with RealF1Client

Source: http://livef1.goktugocal.com/_sources/user_guide/logging_config.rst.txt

Demonstrates integrating logging within a RealF1Client callback. This example enables debug logging and logs messages during data processing.

```python
from livef1.adapters.realtime_client import RealF1Client
from livef1.utils.logger import logger, set_log_level
import logging

# Enable debug logging
set_log_level('DEBUG')

# Initialize client
client = RealF1Client(topics=["CarData.z"])

@client.callback("logging_example")
async def handle_data(records):
    logger.debug(f"Received {len(records)} records")
    logger.info("Processing new data batch")
    
    try:
        # Process records
        process_records(records)
    except Exception as e:
        logger.error(f"Error processing records: {e}")
```

--------------------------------

### Install LiveF1 via Pip

Source: http://livef1.goktugocal.com/_sources/getting_started/installation.rst.txt

Use this command to install the LiveF1 library using pip. This is the recommended method for most users.

```bash
pip install livef1
```

--------------------------------

### Load Start Coordinates

Source: http://livef1.goktugocal.com/_modules/livef1/models/circuit.html

Loads the start coordinates and direction for a circuit from an external API. This method should be called to populate circuit start data.

```python
    def _load_start_coordinates(self):
        """
        Load the start coordinates of the circuit from an external API.
        """
        response = requests.get(START_COORDINATES_URL)
        
        if response.status_code == 200:
            data = response.json()
            try:
                self.start_coordinates = data[self.short_name]["start_coordinates"]
                self.start_direction = data[self.short_name]["start_direction"]
            except:
                pass
        else:
            raise Exception(f"Failed to load start coordinates: {response.status_code}")
        
```

--------------------------------

### RealF1Client.run()

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Starts the RealF1Client in asynchronous mode to begin receiving and processing data.

```APIDOC
## run()

### Description
Start the client in asynchronous mode.

### Method
```python
run()
```
```

--------------------------------

### Get Session Start Datetime - LiveF1

Source: http://livef1.goktugocal.com/_modules/livef1/models/session.html

Retrieves the session start datetime by finding the first 'Started' status in the Session_Data table.

```python
def _get_session_start_datetime(self):
        # return pd.to_timedelta(self.get_data(dataNames="SessionStatus").set_index("status").loc["Started"].timestamp[0])
        sess_data = self.get_data("Session_Data")
        first_date = helper.to_datetime(sess_data[sess_data["SessionStatus"] == "Started"].Utc).tolist()[0]
        return first_date
```

--------------------------------

### Import LiveF1 Library

Source: http://livef1.goktugocal.com/_sources/getting_started/quick_start.rst.txt

Start by importing the LiveF1 library to access its functionalities.

```python
import livef1 as livef1
```

--------------------------------

### Run Real-Time Client

Source: http://livef1.goktugocal.com/user_guide/realtime_data.html

Start the RealF1Client to establish a connection, subscribe to topics, and begin receiving real-time data. This call is blocking.

```python
client.run()  # Starts the client and begins receiving data

```

--------------------------------

### Run Real-Time Client

Source: http://livef1.goktugocal.com/_sources/user_guide/realtime_data.rst.txt

Start the RealF1Client to begin receiving and processing real-time data. This call initiates the connection and activates registered callbacks.

```python
client.run()  # Starts the client and begins receiving data
```

--------------------------------

### Parse Team Records (Commented Out)

Source: http://livef1.goktugocal.com/_modules/livef1/data_processing/parse_functions.html

Example of how team data might be processed, currently commented out. It structures team information with session keys.

```python

    
    # teams = data["Teams"]
    # records_teams = []

    # for team in teams.values():
    #     record = {
    #         "session_key": sessionKey,
    #         **team
    #     }
    #     records_teams.append(record)
    
    # return records_drivers#, records_teams
```

--------------------------------

### Initialize Session and Get Topic Names

Source: http://livef1.goktugocal.com/_sources/user_guide/data_objects.rst.txt

Initializes a Session object and retrieves the names of available data topics. Requires valid Season and Meeting objects.

```python
from livef1.models.session import Session

# Initialize a session
session = Session(season=season_2023, meeting=meeting, name="Practice 1")

# Get topic names
topic_names = session.get_topic_names()

# Load data for a specific topic
data = session.load_data(dataName="Car_Data")
```

--------------------------------

### Import Libraries for Race Analysis

Source: http://livef1.goktugocal.com/_sources/examples/pipelines/race_analysis.rst.txt

Imports necessary libraries for data manipulation, plotting, and the liveF1 SDK. Ensure these are installed before running.

```python
import livef1
import pandas as pd
import matplotlib.pyplot as plt
import seaborn as sns
from datetime import timedelta
```

--------------------------------

### get

Source: http://livef1.goktugocal.com/_modules/livef1/models/session.html

Retrieve one or multiple data topics from cache or load them, with optional parallel processing.

```APIDOC
## get

### Description
Retrieve one or multiple data topics from cache or load them, with optional parallel processing.

### Method
```python
def get(self, dataNames, level = "bronze", parallel: bool = False, force: bool = False)
```

### Parameters
#### Path Parameters
* **data_names** (Union[str, List[str]]) - Required - Single data topic name or list of data topic names to retrieve
* **parallel** (bool) - Optional - Whether to use parallel processing when fetching multiple topics. Defaults to False.
* **force** (bool) - Optional - Whether to force download data even if it exists in cache. Defaults to False.

### Returns
Union[BasicResult, Dict[str, BasicResult]]
If a single topic is requested, returns its BasicResult object. If multiple topics are requested, returns a dictionary mapping topic names to their BasicResult objects.

### Examples
```python
# Get single topic
telemetry = session.get_data("CarData.z")

# Get multiple topics in parallel (default)
data = session.get_data(["CarData.z", "Position.z", "SessionStatus"])

# Get multiple topics sequentially
data = session.get_data(["CarData.z", "Position.z"], parallel=False)

# Force download data even if cached
data = session.get_data("CarData.z", force=True)
```

### Notes
- Automatically handles both single and multiple data requests
- Checks cache (data lake) before loading new data unless force=True
- Uses parallel processing for multiple topics when parallel=True
- Returns same format as input: single result for str input, dict for list input
```

--------------------------------

### Run RealF1Client Asynchronously

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Starts the RealF1Client in asynchronous mode. This method initiates the underlying asynchronous engine to process real-time data.

```python
client.run()
```

--------------------------------

### Get Circuit Keys Data

Source: http://livef1.goktugocal.com/_modules/livef1/utils/helper.html

Fetches circuit keys data from a specified URL. Raises an exception if the request fails.

```python
def get_circuit_keys():
    response = requests.get(CIRCUIT_KEYS_URL)
    if response.status_code == 200:
        return pd.read_csv(CIRCUIT_KEYS_URL)
    else:
        raise Exception(f"Failed to load circuit keys: {response.status_code}")
```

--------------------------------

### Get Meeting by Key

Source: http://livef1.goktugocal.com/getting_started/quick_start.html

Retrieve a meeting object using its season and a unique meeting identifier string. The livef1 library must be imported.

```python
import livef1 as livef1
meeting = livef1.get_meeting(
   season=2024,
   meeting_identifier="Spa"
   )
print(meeting)
```

--------------------------------

### Get Session Topics Index

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Discover the available data topics and their respective keyframe and stream paths for a specific Formula 1 session.

```json
{
    "Feeds": {
        "SessionInfo": {
            "KeyFramePath": "SessionInfo.json",
            "StreamPath": "SessionInfo.jsonStream"
        },
        "TrackStatus": {
            "KeyFramePath": "TrackStatus.json",
            "StreamPath": "TrackStatus.jsonStream"
        },
        // ...other data topics
    }
}
```

--------------------------------

### Fetch Timing Data (Python)

Source: http://livef1.goktugocal.com/_sources/livetimingf1/data_topics.rst.txt

Use Python's requests library to get and parse the TimingDataF1.json file. This provides real-time timing data for each driver.

```python
import requests
url = "https://livetiming.formula1.com/static/2024/2024-07-28_Belgian_Grand_Prix/2024-07-28_Race/TimingDataF1.json"
response = requests.get(url)
data = response.json()
print(data)
```

--------------------------------

### Get Base Information Index

Source: http://livef1.goktugocal.com/livetimingf1/f1_data.html

Retrieves a list of available years and their corresponding API paths. This is the starting point for accessing historical or current season data.

```json
{
    "Years": [
        {
            "Year": 2024,
            "Path": "2024/"
        }
    ]
}

```

--------------------------------

### Get Specific Session Directly - Python

Source: http://livef1.goktugocal.com/user_guide/historical_data.html

Use this to retrieve a specific historical F1 session by providing the season year and unique identifiers for the meeting and session type. Ensure you have the livef1 package installed.

```python
import livef1

# Get specific session directly
race = livef1.get_session(
    season=2024,
    meeting_identifier="Spa",  # Circuit/Location name
    session_identifier="Race"     # Session type
)

```

--------------------------------

### Initialize RealF1Client

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Initializes the RealF1Client with specified topics and optional logging configurations. Raises an ArgumentError if topics are not a string or list.

```python
def __init__(
        self, 
        topics,
        log_file_name = None,
        log_file_mode = "w",
        ):

        self._connection_url = urljoin(BASE_URL, SIGNALR_ENDPOINT)
        self.headers = {
            'User-agent': 'BestHTTP',
            'Accept-Encoding': 'gzip, identity',
            'Connection': 'keep-alive, Upgrade'}

        if isinstance(topics, str): self.topics = [topics]
        elif isinstance(topics, list): self.topics = topics
        else: raise ArgumentError("You need to give list of topics you want to subscribe")
        
        self._log_file_name = log_file_name
        self._log_file_mode = log_file_mode
        self._handlers = {}

        if self._log_file_name:
            self._log_file = open(self._log_file_name, self._log_file_mode)
            @self.callback("default logger")
            async def print_callback(
                records
                ):
                for topic, data in records.items():
                    for record in data:
                        await self._file_logger(f"{topic} > {record}")
```

--------------------------------

### Navigate to Project Directory

Source: http://livef1.goktugocal.com/_sources/getting_started/installation.rst.txt

Change your current directory to the cloned LiveF1 project folder.

```bash
cd LiveF1
```

--------------------------------

### RealF1Client Initialization

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Initializes the RealF1Client with specified topics and optional logging configurations.

```APIDOC
## RealF1Client(topics, log_file_name=None, log_file_mode='w')

### Description
A client for managing real-time Formula 1 data streaming.

### Parameters
- **topics** (str or list) - Topic(s) to subscribe to for live updates.
- **log_file_name** (str, optional) - Name of the log file (default is None).
- **log_file_mode** (str, optional) - Mode for opening the log file (default is "w").
```

--------------------------------

### Get Table Data from Session

Source: http://livef1.goktugocal.com/_modules/livef1/models/session.html

Retrieves table data, handling both single string names and lists of names. It delegates to the main 'get' method.

```python
    def get_table(
        self,
        dataNames,
        level = "bronze",
        parallel: bool = False,
        force: bool = False
    ):
        if isinstance(dataNames, str):
            return self.get(
                dataNames,
                level=level,
                parallel= parallel,
                force = force)

        elif isinstance(dataNames, list):
            res = self.get(
                dataNames,
                level=level,
                parallel= parallel,
                force = force
                )
            return {name:table for name, table in res.items()}
        else: return None
```

--------------------------------

### RealF1Client Initialization and Callback Registration

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Demonstrates how to initialize the RealF1Client and register a custom callback function for incoming messages.

```APIDOC
## RealF1Client

### Description
Initializes the RealF1Client to connect to the live timing stream and receive data.

### Parameters
- **topics** (list[str]) - A list of topics to subscribe to.
- **log_file_name** (str, optional) - The name of the file to log incoming data to.

### Example
```python
from livef1.adapters.realtime_client import RealF1Client

client = RealF1Client(
    topics = ["CarData.z", "SessionInfo"],
    log_file_name="./output.json"
)

@client.callback("new one")
async def print_callback(records):
    print(records)

client.run()
```
```

--------------------------------

### Aggregate and Finalize Lap Data

Source: http://livef1.goktugocal.com/_modules/livef1/data_processing/silver_functions.html

Combines lap data from all drivers, calculates lap start dates, and adjusts lap start times. Deletes invalid laps and adds session and driver information.

```python
# Aggregate all laps data of the driver
        laps_df = pd.DataFrame(laps)    
        laps_df["DriverNo"] = driver_no
        if "LapStartTime" in laps_df.columns: laps_df = add_track_status(laps_df, df_track)
        all_laps.append(laps_df)

    all_laps_df = pd.concat(all_laps, ignore_index=True)
    
    new_ts = (all_laps_df["LapStartTime"] + all_laps_df["LapTime"]).shift(1)
    all_laps_df["LapStartTime"] = (new_ts.isnull() * all_laps_df["LapStartTime"]) + new_ts.fillna(timedelta(0))
    all_laps_df["LapStartDate"] = (all_laps_df["LapStartTime"] + session.first_datetime).fillna(session.session_start_datetime)
    all_laps_df["LapStartTime"] = all_laps_df["LapStartTime"].fillna(all_laps_df.iloc[1].LapStartTime - (all_laps_df.iloc[1].LapStartDate - all_laps_df.iloc[0].LapStartDate))

    # Delete laps
    all_laps_df = delete_laps(all_laps_df, df_rcm)

    # Add session data
    all_laps_df["SessionKey"] = sessionKey
    # Add driver data
    all_laps_df["Driver"] = all_laps_df["DriverNo"].map(session.drivers)
```

--------------------------------

### Example Logging in Client Callback

Source: http://livef1.goktugocal.com/user_guide/logging_config.html

Demonstrates how to use the logger within a RealF1Client callback. Includes setting the log level to DEBUG and logging messages at different levels (debug, info, error) during data processing.

```python
from livef1.adapters.realtime_client import RealF1Client
from livef1.utils.logger import logger, set_log_level
import logging

# Enable debug logging
set_log_level('DEBUG')

# Initialize client
client = RealF1Client(topics=["CarData.z"])

@client.callback("logging_example")
async def handle_data(records):
    logger.debug(f"Received {len(records)} records")
    logger.info("Processing new data batch")

    try:
        # Process records
        process_records(records)
    except Exception as e:
        logger.error(f"Error processing records: {e}")
```

--------------------------------

### LivetimingF1adapters GET Request

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/livetimingf1_adapter.html

Sends a GET request to a specified endpoint, handling timeouts, connection errors, and HTTP errors. Decodes the response content as UTF-8. Raises specific exceptions for different error types.

```python
req_url = urllib.parse.urljoin(self.url, endpoint)  # Build the full request URL
logger.debug(f"Sending GET request to URL: {req_url}")
response = requests.get(
    url=req_url,
    headers=header,
    timeout=300  # Timeout added for robustness
)
response.raise_for_status()

# Decode response
try:
    res_text = response.content.decode('utf-8-sig')
except UnicodeDecodeError as decode_err:
    logger.error(f"Failed to decode response: {decode_err}", exc_info=True)
    raise DataDecodingError(f"Failed to decode response: {decode_err}") from decode_err

return res_text
except requests.exceptions.Timeout as timeout_err:
    logger.error(f"Request timed out for URL: {req_url}", exc_info=True)
    raise TimeoutError(f"Request timed out: {timeout_err}") from timeout_err
except requests.exceptions.ConnectionError as conn_err:
    logger.error(f"Connection failed for URL: {req_url}", exc_info=True)
    raise ConnectionError(f"Connection failed: {conn_err}") from conn_err
except requests.exceptions.HTTPError as http_err:
    if response.status_code in [403,404]:
        logger.error(f"Endpoint not found: {req_url}", exc_info=True)
        raise InvalidEndpointError(f"Endpoint not found: {endpoint}") from http_err
    else:
        logger.error(f"HTTP error occurred for URL {req_url}: {http_err}", exc_info=True)
        raise AdapterError(f"HTTP error occurred: {http_err}") from http_err
except Exception as e:
    logger.critical(f"Unexpected error for URL {req_url}: {e}", exc_info=True)
    raise AdapterError(f"An unexpected error occurred: {e}") from e
```

--------------------------------

### Initialize RealF1Client

Source: http://livef1.goktugocal.com/_sources/user_guide/realtime_data.rst.txt

Instantiate the RealF1Client to connect to the active F1 session and stream data. Specify desired topics and optionally a log file for incoming data.

```python
from livef1.adapters.realtime_client import RealF1Client

client = RealF1Client(
    topics=["CarData.z", "SessionInfo"],
    log_file_name="./output.json"  # Optional: log incoming data
)
```

--------------------------------

### Get Session Details

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Contains detailed information about the session.

```APIDOC
## GET /static/{year}/{meeting_path}/{session_path}/SessionInfo.json

### Description
Contains detailed information about the session.

### Endpoint
https://livetiming.formula1.com/static/2024/2024-06-23_Spanish_Grand_Prix/2024-06-23_Race/SessionInfo.json

### Response
#### Success Response (200)
- **[Fields will vary based on the actual session data]**

### Response Example
```json
{
    "SessionName": "Race",
    "SessionType": "Race",
    "Track": {
        "Name": "Circuit de Barcelona-Catalunya",
        "Location": "Montmelo, Barcelona",
        "Country": "Spain"
    }
}
```
```

--------------------------------

### Get Yearly Sessions

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Lists races and sessions for a specified year.

```APIDOC
## GET /static/{year}/Index.json

### Description
Lists races and sessions for the specified year.

### Endpoint
https://livetiming.formula1.com/static/2024/Index.json

### Response
#### Success Response (200)
- **Year** (Integer) - The year of the data
- **Meetings** (Array) - List of races and associated sessions
  - **Key** (Integer) - Unique identifier for the meeting
  - **Name** (String) - Name of the meeting
  - **Sessions** (Array) - List of sessions for the meeting

### Response Example
```json
{
    "Year": 2024,
    "Meetings": [
        {
            "Key": 1238,
            "Name": "Spanish Grand Prix",
            "Sessions": [
                {
                    "Key": 9539,
                    "Type": "Race",
                    "Path": "2024/2024-06-23_Spanish_Grand_Prix/2024-06-23_Race/"
                }
            ]
        }
    ]
}
```
```

--------------------------------

### Set up SignalR Connection and Handlers

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/realtime_client.html

Configures the SignalR connection, registers the 'Streaming' hub, and sets up default message handlers for incoming methods.

```python
# Create connection
self._connection = Connection(self._connection_url, session=self._create_session())
# Register hub
hub = self._connection.register_hub('Streaming')
# Set default message handler
for method, handler in self._handlers.items():
    hub.client.on(method, handler)

# Subscribe topics in interest
hub.server.invoke("Subscribe", self.topics)
# Start the client
loop = asyncio.get_event_loop()
executor = concurrent.futures.ThreadPoolExecutor()
await loop.run_in_executor(executor, self._connection.start)
```

--------------------------------

### Extrapolated Clock

Source: http://livef1.goktugocal.com/_sources/livetimingf1/data_topics.rst.txt

Get the current extrapolated time data for the ongoing session.

```APIDOC
## GET /static/{year}/{event_name}/ExtrapolatedClock.json

### Description
Retrieves the current session time, including remaining time and extrapolation status.

### Method
GET

### Endpoint
/static/{year}/{event_name}/ExtrapolatedClock.json

### Response
#### Success Response (200)
- **Utc** (string) - The current time in UTC format.
- **Remaining** (string) - The time remaining in the session (format: HH:MM:SS).
- **Extrapolating** (boolean) - Indicates if the clock data is being extrapolated.

### Response Example
```json
{
    "Utc": "2024-07-28T14:25:45.007Z",
    "Remaining": "00:38:07",
    "Extrapolating": true
}
```
```

--------------------------------

### Registering Silver and Gold Tables Together

Source: http://livef1.goktugocal.com/_sources/user_guide/medallion_architecture.rst.txt

Demonstrates creating a Silver table 'SectorDiff' from a default Silver table 'laps', and then a Gold table 'SectorLeaders' from the newly created 'SectorDiff' table. Ensure to set gold=True when calling session.generate().

```python
import livef1

session = livef1.get_session(
   2024,
   "Belgian",
   "Qualifying"
)

@session.create_silver_table(
   table_name = "SectorDiff",
   source_tables = ["laps"], # This time we source from a default silver table to create a silver table.
   include_session = True
)
def sector_diff(session, laps):
   df = laps.groupby("DriverNo")[["Sector1_Time","Sector2_Time","Sector3_Time"]].min().reset_index()
   df["sector1_diff"] = (df["Sector1_Time"] - df["Sector1_Time"].min()).dt.total_seconds()
   df["sector2_diff"] = (df["Sector2_Time"] - df["Sector2_Time"].min()).dt.total_seconds()
   df["sector3_diff"] = (df["Sector3_Time"] - df["Sector3_Time"].min()).dt.total_seconds()
   df["DriverName"] = df["DriverNo"].map(lambda x: session.drivers[x].FullName)
   return df


@session.create_gold_table(
   table_name = "SectorLeaders",
   source_tables = ["SectorDiff"], # This time we source from a newly registered silver table to create a gold table.
   include_session = True
)
def sector_diff(session, SectorDiff):
   return SectorDiff.iloc[SectorDiff[["sector1_diff","sector2_diff","sector3_diff"]].idxmin().values)

# Generate all tables
session.generate(silver=True, gold=True) # We should set gold as True.
```

--------------------------------

### Get Session Topics

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Provides available data topics for a specific session.

```APIDOC
## GET /static/{year}/{meeting_path}/{session_path}/Index.json

### Description
Provides available data topics for a specific session.

### Endpoint
https://livetiming.formula1.com/static/2024/2024-06-23_Spanish_Grand_Prix/2024-06-23_Race/Index.json

### Response
#### Success Response (200)
- **Feeds** (Object) - Contains different data feed categories
  - **SessionInfo** (Object) - Details about the session
    - **KeyFramePath** (String) - Path to the keyframe data
    - **StreamPath** (String) - Path to the data stream
  - **TrackStatus** (Object) - Details about the track status

### Response Example
```json
{
    "Feeds": {
        "SessionInfo": {
            "KeyFramePath": "SessionInfo.json",
            "StreamPath": "SessionInfo.jsonStream"
        },
        "TrackStatus": {
            "KeyFramePath": "TrackStatus.json",
            "StreamPath": "TrackStatus.jsonStream"
        }
    }
}
```
```

--------------------------------

### Complete Historical Data Analysis Example

Source: http://livef1.goktugocal.com/user_guide/historical_data.html

Demonstrates a full workflow for analyzing historical race data. It includes fetching session data, generating processed data, extracting lap times and telemetry, and analyzing the fastest laps per driver.

```python
import livef1

# Get a specific race session
race = livef1.get_session(
    season=2023,
    meeting_identifier="Monaco",
    session_identifier="Race"
)

# Generate processed data
race.generate()

# Get lap times and telemetry
laps_data = race.laps
telemetry = race.carTelemetry

# Analyze fastest laps
fastest_laps = laps_data.sort_values('LapTime').groupby('DriverNumber').first()
print("Fastest laps by driver:\n****************")
print(fastest_laps[['LapTime', 'LapNumber']])
```

--------------------------------

### Print Topic Names and Descriptions

Source: http://livef1.goktugocal.com/_modules/livef1/models/session.html

Prints the key and description for each topic available in the session. It ensures topic names are loaded first by calling `get_topic_names` if necessary.

```python
        if not hasattr(self, "topic_names_info"):
            self.get_topic_names()

        
        logger.debug(f"Printing topic names and descriptions for the session: {self.meeting.name}: {self.name}")
        for topic in self.topic_names_info:
            print(self.topic_names_info[topic]["key"], ": \n\t", self.topic_names_info[topic]["description"])
```

--------------------------------

### livetimingF1_request Function

Source: http://livef1.goktugocal.com/api_reference/livetimingf1_adapter.html

Wrapper function to perform a GET request to the Livetiming F1 API.

```APIDOC
## livetimingF1_request(url)

### Description
Wrapper function to perform a GET request to the Livetiming F1 API.

### Parameters
- **url** (str) - Required - The full URL to request.

### Returns
- dict: Parsed JSON response from the API.
```

--------------------------------

### Initialize LivetimingF1adapters

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/livetimingf1_adapter.html

Initializes the adapter with the base URL for the F1 Livetiming API. The base URL is constructed using BASE_URL and STATIC_ENDPOINT constants.

```python
self.url = urllib.parse.urljoin(BASE_URL, STATIC_ENDPOINT)  # Base URL for F1 Livetiming API
```

--------------------------------

### Get Base Information

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Retrieves a list of available years and their corresponding data paths.

```APIDOC
## GET /static/Index.json

### Description
Provides a list of available years and their corresponding paths.

### Endpoint
https://livetiming.formula1.com/static/Index.json

### Response
#### Success Response (200)
- **Years** (Array) - List of available years and paths
  - **Year** (Integer) - The year of the data
  - **Path** (String) - Path to access the year-specific data

### Response Example
```json
{
    "Years": [
        {
            "Year": 2024,
            "Path": "2024/"
        }
    ]
}
```
```

--------------------------------

### Get Laps Data

Source: http://livef1.goktugocal.com/api_reference/models.html

Retrieves lap data. Logs a message if the data has not yet been generated.

```python
session.get_laps()
```

--------------------------------

### print_topic_names(_urljoin(session.full_path_ , _session.topic_names_info[dataName][dataType])_ , _stream=stream_)

Source: http://livef1.goktugocal.com/api_reference/models.html

Prints the key and description for each topic available in the topic_names_info attribute. Fetches topic info if not already populated.

```APIDOC
## print_topic_names(_urljoin(session.full_path_ , _session.topic_names_info[dataName][dataType])_ , _stream=stream_)

### Description
This method prints the key and description for each topic available in the topic_names_info attribute. If the topic_names_info attribute is not already populated, it fetches the data using the get_topic_names method.

### Notes
  * The method assumes the topic_names_info attribute is a dictionary
where each key represents a topic, and its value is another dictionary containing key and description. - The get_topic_names method is called if topic_names_info is not already populated.

### Examples
The output would be:
```
T1 : 
    Description for topic 1
T2 : 
    Description for topic 2

```
```

--------------------------------

### Register Silver and Gold Tables Together

Source: http://livef1.goktugocal.com/user_guide/medallion_architecture.html

Demonstrates registering both Silver and Gold layer tables. The 'SectorDiff' Silver table sources from a default table ('laps'), and the 'SectorLeaders' Gold table sources from the newly created 'SectorDiff' table.

```python
import livef1

session = livef1.get_session(
   2024,
   "Belgian",
   "Qualifying"
)

@session.create_silver_table(
   table_name = "SectorDiff",
   source_tables = ["laps"], # This time we source from a default silver table to create a silver table.
   include_session = True
)
def sector_diff(session, laps):
   df = laps.groupby("DriverNo")[["Sector1_Time","Sector2_Time","Sector3_Time"]].min().reset_index()
   df["sector1_diff"] = (df["Sector1_Time"] - df["Sector1_Time"].min()).dt.total_seconds()
   df["sector2_diff"] = (df["Sector2_Time"] - df["Sector2_Time"].min()).dt.total_seconds()
   df["sector3_diff"] = (df["Sector3_Time"] - df["Sector3_Time"].min()).dt.total_seconds()
   df["DriverName"] = df["DriverNo"].map(lambda x: session.drivers[x].FullName)
   return df


@session.session.create_gold_table(
   table_name = "SectorLeaders",
   source_tables = ["SectorDiff"], # This time we source from a newly registered silver table to create a gold table.
   include_session = True
)
def sector_diff(session, SectorDiff):
   return SectorDiff.iloc[SectorDiff[["sector1_diff","sector2_diff","sector3_diff"]].idxmin().values]

# Generate all tables
session.generate(silver=True, gold=True) # We should set gold as True.
```

--------------------------------

### livetimingF1_request

Source: http://livef1.goktugocal.com/_modules/livef1/adapters/livetimingf1_adapter.html

A wrapper function to perform a GET request to the Livetiming F1 API and parse the JSON response.

```APIDOC
## livetimingF1_request

### Description
This function initializes the `LivetimingF1adapters` and uses its `get` method to fetch data from a given URL. It then parses the response as JSON.

### Method
GET (internal)

### Endpoint
[URL provided as parameter]

### Parameters
#### Path Parameters
None

#### Query Parameters
None

#### Request Body
None

### Request Example
```python
api_url = "https://api.example.com/f1/livetiming/data"
parsed_data = livetimingF1_request(api_url)
```

### Response
#### Success Response (200)
- **dict**: A dictionary containing the parsed JSON response from the API.

#### Response Example
```json
{
  "status": "success",
  "data": [
    {"id": 1, "value": "example"}
  ]
}
```

### Error Handling
- **ParsingError**: If the response content cannot be parsed as JSON.
```

--------------------------------

### Configure LiveF1 Logger

Source: http://livef1.goktugocal.com/_modules/livef1/utils/logger.html

Sets up the main 'livef1' logger with console and file handlers. The logger level is initially set to INFO, but can be overridden by the DEBUG environment variable.

```python
import logging
import os

# Logger setup
# LOG_LEVEL = logging.DEBUG if os.getenv("DEBUG", "False").lower() == "true" else logging.INFO
LOG_LEVEL = logging.INFO
STREAM_LOG_FORMAT = "% (asctime)s - %(message)s"
FILE_LOG_FORMAT = "% (asctime)s - %(name)s - %(levelname)s - %(message)s"

# Configure logger
logger = logging.getLogger("livef1")
logger.setLevel(LOG_LEVEL)

# Handlers
console_handler = logging.StreamHandler()
console_handler.setFormatter(logging.Formatter(STREAM_LOG_FORMAT,"%H:%M:%S"))

file_handler = logging.FileHandler("livef1.log")
file_handler.setFormatter(logging.Formatter(FILE_LOG_FORMAT,"%Y-%m-%d %H:%M:%S"))

# Add handlers to logger
logger.addHandler(console_handler)
logger.addHandler(file_handler)
```

--------------------------------

### Add Custom Handler

Source: http://livef1.goktugocal.com/_sources/user_guide/logging_config.rst.txt

Extend the logger by adding custom handlers. This example adds a StreamHandler with a custom formatter.

```python
from livef1.utils.logger import logger
import logging

# Create custom handler
custom_handler = logging.StreamHandler()
custom_handler.setFormatter(logging.Formatter('%(asctime)s - %(message)s'))
logger.addHandler(custom_handler)
```

--------------------------------

### Get Car Telemetry Data

Source: http://livef1.goktugocal.com/api_reference/models.html

Retrieves car telemetry data. Logs a message if the data has not yet been generated.

```python
session.get_car_telemetry()
```

--------------------------------

### Get Session Data and Process It

Source: http://livef1.goktugocal.com/user_guide/data_models.html

Illustrates how to retrieve a specific F1 session (e.g., Race) and access its raw data, generate processed tables, or access processed data like laps and telemetry.

```python
# Get specific session
session = livef1.get_session(
    season=2024,
    meeting_identifier="Monaco",
    session_identifier="Race"
)

# Load raw data
telemetry = session.get_data("CarData.z")

# Generate processed tables
session.generate(silver=True)

# Access processed data
laps = session.laps
telemetry = session.carTelemetry
```

--------------------------------

### Register Custom Silver Tables

Source: http://livef1.goktugocal.com/user_guide/medallion_architecture.html

Demonstrates the import statement for registering custom Silver layer tables. The actual registration logic would follow this import.

```python
import livef1

```

--------------------------------

### Clone LiveF1 Repository

Source: http://livef1.goktugocal.com/_sources/getting_started/installation.rst.txt

Clone the LiveF1 repository from GitHub to get the latest development version or to contribute to the project.

```bash
git clone https://github.com/goktugocal/LiveF1.git
```

--------------------------------

### Get Yearly Sessions Index

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Fetch a list of races and sessions for a specific year, such as 2024, from the F1 LiveTiming API.

```json
{
    "Year": 2024,
    "Meetings": [
        {
            "Key": 1238,
            "Name": "Spanish Grand Prix",
            "Sessions": [
                {
                    "Key": 9539,
                    "Type": "Race",
                    "Path": "2024/2024-06-23_Spanish_Grand_Prix/2024-06-23_Race/"
                },
                // ...other sessions
            ]
        },
        // ...other meetings
    ]
}
```

--------------------------------

### Get Base Information Index

Source: http://livef1.goktugocal.com/_sources/livetimingf1/f1_data.rst.txt

Retrieve a list of available years and their corresponding data paths from the F1 LiveTiming API.

```json
{
    "Years": [
        {
            "Year": 2024,
            "Path": "2024/"
        }
    ]
}
```

--------------------------------

### Database Handler for Real-Time Data

Source: http://livef1.goktugocal.com/_sources/user_guide/realtime_data.rst.txt

An example class demonstrating how to store incoming real-time F1 data into an SQLite database. It includes table creation and data insertion methods, handling telemetry data with timestamps and driver information.

```python
import sqlite3
from datetime import datetime
import json

class F1Database:
    def __init__(self, db_name="f1_data.db"):
        self.conn = sqlite3.connect(db_name)
        self.create_tables()
    
    def create_tables(self):
        cursor = self.conn.cursor()
        cursor.execute('''
            CREATE TABLE IF NOT EXISTS telemetry_data (
                id INTEGER PRIMARY KEY AUTOINCREMENT,
                timestamp TEXT,
                topic TEXT,
                driver_number INTEGER,
                data JSON
            )
        ''')
        self.conn.commit()
    
    def insert_data(self, timestamp, topic, driver_number, data):
        cursor = self.conn.cursor()
        cursor.execute('''
            INSERT INTO telemetry_data (timestamp, topic, driver_number, data)
            VALUES (?, ?, ?, ?)
        ''', (timestamp, topic, driver_number, json.dumps(data)))
        self.conn.commit()
```

--------------------------------

### Parallel vs Sequential Data Loading

Source: http://livef1.goktugocal.com/_sources/user_guide/historical_data.rst.txt

Demonstrates how to load multiple data topics from a session, either in parallel (default) or sequentially. Use parallel loading for multiple large datasets to improve performance.

```python
# Load multiple topics in parallel (default behavior)
data = session.get_data(
    ["CarData.z", "Position.z", "SessionStatus"]
)
```

```python
# Load topics sequentially (parallel disabled)
data = session.get_data(
    ["CarData.z", "Position.z", "SessionStatus"],
    parallel=False
)
```

--------------------------------

### add_distance_to_lap

Source: http://livef1.goktugocal.com/api_reference/medallion_arch.html

Calculates the cumulative distance covered by a car during a lap based on its speed and timestamp, adjusting for starting line coordinates and direction.

```APIDOC
## add_distance_to_lap

### Description
Calculates the cumulative distance covered by a car during a lap based on its speed and timestamp. Adjusts the distance based on the starting line coordinates and direction.

### Parameters
- **lap_df** (pd.DataFrame): DataFrame containing lap data with columns ‘speed’, ‘timestamp’, ‘X’, and ‘Y’.
- **start_x** (float): X-coordinate of the starting line.
- **start_y** (float): Y-coordinate of the starting line.
- **x_coeff** (float): Coefficient for determining direction along the X-axis.
- **y_coeff** (float): Coefficient for determining direction along the Y-axis.

### Returns
- **pd.DataFrame**: Updated DataFrame with a new ‘Distance’ column representing the cumulative distance.
```

--------------------------------

### Print Session.SectorLeaders Head

Source: http://livef1.goktugocal.com/_sources/user_guide/medallion_architecture.rst.txt

Prints the first few rows of the 'SectorLeaders' table, showing the drivers with the minimum sector times.

```python
print(session.SectorLeaders.head())
```

--------------------------------

### RealF1Client Methods

Source: http://livef1.goktugocal.com/api_reference/realtime_client.html

Provides an overview of the methods available on the RealF1Client class for managing real-time data streams.

```APIDOC
## RealF1Client

### Description
Represents a client for receiving real-time data. It handles message processing and callbacks.

### Methods

#### `callback()`

##### Description
Registers a callback function to be executed when a new message is received.

##### Parameters
- **callback_func** (function) - Required - The function to be called with the received message.

#### `on_message()`

##### Description
Internal method to process incoming messages. This method is typically called by the underlying transport layer.

##### Parameters
- **message** (bytes) - Required - The raw message data received.

#### `run()`

##### Description
Starts the real-time client and begins listening for incoming messages. This method will block until the client is stopped or an error occurs.

##### Parameters
None
```

--------------------------------

### Fetch Session Info using Python

Source: http://livef1.goktugocal.com/_sources/livetimingf1/data_topics.rst.txt

This Python script demonstrates how to fetch and parse the SessionInfo.json file from the Live Timing F1 API using the urllib library.

```python
from urllib.request import urlopen
import json

url = "https://livetiming.formula1.com/static/2024/2024-07-28_Belgian_Grand_Prix/2024-07-28_Race/SessionInfo.json"
response = urlopen(url)
data = json.loads(response.read().decode('utf-8'))
print(data)
```

--------------------------------

### Initialize livef1SessionETL with Session and Function Map

Source: http://livef1.goktugocal.com/_modules/livef1/data_processing/etl.html

Initializes the ETL class with a session object and a mapping of data titles to parsing functions. Ensure the function_map is correctly defined before instantiation.

```python
class livef1SessionETL:
    def __init__(self, session):
        self.session = session
        self.function_map = function_map
```

--------------------------------

### get_driver(_identifier : str_)

Source: http://livef1.goktugocal.com/api_reference/models.html

Get a specific driver by their number, name, or short name. Returns the Driver object or None if not found.

```APIDOC
## get_driver(_identifier : str_) → Driver

### Description
Get a specific driver by their number, name, or short name.

### Parameters
#### Path Parameters
- **identifier** (str) - Required - The driver’s racing number, full name, or short name.

### Returns
Driver
    The Driver object for the specified identifier, or None if not found.
```

--------------------------------

### Get Multiple Topics Data in Parallel

Source: http://livef1.goktugocal.com/api_reference/models.html

Retrieve data for multiple topics simultaneously. This is the default behavior when a list of topics is provided.

```python
data = session.get_data(["CarData.z", "Position.z", "SessionStatus"])
```