iniya-secondary-clients 0.1.2

Client utilities for Iniya system

PROJECT-INIYA

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Iniya-Secondary-Clients

This package Contains all the Secondary clients that are used by Project-Iniya for its working

Setup

• Installing the Package only from PIP/PyPI will not work. At First Run IniyaSecondaryClients.Setup.install_requirements() must be executed to install all teh required Packages

Auth

• This is used to Authentiate to the app using oauth providers like google, github which is required for searchclient/ConnectClient(in-dev)
• The token is stored in the Windows Credentials Store using keyring
• This has three functions: login , verify_token and logout
  • login : This is used to login to the APP
  • verify_token: this is a internal function that is used to check if the login is valid or not and then token stored in the device is correct or not
  • logout: this logs out the user from the device
• Usage:

  from IniyaSecondaryClient.Auth import login, logout 
  
  # opens brower, follows the oauth login system
  login() 
  
  # clears out the token from the device
  logout()
  

Search Client

• This Uses tavily Api throught our own API for rate regulation and usage limitation
• usage:

    from IniyaSecondaryClient.Client import SearchClient
  
    # SearchClient(base_url = "https://iniyaai-backend.onrender.com/api/apis") 
    # This is the default url using our own backend system for seaching
    searchClient = SearchClient() 
  
    # search(
        query: str,
        search_depth: str = "basic",
        max_results: int = 5,
        include_domains: Optional[List[str]] = None,
        exclude_domains: Optional[List[str]] = None,
        include_answer: bool = False,
        include_raw_content: bool = False,
        **kwargs
      ) -> Dict[str, Any]:
    
    # this uses the Search function in Tavily API to return a Dict
  
    result = searchClient.search("Test query", <options>)
  
    # extract(
        urls: List[str], 
        includeImages: Optional[bool] = None,
        extractDepth: Optional[Literal["basic", "advanced"]] = None,
        format: Optional[Literal["markdown", "text"]] = None,
        timeout: Optional[int] = None,
        includeFavicon: Optional[bool] = None,
        includeUsage: Optional[bool] = None,
        query: Optional[str] = None,
        chunksPerSource: Optional[int] = None,
        **kwargs,
      ) -> Dict[str, Any]:
    
    # this uses the Extract function in Tavily API to return a Dict
  
    result = searchClient.extract(["urls"], <options>)
  
  

Audio Client

• Auto Detects System hardware to Use the Best Quality Audio STT, TTS Available with the Users System

• it uses Vosk, Whipser to Trascribe and Piper to Synthesize

• It has 6 major Functions : transcribe , synthesise , set_input_device, list_usable_input_devices, start_listening and stop_listening

  • trascribe: Takes in a bytes (raw PCM int16) or np.ndarray (float32/int16) or str/Path (wav file path) and provides the Text as a String
  • synthesise: Takes in a String and returns a Raw int16 PCM bytes (22050 Hz, mono).
  • set_input_device: Takes the Device Index No. (according to Windows Input Device nos.) and uses that Input for live transcription
  • start_listening: Starts a Thread to Listen to the Input Device Set using the above function and transcrips it
  • stop_listening: Stops the Transcription thread

• Usage:

  from IniyaSeconsdaryClient.Client import AudioClient
  
  # Doesnt Take any Parameters
  audioClient = AudioClient()
  
  # transcribe(
      self,
      audio: AudioInput,
      sample_rate: int = 16000,
      language: str = "en",
      on_partial: Optional[OnPartial] = None,
    ) -> str:
  # on_partial is a callable Function which returns a partial transcripted string if found
  
  res = audioClient.transcribe(<audio byte array>)
  
  # synthesise(
        self,
        text: str,
        play: bool = False,
        output_path: Optional[Union[str, Path]] = None,
    ) -> bytes:
  # play: uses mpv to play the synthesized audio 
  # output_path: provides the path to which the audio file has been stored
  
  res = audioClient.synthesize("Hello world, test Synthezier")
  
  # returns the list of devices which can be used as a input device for the live transcriptor
  listofusabledevices = audioClient.list_usable_input_devices()
  
  # changes the input device to idx as returned by the above function
  audioClient.set_input_device(idx)
  
  # def start_listening(
        self,
        on_result: Callable[[str], None],
        on_partial: Optional[OnPartial] = None,
    ) -> None:
  # on_partial is a callable Function which returns a partial transcripted string if found
  # on_result is also a callable Function which which returns the finnal string when the stop_listening function is called
  
  audioClient.start_listening(<on_final_result_func>)
  
  # stop_listening(self) -> None:
  # stops the transcription thread
  
  audioClient.stop_listening()
  
  

VizualizerClient

• REQUIRES CUDA 13.0 COMPATIBLE GPU TO USE

• uses Blenderllm (fallback as Shap-e, can also be selected) to generate 3d Models from text

• blender has to be installed to use Blenderllm

• it has the following functions: generate_3d

• it has a inbulit webpage/server

• usage:

  from IniyaSecondaryClient.Client import VizualizerClient
  
  # VizualizerClient(
      start_server: bool = True,
      engine: Optional[Literal["blenderllm", "shap-e", "auto"]] = "auto",
      blender_path: Optional[str] = None,
      blenderllm_model: str = "FreedomIntelligence/BlenderLLM",
      use_4bit: bool = True,
  )
  # start_server is used to set if a flask server will be started or not for viewing the glbs files
  # engine specifies which models will be used for generation
  # blender path is autodected if not provided otherwise the provided path is used for creating the glb files using blender
  
  vizClient = VizualizerClient()
  

  

  # if You are using the GUI.. then You can write the text and click generate and wait for it.. 
  
  # Otherwise Use the following fucntion 
  # generate_3d(
      self,
      prompt: str,
      filename: str = "output.glb",
      guidance_scale: float = 15.0,
      steps: int = 64,
    ) -> Path:
  # It takes in the prompt and few options and provides the path to the glb file
  
  path = vizClient.generate_3d("A Computer Cabinet")