semvec/pypi-packages huggingface dataset:
autogencap 0.0.11
CAP w/ autogen bindings
Requires Python: >=3.8

# Composable Actor Platform (CAP) for AutoGen

## I just want to run the remote AutoGen agents!
*Python Instructions (Windows, Linux, MacOS):*

pip install autogencap-rajan.jedi

1) AutoGen require OAI_CONFIG_LIST.
   AutoGen python requirements: 3.8 <= python <= 3.11

```

## What is Composable Actor Platform (CAP)?
AutoGen is about Agents and Agent Orchestration.  CAP extends AutoGen to allows Agents to communicate via a message bus.  CAP, therefore, deals with the space between these components.  CAP is a message based, actor platform that allows actors to be composed into arbitrary graphs.

Actors can register themselves with CAP, find other agents, construct arbitrary graphs, send and receive messages independently and many, many, many other things.

```python
# CAP Library
from autogencap.ComponentEnsemble import ComponentEnsemble
from autogencap.Actor import Actor

# A simple Agent
class GreeterAgent(Actor):
    def __init__(self):
        super().__init__(
            agent_name="Greeter",
            description="This is the greeter agent, who knows how to greet people.")

    # Prints out the message it receives
    def on_txt_msg(self, msg):
        print(f"Greeter received: {msg}")
        return True

ensemble = ComponentEnsemble()
# Create an agent
agent = GreeterAgent()
# Register an agent
ensemble.register(agent) # start message processing
# call on_connect() on all Agents
ensemble.connect()
# Get a channel to the agent
greeter_link = ensemble.find_by_name("Greeter")
#Send a message to the agent
greeter_link.send_txt_msg("Hello World!")
# Cleanup
greeter_link.close()
ensemble.disconnect()
```

### Check out other demos in the `py/demo` directory.  We show the following: ###
1) Hello World shown above
2) Many CAP Actors interacting with each other
3) A pair of interacting AutoGen Agents wrapped in CAP Actors
4) CAP wrapped AutoGen Agents in a group chat
5) Two AutoGen Agents running in different processes and communicating through CAP
6) List all registered agents in CAP
7) Run Agent in user supplied message loop
autogencap-rajan.jedi 0.0.11
CAP w/ autogen bindings
Requires Python: >=3.8

# Composable Actor Platform (CAP) for AutoGen

## I just want to run the remote AutoGen agents!
*Python Instructions (Windows, Linux, MacOS):*

pip install autogencap-rajan.jedi

1) AutoGen require OAI_CONFIG_LIST.
   AutoGen python requirements: 3.8 <= python <= 3.11

```

## What is Composable Actor Platform (CAP)?
AutoGen is about Agents and Agent Orchestration.  CAP extends AutoGen to allows Agents to communicate via a message bus.  CAP, therefore, deals with the space between these components.  CAP is a message based, actor platform that allows actors to be composed into arbitrary graphs.

Actors can register themselves with CAP, find other agents, construct arbitrary graphs, send and receive messages independently and many, many, many other things.

```python
# CAP Library
from autogencap.ComponentEnsemble import ComponentEnsemble
from autogencap.Actor import Actor

# A simple Agent
class GreeterAgent(Actor):
    def __init__(self):
        super().__init__(
            agent_name="Greeter",
            description="This is the greeter agent, who knows how to greet people.")

    # Prints out the message it receives
    def on_txt_msg(self, msg):
        print(f"Greeter received: {msg}")
        return True

ensemble = ComponentEnsemble()
# Create an agent
agent = GreeterAgent()
# Register an agent
ensemble.register(agent) # start message processing
# call on_connect() on all Agents
ensemble.connect()
# Get a channel to the agent
greeter_link = ensemble.find_by_name("Greeter")
#Send a message to the agent
greeter_link.send_txt_msg("Hello World!")
# Cleanup
greeter_link.close()
ensemble.disconnect()
```

### Check out other demos in the `py/demo` directory.  We show the following: ###
1) Hello World shown above
2) Many CAP Actors interacting with each other
3) A pair of interacting AutoGen Agents wrapped in CAP Actors
4) CAP wrapped AutoGen Agents in a group chat
5) Two AutoGen Agents running in different processes and communicating through CAP
6) List all registered agents in CAP
7) Run Agent in user supplied message loop
modbus-tcp-simulator 0.5.0
A Simple Modbus TCP Device Simulator used for modpoll tool
Requires Python: <4.0,>=3.8.2

# ModSim - A Simple Modbus TCP Device Simulator

*modsim* is a simple Modbus TCP device simulator deployed at `modsim.topmaker.net:502`.
It works as a remote Modbus-TCP (virtual) device, which has already been populated with all 4 types of registers, i.e.
- Coil Type
- Discrete input Type
- Input register Type
- Holding register Type

It is recommended to use [modpoll](https://github.com/gavinying/modpoll) tool to communicate with it, the example configuration is as following,

```
device,modsim001,1,,
poll,coil,0,12,BE_BE
ref,coil01-08,0,bool8,rw
ref,coil09-12,1,bool8,rw
poll,discrete_input,10000,16,BE_BE
ref,di01-08,10000,bool8,rw
ref,di09-16,10001,bool8,rw
poll,input_register,30000,20,BE_BE
ref,input_reg01,30000,uint16,rw
ref,input_reg02,30001,uint16,rw
ref,input_reg03,30002,uint16,rw
ref,input_reg04,30003,uint16,rw
ref,input_reg05,30004,int16,rw
ref,input_reg06,30005,int16,rw
ref,input_reg07,30006,int16,rw
ref,input_reg08,30007,int16,rw
ref,input_reg09,30008,uint32,rw
ref,input_reg10,30010,uint32,rw
ref,input_reg11,30012,int32,rw
ref,input_reg12,30014,int32,rw
ref,input_reg13,30016,float32,rw
ref,input_reg14,30018,float32,rw
poll,holding_register,40000,20,BE_BE
ref,holding_reg01,40000,uint16,rw
ref,holding_reg02,40001,uint16,rw
ref,holding_reg03,40002,uint16,rw
ref,holding_reg04,40003,uint16,rw
ref,holding_reg05,40004,int16,rw
ref,holding_reg06,40005,int16,rw
ref,holding_reg07,40006,int16,rw
ref,holding_reg08,40007,int16,rw
ref,holding_reg09,40008,uint32,rw
ref,holding_reg10,40010,uint32,rw
ref,holding_reg11,40012,int32,rw
ref,holding_reg12,40014,int32,rw
ref,holding_reg13,40016,float32,rw
ref,holding_reg14,40018,float32,rw
```

## Quick Start

A docker image has been provided for user to directly run the program,

```bash
docker run -p 5020:5020 helloysd/modsim:latest
```

The above one-line command will create a virtual Modbus TCP device running at `localhost:5020`.

To verify it, you can test by [modpoll](https://github.com/gavinying/modpoll) tool with the following command,

```bash
modpoll \
  --tcp localhost \
  --tcp-port 5020 \
  --config https://raw.githubusercontent.com/gavinying/modpoll/master/examples/modsim.csv
```

> **_Note_**: add `sudo` before `docker run` command if you want to use the Modbus TCP standard port `502`.
pro-video-ferramentas-Ronaldoo-2024-ds 1.0
Este pacote irá fornecer ferramentas de processamento de video
Keywords: Camera, Video, Processamento

# Pro Video Ferramentas

DescriÃ§Ã£o de como seu pacote funciona...

* Passos para instalaÃ§Ã£o
* Outras info. relevantes(autores, empresa,contato)