# Table of Contents

* [example\_library](#example_library)
  * [add\_two\_numbers](#example_library.add_two_numbers)
* [MemoryReadingAtomicFlow](#MemoryReadingAtomicFlow)
  * [MemoryReadingAtomicFlow](#MemoryReadingAtomicFlow.MemoryReadingAtomicFlow)
    * [\_\_init\_\_](#MemoryReadingAtomicFlow.MemoryReadingAtomicFlow.__init__)
    * [run](#MemoryReadingAtomicFlow.MemoryReadingAtomicFlow.run)
* [run](#run)
* [\_\_init\_\_](#__init__)

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# example\_library

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#### add\_two\_numbers

```python
def add_two_numbers(a, b)
```

Add two numbers together and return the result

**Arguments**:

- `a`: first number
- `b`: second number

**Returns**:

sum of a and b

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# MemoryReadingAtomicFlow

<a id="MemoryReadingAtomicFlow.MemoryReadingAtomicFlow"></a>

## MemoryReadingAtomicFlow Objects

```python
class MemoryReadingAtomicFlow(AtomicFlow)
```

A flow to read memory from given files.

Any composite flow that uses this flow should have
memory_files: Dict[str, str] which maps memory name to its memory file location in the flow_state

*Input Interface*:
- `memory_files` : name of the Dict which maps the memory name to its file location e.g. {"plan": "examples/JARVIS/plan.txt"}

*Output_Interface*:
- corresponding memory content, for example, `code_library`. There could be multiple memory content returned.

*Configuration Parameters*:
- `input_interface`: input interface of the flow
- `output_interface`: output interface of the flow

<a id="MemoryReadingAtomicFlow.MemoryReadingAtomicFlow.__init__"></a>

#### \_\_init\_\_

```python
def __init__(**kwargs)
```

This is the constructor of the :class:`MemoryReadingAtomicFlow` class.

**Arguments**:

- `kwargs` (`Dict[str, Any]`): additional arguments to pass to the :class:`AtomicFlow` constructor

<a id="MemoryReadingAtomicFlow.MemoryReadingAtomicFlow.run"></a>

#### run

```python
def run(input_data: Dict[str, Any])
```

Run the flow.

**Arguments**:

- `input_data` (`Dict[str, Any]`): the input data

**Returns**:

`Dict[str, Any]`: the output data

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# run

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# \_\_init\_\_