nbframes

nbframes is a Python library designed to simplify the creation and manipulation of network diagrams, often referred to as network frames. It provides a programmatic approach to defining network topologies, allowing users to specify devices, their connections, and associated attributes. The library aims to abstract away the complexities of underlying graphing libraries, offering a more intuitive interface for network engineers and developers.

The core functionality of nbframes revolves around representing network elements as nodes and the links between them as edges. Users can define different types of devices, such as routers, switches, and servers, and establish connections between these devices. Attributes like IP addresses, interface names, and device models can be associated with both nodes and edges to enrich the network representation.

nbframes supports the visualization of these network frames, typically by integrating with popular plotting libraries. This enables users to generate visual representations of their network topologies, which can be invaluable for understanding complex network architectures, troubleshooting issues, or planning network changes. The library offers flexibility in customizing the appearance of the diagrams, allowing for adjustments to node shapes, colors, and edge styles.

The primary use cases for nbframes include network documentation, automated network analysis, and simulation. By programmatically defining network structures, users can more easily generate and update network diagrams as their infrastructure evolves. The ability to represent and visualize network data also aids in identifying patterns, bottlenecks, or potential points of failure within a network.