<｜begin▁of▁sentence｜>### Instruction:
Imagine you're working on a software development project where you need to integrate various components of a graphical system. During this process, you encounter a segment that requires you to handle graph structures represented as strings in a specific encoding known as sparse6. You're given a string in this format: b':A_', which symbolizes an undirected graph. Your task, as a computer programmer, is to translate this sparse6 formatted string into a structure that can be managed by the NetworkX library—a tool you're utilizing for graph manipulation within your program. Once you've successfully converted the string into a NetworkX Graph object, your goal is to extract and list the edges of this graph, providing insights into the connections between nodes. This information is crucial for the further development and testing of the graph-related components in your application. How would you proceed to achieve this task while sticking to the planned development roadmap?
### Response:
import networkx as nx

# Sparse6 format string for an undirected graph
sparse6_string = b':A_'

# Convert the sparse6 string to a networkx Graph
G = nx.from_sparse6_bytes(sparse6_string)

# Print the sorted list of edges in the graph
print(sorted(G.edges()))
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