<｜begin▁of▁sentence｜>### Instruction:
As an industrial designer, your team is working on developing a new line of smart home products. To facilitate better understanding and organization, you have created a directed graph representing the interactions between various components and features in the smart home system using a GML file named 'directed_graph.gml'.

Your goal is to use the all_st_cuts function in igraph to identify all the potential disconnections between the central control unit (ID 0) and a crucial smart home feature (ID 5). This will help in identifying critical paths and potential vulnerabilities in the system.

By obtaining and analyzing these cuts, you can ensure that the connectivity and functionality of the smart home system are robust and resilient to potential disruptions.
### Response:
from igraph import Graph

# Create a directed graph
# Assume we have an igraph graph object `g`, already loaded with nodes and directed edges
g = Graph.Read_GML('directed_graph.gml')

# Define source and target vertices
source_vertex_id = 0
target_vertex_id = 5

# Get all st-cuts from source to target
all_cuts = g.all_st_cuts(source_vertex_id, target_vertex_id)

# Print all cuts between source and target
for cut in all_cuts[0]:
    print('Cut edges:', g.es[cut])
    print('Separated vertices:', all_cuts[1])
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