<｜begin▁of▁sentence｜>### Instruction:
At this point, you have collected and analyzed a large dataset representing the network connections of a company's internal infrastructure. The network is stored in a file called network.gml. Your objective is to identify the minimum set of edges that, if removed, would disconnect the network. This information is critical for understanding the network's vulnerability and for developing strategies to safeguard its connectivity and operations. To achieve this, you intend to utilize the mincut function provided by the igraph package to determine the precise details of the minimum cut.
### Response:
from igraph import Graph

# Read graph from file
g = Graph.Read('network.gml')

# Calculate the minimum cut for the entire graph
min_cut = g.mincut()

# Print the details of the mincut
print('Min-Cut Value:', min_cut.value)
print('Min-Cut Partition 1:', min_cut.partition[0])
print('Min-Cut Partition 2:', min_cut.partition[1])
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