How dev-singh-kanyal/juspay works
This repository contains a command-line solution for locking nodes in an m-ary tree. Its workflow reads tree dimensions, labels, and lock-operation queries; builds and indexes the tree; dispatches each query to lock, unlock, or upgrade logic; and prints the results. The implementation is concentrated in one C++ file. The README is only a short project index, and the hackathon notes were not sampled, so this map reflects the available source rather than broader problem context.
Main entry points: tree_of_space.cpp CLI workflow
Components 9
Other components
- Input provider
- CLI workflow
tree_of_space.cpp - Tree builder
tree_of_space.cpp - Tree nodes
tree_of_space.cpp - LockingTree
tree_of_space.cpp - Query dispatcher
tree_of_space.cpp - Lock operations
tree_of_space.cpp - Result output
tree_of_space.cpp - Output consumer
Connections 12
- Input provider → CLI workflow: provides input
- CLI workflow → Tree builder: builds tree
- Tree builder → Tree nodes: creates nodes
- CLI workflow → LockingTree: initializes
- LockingTree → Tree nodes: indexes nodes
- CLI workflow → Query dispatcher: submits queries
- Query dispatcher → Lock operations: dispatches operation
- Lock operations → Tree nodes: updates lock state
- Lock operations → Lock operations: upgrade unlocks and locks
- Query dispatcher → LockingTree: records results
- CLI workflow → Result output: prints log
- Result output → Output consumer: writes results