Hard Go
Coding problems ยท 100 total
Implement custom scheduler
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Create goroutine pool
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Implement work stealing
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Create M:N threading
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Implement cooperative scheduling
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Create preemptive scheduling
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Implement netpoller
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Create epoll integration
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Implement kqueue integration
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Create IOCP integration
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Implement async I/O
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Create zero-copy I/O
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Implement sendfile
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Create splice usage
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Implement memory-mapped I/O
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Create custom allocator
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Implement arena allocator
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Create pool allocator
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Implement slab allocator
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Create bump allocator
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Implement garbage collector
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Create mark and sweep
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Implement generational GC
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Create concurrent GC
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Implement incremental GC
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Create write barriers
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Implement card marking
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Create remembered sets
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Implement tri-color marking
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Create concurrent marking
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Implement concurrent sweeping
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Create compaction
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Implement defragmentation
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Create heap profiling
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Implement escape analysis
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Create stack allocation
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Implement heap escape
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Create inlining engine
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Implement bounds check elimination
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Create nil check elimination
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Implement dead code elimination
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Create constant propagation
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Implement common subexpression elimination
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Create loop optimizations
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Implement loop unrolling
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Create loop fusion
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Implement loop invariant motion
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Create strength reduction
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Implement auto-vectorization
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Create SIMD operations
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Implement SSA form
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Create phi functions
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Implement register allocation
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Create graph coloring
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Implement linear scan
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Create instruction selection
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Implement peephole optimization
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Create code generation
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Implement assembly generation
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Create object file generation
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Implement linker
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Create symbol resolution
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Implement relocation
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Create dynamic linking
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Implement plugin loading
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Create reflection system
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Implement type introspection
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Create runtime type information
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Implement generic programming
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Create type constraints
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Implement type inference
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Create polymorphism
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Implement interface satisfaction
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Create structural typing
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Implement duck typing
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Create compile-time checks
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Implement static analysis
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Create race detector
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Implement happens-before analysis
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Create memory model
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Implement synchronization primitives
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Create lock-free algorithms
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Implement wait-free algorithms
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Create obstruction-free algorithms
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Implement compare-and-swap
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Create atomic operations
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Implement memory fences
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Create memory barriers
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Implement acquire-release semantics
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Create sequential consistency
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Implement weak memory models
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Create distributed consensus
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Implement Raft protocol
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Create Paxos algorithm
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Implement Byzantine fault tolerance
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Create vector clocks
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Implement logical clocks
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Create CRDT implementation
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Implement eventual consistency
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Create conflict resolution
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