95adcba437
Extend worker capabilities with new execution plugins and security features: - Jupyter plugin for notebook-based ML experiments - vLLM plugin for LLM inference workloads - Cross-platform process isolation (Unix/Windows) - Network policy enforcement with platform-specific implementations - Service manager integration for lifecycle management - Scheduler backend integration for queue coordination Update lifecycle management: - Enhanced runloop with state transitions - Service manager integration for plugin coordination - Improved state persistence and recovery Add test coverage: - Unit tests for Jupyter and vLLM plugins - Updated worker execution tests
41 lines
1.3 KiB
Go
41 lines
1.3 KiB
Go
//go:build windows
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// +build windows
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package process
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import "fmt"
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// applyResourceLimits is a no-op on Windows as rlimits are Unix-specific.
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// Windows uses Job Objects for process limits, which is more complex.
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func applyResourceLimits(cfg IsolationConfig) error {
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// Windows doesn't support setrlimit - would need Job Objects
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// For now, log that limits are not enforced on Windows
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if cfg.MaxOpenFiles > 0 || cfg.MaxProcesses > 0 {
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// Process limits not implemented on Windows yet
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// TODO: Use Windows Job Objects for process limits
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return fmt.Errorf("process isolation limits not implemented on Windows (max_open_files=%d, max_processes=%d)",
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cfg.MaxOpenFiles, cfg.MaxProcesses)
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}
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return nil
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}
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// disableSwap is a no-op on Windows
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func disableSwap() error {
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// Windows doesn't support mlockall
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// Would need VirtualLock API
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return nil
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}
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// GetCurrentLimits returns empty limits on Windows
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func GetCurrentLimits() (map[string]uint64, error) {
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limits := make(map[string]uint64)
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getPlatformLimits(limits)
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return limits, nil
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}
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// getPlatformLimits adds Windows-specific limits (none currently)
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func getPlatformLimits(limits map[string]uint64) {
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// Windows doesn't have rlimit equivalent for these
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// Could use GetProcessWorkingSetSize for memory limits
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limits["WINDOWS"] = 1 // Marker to indicate Windows platform
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}
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