Major refactoring from monolithic server.py to modular MCPMixin pattern: Architecture: - src/esxi_mcp_server/ package with proper src-layout - FastMCP MCPMixin pattern for tool organization - Separate mixins for each functional area - Shared VMwareConnection class with lazy datastore/network lookup New Mixins Added: - DiskManagementMixin: add_disk, remove_disk, extend_disk, list_disks, attach_iso, detach_iso - NICManagementMixin: add_nic, remove_nic, change_nic_network, connect_nic, set_nic_mac, list_nics - HostManagementMixin: get_host_info, enter/exit_maintenance_mode, list_services, start/stop_service, set_service_policy, get/configure_ntp, reboot_host, shutdown_host, get_host_hardware, get_host_networking - OVFManagementMixin: deploy_ovf, export_vm_ovf, list_ovf_networks - ResourcesMixin: Added move_datastore_file, copy_datastore_file Streaming Support: - Generator-based streaming for datastore downloads - Memory-efficient large file handling with save_to parameter - Chunked uploads from disk Testing: - test_client.py: MCP SDK-based test client - Validates all 74 tools against real ESXi host Build System: - pyproject.toml with uv, ruff configuration - Docker dev/prod modes with hot-reload - Updated Makefile for uv-based workflow
5 lines
108 B
Bash
Executable File
5 lines
108 B
Bash
Executable File
#!/bin/bash
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# ESXi MCP Server wrapper for Claude Code
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cd "$(dirname "$0")"
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exec uv run esxi-mcp-server "$@"
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