QCOW2 to VMDK Converter
Converts QCOW2 disk images to VMDK for virtualization admins migrating workloads between KVM and VMware environments, with validation and safe export.

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About This Tool
Designed for virtualization teams, the converter provides a deterministic, scriptable path from QCOW2 to VMDK without requiring intermediate manual steps. It accepts a QCOW2 image as input and produces a compatible VMDK file suitable for VMware-based deployments or testing in mixed-hypervisor environments. Users typically run migrations, test replays of VM workloads, or archive legacy QCOW2 disks by exporting a VMDK copy that preserves data integrity and disk geometry.
Conceptually, the tool validates inputs, identifies the source format, and delegates the heavy lifting to a proven conversion backend (such as qemu-img). The process emits a final VMDK with the requested allocation strategy (e.g., sparse or preallocated) and, when enabled, a checksum for post-conversion verification. It is designed for automation: it exposes a predictable output file, exit codes, and optional logging to fit into scripts, CI pipelines, or orchestration systems.
Typical use cases include cross-hypervisor migrations, disaster recovery drills, and validation of disk compatibility before deployment. The unique value lies in its focus on data integrity, clear failure handling, and the ability to run batch conversions while preserving source metadata. By separating input validation, conversion, and verification into discrete steps, it supports robust automation and auditable change control for IT operations.
How to Use
1. Provide inputs: input_path (QCOW2 file path), output_path (VMDK target path), overwrite (true/false), compression (true/false), sparse (true/false).
2. Validate prerequisites: ensure qemu-img is installed and accessible; verify input exists and has QCOW2 extension; check available disk space.
3. Run conversion: execute the conversion with -f qcow2 -O vmdk, including any optional flags.
4. Verify integrity: compute SHA-256 of the output and compare with a provided reference if available; confirm output size is as expected.
5. Review results: confirm output_path exists and is usable by the target hypervisor; capture logs for audit trails.

FAQs/Additional Resources
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