spinifex/docs/COMMANDS.md

Command Implementation Matrix

Spinifex Admin CLI

Platform management commands not exposed via the AWS gateway API. These are CLI-only commands.

Service Management

Service lifecycle commands for starting, stopping, and checking status of all Spinifex cluster services. Each service subcommand supports start, stop, and status operations.

Command	Flags	Prerequisites	Basic Logic	Status
spx service predastore start	--port (default: 8443), --host (default: 0.0.0.0), --base-path, --config-path, --debug, --tls-cert, --tls-key, --backend (distributed/filesystem, default: distributed), --node-id (default: 0), --pprof, --pprof-output	TLS cert/key, base-path, config-path required	Creates predastore service instance with S3-compatible storage backend → starts service	DONE
spx service predastore stop	—	Predastore must be running	Stops the predastore service	DONE
spx service predastore status	—	None	Reports predastore service status	DONE
spx service viperblock start	--s3-host (default: 0.0.0.0:8443), --s3-bucket (default: predastore), --s3-region (default: ap-southeast-2), --plugin-path (default: /opt/spinifex/lib/nbdkit-viperblock-plugin.so)	--config required, plugin-path must exist on disk	Loads cluster config → connects to NATS and Predastore → starts viperblock block storage service with NBD plugin	DONE
spx service viperblock stop	—	Viperblock must be running	Stops the viperblock service	DONE
spx service viperblock status	—	None	Reports viperblock service status	DONE
spx service nats start	--port (default: 4222), --host (default: 0.0.0.0), --debug, --data-dir, --jetstream	None	Starts embedded NATS server with optional JetStream	DONE
spx service nats stop	—	NATS must be running	Stops the NATS service	DONE
spx service nats status	—	None	Reports NATS service status	DONE
spx service spinifex start	--wal-dir	--config required	Loads cluster config → starts spinifex daemon (VM orchestration, NATS subscriptions, health endpoint)	DONE
spx service spinifex stop	—	Spinifex daemon must be running	Stops the spinifex daemon service	DONE
spx service spinifex status	—	None	Reports spinifex daemon service status	DONE
spx service awsgw start	--host (default: 0.0.0.0:9999), --tls-cert, --tls-key, --debug	--config required	Loads cluster config → starts AWS-compatible gateway with SigV4 auth, IAM policy enforcement, TLS	DONE
spx service awsgw stop	—	AWS gateway must be running	Stops the AWS gateway service	DONE
spx service awsgw status	—	None	Reports AWS gateway service status	DONE
spx service spinifex-ui start	--port (default: 3000), --host (default: 0.0.0.0), --tls-cert, --tls-key	None	Starts embedded web UI server serving the React frontend. Aliases: ui, spinifexui	DONE
spx service spinifex-ui stop	—	spinifex-ui must be running	Stops the spinifex-ui service	DONE
spx service spinifex-ui status	—	None	Reports spinifex-ui service status	DONE
spx service vpcd start	—	--config required, OVN/OVS installed	Loads cluster config → starts VPC daemon (subscribes to vpc.* NATS events, translates to OVN logical switches/ports/routers)	DONE
spx service vpcd stop	—	vpcd must be running	Stops the vpcd service	DONE
spx service vpcd status	—	None	Reports vpcd service status	DONE

Cluster Inspection

Operational commands for inspecting cluster state. These fan out NATS requests to all nodes and aggregate responses.

Command	Flags	Prerequisites	Basic Logic	Output Columns	Status
spx get nodes	--timeout (default: 3s)	Cluster must be running (NATS)	Loads config → publishes to spinifex.node.status fan-out topic → collects responses within timeout → merges config-known nodes with NATS responders → nodes that don't respond shown as NotReady	NAME, STATUS, IP, REGION, AZ, UPTIME, VMs, SERVICES	DONE
spx get vms	--timeout (default: 3s)	Cluster must be running (NATS)	Publishes to spinifex.node.vms fan-out topic → collects VM info from all nodes → sorts by node then instance ID → prints table. Alias: spx get instances	INSTANCE, STATUS, TYPE, VCPU, MEM, NODE, IP, AGE	DONE

Resource Monitoring

Command	Flags	Prerequisites	Basic Logic	Output	Status
spx top nodes	--timeout (default: 3s)	Cluster must be running (NATS)	Publishes to spinifex.node.status fan-out topic → collects CPU/memory usage per node → aggregates instance type capacity across all nodes → prints two tables: per-node resource usage and cluster-wide instance type availability	Table 1: NAME, CPU (used/total), MEM (used/total), VMs. Table 2: INSTANCE TYPE, AVAILABLE, VCPU, MEMORY	DONE

Cluster Initialization

Command	Flags	Prerequisites	Basic Logic	Test Cases	Status
spx admin init	--nodes, --node, --bind, --port, --region, --az, --cluster-name, --cluster-bind, --cluster-routes, --predastore-nodes, --services, --formation-timeout, --force	None (first-time setup)	Generates root IAM credentials (AKIA-prefixed access key + secret) → creates master.key (AES-256, 32 bytes, 0600) → writes bootstrap.json (consumed on first start) → generates CA + server TLS certificates → creates NATS config with auth token → writes spinifex.toml, awsgw.toml, predastore.toml → configures AWS CLI spx profile → creates directory structure under ~/spinifex/	1. Init creates all config files 2. Root credentials printed once 3. master.key is 32 bytes, mode 0600 4. bootstrap.json consumed on first start 5. --force re-initializes existing config 6. AWS CLI profile spx auto-configured	DONE
spx admin join	--host (required), --node (required), --bind, --port, --region, --az, --cluster-bind, --cluster-routes, --data-dir, --services	Leader node must be running	Connects to leader node → retrieves cluster configuration → configures local node to join cluster and participate in distributed operations	1. Join existing cluster 2. Missing host (error) 3. Missing node name (error)	DONE

Version

Command	Flags	Prerequisites	Basic Logic	Status
spx version	—	None	Prints Spinifex version, commit hash, OS, and architecture (populated via build-time ldflags)	DONE

Cluster Operations

Command	Flags	Prerequisites	Basic Logic	Test Cases	Status
spx admin cluster shutdown	--force (shutdown even if nodes don't respond), --timeout (max wait per phase, default 120s), --dry-run (print phase plan without executing)	Cluster must be running	Performs coordinated, phased shutdown of entire cluster. Phases execute in order: GATE (stop API/UI) → DRAIN (stop VMs) → STORAGE (stop viperblock) → PERSIST (stop predastore) → INFRA (stop NATS/daemon). Each phase waits for all nodes to ACK before proceeding. Uses JetStream state tracking.	1. Shutdown running cluster 2. All nodes stop cleanly 3. Force shutdown with unresponsive nodes 4. Dry-run prints plan	DONE

Certificate Management

Command	Flags	Prerequisites	Basic Logic	Test Cases	Status
spx admin cert renew	--extra-ip (additional IPs for SANs), --extra-dns (additional DNS names for SANs)	Existing CA from spx admin init	Reads existing CA → regenerates server certificate with all current network interface IPs and machine hostname in SANs → writes new cert. Use after adding a new network interface or changing IP addresses.	1. Renew with auto-detected IPs 2. Renew with extra IPs 3. Renew with extra DNS names	DONE

Account Management

Command	Flags	Prerequisites	Basic Logic	Test Cases	Status
spx admin account create	--name	Cluster must be running (NATS), master key must exist	Connects to NATS → CAS loop on spinifex-account-counter:next_id for sequential 12-digit ID → creates Account record in spinifex-accounts KV → creates admin user in new account → creates access key for admin → creates AdministratorAccess policy (Action:, Resource:) → attaches policy → prints credentials	1. Create first account (ID 000000000001) 2. Sequential IDs (000000000002, etc.) 3. Admin user has full access 4. Credentials printed once	DONE
spx admin account list	—	Cluster must be running (NATS), master key must exist	Connects to NATS → IAMService.ListAccounts() → prints table with Account ID, Name, Status, Created	1. List all accounts 2. Empty list (only global account)	DONE

Image Management

Command	Flags	Prerequisites	Basic Logic	Test Cases	Status
spx admin images import	--name	Cluster must be running, image file must exist locally	Imports a local disk image (QCOW2) as an AMI → uploads to Predastore S3 → registers as available AMI	1. Import valid QCOW2 image 2. Image appears in describe-images	DONE
spx admin images list	—	None	Lists available OS images that can be imported or downloaded	1. List available images	DONE

AWS Commands

EC2 - Instance Management

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
run-instances	--image-id, --instance-type, --count (Min/MaxCount), --key-name, --user-data, --subnet-id (auto-creates ENI, assigns private IP), --block-device-mappings (DeviceName, VolumeSize, VolumeType, Iops, DeleteOnTermination), --placement (GroupName only — routes via spread or cluster strategy)	--security-group-ids, --tag-specifications, --dry-run, --client-token, --disable-api-termination, --ebs-optimized, --iam-instance-profile, --network-interfaces, --private-ip-address, --monitoring, --credit-specification, --cpu-options, --metadata-options, --launch-template, --hibernate-options	describe-images (AMI must exist), create-key-pair (optional), VPC/SG (optional)	Gateway parses AWS query → if Placement.GroupName set, looks up strategy: spread → distributeInstancesSpread() (1 instance per node, atomic CAS reservation), cluster → distributeInstancesCluster() (pin all to single node); otherwise NATS ec2.runinstances → daemon creates QEMU/KVM VM with viperblock-backed root volume via NBD → if SubnetId provided, auto-creates ENI with private IP → cloud-init injects user-data/keys → on termination, removes instance from placement group → returns reservation with instance ID	1. Launch with valid AMI and key pair 2. Launch with invalid AMI ID (error) 3. Launch with block device mappings (custom volume size) 4. Launch multiple instances (MinCount/MaxCount) 5. Launch with subnet-id (auto-creates ENI) 6. Invalid instance type returns error 7. Launch with spread placement group (1 per node) 8. Launch with cluster placement group (all on one node) 9. Insufficient capacity for placement group (error)	DONE
describe-instances	--instance-ids, --filters (instance-state-name, instance-id, instance-type, vpc-id, subnet-id, tag:*, tag-key, tag-value)	--max-results, --next-token, --dry-run	None	Gateway fans out NATS ec2.DescribeInstances to all nodes (no queue group) → each daemon returns local instances → gateway aggregates and returns combined list. Filters applied per-node before aggregation (reduces payload). Also applies to stopped/terminated instances via describeInstancesFromKV().	1. Describe all instances (no filter) 2. Describe by instance ID 3. Describe with filters (e.g. instance-state-name) 4. Instance not found returns empty set 5. Multi-node aggregation returns instances from all nodes 6. Filter by tag 7. Unknown filter returns InvalidParameterValue	DONE
start-instances	--instance-ids	--dry-run, --force	run-instances (instance must exist in stopped state)	Gateway sends NATS ec2.cmd.{instance-id} → daemon restarts stopped QEMU process with same config → state transitions stopped→pending→running	1. Start a stopped instance 2. Start already-running instance (error: IncorrectInstanceState) 3. Start with invalid instance ID 4. Verify volumes re-mount on start	DONE
stop-instances	--instance-ids	--force, --hibernate, --dry-run	run-instances (instance must be running)	Gateway sends NATS to target node → daemon issues QMP system_powerdown for graceful shutdown → monitors heartbeat until QEMU exits → state transitions running→stopping→stopped	1. Graceful stop of running instance 2. Force stop (kills QEMU process) 3. Stop already-stopped instance (error) 4. Verify ~30s heartbeat detection	DONE
terminate-instances	--instance-ids, DeleteOnTermination (per-volume flag, default true)	--dry-run	run-instances (instance must exist)	Gateway sends NATS to target node → daemon kills QEMU process → cleans up NBD mounts → deletes volumes with DeleteOnTermination=true via volumeService.DeleteVolume() (S3 cleanup of vol/, vol-efi/, vol-cloudinit/) → internal volumes (EFI, cloud-init) always cleaned up via ebs.delete NATS → volumes with DeleteOnTermination=false left in available state → state→terminated	1. Terminate running instance 2. Terminate stopped instance 3. Terminate with DeleteOnTermination=true deletes volumes 4. Terminate with DeleteOnTermination=false preserves volumes 5. Terminate already-terminated (idempotent) 6. Internal volumes (EFI, cloud-init) always cleaned up 7. Invalid instance ID	DONE
reboot-instances	--instance-ids	--dry-run	run-instances (instance must be running)	Gateway validates instance IDs → sends EC2InstanceCommand with RebootInstance=true via NATS ec2.cmd.{instanceId} → daemon validates instance is in StateRunning (returns IncorrectInstanceState if stopped) → issues QMP system_reset → instance reboots without stopping, stays in running state	1. Reboot running instance 2. Reboot multiple instances 3. Reboot stopped instance (error: IncorrectInstanceState) 4. Instance not found (error: InvalidInstanceID.NotFound) 5. Verify instance stays in running state after reboot	DONE
describe-instance-types	--filters (capacity filter only)	--instance-types, --max-results, --next-token, --dry-run, all other filters	None	Gateway fans out NATS ec2.DescribeInstanceTypes to all nodes → each daemon reports supported types (t3.micro/small/medium/large) with vCPU/memory specs → gateway deduplicates and returns	1. List all instance types 2. Filter by specific type 3. Filter with capacity=true shows available slots 4. Verify vCPU/memory specs match hardware	DONE
modify-instance-attribute	--instance-id, --instance-type, --user-data	--disable-api-termination, --ebs-optimized, --source-dest-check, --instance-initiated-shutdown-behavior, --block-device-mappings, --groups, --ena-support, --sriov-net-support	Instance must be stopped (in NATS KV)	Gateway validates input (exactly one attribute per call, instance ID format) → NATS ec2.ModifyInstanceAttribute with spinifex-workers queue group → daemon loads stopped instance from JetStream KV → applies attribute change → writes back to KV → returns {} on success. InstanceType: updates vm.InstanceType, Config, and Instance fields; clears StateReason (enables recovery from instance-type-missing bug). UserData: stores decoded content in vm.UserData and re-encodes to base64 for RunInstancesInput (cloud-init on next start). No instance type pre-validation (matches AWS — invalid types accepted, fail at StartInstances time).	1. Change instance type while stopped 2. Change user data while stopped 3. Modify running instance (error: NotFound — running instances not in KV) 4. Instance not found (error: InvalidInstanceID.NotFound) 5. Instance not stopped (error: IncorrectInstanceState) 6. Invalid instance type accepted (fails on start with InsufficientInstanceCapacity) 7. StateReason cleared on type change (recovery from capacity-unavailable) 8. Missing/malformed instance ID (error: InvalidInstanceID.Malformed) 9. No attribute set (error: InvalidParameterValue) 10. Multiple attributes in one call (error: InvalidParameterValue)	DONE
get-console-output	--instance-id	--latest (always returns latest), --dry-run	Instance must be running on a node	Gateway sends NATS ec2.{instanceId}.GetConsoleOutput (per-instance topic, routed to owning node) → daemon reads console log file from disk → returns last 64KB base64-encoded with timestamp. Always available regardless of serial console access setting (matches AWS behavior).	1. Get output from running instance 2. Empty log file returns empty output 3. Instance not found (error: InvalidInstanceID.NotFound)	DONE
describe-instance-attribute	--instance-id, --attribute (instanceType, userData, instanceInitiatedShutdownBehavior, disableApiTermination, disableApiStop, ebsOptimized, enaSupport, sourceDestCheck, rootDeviceName, kernel, ramdisk)	--dry-run	Instance must exist (running or stopped)	Gateway validates input → NATS ec2.DescribeInstanceAttribute with spinifex-workers queue group → daemon checks running instances first (d.Instances.VMS), then stopped instances in JetStream KV → returns single attribute per call (matches AWS behavior). Stored attributes (instanceType, userData) return real values; unstored attributes return AWS defaults (instanceInitiatedShutdownBehavior=stop, disableApiTermination=false, etc.)	1. Get instanceType from running instance 2. Get userData from stopped instance 3. Get default disableApiTermination 4. Invalid attribute name (error) 5. Instance not found (error: InvalidInstanceID.NotFound)	DONE
describe-instance-credit-specifications	--instance-ids	--filters, --max-results, --dry-run	None	Gateway-only stub — returns CpuCredits: "standard" for each requested instance ID. No daemon round-trip. T-series credit mode is not persisted.	1. Get credit spec for T-series instance 2. Multiple instance IDs	DONE
monitor-instances	—	--instance-ids	Instance must exist	Enable basic monitoring (CPU, disk, network) → store metrics in NATS KV → return monitoring state	1. Enable monitoring 2. Verify monitoring state in describe-instances	NOT STARTED
unmonitor-instances	—	--instance-ids	Instance must exist	Disable detailed monitoring → revert to basic monitoring → return monitoring state	1. Disable monitoring 2. Verify monitoring state reverts in describe-instances	NOT STARTED

EC2 - Key Pair Management

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-key-pair	--key-name, --key-type (rsa/ed25519)	--key-format (pem/ppk), --tag-specifications, --dry-run	None	NATS ec2.CreateKeyPair → daemon generates SSH keypair → stores public key in Predastore S3 (/bucket/ec2/{name}.pub) → returns private key material (one-time)	1. Create RSA key pair 2. Create ED25519 key pair 3. Duplicate key name (error: InvalidKeyPair.Duplicate) 4. Verify key material returned only on creation	DONE
describe-key-pairs	--key-names, --key-pair-ids, --filters (key-pair-id, key-name, fingerprint, tag:*)	--max-results, --dry-run	None	NATS ec2.DescribeKeyPairs → daemon lists public keys from Predastore S3 → applies filters → returns key names and fingerprints	1. List all key pairs 2. Filter by key name 3. Filter by key pair ID 4. Non-existent key returns empty 5. Unknown filter returns InvalidParameterValue	DONE
delete-key-pair	--key-name, --key-pair-id	--dry-run	Key must exist	NATS ec2.DeleteKeyPair → daemon deletes public key from Predastore S3 → returns success	1. Delete existing key pair 2. Delete non-existent key (idempotent, no error) 3. Verify key no longer in describe-key-pairs	DONE
import-key-pair	--key-name, --public-key-material	--tag-specifications, --dry-run	None	NATS ec2.ImportKeyPair → daemon stores provided public key in Predastore S3 → returns key name and fingerprint	1. Import valid SSH public key 2. Import invalid key material (error) 3. Import duplicate name (error) 4. Verify imported key usable with run-instances	DONE

EC2 - AMI Image Management

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
describe-images	--image-ids (format validation only), --owners (self, account ID, alias), --filters (name, state, architecture, image-id, is-public, owner-id, description, image-type, tag:*)	--executable-users, --include-deprecated, --include-disabled, --max-results, --next-token, --dry-run	None	NATS ec2.DescribeImages → daemon reads AMI metadata from Predastore S3 buckets (ami-*) → filters by ImageIds, Owners, and Filters → returns image list with state, architecture, block device mappings	1. List all images 2. Filter by image ID 3. Filter by owner (self/amazon) 4. Non-existent AMI returns empty 5. Verify metadata fields (architecture, state, rootDeviceName) 6. Filter by name wildcard 7. Unknown filter returns InvalidParameterValue	DONE
create-image	--instance-id, --name, --description, --tag-specifications	--no-reboot, --block-device-mappings, --dry-run	Instance must exist (running or stopped)	Gateway validates input → NATS ec2.{instanceId}.CreateImage (per-instance topic) → daemon extracts root volume → snapshots via ebs.snapshot NATS (running) or offline S3 copy (stopped) → creates AMI metadata in S3 ({amiId}/config.json) → stores tags → returns ami-ID. Duplicate AMI name validation enforced.	1. Create image from running instance 2. Create image from stopped instance 3. Invalid instance ID (error) 4. Duplicate AMI name (error) 5. Verify new AMI appears in describe-images 6. Launch new instance from created AMI	DONE
register-image	—	--name, --description, --architecture, --root-device-name, --virtualization-type, --block-device-mappings, --boot-mode, --ena-support, --sriov-net-support, --tpm-support, --imds-support	Image data must exist in S3	Create AMI metadata entry in Predastore → assign ami-ID → set state to available → return ami-ID	1. Register with valid metadata 2. Missing required name (error) 3. Verify registered image in describe-images	NOT STARTED
deregister-image	—	--image-id, --dry-run	AMI must exist, no instances using it	Mark AMI metadata as deregistered in S3 → AMI no longer available for new launches → existing instances unaffected	1. Deregister existing AMI 2. Deregister non-existent AMI (error) 3. Verify deregistered AMI not in describe-images 4. Existing instances from AMI still run	NOT STARTED
copy-image	—	--source-image-id, --source-region, --name, --description, --encrypted, --kms-key-id, --client-token, --copy-image-tags, --tag-specifications	Source AMI must exist	Copy AMI data between regions/nodes in Predastore → create new AMI metadata with new ami-ID → return new ami-ID	1. Copy image within same region 2. Copy non-existent image (error) 3. Verify copied image independent of source	NOT STARTED
import-image	—	--disk-containers (Format, Url/S3Bucket+S3Key), --description, --architecture, --platform	S3 bucket with disk image	Download disk image from S3 → convert format (VMDK/VHD/RAW→QCOW2) → create viperblock volume → register as AMI	1. Import QCOW2 image 2. Import RAW image 3. Invalid format (error) 4. Verify imported image launchable	NOT STARTED
describe-image-attribute	—	--image-id, --attribute, --dry-run	AMI must exist	Read specific attribute from AMI metadata in S3 → return attribute value	1. Get description attribute 2. Get launch permission 3. Invalid attribute name (error)	NOT STARTED
modify-image-attribute	—	--image-id, --launch-permission, --description, --operation-type, --user-ids, --user-groups, --organization-arns, --dry-run	AMI must exist	Update specific attribute in AMI metadata → persist to S3	1. Add launch permission 2. Modify description 3. Invalid AMI (error)	NOT STARTED
reset-image-attribute	—	--image-id, --attribute, --dry-run	AMI must exist	Reset attribute to default value in AMI metadata	1. Reset launch permission to owner-only 2. Invalid AMI (error)	NOT STARTED

EC2 - Volume (EBS) Management

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
describe-volumes	--volume-ids (fast-path lookup), DeleteOnTermination (from persisted VolumeMetadata), --filters (volume-id, status, size, volume-type, attachment.instance-id, attachment.status, attachment.device, availability-zone, tag:*)	--max-results, --next-token, --dry-run	None	NATS ec2.DescribeVolumes → daemon queries viperblock for volume metadata → applies filters → returns volume list with state, size, attachments, type, DeleteOnTermination flag	1. List all volumes 2. Filter by volume ID 3. Filter by attachment state 4. Non-existent volume returns empty 5. DeleteOnTermination reflects persisted value 6. Filter by status, size, volume-type 7. Unknown filter returns InvalidParameterValue	DONE
modify-volume	--volume-id, --size, --volume-type, --iops	--throughput, --dry-run, --multi-attach-enabled	Volume must exist	NATS ec2.ModifyVolume → daemon sends resize request to viperblock → NBD does not support live resize, instance must be stopped → returns modification state	1. Increase volume size 2. Modify volume type 3. Decrease size (error - not supported) 4. Modify attached volume (requires stop/start)	DONE
create-volume	--size, --availability-zone, --volume-type (gp3 only), --snapshot-id (creates volume from snapshot)	--iops (hardcoded 3000), --encrypted (hardcoded false), --throughput, --tag-specifications	Valid AZ configured via spinifex init	Gateway validates input → NATS ec2.CreateVolume → daemon generates vol-ID via viperblock → creates volume (empty or from snapshot) of specified size → persists config.json to Predastore S3 → returns vol-ID with state=available	1. Create 80GB gp3 volume 2. Boundary sizes (1 GiB min, 16384 GiB max) 3. Invalid AZ (error) 4. Verify volume in describe-volumes 5. Unsupported volume type (error - only gp3) 6. Size out of range (error) 7. Create from snapshot	DONE
delete-volume	--volume-id	--dry-run	Volume must exist and be detached (state=available)	Gateway validates vol- prefix → NATS ec2.DeleteVolume → daemon confirms state=available and no AttachedInstance → NATS ebs.delete to viperblockd (stops nbdkit/WAL) → deletes S3 objects under vol-id/, vol-id-efi/, vol-id-cloudinit/ → returns success	1. Delete detached volume 2. Delete attached volume (error: VolumeInUse) 3. Delete non-existent volume (error: InvalidVolume.NotFound) 4. Verify volume gone from describe-volumes 5. Malformed volume ID (error: InvalidVolumeID.Malformed) 6. Double delete (idempotent NotFound)	DONE
attach-volume	--volume-id, --instance-id, --device (optional, auto-assigns /dev/sd[f-p])	--dry-run	Volume must exist (available), instance must exist (running)	Gateway sends to ec2.cmd.{instanceId} → daemon validates volume (Predastore) → ebs.mount via NATS (viperblock starts NBD server) → QMP blockdev-add (nbd-{volId}) → QMP device_add (virtio-blk-pci, vdisk-{volId}) → three-phase rollback on failure → update EBSRequests + BlockDeviceMappings → persist to JetStream + Predastore → respond with VolumeAttachment	1. Attach volume to running instance 2. Auto-assign device name 3. Attach already-attached volume (VolumeInUse) 4. Attach to non-existent instance (InvalidInstanceID.NotFound) 5. Attach to stopped instance (IncorrectInstanceState) 6. Volume not found (InvalidVolume.NotFound) 7. All device slots full (AttachmentLimitExceeded) 8. Volume persists across stop/start	DONE
detach-volume	--volume-id, --instance-id (optional, resolved via DescribeVolumes), --device (optional cross-check), --force	--dry-run	Volume must be attached, instance must be running	Gateway resolves InstanceId if omitted (via DescribeVolumes) → sends to ec2.cmd.{instanceId} → daemon validates (running, attached, not boot/EFI/CloudInit, device match) → three-phase hot-unplug: QMP device_del (force continues on failure) → QMP blockdev-del (abort if fails, preserves state to prevent double-attach) → ebs.unmount via NATS (best-effort) → remove from EBSRequests + BlockDeviceMappings → update volume metadata to available → persist state → respond with VolumeAttachment (state=detaching)	1. Detach with explicit InstanceId 2. Detach without InstanceId (gateway resolution) 3. Detach with correct --device cross-check 4. Missing VolumeId (InvalidParameterValue) 5. Volume not attached (IncorrectState) 6. Nonexistent volume (InvalidVolume.NotFound) 7. Nonexistent instance (InvalidInstanceID.NotFound) 8. Instance not running (IncorrectInstanceState) 9. Device mismatch (InvalidParameterValue) 10. Boot volume protection (OperationNotPermitted) 11. Force flag (continues past device_del failure) 12. Volume reusability (re-attach after detach)	DONE
describe-volume-status	--volume-ids, --filters (volume-id, volume-status.status, availability-zone)	--max-results, --next-token, --dry-run	None	Gateway validates vol- prefix → NATS ec2.DescribeVolumeStatus → daemon fetches VolumeConfig from Predastore S3 (parallel for specific IDs, sequential list-all for no IDs) → applies filters → builds VolumeStatusItem per volume (status=ok, io-enabled=passed, io-performance=not-applicable) → returns InvalidVolume.NotFound for missing explicit IDs → skips internal sub-volumes (-efi, -cloudinit)	1. List all volume statuses 2. Filter by specific volume IDs (fast path) 3. Non-existent volume ID returns InvalidVolume.NotFound 4. Invalid volume ID format (InvalidVolume.Malformed) 5. Internal sub-volumes excluded from listing 6. Nil/empty input defaults to all volumes 7. Unknown filter returns InvalidParameterValue	DONE
describe-volumes-modifications	—	--volume-ids, --filters, --max-results	None	Query pending/completed volume modifications → return modification state, progress, original/target size	1. Check in-progress modification 2. Check completed modification 3. No modifications returns empty	NOT STARTED

EC2 - Snapshot Management

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-snapshot	--volume-id, --description, --tag-specifications	--dry-run	Volume must exist in Predastore	Gateway validates vol- prefix → NATS ec2.CreateSnapshot → daemon reads VolumeConfig from Predastore → generates snap-ID via viperblock → stores SnapshotConfig (metadata-only, points to source volume) as completed → returns Snapshot with state=completed, progress=100%	1. Snapshot from valid volume 2. Missing volume ID (InvalidParameterValue) 3. Volume not found (InvalidVolume.NotFound) 4. Invalid volume ID format (InvalidVolume.Malformed) 5. Snapshot with description 6. Snapshot with tag specifications	DONE
create-snapshots	—	--instance-specification, --description, --tag-specifications	Instance must exist, instance-volume attachment tracking	Create snapshots of all volumes attached to instance → return list of snapshot IDs. Blocked: requires instance-volume attachment tracking to discover which volumes to snapshot.	1. Snapshot all volumes on instance 2. Instance with no volumes	NOT STARTED
delete-snapshot	--snapshot-id	--dry-run	Snapshot must exist	Gateway validates snap- prefix → NATS ec2.DeleteSnapshot → daemon verifies snapshot exists in Predastore → lists and deletes all objects under snapshot prefix → returns success	1. Delete existing snapshot 2. Delete non-existent snapshot (InvalidSnapshot.NotFound) 3. Missing snapshot ID (InvalidParameterValue) 4. Invalid snapshot ID format (InvalidSnapshot.Malformed)	DONE
describe-snapshots	--snapshot-ids, --filters (snapshot-id, status, volume-id, volume-size, owner-id, tag:*)	--owner-ids, --max-results, --dry-run	None	Gateway validates snap- prefix on IDs → NATS ec2.DescribeSnapshots → daemon lists snap- prefixed objects in Predastore → reads SnapshotConfig for each → applies filters → returns snapshot list	1. List all snapshots 2. Filter by snapshot ID 3. Empty snapshot list 4. Invalid snapshot ID format (InvalidSnapshot.Malformed) 5. Filter by status, volume-id, volume-size 6. Unknown filter returns InvalidParameterValue	DONE
copy-snapshot	--source-snapshot-id, --source-region, --description	--encrypted, --dry-run	Source snapshot must exist	Gateway validates snap- prefix + source region → NATS ec2.CopySnapshot → daemon reads source SnapshotConfig → generates new snap-ID → copies metadata (preserves tags, description override) → stores as completed → returns new snapshot ID	1. Copy within same region 2. Copy non-existent snapshot (InvalidSnapshot.NotFound) 3. Missing source ID (InvalidParameterValue) 4. Missing source region (MissingParameter) 5. Copy preserves tags 6. Copy with description override	DONE

EC2 - Tags

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-tags	--resources, --tags (Key=,Value=)	--dry-run	None	Gateway validates input (resources non-empty, tags non-empty, keys non-empty) → NATS ec2.CreateTags → daemon merges tags into per-resource JSON in Predastore S3 (tags/{resourceId}.json) → return success	1. Tag an instance 2. Tag multiple resources at once 3. Overwrite existing tag value 4. Empty resources list (error: MissingParameter) 5. Empty tags list (error: MissingParameter) 6. Empty tag key (error: InvalidParameterValue)	DONE
delete-tags	--resources, --tags	--dry-run	None	Gateway validates input (resources non-empty) → NATS ec2.DeleteTags → daemon removes specified tag keys from resource JSON, or all tags if no keys specified → return success	1. Delete specific tag by key 2. Delete all tags (no tags specified) 3. Empty resources list (error: MissingParameter)	DONE
describe-tags	--filters (resource-id, resource-type, key, value)	--max-results, --next-token, --dry-run	None	NATS ec2.DescribeTags → daemon lists all tags/*.json from Predastore S3 → applies filters (resource-id, resource-type, key, value) → returns tag list with resource type auto-detected from ID prefix	1. List all tags 2. Filter by resource-id 3. Filter by resource-type (instance, volume, image, snapshot, vpc, subnet, security-group, route-table, internet-gateway, egress-only-internet-gateway) 4. Filter by key 5. Filter by value 6. Empty result when no tags exist	DONE

EC2 - Regions & Availability Zones

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
describe-regions	(returns configured region, endpoint, opt-in status from config — input params ignored)	--region-names, --filters, --all-regions, --dry-run	None	Return configured region from spinifex init config with Endpoint and OptInStatus → local-only response, no NATS	1. List all regions 2. Filter by region name 3. Verify endpoint URL returned 4. Verify OptInStatus returned	DONE
describe-availability-zones	(returns configured AZ, region, zone ID, state, opt-in status from config — input params ignored)	--zone-names, --filters, --all-availability-zones	None	Return configured AZ from spinifex init config with zone ID, state, group name, network border group → local-only response, no NATS	1. List all AZs 2. Filter by zone name 3. Verify zone state is available 4. Verify region name matches config	DONE

EC2 - Account Attributes

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
describe-account-attributes	--attribute-names	--dry-run	None	Gateway parses input → returns static account attributes: supported-platforms=VPC, default-vpc=none, max-instances=100, vpc-max-security-groups-per-interface=5, max-elastic-ips=5, vpc-max-elastic-ips=20 → local-only response, no NATS	1. List all account attributes 2. Filter by attribute name 3. Verify all 6 attributes returned with correct values	DONE

EC2 - Account Settings (Deferred)

Persistence layer works (NATS JetStream KV), but stored values are not yet enforced by downstream services. Will be completed post-merge.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
enable-ebs-encryption-by-default	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.EnableEbsEncryptionByDefault with spinifex-workers queue group → daemon stores EbsEncryptionByDefault=true in JetStream KV (spinifex-ec2-account-settings bucket) → return EbsEncryptionByDefault=true. Enforcement deferred: stored value not yet checked by CreateVolume/CreateSnapshot.	1. Enable encryption 2. Verify via get	STARTED (enforcement pending)
disable-ebs-encryption-by-default	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.DisableEbsEncryptionByDefault with spinifex-workers queue group → daemon stores EbsEncryptionByDefault=false in JetStream KV → return EbsEncryptionByDefault=false.	1. Disable encryption 2. Verify via get	STARTED (enforcement pending)
get-ebs-encryption-by-default	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.GetEbsEncryptionByDefault with spinifex-workers queue group → daemon reads EbsEncryptionByDefault from JetStream KV → return current state.	1. Get default state 2. Verify matches last enable/disable	STARTED (enforcement pending)
enable-serial-console-access	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.EnableSerialConsoleAccess with spinifex-workers queue group → daemon stores SerialConsoleAccessEnabled=true in JetStream KV (spinifex-ec2-account-settings bucket) → return enabled=true. Stored for future interactive serial console support (not currently enforced by any operation).	1. Enable access 2. Verify via get	STARTED (enforcement pending)
disable-serial-console-access	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.DisableSerialConsoleAccess with spinifex-workers queue group → daemon stores SerialConsoleAccessEnabled=false in JetStream KV → return enabled=false. Stored for future interactive serial console support (not currently enforced by any operation).	1. Disable access 2. Verify via get	STARTED (enforcement pending)
get-serial-console-access-status	(no flags needed)	--dry-run	None	Gateway validates input → NATS ec2.GetSerialConsoleAccessStatus with spinifex-workers queue group → daemon reads SerialConsoleAccessEnabled from JetStream KV → return current state.	1. Get current status 2. Verify matches last enable/disable	DONE
enable-snapshot-block-public-access	—	--state	None	Store snapshot block public access state in JetStream KV	1. Enable with block-all-sharing 2. Enable with block-new-sharing	NOT STARTED (enforcement pending)
disable-snapshot-block-public-access	—	--dry-run	None	Clear snapshot block public access state in JetStream KV	1. Disable access	NOT STARTED (enforcement pending)
get-snapshot-block-public-access-state	—	--dry-run	None	Read snapshot block public access state from JetStream KV	1. Get current state	NOT STARTED (enforcement pending)
enable-image-block-public-access	—	--image-block-public-access-state	None	Store image block public access state in JetStream KV	1. Enable with block-new-sharing	NOT STARTED (enforcement pending)
disable-image-block-public-access	—	--dry-run	None	Clear image block public access state in JetStream KV	1. Disable access	NOT STARTED (enforcement pending)
get-image-block-public-access-state	—	--dry-run	None	Read image block public access state from JetStream KV	1. Get current state	NOT STARTED (enforcement pending)
modify-instance-metadata-defaults	—	--http-tokens, --http-put-response-hop-limit, --http-endpoint, --instance-metadata-tags	None	Store instance metadata defaults in JetStream KV	1. Set httpTokens=required 2. Set hop limit	NOT STARTED (enforcement pending)
get-instance-metadata-defaults	—	--dry-run	None	Read instance metadata defaults from JetStream KV	1. Get current defaults	NOT STARTED (enforcement pending)

EC2 - Egress-Only Internet Gateway

Gateway routing and KV CRUD are wired up but no OVN/OVS integration exists. EIGWs are stored in spinifex-eigw KV bucket but have no effect on network topology (no vpcd events published, unlike IGW which publishes vpc.igw-attach/vpc.igw-detach).

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-egress-only-internet-gateway	--vpc-id, --tag-specifications	--client-token, --dry-run	VPC must exist	Gateway validates VpcId → NATS ec2.CreateEgressOnlyInternetGateway → daemon generates eigw-ID → creates EgressOnlyIGWRecord in spinifex-eigw KV bucket with state=attached (always attached at creation, unlike IGW) → returns EgressOnlyInternetGateway with attachment	1. Create with valid VpcId 2. Missing VpcId (error: MissingParameter) 3. Create with inline tags 4. Verify ID format eigw-{16hex}	STARTED (KV only, no OVN)
delete-egress-only-internet-gateway	--egress-only-internet-gateway-id	--dry-run	EIGW must exist	NATS ec2.DeleteEgressOnlyInternetGateway → daemon verifies EIGW exists in KV → deletes from spinifex-eigw KV → returns ReturnCode=true. No detach required (unlike IGW).	1. Delete existing EIGW 2. Delete non-existent EIGW (error) 3. Missing ID (error: MissingParameter)	STARTED (KV only, no OVN)
describe-egress-only-internet-gateways	--egress-only-internet-gateway-ids, --filters (egress-only-internet-gateway-id, tag:*)	--max-results, --next-token, --dry-run	None	NATS ec2.DescribeEgressOnlyInternetGateways → daemon lists all keys from spinifex-eigw KV bucket → filters by ID if specified → applies filters → always includes Attachments array → returns list	1. Describe all EIGWs 2. Filter by specific ID 3. Non-existent ID returns empty list 4. Unknown filter returns InvalidParameterValue	STARTED (KV only, no OVN)

EC2 - Placement Groups

Placement groups are stored in spinifex-placement-groups JetStream KV bucket, keyed by {accountID}.{groupName}. All mutations use CAS (compare-and-swap) with 5-retry limit for optimistic concurrency. Supported strategies: spread (strict 1 instance per node) and cluster (all instances pinned to single node). Partition strategy is rejected. Internal NATS operations (ReserveSpreadNodes, FinalizeSpreadInstances, ReleaseSpreadNodes, RemoveInstanceFromPlacementGroup, ReserveClusterNode, FinalizeClusterInstances) support atomic multi-node coordination for RunInstances and TerminateInstances.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-placement-group	--group-name, --strategy (spread/cluster)	--partition-count, --spread-level (hardcoded to "host"), --tag-specifications, --dry-run	None	Gateway validates GroupName + Strategy → NATS ec2.CreatePlacementGroup with spinifex-workers queue group → daemon generates pg-ID (pg-{16hex}) → stores PlacementGroupRecord in spinifex-placement-groups KV with state=available, SpreadLevel="host" for spread → rejects partition strategy (InvalidParameterValue) → rejects duplicate names (InvalidPlacementGroup.Duplicate) → returns PlacementGroup	1. Create with spread strategy 2. Create with cluster strategy 3. Create with partition strategy (error: InvalidParameterValue) 4. Duplicate name (error: InvalidPlacementGroup.Duplicate) 5. Missing GroupName (error) 6. Missing Strategy (error)	DONE
delete-placement-group	--group-name	--dry-run	Group must exist, no instances in group	NATS ec2.DeletePlacementGroup → daemon verifies group exists (InvalidPlacementGroup.Unknown) → counts instances in NodeInstances map → rejects if non-empty (InvalidPlacementGroup.InUse) → deletes from KV → returns success	1. Delete empty group 2. Delete group with instances (error: InvalidPlacementGroup.InUse) 3. Delete non-existent group (error: InvalidPlacementGroup.Unknown)	DONE
describe-placement-groups	--group-names, --group-ids, --filters (strategy, state, spread-level, group-name)	--dry-run	None	NATS ec2.DescribePlacementGroups → daemon lists all keys from spinifex-placement-groups KV → filters by GroupNames, GroupIds, or Filters → returns list with Strategy, State, SpreadLevel, GroupId	1. List all groups 2. Filter by name 3. Filter by group ID 4. Filter by strategy 5. Filter by state 6. Empty result when no groups exist	DONE

EC2 - Dedicated Hosts

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
allocate-hosts	—	--availability-zone, --instance-type, --quantity, --auto-placement, --tag-specifications	None	NATS ec2.AllocateHosts → daemon allocates host resources → stores in JetStream KV with h-ID → return host ID list	1. Allocate single host 2. Allocate multiple hosts 3. Missing AZ or instance type (error)	NOT STARTED
describe-hosts	—	--host-ids, --filters, --max-results	None	NATS ec2.DescribeHosts → daemon lists hosts from KV → return host list with capacity and instance info	1. List all hosts 2. Filter by host ID 3. Filter by instance type	NOT STARTED
release-hosts	—	--host-ids	Host must exist, no running instances	NATS ec2.ReleaseHosts → daemon verifies no instances on host → delete from KV → return success/failure per host	1. Release empty host 2. Release host with instances (error) 3. Release non-existent host (error)	NOT STARTED

EC2 - IPv4 Pools

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-public-ipv4-pool	—	--tag-specifications, --dry-run	None	NATS ec2.CreatePublicIpv4Pool → daemon creates pool in JetStream KV with ipv4pool-ID → return pool ID	1. Create pool 2. Verify in describe	NOT STARTED
delete-public-ipv4-pool	—	--pool-id, --dry-run	Pool must exist and be empty	NATS ec2.DeletePublicIpv4Pool → daemon verifies pool empty → delete from KV → return success	1. Delete empty pool 2. Delete pool with addresses (error)	NOT STARTED
describe-public-ipv4-pools	—	--pool-ids, --filters, --max-results	None	NATS ec2.DescribePublicIpv4Pools → daemon lists pools from KV → return pool list with address counts	1. List all pools 2. Filter by pool ID	NOT STARTED

EC2 - DHCP Options

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-dhcp-options	—	--dhcp-configurations (domain-name, domain-name-servers, ntp-servers, netbios-name-servers, netbios-node-type), --tag-specifications	None	NATS ec2.CreateDhcpOptions → daemon stores DHCP option set in JetStream KV with dopt-ID → return DHCP options with configurations	1. Create with domain-name + DNS servers 2. Create with NTP servers 3. Verify in describe	NOT STARTED
delete-dhcp-options	—	--dhcp-options-id, --dry-run	DHCP options must exist and not be associated with a VPC	NATS ec2.DeleteDhcpOptions → daemon verifies not associated → delete from KV → return success	1. Delete unassociated options 2. Delete associated options (error) 3. Delete non-existent (error)	NOT STARTED
describe-dhcp-options	—	--dhcp-options-ids, --filters, --max-results	None	NATS ec2.DescribeDhcpOptions → daemon lists DHCP options from KV → return list with configurations	1. List all DHCP options 2. Filter by ID	NOT STARTED
associate-dhcp-options	—	--dhcp-options-id, --vpc-id, --dry-run	DHCP options and VPC must exist	NATS ec2.AssociateDhcpOptions → daemon links DHCP options to VPC → update VPC metadata → return success	1. Associate with VPC 2. Missing DHCP options ID (error) 3. Missing VPC ID (error)	NOT STARTED

EC2 - Capacity Reservations

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-capacity-reservation	—	--instance-type, --instance-platform, --availability-zone, --instance-count, --end-date, --end-date-type, --instance-match-criteria, --tag-specifications	None	NATS ec2.CreateCapacityReservation → daemon stores reservation in JetStream KV with cr-ID → return reservation with state=active	1. Create with required fields 2. Missing instance type (error) 3. Verify in describe	NOT STARTED
cancel-capacity-reservation	—	--capacity-reservation-id, --dry-run	Reservation must exist	NATS ec2.CancelCapacityReservation → daemon marks reservation as cancelled in KV → return success	1. Cancel active reservation 2. Cancel non-existent (error)	NOT STARTED
describe-capacity-reservations	—	--capacity-reservation-ids, --filters, --max-results	None	NATS ec2.DescribeCapacityReservations → daemon lists reservations from KV → return list with state and counts	1. List all reservations 2. Filter by ID 3. Filter by instance type	NOT STARTED
modify-capacity-reservation	—	--capacity-reservation-id, --instance-count, --end-date, --end-date-type	Reservation must exist	NATS ec2.ModifyCapacityReservation → daemon updates reservation in KV → return success	1. Modify instance count 2. Modify end date 3. Missing reservation ID (error)	NOT STARTED

EC2 - Elastic IP

EIP operations are conditionally available — only registered when external IPAM is configured (pool mode). EIPs are stored in spinifex-eip-allocations KV bucket. Association publishes vpc.add-nat/vpc.delete-nat events to vpcd for OVN NAT configuration.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
allocate-address	--public-ipv4-pool (optional, specific IPAM pool), --tag-specifications	--domain (hardcoded vpc), --dry-run	EIP service must be initialized (external IPAM configured)	Gateway validates input → NATS ec2.AllocateAddress with spinifex-workers queue group → daemon allocates IP from external IPAM pool (named or best-matching) → creates EIPRecord with state=allocated in spinifex-eip-allocations KV → returns AllocationId, PublicIp, Domain=vpc, PublicIpv4Pool	1. Allocate EIP from default pool 2. Allocate from specific pool 3. Pool exhausted (InsufficientAddressCapacity) 4. With tag specifications 5. Verify in describe-addresses	DONE
release-address	--allocation-id	--dry-run	EIP must exist and be disassociated	Gateway validates AllocationId non-empty → NATS ec2.ReleaseAddress → daemon retrieves EIP record from KV → checks state != associated (InvalidAddressLocked if still associated) → releases IP back to IPAM pool → deletes KV record → returns success	1. Release disassociated EIP 2. Release associated EIP (error: InvalidAddressLocked) 3. Release non-existent (error: InvalidAllocationID.NotFound) 4. Missing AllocationId (error: MissingParameter)	DONE
associate-address	--allocation-id, --network-interface-id OR --instance-id, --private-ip-address (optional override)	--dry-run, --allow-reassociation	EIP and target ENI/instance must exist	Gateway validates AllocationId + one of NetworkInterfaceId/InstanceId required → NATS ec2.AssociateAddress → daemon retrieves EIP → resolves target ENI (by ID or instance lookup) → generates AssociationId → updates record state=associated with ENI/instance/VPC/private IP → publishes vpc.add-nat event to vpcd (OVN NAT configuration) → returns AssociationId	1. Associate with instance 2. Associate with specific ENI 3. Associate with private IP override 4. Missing AllocationId (MissingParameter) 5. Missing target (MissingParameter) 6. Non-existent EIP (InvalidAllocationID.NotFound) 7. Non-existent ENI (InvalidNetworkInterfaceID.NotFound)	DONE
disassociate-address	--association-id	--dry-run	Association must exist	Gateway validates AssociationId non-empty → NATS ec2.DisassociateAddress → daemon scans KV to find EIP by AssociationId → publishes vpc.delete-nat event to vpcd → clears association fields → reverts state to allocated → updates KV → returns success	1. Disassociate existing 2. Non-existent association (InvalidAssociationID.NotFound) 3. Missing AssociationId (MissingParameter)	DONE
describe-addresses	--allocation-ids, --public-ips, --filters (allocation-id, public-ip, instance-id, association-id, domain, tag:*)	--dry-run	None	NATS ec2.DescribeAddresses → daemon scans all EIP records in account → filters by AllocationIds and/or PublicIps if specified → applies filters → returns Address list with allocation, association, PublicIp, PrivateIpAddress, NetworkInterfaceId, InstanceId, Domain	1. List all EIPs 2. Filter by allocation ID 3. Filter by public IP 4. Non-existent AllocationId returns error 5. Empty result when no EIPs 6. Filter by instance-id, domain 7. Unknown filter returns InvalidParameterValue	DONE
describe-addresses-attribute	--allocation-ids (optional filter)	--attribute, --dry-run, --max-results, --next-token	None	Gateway validates input → NATS ec2.DescribeAddressesAttribute with spinifex-workers queue group → daemon looks up EIP records by AllocationIds (or scans all account EIPs if none specified) → returns AddressAttribute list with AllocationId and PublicIp per entry. Unlike DescribeAddresses, returns empty list (not error) for non-existent AllocationIds. PtrRecord always nil (reverse-DNS not supported).	1. List all EIP attributes 2. Filter by allocation IDs 3. Non-existent AllocationId returns empty (not error) 4. Nil input returns error	DONE

EC2 - NAT Gateway

NAT gateways are stored in spinifex-vpc-nat-gateways KV bucket. Deleted gateways are moved to spinifex-vpc-deleted-nat-gateways with a 1-hour TTL for Terraform polling. SNAT rule coordination uses vpc.add-nat-gateway and vpc.delete-nat-gateway NATS events (published via route table service on CreateRoute and during DeleteNatGateway respectively).

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-nat-gateway	--subnet-id, --allocation-id	--connectivity-type (public only), --tag-specifications, --dry-run	Subnet must exist, EIP must be allocated and unassociated	Gateway validates SubnetId + AllocationId (required) → NATS ec2.CreateNatGateway with spinifex-workers queue group → daemon verifies subnet exists in spinifex-vpc-subnets KV → verifies EIP exists in spinifex-vpc-eips KV and has no AssociationId (Resource.AlreadyAssociated if in use) → generates nat-ID → stores NatGatewayRecord in spinifex-vpc-nat-gateways KV with state=available → returns NatGateway with addresses	1. Create NAT gateway (happy path) 2. Subnet not found (InvalidSubnetID.NotFound) 3. EIP not found (InvalidAllocationID.NotFound) 4. EIP already associated (Resource.AlreadyAssociated) 5. Missing SubnetId or AllocationId (MissingParameter)	DONE
delete-nat-gateway	--nat-gateway-id	--dry-run	NAT gateway must exist	Gateway validates NatGatewayId (required) → NATS ec2.DeleteNatGateway → daemon retrieves record from KV → scans all route tables in VPC for routes targeting this NAT gateway → publishes vpc.delete-nat-gateway event per affected subnet (SNAT rule cleanup) → sets state=deleted → stores in spinifex-vpc-deleted-nat-gateways with 1-hour TTL → deletes from active KV bucket	1. Delete existing NAT gateway 2. Delete non-existent (InvalidNatGatewayID.NotFound) 3. Deleted gateway visible when queried by ID (state=deleted) 4. Deleted gateway excluded from general list queries (TTL auto-expire)	DONE
describe-nat-gateways	--nat-gateway-ids, --filters (vpc-id, state)	--max-results, --next-token, --dry-run	None	NATS ec2.DescribeNatGateways → daemon scans spinifex-vpc-nat-gateways KV → applies NatGatewayIds filter and/or vpc-id/state filters → for specific IDs not found in active bucket, checks deleted bucket → returns InvalidNatGatewayID.NotFound if ID never existed → returns list with state, addresses, subnet, VPC	1. List all NAT gateways 2. Filter by specific IDs 3. Filter by state 4. Filter by vpc-id 5. Non-existent ID (InvalidNatGatewayID.NotFound) 6. Deleted gateway visible by ID query	DONE
assign-private-nat-gateway-address	—	--nat-gateway-id, --private-ip-addresses	NAT gateway must exist (private type)	NATS ec2.AssignPrivateNatGatewayAddress → daemon assigns private IPs to NAT gateway → return assigned addresses	1. Assign address 2. Missing NAT gateway ID (error)	NOT STARTED
associate-nat-gateway-address	—	--nat-gateway-id, --allocation-ids	NAT gateway and EIPs must exist	NATS ec2.AssociateNatGatewayAddress → daemon associates EIPs with NAT gateway → return association info	1. Associate EIP 2. Missing NAT gateway ID (error)	NOT STARTED

EC2 - VPC Networking (Core)

Requires OVN/OVS (apt install openvswitch-switch ovn-host). VPC/Subnet/ENI/SG CRUD stores metadata in NATS KV and publishes events to vpcd (the network topology daemon) which translates to OVN logical switches, ports, routers, and ACLs. Single AZ for Spinifex v1. IPAM uses CAS-based allocation from NATS KV (spinifex-vpc-ipam bucket). Security groups stored in spinifex-vpc-security-groups KV bucket with optimistic locking on rule updates.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-vpc	--cidr-block, --tag-specifications	--instance-tenancy, --dry-run	None	Gateway validates CidrBlock (required, valid CIDR, /16–/28 prefix) → NATS ec2.CreateVpc → daemon allocates unique VNI from spinifex-vpc-vni-counter KV → generates vpc-ID → stores VPCRecord in spinifex-vpc-vpcs KV → publishes vpc.create event to vpcd (creates OVN logical switch) → returns VPC with state=available	1. Create VPC with /16 CIDR 2. Invalid CIDR format (error: InvalidVpcRange) 3. CIDR prefix outside /16–/28 (error) 4. Verify in describe-vpcs 5. Tags applied at creation	DONE
delete-vpc	--vpc-id	--dry-run	VPC must be empty (no subnets)	Gateway validates VpcId → NATS ec2.DeleteVpc → daemon checks for dependent subnets in spinifex-vpc-subnets KV → returns DependencyViolation if subnets exist → deletes from spinifex-vpc-vpcs KV → publishes vpc.delete event to vpcd (removes OVN resources)	1. Delete empty VPC 2. Delete VPC with subnets (DependencyViolation) 3. Delete non-existent VPC (error)	DONE
describe-vpcs	--vpc-ids, --filters (vpc-id, state, cidr-block, is-default, owner-id, tag:*)	--max-results, --dry-run	None	NATS ec2.DescribeVpcs → daemon lists all keys from spinifex-vpc-vpcs KV → filters by VPC IDs if specified → applies filters → returns error for non-existent requested IDs → returns VPC list with CIDR, state, CIDR associations	1. List all VPCs 2. Filter by VPC ID 3. Non-existent VPC ID returns error 4. Filter by state, cidr-block, is-default 5. Unknown filter returns InvalidParameterValue	DONE
modify-vpc-attribute	--vpc-id, --enable-dns-hostnames, --enable-dns-support, --enable-network-address-usage-metrics	--dry-run	VPC must exist	Gateway validates VpcId non-empty → NATS ec2.ModifyVpcAttribute → daemon retrieves VPC record from spinifex-vpc-vpcs KV → updates boolean flags if provided → updates KV with optimistic locking → returns empty output	1. Enable DNS hostnames 2. Enable DNS support 3. Enable network address usage metrics 4. Missing VPC ID (MissingParameter) 5. Non-existent VPC (InvalidVpcID.NotFound)	DONE
describe-vpc-attribute	--vpc-id, --attribute (enableDnsHostnames, enableDnsSupport, enableNetworkAddressUsageMetrics)	--dry-run	VPC must exist	Gateway validates VpcId + Attribute non-empty → NATS ec2.DescribeVpcAttribute → daemon retrieves VPC record → returns single attribute as AttributeBooleanValue (one attribute per call, matches AWS behavior) → validates attribute name	1. Get enableDnsHostnames 2. Get enableDnsSupport 3. Get enableNetworkAddressUsageMetrics 4. Invalid attribute name (InvalidParameterValue) 5. Missing VPC ID (MissingParameter) 6. Non-existent VPC (InvalidVpcID.NotFound)	DONE
associate-vpc-cidr-block	—	--vpc-id, --cidr-block	VPC must exist	NATS ec2.AssociateVpcCidrBlock → daemon adds secondary CIDR to VPC metadata → return association	1. Add secondary CIDR 2. Overlapping CIDR (error) 3. Max CIDR blocks exceeded (error)	NOT STARTED
disassociate-vpc-cidr-block	—	--association-id	Association must exist	NATS ec2.DisassociateVpcCidrBlock → daemon removes secondary CIDR from VPC → return success	1. Remove secondary CIDR 2. Remove primary CIDR (error)	NOT STARTED
create-subnet	--vpc-id, --cidr-block, --availability-zone, --tag-specifications	--dry-run	VPC must exist	Gateway validates VpcId + CidrBlock (required, valid CIDR, /16–/28 prefix) → NATS ec2.CreateSubnet → daemon verifies parent VPC exists → validates subnet CIDR is within VPC CIDR range → checks for overlapping subnets in same VPC → calculates available IPs (total hosts - 5 AWS-reserved: .0/.1/.2/.3/.255) → generates subnet-ID → stores SubnetRecord in spinifex-vpc-subnets KV → publishes vpc.create-subnet event to vpcd → defaults AZ from config if omitted	1. Create subnet within VPC CIDR 2. Subnet CIDR outside VPC range (error: InvalidSubnetRange) 3. Overlapping subnet CIDRs (error: InvalidSubnetConflict) 4. CIDR prefix outside /16–/28 (error) 5. Missing VPC or CIDR (error: MissingParameter)	DONE
delete-subnet	--subnet-id	--dry-run	Subnet must exist	NATS ec2.DeleteSubnet → daemon verifies subnet exists → deletes from spinifex-vpc-subnets KV → publishes vpc.delete-subnet event to vpcd	1. Delete existing subnet 2. Delete non-existent subnet (error)	DONE
describe-subnets	--subnet-ids, --filters (vpc-id, subnet-id, availability-zone, cidr-block, state, default-for-az, tag:*)	--max-results, --dry-run	None	NATS ec2.DescribeSubnets → daemon lists all keys from spinifex-vpc-subnets KV → applies filters → filters by subnet IDs if specified → recalculates available IPs from CIDR → returns error for non-existent requested IDs	1. List all subnets 2. Filter by VPC ID 3. Filter by subnet ID 4. Non-existent subnet returns error 5. Filter by availability-zone, cidr-block, state 6. Unknown filter returns InvalidParameterValue	DONE
modify-subnet-attribute	--subnet-id, --map-public-ip-on-launch	--assign-ipv6-address-on-creation, --dry-run	Subnet must exist	Gateway validates SubnetId non-empty → NATS ec2.ModifySubnetAttribute → daemon retrieves Subnet record from spinifex-vpc-subnets KV → updates MapPublicIpOnLaunch flag if provided → updates KV with optimistic locking → returns empty output	1. Enable auto-assign public IP 2. Disable auto-assign public IP 3. Missing SubnetId (MissingParameter) 4. Non-existent subnet (InvalidSubnetID.NotFound)	DONE
associate-subnet-cidr-block	—	--subnet-id, --ipv6-cidr-block	Subnet must exist	NATS ec2.AssociateSubnetCidrBlock → daemon adds IPv6 CIDR to subnet → return association	1. Add IPv6 CIDR 2. Missing subnet ID (error)	NOT STARTED
disassociate-subnet-cidr-block	—	--association-id	Association must exist	NATS ec2.DisassociateSubnetCidrBlock → daemon removes IPv6 CIDR from subnet → return success	1. Remove IPv6 CIDR 2. Invalid association (error)	NOT STARTED
create-security-group	--group-name, --description, --vpc-id, --tag-specifications	--dry-run	VPC must exist	Gateway validates GroupName + VpcId required → NATS ec2.CreateSecurityGroup → daemon verifies VPC exists → checks duplicate name in same VPC → generates sg-ID → creates SecurityGroupRecord in spinifex-vpc-security-groups KV with default egress rule (allow all outbound 0.0.0.0/0), no ingress rules → publishes vpc.create-sg event to vpcd (OVN ACL configuration) → returns GroupId	1. Create SG in VPC 2. Duplicate name in same VPC (error: InvalidGroup.Duplicate) 3. Verify default egress rule (allow all) 4. Verify no default ingress rules 5. Missing GroupName (MissingParameter) 6. Non-existent VPC (InvalidVpcID.NotFound) 7. With tag specifications	DONE
delete-security-group	--group-id	--dry-run	SG must exist	Gateway validates GroupId non-empty → NATS ec2.DeleteSecurityGroup → daemon retrieves SG from KV → deletes from spinifex-vpc-security-groups KV → publishes vpc.delete-sg event to vpcd → returns success	1. Delete existing SG 2. Delete non-existent SG (error: InvalidGroup.NotFound) 3. Missing GroupId (MissingParameter)	DONE
describe-security-groups	--group-ids, --filters (vpc-id, group-name, group-id, description, ip-permission.cidr, tag:*)	--group-names, --max-results, --dry-run	None	NATS ec2.DescribeSecurityGroups → daemon scans all SG records in account → applies filters (AND logic across filter names, OR across values) → returns SecurityGroup list with ingress/egress rules → returns error for non-existent requested GroupIds	1. List all SGs 2. Filter by VPC ID 3. Filter by group name 4. Filter by GroupId 5. Non-existent GroupId (InvalidGroup.NotFound) 6. Empty result when no SGs 7. Filter by description, ip-permission.cidr 8. Unknown filter returns InvalidParameterValue	DONE
authorize-security-group-ingress	--group-id, --ip-permissions (IpProtocol, FromPort, ToPort, IpRanges/CidrIp, UserIdGroupPairs/GroupId)	--dry-run	SG must exist	Gateway validates GroupId non-empty → NATS ec2.AuthorizeSecurityGroupIngress → daemon retrieves SG → converts IpPermissions to SGRule objects → appends to IngressRules → updates KV with optimistic locking (revision check) → publishes vpc.update-sg event to vpcd → returns true	1. Allow SSH (port 22) from 0.0.0.0/0 2. Allow from specific CIDR 3. Allow from source security group 4. Missing GroupId (MissingParameter) 5. Non-existent SG (InvalidGroup.NotFound)	DONE
authorize-security-group-egress	--group-id, --ip-permissions	--dry-run	SG must exist	Gateway validates GroupId → NATS ec2.AuthorizeSecurityGroupEgress → daemon retrieves SG → appends rules to EgressRules → updates KV with optimistic locking → publishes vpc.update-sg event → returns true	1. Allow HTTPS outbound 2. Restrict to specific CIDR 3. Missing GroupId (MissingParameter) 4. Non-existent SG (InvalidGroup.NotFound)	DONE
revoke-security-group-ingress	--group-id, --ip-permissions (matching rules to remove)	--dry-run	SG must exist	Gateway validates GroupId → NATS ec2.RevokeSecurityGroupIngress → daemon retrieves SG → removes matching rules from IngressRules (set difference) → updates KV with optimistic locking → publishes vpc.update-sg event → returns true	1. Revoke existing rule 2. Missing GroupId (MissingParameter) 3. Non-existent SG (InvalidGroup.NotFound)	DONE
revoke-security-group-egress	--group-id, --ip-permissions (matching rules to remove)	--dry-run	SG must exist	Gateway validates GroupId → NATS ec2.RevokeSecurityGroupEgress → daemon retrieves SG → removes matching rules from EgressRules (set difference) → updates KV with optimistic locking → publishes vpc.update-sg event → returns true	1. Revoke existing rule 2. Missing GroupId (MissingParameter) 3. Non-existent SG (InvalidGroup.NotFound)	DONE
create-internet-gateway	--tag-specifications	--dry-run	None	NATS ec2.CreateInternetGateway → daemon generates igw-ID → creates IGWRecord in spinifex-igw KV bucket with state=available (not attached) → returns InternetGateway with empty Attachments	1. Create IGW 2. Verify in describe-internet-gateways 3. Tags applied at creation	DONE
attach-internet-gateway	--internet-gateway-id, --vpc-id	--dry-run	IGW and VPC must exist	NATS ec2.AttachInternetGateway → daemon validates IGW exists and is not already attached (ResourceAlreadyAssociated) → sets VpcId on record → state=attached → publishes vpc.igw-attach event to vpcd (creates OVN external switch, gateway port, SNAT rules)	1. Attach IGW to VPC 2. Attach already-attached IGW (ResourceAlreadyAssociated) 3. Non-existent IGW (error) 4. Missing params (MissingParameter)	DONE
detach-internet-gateway	--internet-gateway-id, --vpc-id	--dry-run	IGW must be attached to specified VPC	NATS ec2.DetachInternetGateway → daemon validates IGW exists and is attached to specified VPC (GatewayNotAttached if wrong VPC) → clears VpcId → state=available → publishes vpc.igw-detach event to vpcd (removes OVN resources)	1. Detach attached IGW 2. Detach from wrong VPC (GatewayNotAttached) 3. Detach unattached IGW (error)	DONE
delete-internet-gateway	--internet-gateway-id	--dry-run	IGW must be detached	NATS ec2.DeleteInternetGateway → daemon validates IGW exists and VpcId is empty (DependencyViolation if attached) → deletes from spinifex-igw KV	1. Delete detached IGW 2. Delete attached IGW (DependencyViolation) 3. Delete non-existent (error)	DONE
describe-internet-gateways	--internet-gateway-ids, --filters (internet-gateway-id, attachment.vpc-id, attachment.state, tag:*)	--max-results, --dry-run	None	NATS ec2.DescribeInternetGateways → daemon lists all keys from spinifex-igw KV → filters by IGW IDs if specified → applies filters → returns list with Attachments array (if attached)	1. List all IGWs 2. Filter by IGW ID 3. Verify attachment info 4. Filter by attachment.vpc-id, attachment.state 5. Unknown filter returns InvalidParameterValue	DONE

EC2 - Route Tables

Route tables are stored in spinifex-vpc-route-tables JetStream KV bucket, keyed by {accountID}.{routeTableId}. Each route table has a Routes array (with local route pre-populated) and an Associations array. All operations validate VPC consistency. When a route targeting a NAT gateway is created, vpc.add-nat-gateway events are published per associated subnet for vpcd SNAT rule creation.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-route-table	--vpc-id	--tag-specifications, --dry-run	VPC must exist	Gateway validates VpcId (required) → NATS ec2.CreateRouteTable with spinifex-workers queue group → daemon verifies VPC exists in spinifex-vpc-vpcs KV → retrieves VPC CIDR → generates rtb-ID → creates RouteTableRecord with IsMain=false, local route pre-populated (destination=VPC CIDR, gateway="local"), empty associations → stores in spinifex-vpc-route-tables KV → returns RouteTable	1. Create route table with local route (happy path) 2. VPC not found (InvalidVpcID.NotFound) 3. Missing VpcId (MissingParameter)	DONE
delete-route-table	--route-table-id	--dry-run	Route table must exist, not main, no subnet associations	Gateway validates RouteTableId (required) → NATS ec2.DeleteRouteTable → daemon retrieves record → rejects if IsMain=true (DependencyViolation) → rejects if has non-main subnet associations (DependencyViolation) → deletes from KV → returns success	1. Delete custom route table 2. Delete main route table (DependencyViolation) 3. Delete table with subnet associations (DependencyViolation) 4. Delete non-existent (InvalidRouteTableID.NotFound)	DONE
describe-route-tables	--route-table-ids, --filters (vpc-id, route-table-id, association.main, association.route-table-association-id, association.subnet-id, route.destination-cidr-block, route.gateway-id)	--max-results, --next-token, --dry-run	None	NATS ec2.DescribeRouteTables → daemon scans all keys in spinifex-vpc-route-tables KV → filters by RouteTableIds if specified → applies all provided filters (AND logic) → returns error for non-existent requested IDs → converts records to EC2 RouteTable objects	1. List all route tables 2. Filter by vpc-id 3. Filter by association.main (true/false) 4. Non-existent ID (InvalidRouteTableID.NotFound) 5. Empty result when no route tables	DONE
create-route	--route-table-id, --destination-cidr-block, --gateway-id, --nat-gateway-id	--egress-only-internet-gateway-id, --vpc-peering-connection-id, --dry-run	Route table and target must exist in same VPC	Gateway validates RouteTableId + DestinationCidrBlock (required) → NATS ec2.CreateRoute → daemon retrieves route table → checks for duplicate destination (RouteAlreadyExists) → validates exactly one of GatewayId/NatGatewayId provided → if GatewayId: verifies IGW exists in spinifex-igw KV and is attached to same VPC → if NatGatewayId: verifies NAT GW exists in spinifex-vpc-nat-gateways KV and is in same VPC → for NAT GW routes, publishes vpc.add-nat-gateway event per associated subnet → appends RouteRecord (state=active, origin=CreateRoute) → updates KV → returns Return=true	1. Add IGW route (happy path) 2. Duplicate destination (RouteAlreadyExists) 3. IGW not found (InvalidInternetGatewayID.NotFound) 4. NAT GW not found (InvalidNatGatewayID.NotFound) 5. Gateway not in same VPC (InvalidParameterValue) 6. Missing RouteTableId or DestinationCidrBlock (MissingParameter)	DONE
delete-route	--route-table-id, --destination-cidr-block	--dry-run	Route must exist	Gateway validates RouteTableId + DestinationCidrBlock (required) → NATS ec2.DeleteRoute → daemon retrieves route table → finds matching route → rejects if gateway is "local" (InvalidParameterValue — local routes cannot be deleted) → removes route from Routes array → updates KV → returns success	1. Delete IGW route (happy path, local route remains) 2. Delete local route (InvalidParameterValue) 3. Route not found (InvalidRoute.NotFound) 4. Missing parameters (MissingParameter)	DONE
replace-route	--route-table-id, --destination-cidr-block, --gateway-id	--nat-gateway-id, --dry-run	Route must exist, new target must exist in same VPC	Gateway validates RouteTableId + DestinationCidrBlock + GatewayId (required) → NATS ec2.ReplaceRoute → daemon retrieves route table → finds matching route → rejects if local route → verifies IGW exists and is attached to same VPC → updates route GatewayId, clears NatGatewayId, sets state=active → updates KV → returns success	1. Replace route target (IGW swap) 2. Replace local route (InvalidParameterValue) 3. Route not found (InvalidRoute.NotFound) 4. IGW not found (InvalidInternetGatewayID.NotFound)	DONE
associate-route-table	--route-table-id, --subnet-id	--gateway-id, --dry-run	Route table and subnet must exist in same VPC	Gateway validates RouteTableId + SubnetId (required) → NATS ec2.AssociateRouteTable → daemon retrieves route table → verifies subnet exists and is in same VPC → scans ALL route tables in VPC to check subnet isn't already explicitly associated (Resource.AlreadyAssociated) → generates rtbassoc-ID → appends AssociationRecord (Main=false) → updates KV → returns AssociationId with state=associated	1. Associate subnet (happy path) 2. Duplicate subnet association (Resource.AlreadyAssociated) 3. Subnet not found (InvalidSubnetID.NotFound) 4. Subnet in different VPC (InvalidParameterValue) 5. Missing parameters (MissingParameter)	DONE
disassociate-route-table	--association-id	--dry-run	Association must exist, not main table association	Gateway validates AssociationId (required) → NATS ec2.DisassociateRouteTable → daemon scans ALL route tables in account to find matching AssociationId → rejects if Main=true (InvalidParameterValue — main associations are immutable) → removes association from Associations array → updates KV → returns success	1. Disassociate subnet (happy path) 2. Disassociate main table (InvalidParameterValue) 3. Association not found (InvalidAssociationID.NotFound)	DONE
replace-route-table-association	--association-id, --route-table-id	--dry-run	Association and new route table must exist	Gateway validates AssociationId + RouteTableId (required) → NATS ec2.ReplaceRouteTableAssociation → daemon verifies new route table exists → scans all route tables to find matching AssociationId → if Main=true: atomically swaps IsMain flag between old and new table → two-phase commit: removes association from old table, creates new AssociationId on new table → compensating write on failure (logs CRITICAL if compensation fails) → returns new AssociationId with state=associated	1. Move subnet between tables (happy path) 2. Replace main table association (swaps IsMain flags) 3. Association not found (InvalidAssociationID.NotFound) 4. Route table not found (InvalidRouteTableID.NotFound)	DONE

EC2 - VPC Peering

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-vpc-peering-connection	—	--vpc-id, --peer-vpc-id, --peer-owner-id, --peer-region, --tag-specifications	Both VPCs must exist	NATS ec2.CreateVpcPeeringConnection → daemon creates peering in KV with pcx-ID → state=pending-acceptance → return peering connection	1. Create peering between two VPCs 2. Missing VPC ID (error) 3. Overlapping CIDRs (error)	NOT STARTED
accept-vpc-peering-connection	—	--vpc-peering-connection-id, --dry-run	Peering must exist in pending-acceptance state	NATS ec2.AcceptVpcPeeringConnection → daemon updates state to active → configure OVS cross-VPC flows → return peering	1. Accept pending peering 2. Accept already active (error)	NOT STARTED
reject-vpc-peering-connection	—	--vpc-peering-connection-id, --dry-run	Peering must exist in pending-acceptance state	NATS ec2.RejectVpcPeeringConnection → daemon updates state to rejected → return peering	1. Reject pending peering 2. Reject already active (error)	NOT STARTED
delete-vpc-peering-connection	—	--vpc-peering-connection-id, --dry-run	Peering must exist	NATS ec2.DeleteVpcPeeringConnection → daemon removes OVS cross-VPC flows → delete from KV → return success	1. Delete active peering 2. Delete non-existent (error)	NOT STARTED
describe-vpc-peering-connections	—	--vpc-peering-connection-ids, --filters, --max-results	None	NATS ec2.DescribeVpcPeeringConnections → daemon lists peerings from KV → return list with state	1. List all peerings 2. Filter by ID 3. Filter by VPC	NOT STARTED
modify-vpc-peering-connection-options	—	--vpc-peering-connection-id, --requester-peering-connection-options, --accepter-peering-connection-options	Peering must be active	NATS ec2.ModifyVpcPeeringConnectionOptions → daemon updates peering options in KV → return modified options	1. Enable DNS resolution 2. Missing peering ID (error)	NOT STARTED

EC2 - VPC Endpoints

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-vpc-endpoint	—	--vpc-id, --service-name, --vpc-endpoint-type (Gateway/Interface), --route-table-ids, --subnet-ids, --tag-specifications	VPC must exist	NATS ec2.CreateVpcEndpoint → daemon creates endpoint in KV with vpce-ID → return endpoint	1. Create Gateway endpoint for S3 2. Create Interface endpoint 3. Missing VPC ID (error)	NOT STARTED
delete-vpc-endpoints	—	--vpc-endpoint-ids, --dry-run	Endpoints must exist	NATS ec2.DeleteVpcEndpoints → daemon deletes endpoints from KV → return success/failure per endpoint	1. Delete existing endpoint 2. Delete non-existent (error)	NOT STARTED
describe-vpc-endpoints	—	--vpc-endpoint-ids, --filters, --max-results	None	NATS ec2.DescribeVpcEndpoints → daemon lists endpoints from KV → return list with state and type	1. List all endpoints 2. Filter by VPC 3. Filter by service name	NOT STARTED
describe-vpc-endpoint-services	—	--service-names, --filters, --max-results	None	NATS ec2.DescribeVpcEndpointServices → daemon returns available services (S3, DynamoDB equivalents) → return service list	1. List available services 2. Filter by service name	NOT STARTED
modify-vpc-endpoint	—	--vpc-endpoint-id, --add-route-table-ids, --remove-route-table-ids, --add-subnet-ids, --remove-subnet-ids	Endpoint must exist	NATS ec2.ModifyVpcEndpoint → daemon updates endpoint route tables/subnets in KV → return success	1. Add route table 2. Remove subnet 3. Missing endpoint ID (error)	NOT STARTED

EC2 - VPN Gateway & Customer Gateway

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-customer-gateway	—	--type (ipsec.1), --bgp-asn, --ip-address, --tag-specifications	None	NATS ec2.CreateCustomerGateway → daemon stores in JetStream KV with cgw-ID → return customer gateway	1. Create with BGP ASN and IP 2. Missing required fields (error)	NOT STARTED
delete-customer-gateway	—	--customer-gateway-id, --dry-run	Must exist, no VPN connections	NATS ec2.DeleteCustomerGateway → daemon verifies no active connections → delete from KV → return success	1. Delete existing 2. Delete with active VPN (error)	NOT STARTED
describe-customer-gateways	—	--customer-gateway-ids, --filters	None	NATS ec2.DescribeCustomerGateways → daemon lists from KV → return list with BGP/IP info	1. List all 2. Filter by ID	NOT STARTED
create-vpn-gateway	—	--type (ipsec.1), --amazon-side-asn, --tag-specifications	None	NATS ec2.CreateVpnGateway → daemon stores in JetStream KV with vgw-ID → return VPN gateway	1. Create VPN gateway 2. Verify in describe	NOT STARTED
delete-vpn-gateway	—	--vpn-gateway-id, --dry-run	Must be detached	NATS ec2.DeleteVpnGateway → daemon verifies detached → delete from KV → return success	1. Delete detached gateway 2. Delete attached (error)	NOT STARTED
attach-vpn-gateway	—	--vpn-gateway-id, --vpc-id	Both must exist	NATS ec2.AttachVpnGateway → daemon links VPN gateway to VPC → return attachment	1. Attach to VPC 2. Already attached (error)	NOT STARTED
detach-vpn-gateway	—	--vpn-gateway-id, --vpc-id	Must be attached	NATS ec2.DetachVpnGateway → daemon unlinks VPN gateway from VPC → return success	1. Detach from VPC 2. Not attached (error)	NOT STARTED
describe-vpn-gateways	—	--vpn-gateway-ids, --filters	None	NATS ec2.DescribeVpnGateways → daemon lists from KV → return list with attachment info	1. List all 2. Filter by VPC attachment	NOT STARTED

EC2 - VPN Connections

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-vpn-connection	—	--type (ipsec.1), --customer-gateway-id, --vpn-gateway-id, --options, --tag-specifications	Customer gateway and VPN gateway must exist	NATS ec2.CreateVpnConnection → daemon stores connection in JetStream KV with vpn-ID → return connection with tunnel info	1. Create IPsec connection 2. Missing customer gateway (error) 3. Missing VPN gateway (error)	NOT STARTED
delete-vpn-connection	—	--vpn-connection-id, --dry-run	Connection must exist	NATS ec2.DeleteVpnConnection → daemon deletes from KV → return success	1. Delete existing connection 2. Delete non-existent (error)	NOT STARTED
describe-vpn-connections	—	--vpn-connection-ids, --filters	None	NATS ec2.DescribeVpnConnections → daemon lists from KV → return list with state and tunnel info	1. List all connections 2. Filter by ID 3. Filter by VPN gateway	NOT STARTED
modify-vpn-connection	—	--vpn-connection-id, --vpn-gateway-id, --customer-gateway-id	Connection must exist	NATS ec2.ModifyVpnConnection → daemon updates connection target in KV → return modified connection	1. Change VPN gateway 2. Missing connection ID (error)	NOT STARTED
modify-vpn-connection-options	—	--vpn-connection-id, --local-ipv4-network-cidr, --remote-ipv4-network-cidr	Connection must exist	NATS ec2.ModifyVpnConnectionOptions → daemon updates tunnel options in KV → return modified connection	1. Modify CIDR ranges 2. Missing connection ID (error)	NOT STARTED

EC2 - Network ACLs

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-network-acl	—	--vpc-id, --tag-specifications	VPC must exist	NATS ec2.CreateNetworkAcl → daemon creates NACL in KV with acl-ID → add default deny-all rules → return NACL	1. Create NACL in VPC 2. Missing VPC ID (error) 3. Verify default deny rules	NOT STARTED
delete-network-acl	—	--network-acl-id, --dry-run	Must not be default NACL	NATS ec2.DeleteNetworkAcl → daemon verifies not default → delete from KV → return success	1. Delete non-default NACL 2. Delete default NACL (error)	NOT STARTED
describe-network-acls	—	--network-acl-ids, --filters, --max-results	None	NATS ec2.DescribeNetworkAcls → daemon lists NACLs from KV → return list with entries	1. List all NACLs 2. Filter by VPC	NOT STARTED
create-network-acl-entry	—	--network-acl-id, --rule-number, --protocol, --rule-action (allow/deny), --cidr-block, --ingress/--egress, --port-range	NACL must exist	NATS ec2.CreateNetworkAclEntry → daemon adds rule entry to NACL in KV → configure OVS flow → return success	1. Add ingress allow rule 2. Add egress deny rule 3. ICMP type/code parsing 4. Missing NACL ID (error)	NOT STARTED
delete-network-acl-entry	—	--network-acl-id, --rule-number, --ingress/--egress	Entry must exist	NATS ec2.DeleteNetworkAclEntry → daemon removes rule from NACL → remove OVS flow → return success	1. Delete existing entry 2. Delete non-existent entry (error)	NOT STARTED
replace-network-acl-association	—	--association-id, --network-acl-id	Both must exist	NATS ec2.ReplaceNetworkAclAssociation → daemon swaps NACL for subnet → return new association ID	1. Replace association 2. Missing association ID (error)	NOT STARTED
replace-network-acl-entry	—	--network-acl-id, --rule-number, --protocol, --rule-action, --cidr-block, --ingress/--egress, --port-range	Entry must exist	NATS ec2.ReplaceNetworkAclEntry → daemon replaces rule in KV → update OVS flow → return success	1. Replace existing entry 2. Replace non-existent entry (error)	NOT STARTED

EC2 - Prefix Lists

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-managed-prefix-list	—	--prefix-list-name, --address-family (IPv4/IPv6), --max-entries, --entries, --tag-specifications	None	NATS ec2.CreateManagedPrefixList → daemon stores prefix list in JetStream KV with pl-ID → return prefix list with version	1. Create with IPv4 entries 2. Name, address family, max entries required 3. Verify in describe	NOT STARTED
delete-managed-prefix-list	—	--prefix-list-id, --dry-run	Must exist, not referenced by security groups/route tables	NATS ec2.DeleteManagedPrefixList → daemon verifies not referenced → delete from KV → return success	1. Delete unreferenced list 2. Delete referenced list (error)	NOT STARTED
describe-managed-prefix-lists	—	--prefix-list-ids, --filters, --max-results	None	NATS ec2.DescribeManagedPrefixLists → daemon lists from KV → return list with state and version	1. List all prefix lists 2. Filter by ID	NOT STARTED
modify-managed-prefix-list	—	--prefix-list-id, --current-version, --add-entries, --remove-entries, --prefix-list-name	Must exist, current version must match	NATS ec2.ModifyManagedPrefixList → daemon validates version → apply changes → increment version → return updated list	1. Add entries 2. Remove entries 3. Version mismatch (error)	NOT STARTED
get-managed-prefix-list-entries	—	--prefix-list-id, --target-version, --max-results	Prefix list must exist	NATS ec2.GetManagedPrefixListEntries → daemon reads entries from KV → return entry list	1. List entries 2. List entries at specific version	NOT STARTED
get-managed-prefix-list-associations	—	--prefix-list-id, --max-results	Prefix list must exist	NATS ec2.GetManagedPrefixListAssociations → daemon finds references in SGs/route tables → return association list	1. List associations 2. No associations returns empty	NOT STARTED

EC2 - Network Interfaces

ENIs are managed via spinifex-vpc-enis KV bucket with CAS-based IPAM allocation from spinifex-vpc-ipam. ENIs are auto-created by run-instances --subnet-id and auto-deleted on termination. MAC addresses are deterministically generated from the ENI ID. Attach/detach are internal operations used by instance lifecycle — no standalone attach/detach API yet.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-network-interface	--subnet-id, --private-ip-address, --description, --tag-specifications	--groups, --dry-run	Subnet must exist	Gateway validates SubnetId (required) → NATS ec2.CreateNetworkInterface → daemon verifies subnet exists in spinifex-vpc-subnets KV → if no PrivateIpAddress, allocates from IPAM pool (CAS-based, up to 5 retries) → generates eni-ID → generates deterministic MAC from ENI ID → stores ENIRecord in spinifex-vpc-enis KV → publishes vpc.create-port event to vpcd (creates OVN logical port) → returns NetworkInterface with status=available	1. Create in subnet (auto-allocate IP) 2. Create with specific private IP 3. Missing subnet ID (MissingParameter) 4. Non-existent subnet (error) 5. Tags applied at creation	DONE
delete-network-interface	--network-interface-id	--dry-run	Must not be attached (status != in-use)	NATS ec2.DeleteNetworkInterface → daemon verifies ENI exists and status is not "in-use" (InvalidNetworkInterfaceInUse) → releases IP back to IPAM pool → deletes from spinifex-vpc-enis KV → publishes vpc.delete-port event to vpcd	1. Delete detached ENI 2. Delete attached ENI (InvalidNetworkInterfaceInUse) 3. Delete non-existent (error)	DONE
describe-network-interfaces	--network-interface-ids, --filters (subnet-id, vpc-id, attachment.instance-id)	--max-results, --dry-run	None	NATS ec2.DescribeNetworkInterfaces → daemon lists all keys from spinifex-vpc-enis KV → applies filters (subnet-id, vpc-id, attachment.instance-id) → filters by ENI IDs if specified → returns error for non-existent requested IDs	1. List all ENIs 2. Filter by subnet-id 3. Filter by vpc-id 4. Filter by attachment.instance-id 5. Non-existent ENI returns error	DONE
attach-network-interface	—	--network-interface-id, --instance-id, --device-index	ENI and instance must exist	Internal operation used by run-instances --subnet-id. Marks ENI as "in-use", sets instance attachment, generates attachment ID. No standalone API endpoint yet.	1. Attach ENI to instance 2. Already attached (error) 3. Missing device index (error)	NOT STARTED (internal only)
detach-network-interface	—	--attachment-id, --force	ENI must be attached	Internal operation used by terminate-instances. Marks ENI as "available", clears attachment info. No standalone API endpoint yet.	1. Detach ENI 2. Force detach 3. Not attached (error)	NOT STARTED (internal only)
modify-network-interface-attribute	—	--network-interface-id, --description, --groups	ENI must exist; at least one attribute required	NATS ec2.ModifyNetworkInterfaceAttribute → daemon validates ENI exists → updates description and/or security groups in spinifex-vpc-enis KV (optimistic locking) → return success	1. Modify description 2. Update security groups 3. No attributes (InvalidParameterValue) 4. Non-existent ENI (error)	DONE
assign-private-ip-addresses	—	--network-interface-id, --private-ip-addresses or --secondary-private-ip-address-count	ENI must exist	NATS ec2.AssignPrivateIpAddresses → daemon allocates IPs from subnet pool → assign to ENI → return assigned IPs	1. Assign specific IPs 2. Assign by count 3. Cannot specify both (error)	NOT STARTED
unassign-private-ip-addresses	—	--network-interface-id, --private-ip-addresses	IPs must be assigned to ENI	NATS ec2.UnassignPrivateIpAddresses → daemon releases IPs → return success	1. Unassign secondary IP 2. Unassign primary IP (error)	NOT STARTED

EC2 - Launch Templates

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-launch-template	—	--launch-template-name, --launch-template-data (ImageId, InstanceType, etc.), --tag-specifications	None	NATS ec2.CreateLaunchTemplate → daemon stores template in JetStream KV with lt-ID → version 1 → return template metadata	1. Create template with full config 2. Duplicate name (error) 3. Verify in describe output	NOT STARTED
create-launch-template-version	—	--launch-template-id or --launch-template-name, --launch-template-data, --source-version	Template must exist	NATS ec2.CreateLaunchTemplateVersion → daemon creates new version in KV → return version details	1. Create version from scratch 2. Create version from source version 3. Template not found (error)	NOT STARTED
delete-launch-template	—	--launch-template-id or --launch-template-name, --dry-run	Template must exist	NATS ec2.DeleteLaunchTemplate → daemon deletes template and all versions from KV → return deleted template info	1. Delete by ID 2. Delete by name 3. Non-existent template (error)	NOT STARTED
describe-launch-templates	—	--launch-template-ids, --launch-template-names, --filters	None	NATS ec2.DescribeLaunchTemplates → daemon lists templates from KV → return list	1. List all templates 2. Filter by name 3. Filter by ID	NOT STARTED
describe-launch-template-versions	—	--launch-template-id or --launch-template-name, --versions, --min-version, --max-version	Template must exist	NATS ec2.DescribeLaunchTemplateVersions → daemon lists versions from KV → return version list with data	1. List all versions 2. List specific version 3. Template not found (error)	NOT STARTED

EC2 - Misc Operations

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
delete-network-interface-permission	—	--network-interface-permission-id, --force	Permission must exist	NATS ec2.DeleteNetworkInterfacePermission → daemon deletes permission from KV → return success	1. Delete existing permission 2. Force delete	NOT STARTED
enable-address-transfer	—	--allocation-id, --transfer-account-id	EIP must exist	NATS ec2.EnableAddressTransfer → daemon stores transfer in JetStream KV with 7-day expiration → return AllocationId and TransferAccountId	1. Enable transfer 2. Verify transfer stored with expiration	NOT STARTED
disable-address-transfer	—	--allocation-id	Transfer must exist	NATS ec2.DisableAddressTransfer → daemon updates transfer status to disabled in KV → return status	1. Disable active transfer 2. Disable non-existent transfer (error)	NOT STARTED

EBS Direct API

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
start-snapshot	—	--volume-size, --parent-snapshot-id, --description, --encrypted	None	Initialize snapshot in viperblock → return snap-ID for block-level writes	1. Start new snapshot 2. Start incremental from parent	NOT STARTED
put-snapshot-block	—	--snapshot-id, --block-index, --block-data, --checksum	start-snapshot	Write block data to snapshot at specified index in viperblock → verify checksum	1. Write single block 2. Write with bad checksum (error)	NOT STARTED
get-snapshot-block	—	--snapshot-id, --block-index	Snapshot must exist	Read block data from snapshot at specified index → return data with checksum	1. Read existing block 2. Read sparse block (zeros)	NOT STARTED
complete-snapshot	—	--snapshot-id, --changed-blocks-count	start-snapshot, put-snapshot-block	Finalize snapshot → mark as completed → sync to Predastore	1. Complete valid snapshot 2. Complete with wrong block count (error)	NOT STARTED
list-snapshot-blocks	—	--snapshot-id, --max-results, --next-token	Snapshot must exist	List all non-empty blocks in snapshot with tokens and sizes	1. List blocks of populated snapshot 2. List blocks of empty snapshot	NOT STARTED
list-changed-blocks	—	--second-snapshot-id, --first-snapshot-id, --max-results	Snapshots must exist	Compare two snapshots → return list of differing block indexes	1. Compare parent and child snapshots 2. Compare unrelated snapshots	NOT STARTED

IAM - User Management

All IAM operations are account-scoped. Users, policies, and access keys are namespaced per account. The gateway extracts the account ID from the authenticated access key via c.Locals("sigv4.accountId") and passes it to all IAM service methods. Root user (account 000000000000) bypasses policy evaluation entirely.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-user	--user-name, --path	--tags, --permissions-boundary	None	Gateway validates UserName non-empty → IAMService.CreateUser(accountID, input) → generates AIDA-prefixed UserId → stores in KV at key {accountID}.{userName} → ARN includes real account ID → conditional create for race safety	1. Create user 2. Duplicate name in same account (EntityAlreadyExists) 3. Same name in different account (succeeds) 4. Missing username (InvalidInput) 5. Default path is /	DONE
get-user	--user-name	—	User must exist in caller's account	Gateway validates UserName → IAMService.GetUser(accountID, input) → reads from KV at {accountID}.{userName} → returns User with ARN, Path, CreateDate	1. Get existing user 2. Get non-existent user (NoSuchEntity) 3. Cannot see user in different account (NoSuchEntity)	DONE
list-users	--path-prefix	--max-items, --marker	None	IAMService.ListUsers(accountID, input) → prefix-scans KV for {accountID}.* → filters by path prefix if specified → returns user list scoped to caller's account	1. List all users in account 2. List with path prefix filter 3. Empty list 4. Does not show other accounts' users	DONE
delete-user	--user-name	—	User must exist, no access keys attached	Gateway validates UserName → IAMService.DeleteUser(accountID, input) → checks user has no access keys → deletes from KV	1. Delete user with no keys 2. Delete user with keys attached (DeleteConflict) 3. Delete non-existent user (NoSuchEntity)	DONE

IAM - Access Key Management

Access keys are globally unique (keyed by AccessKeyID) but associated with an account. Max 2 keys per user. Secrets encrypted with AES-256-GCM using master key.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-access-key	--user-name	—	User must exist	IAMService.CreateAccessKey(accountID, input) → generates AKIA-prefixed key ID + random secret → encrypts secret with master key → stores in KV (globally unique key ID) → updates user's AccessKeys list → returns plaintext secret (one-time only)	1. Create key for user (AKIA prefix) 2. Max 2 keys per user (LimitExceeded on 3rd) 3. Non-existent user (NoSuchEntity) 4. Secret only returned on creation	DONE
list-access-keys	--user-name	--max-items, --marker	None	IAMService.ListAccessKeys(accountID, input) → reads user's AccessKeys list → fetches each key's metadata → returns key IDs and status (no secrets)	1. List keys for user 2. No keys returns empty list 3. Shows Status (Active/Inactive) but not secrets	DONE
delete-access-key	--access-key-id, --user-name	—	Key must exist	IAMService.DeleteAccessKey(accountID, input) → removes key from global KV → removes key ID from user's AccessKeys list	1. Delete existing key 2. Delete non-existent key (NoSuchEntity)	DONE
update-access-key	--access-key-id, --user-name, --status (Active/Inactive)	—	Key must exist	IAMService.UpdateAccessKey(input) → reads key from global KV (key ID is globally unique, no accountID needed) → updates Status field → inactive keys rejected at SigV4 auth	1. Deactivate key (Inactive) 2. Reactivate key (Active) 3. Non-existent key (NoSuchEntity) 4. Inactive key → auth returns InvalidClientTokenId	DONE

IAM - Policy Management

Policies are account-scoped. KV key is {accountID}.{policyName}. Policy documents require Version: "2012-10-17" and valid Statement array. Supports wildcard action matching (ec2:*, ec2:Describe*, *). Evaluation order: explicit Deny > explicit Allow > implicit Deny.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-policy	--policy-name, --policy-document, --path, --description	--tags	None	Gateway validates PolicyName and PolicyDocument non-empty → IAMService.CreatePolicy(accountID, input) → validates JSON (Version, Statement with Effect/Action/Resource) → generates ANPA-prefixed PolicyId → stores at {accountID}.{policyName} → ARN includes real account ID	1. Create with valid document 2. Malformed JSON (MalformedPolicyDocument) 3. Missing Effect/Action/Resource (MalformedPolicyDocument) 4. Duplicate name in same account (EntityAlreadyExists) 5. Same name in different account (succeeds) 6. With path and description	DONE
get-policy	--policy-arn	—	Policy must exist	Gateway validates PolicyArn → extracts account ID and policy name from ARN → IAMService.GetPolicy(accountID, input) → returns policy metadata (no document) with AttachmentCount	1. Get existing policy 2. Non-existent policy (NoSuchEntity) 3. Returns metadata only, not document	DONE
get-policy-version	--policy-arn, --version-id	—	Policy must exist	Gateway validates PolicyArn and VersionId → IAMService.GetPolicyVersion(accountID, input) → returns PolicyVersion with URL-encoded Document, VersionId, IsDefaultVersion	1. Get version v1 (returns document) 2. Non-existent version (NoSuchEntity) 3. Non-existent policy (NoSuchEntity)	DONE
list-policies	—	--scope, --only-attached, --path-prefix, --max-items, --marker	None	IAMService.ListPolicies(accountID, input) → prefix-scans KV for {accountID}.* → returns all policies in caller's account	1. List all policies in account 2. Empty list 3. Does not show other accounts' policies	DONE
delete-policy	--policy-arn	—	Policy must exist, not attached to any user	Gateway validates PolicyArn → IAMService.DeletePolicy(accountID, input) → checks no users have this policy attached (scans account's users) → deletes from KV	1. Delete unattached policy 2. Delete attached policy (DeleteConflict) 3. Delete non-existent (NoSuchEntity)	DONE

IAM - Policy Attachment

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
attach-user-policy	--user-name, --policy-arn	—	User and policy must exist in caller's account	Gateway validates both params → IAMService.AttachUserPolicy(accountID, input) → verifies policy exists → adds policy ARN to user's AttachedPolicies list → idempotent (re-attach succeeds without duplicate)	1. Attach policy to user 2. Already attached (idempotent, no error) 3. Non-existent user (NoSuchEntity) 4. Non-existent policy (NoSuchEntity)	DONE
detach-user-policy	--user-name, --policy-arn	—	Policy must be attached to user	Gateway validates both params → IAMService.DetachUserPolicy(accountID, input) → removes policy ARN from user's AttachedPolicies list	1. Detach attached policy 2. Policy not attached (NoSuchEntity) 3. Non-existent user (NoSuchEntity)	DONE
list-attached-user-policies	--user-name	--path-prefix, --max-items, --marker	User must exist	IAMService.ListAttachedUserPolicies(accountID, input) → reads user's AttachedPolicies list → returns policy ARNs and names	1. List attached policies 2. No policies returns empty list	DONE

IAM - Policy Evaluation

The gateway evaluates IAM policies on every request (except root user bypass). Policy evaluation is internal — not an AWS API.

Feature	Description	Status
Root user bypass	Root user (000000000000:root) skips all policy checks	DONE
Default deny	Users with no attached policies are denied all actions	DONE
Explicit allow	Matching Allow statement grants access	DONE
Explicit deny	Deny statements override Allow (deny wins)	DONE
Wildcard matching	* matches all, ec2:* matches all EC2, ec2:Describe* matches prefix	DONE
Account-scoped evaluation	Policies resolved from caller's account context	DONE
EC2 action mapping	All registered EC2 actions mapped to IAM policy strings	DONE
IAM action mapping	16 IAM actions mapped to IAM policy strings	DONE

IAM - Roles

IAM roles are required for instance profiles, cross-account access, and service-linked permissions. Without roles, workloads must use static access keys. Roles should be stored in a spinifex-iam-roles KV bucket keyed by {accountID}.{roleName}. Trust policies (AssumeRolePolicyDocument) define who can assume the role.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-role	—	--role-name, --assume-role-policy-document, --path, --description, --max-session-duration, --permissions-boundary, --tags	None	IAMService.CreateRole(accountID, input) → validate RoleName + AssumeRolePolicyDocument (required) → validate trust policy JSON → generate AROA-prefixed RoleId → store RoleRecord in spinifex-iam-roles KV at {accountID}.{roleName} → ARN: arn:aws:iam::{accountID}:role/{path}{roleName} → return Role	1. Create with valid trust policy 2. Malformed trust policy (MalformedPolicyDocument) 3. Duplicate name (EntityAlreadyExists) 4. Missing RoleName (InvalidInput) 5. With path and description	NOT STARTED
get-role	—	--role-name	Role must exist	IAMService.GetRole(accountID, input) → reads from KV at {accountID}.{roleName} → returns Role with ARN, Path, AssumeRolePolicyDocument, CreateDate	1. Get existing role 2. Non-existent role (NoSuchEntity)	NOT STARTED
list-roles	—	--path-prefix, --max-items, --marker	None	IAMService.ListRoles(accountID, input) → prefix-scans KV for {accountID}.* → filters by path prefix → returns role list scoped to caller's account	1. List all roles 2. List with path prefix 3. Empty list 4. Account isolation	NOT STARTED
delete-role	—	--role-name	Role must exist, no attached policies, no instance profiles	IAMService.DeleteRole(accountID, input) → verify no attached policies (DeleteConflict) → verify not in any instance profile (DeleteConflict) → delete from KV	1. Delete role with no attachments 2. Delete role with policies (DeleteConflict) 3. Delete role in instance profile (DeleteConflict) 4. Non-existent role (NoSuchEntity)	NOT STARTED
update-role	—	--role-name, --description, --max-session-duration	Role must exist	IAMService.UpdateRole(accountID, input) → update description and/or session duration in KV → return success	1. Update description 2. Update max session duration 3. Non-existent role (NoSuchEntity)	NOT STARTED
update-assume-role-policy	—	--role-name, --policy-document	Role must exist	IAMService.UpdateAssumeRolePolicy(accountID, input) → validate trust policy JSON → update AssumeRolePolicyDocument in KV → return success	1. Update trust policy 2. Malformed policy (MalformedPolicyDocument) 3. Non-existent role (NoSuchEntity)	NOT STARTED
attach-role-policy	—	--role-name, --policy-arn	Role and policy must exist	IAMService.AttachRolePolicy(accountID, input) → verify policy exists → add ARN to role's AttachedPolicies → idempotent	1. Attach policy 2. Already attached (idempotent) 3. Non-existent role (NoSuchEntity) 4. Non-existent policy (NoSuchEntity)	NOT STARTED
detach-role-policy	—	--role-name, --policy-arn	Policy must be attached	IAMService.DetachRolePolicy(accountID, input) → remove ARN from role's AttachedPolicies	1. Detach attached policy 2. Not attached (NoSuchEntity) 3. Non-existent role (NoSuchEntity)	NOT STARTED
list-attached-role-policies	—	--role-name, --path-prefix, --max-items, --marker	Role must exist	IAMService.ListAttachedRolePolicies(accountID, input) → reads role's AttachedPolicies list → returns ARNs and names	1. List attached policies 2. No policies (empty list) 3. Non-existent role (NoSuchEntity)	NOT STARTED

IAM - Instance Profiles

Instance profiles are containers for IAM roles that allow EC2 instances to assume a role and obtain temporary credentials. Required for run-instances --iam-instance-profile. Stored in spinifex-iam-instance-profiles KV bucket keyed by {accountID}.{profileName}.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-instance-profile	—	--instance-profile-name, --path, --tags	None	IAMService.CreateInstanceProfile(accountID, input) → validate name (required) → generate AIPA-prefixed InstanceProfileId → store in spinifex-iam-instance-profiles KV with empty Roles array → ARN: arn:aws:iam::{accountID}:instance-profile/{path}{name} → return InstanceProfile	1. Create profile 2. Duplicate name (EntityAlreadyExists) 3. Missing name (InvalidInput)	NOT STARTED
get-instance-profile	—	--instance-profile-name	Profile must exist	IAMService.GetInstanceProfile(accountID, input) → reads from KV → returns InstanceProfile with Roles array	1. Get existing profile 2. Non-existent (NoSuchEntity)	NOT STARTED
list-instance-profiles	—	--path-prefix, --max-items, --marker	None	IAMService.ListInstanceProfiles(accountID, input) → prefix-scans KV → returns list	1. List all profiles 2. Empty list	NOT STARTED
list-instance-profiles-for-role	—	--role-name, --max-items, --marker	Role must exist	IAMService.ListInstanceProfilesForRole(accountID, input) → scan all profiles → filter where Roles contains role name → return list	1. List profiles for role 2. Role not in any profile (empty)	NOT STARTED
delete-instance-profile	—	--instance-profile-name	Profile must exist, Roles must be empty	IAMService.DeleteInstanceProfile(accountID, input) → verify Roles empty (DeleteConflict if not) → delete from KV	1. Delete empty profile 2. Delete profile with role (DeleteConflict) 3. Non-existent (NoSuchEntity)	NOT STARTED
add-role-to-instance-profile	—	--instance-profile-name, --role-name	Both must exist, max 1 role per profile	IAMService.AddRoleToInstanceProfile(accountID, input) → verify profile exists → verify role exists → check Roles array is empty (LimitExceeded if role already present) → append role → update KV	1. Add role to empty profile 2. Profile already has role (LimitExceeded) 3. Non-existent profile (NoSuchEntity) 4. Non-existent role (NoSuchEntity)	NOT STARTED
remove-role-from-instance-profile	—	--instance-profile-name, --role-name	Role must be in profile	IAMService.RemoveRoleFromInstanceProfile(accountID, input) → remove role from Roles array → update KV	1. Remove role 2. Role not in profile (NoSuchEntity)	NOT STARTED

IAM - Groups

Groups provide a way to attach policies to multiple users. Stored in spinifex-iam-groups KV bucket keyed by {accountID}.{groupName}.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-group	—	--group-name, --path	None	IAMService.CreateGroup(accountID, input) → validate GroupName (required) → generate AGPA-prefixed GroupId → store in KV → return Group	1. Create group 2. Duplicate name (EntityAlreadyExists) 3. Missing name (InvalidInput)	NOT STARTED
get-group	—	--group-name	Group must exist	IAMService.GetGroup(accountID, input) → reads group from KV → returns Group with member Users list	1. Get existing group 2. Non-existent (NoSuchEntity)	NOT STARTED
list-groups	—	--path-prefix, --max-items, --marker	None	IAMService.ListGroups(accountID, input) → prefix-scans KV → returns list	1. List all groups 2. Empty list	NOT STARTED
delete-group	—	--group-name	Group must exist, no members, no attached policies	IAMService.DeleteGroup(accountID, input) → verify no members → verify no attached policies → delete from KV	1. Delete empty group 2. Delete group with members (DeleteConflict) 3. Delete group with policies (DeleteConflict) 4. Non-existent (NoSuchEntity)	NOT STARTED
add-user-to-group	—	--group-name, --user-name	Both must exist	IAMService.AddUserToGroup(accountID, input) → verify group + user exist → add user to group's Members list → idempotent	1. Add user 2. Already a member (idempotent) 3. Non-existent group (NoSuchEntity) 4. Non-existent user (NoSuchEntity)	NOT STARTED
remove-user-from-group	—	--group-name, --user-name	User must be in group	IAMService.RemoveUserFromGroup(accountID, input) → remove user from Members list → update KV	1. Remove member 2. Not a member (NoSuchEntity)	NOT STARTED
list-groups-for-user	—	--user-name, --max-items, --marker	User must exist	IAMService.ListGroupsForUser(accountID, input) → scan all groups → filter where Members contains user → return list	1. List groups for user 2. User in no groups (empty)	NOT STARTED
attach-group-policy	—	--group-name, --policy-arn	Group and policy must exist	IAMService.AttachGroupPolicy(accountID, input) → verify policy exists → add ARN to group's AttachedPolicies → idempotent	1. Attach policy 2. Already attached (idempotent) 3. Non-existent group (NoSuchEntity)	NOT STARTED
detach-group-policy	—	--group-name, --policy-arn	Policy must be attached	IAMService.DetachGroupPolicy(accountID, input) → remove ARN from AttachedPolicies	1. Detach policy 2. Not attached (NoSuchEntity)	NOT STARTED
list-attached-group-policies	—	--group-name, --path-prefix, --max-items, --marker	Group must exist	IAMService.ListAttachedGroupPolicies(accountID, input) → reads group's AttachedPolicies → returns ARNs and names	1. List attached policies 2. No policies (empty)	NOT STARTED

STS (Security Token Service)

STS provides temporary credentials and identity verification. GetCallerIdentity is called by every AWS SDK/CLI invocation. AssumeRole is required once IAM roles are implemented. STS needs its own gateway service endpoint (sts service in the supportedServices map) with a dedicated action map.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
get-caller-identity	—	(no flags)	Valid SigV4 credentials	Gateway extracts accountID and username from authenticated request → returns Account, Arn (arn:aws:iam::{accountID}:user/{userName} or arn:aws:sts::{accountID}:assumed-role/{roleName}/{sessionName}), UserId. Note: a Spinifex-custom version exists at spinifex.GetCallerIdentity but needs a proper STS endpoint.	1. Get identity for IAM user 2. Get identity for assumed role 3. Get identity for root user 4. Invalid credentials (AuthFailure)	NOT STARTED
assume-role	—	--role-arn, --role-session-name, --duration-seconds, --policy, --external-id, --serial-number, --token-code, --tags, --transitive-tag-keys	Role must exist, caller must be allowed by trust policy	Gateway validates RoleArn + RoleSessionName (required) → looks up role → evaluates trust policy (AssumeRolePolicyDocument) against caller → generates temporary credentials (AccessKeyId with ASIA prefix, SecretAccessKey, SessionToken) → credentials expire after DurationSeconds (default 3600, max 43200) → return Credentials + AssumedRoleUser (ARN, AssumedRoleId)	1. Assume role with valid trust policy 2. Trust policy denies caller (AccessDenied) 3. Non-existent role (NoSuchEntity) 4. Expired session token rejected at SigV4 5. Custom duration 6. Session tags	NOT STARTED
get-session-token	—	--duration-seconds, --serial-number, --token-code	Valid IAM user credentials (not role)	Gateway validates caller is IAM user (not assumed role) → generates temporary credentials (ASIA prefix) → session inherits user's permissions → return Credentials	1. Get token for IAM user 2. Duration within range 3. Reject if caller is assumed role	NOT STARTED

ELBv2 (Elastic Load Balancing v2 — Application & Network Load Balancer)

All ELBv2 resources are stored in the spinifex-elbv2 JetStream KV bucket. Key format: lb.{lbId}, tg.{tgId}, listener.{listenerId}. The data plane uses a system-managed LB VM running HAProxy, launched automatically during CreateLoadBalancer. HAProxy configuration is pushed via NATS (elbv2.lb.{lbId}.config topic) whenever listeners or targets change. Agent readiness is polled via elbv2.lb.{lbId}.ping.

ELBv2 - Load Balancers

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-load-balancer	--name, --subnets, --security-groups, --scheme (internet-facing/internal), --tags, --ip-address-type (ipv4 only)	--type (hardcoded application), --customer-owned-ipv4-pool, --dry-run	None (subnets optional)	Gateway validates Name (required) → NATS elbv2.CreateLoadBalancer with spinifex-workers queue group → daemon validates scheme (internet-facing or internal, InvalidScheme if other) → checks duplicate name in account (DuplicateLoadBalancerName) → generates LB ID → builds DNS name {name}-{lbId}.{region}.elb.spinifex.local → if subnets provided, creates one ENI per subnet with spinifex:managed-by=elbv2 tag (rolls back on failure) → if system AMI available, launches sys.micro LB VM with cloud-init running /usr/local/bin/lb-agent → state=provisioning → background goroutine polls agent ping for ~5min → on agent ready: state=active, on timeout: state=failed → if no VM launcher: state=active immediately → persists to KV → returns LoadBalancer with ARN, DNSName, State	1. Create with name (happy path) 2. Internal scheme 3. Invalid scheme (InvalidScheme) 4. Duplicate name (DuplicateLoadBalancerName) 5. Missing name (MissingParameter) 6. With tags 7. With subnets (ENI creation)	DONE
delete-load-balancer	--load-balancer-arn	--dry-run	LB must exist	Gateway validates LoadBalancerArn (required) → NATS elbv2.DeleteLoadBalancer → daemon verifies LB exists and belongs to account → terminates LB VM (async background) → deletes all listeners for this LB → deletes system-managed ENIs → deletes LB record from KV → returns success	1. Delete existing LB 2. Not found (LoadBalancerNotFound) 3. Cascades listener cleanup 4. ENI cleanup	DONE
describe-load-balancers	--load-balancer-arns, --names	--page-size, --marker, --dry-run	None	NATS elbv2.DescribeLoadBalancers → daemon lists all LB records from KV → filters by account ID → applies ARN filter and/or Name filter → returns LoadBalancer list with State, DNSName, Scheme, VpcId, AvailabilityZones	1. List all LBs 2. Filter by name 3. Account isolation	DONE

ELBv2 - Target Groups

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-target-group	--name, --protocol (HTTP), --port (default 80), --vpc-id, --target-type (instance only), --health-check-protocol, --health-check-port, --health-check-path (default /), --health-check-interval-seconds (default 30), --health-check-timeout-seconds (default 5), --healthy-threshold-count (default 5), --unhealthy-threshold-count (default 2), --matcher (HttpCode, default 200), --tags	--health-check-enabled, --protocol-version, --ip-address-type, --dry-run	None	Gateway validates Name (required) → NATS elbv2.CreateTargetGroup → daemon checks duplicate name in same VPC (DuplicateTargetGroupName) → generates TG ID → creates HealthCheckConfig with provided values or defaults → stores record with empty Targets array → returns TargetGroup with ARN	1. Create with defaults 2. Custom health check 3. Duplicate name (DuplicateTargetGroupName) 4. Missing name (MissingParameter)	DONE
delete-target-group	--target-group-arn	--dry-run	TG must exist, not referenced by listener	Gateway validates TargetGroupArn (required) → NATS elbv2.DeleteTargetGroup → daemon verifies TG exists → scans all listeners to check if any DefaultActions reference this TG (TargetGroupInUse if referenced) → deletes from KV	1. Delete TG 2. TG in use by listener (TargetGroupInUse) 3. Not found (TargetGroupNotFound)	DONE
describe-target-groups	--target-group-arns, --names, --load-balancer-arn	--page-size, --marker, --dry-run	None	NATS elbv2.DescribeTargetGroups → daemon lists all TG records → filters by account → applies ARN/Name filters → if LoadBalancerArn specified, lists listeners for that LB and includes only TGs referenced by those listeners → returns TargetGroup list	1. List all TGs 2. Filter by LB ARN (via listener lookup) 3. Account isolation	DONE

ELBv2 - Targets

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
register-targets	--target-group-arn, --targets (Id=instance-id, Port=optional override)	--dry-run	TG must exist, instances should exist	Gateway validates TargetGroupArn + Targets (required) → NATS elbv2.RegisterTargets → daemon fetches TG → deduplicates against existing targets (key: {id}:{port}, idempotent) → resolves instance ID → private IP via VPC ENI lookup → adds target with state=initial → persists to KV → calls pushConfigForTargetGroup() to regenerate HAProxy config on all LBs using this TG → returns success	1. Register targets 2. Idempotent re-registration 3. TG not found (TargetGroupNotFound) 4. Missing ARN or targets (MissingParameter)	DONE
deregister-targets	--target-group-arn, --targets (Id, Port)	--dry-run	TG must exist	Gateway validates TargetGroupArn + Targets (required) → NATS elbv2.DeregisterTargets → daemon fetches TG → builds removal set (key: {id}:{port}) → filters Targets array to keep only non-matching → persists to KV → calls pushConfigForTargetGroup() to update HAProxy config → returns success	1. Deregister targets 2. TG not found (TargetGroupNotFound) 3. Missing parameters (MissingParameter)	DONE
describe-target-health	--target-group-arn, --targets (optional filter to specific targets)	--include	TG must exist	Gateway validates TargetGroupArn (required) → NATS elbv2.DescribeTargetHealth → daemon fetches TG → builds filter set from Targets param (if specified) → for each target, returns TargetHealthDescription with Target (Id, Port) and TargetHealth (State, Description). Note: health state is stored in records, not actively polled — HAProxy runs its own independent health checks.	1. Describe all targets 2. Filter to specific targets 3. TG not found (TargetGroupNotFound)	DONE

ELBv2 - Listeners

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-listener	--load-balancer-arn, --default-actions (Type=forward, TargetGroupArn), --protocol (HTTP, default), --port (default 80)	--ssl-policy, --certificates, --alpn-policy, --mutual-authentication, --dry-run	LB must exist	Gateway validates LoadBalancerArn + DefaultActions (required) → NATS elbv2.CreateListener → daemon verifies LB exists → checks for duplicate port on same LB (DuplicateListener) → generates listener ID → builds ARN → stores ListenerRecord in KV → calls pushConfig(lb) to regenerate HAProxy config (creates frontend for listener port, backend for target group with health checks) → returns Listener with ARN, Protocol, Port, DefaultActions	1. Create listener 2. Duplicate port (DuplicateListener) 3. LB not found (LoadBalancerNotFound) 4. Graceful handling when NATS unavailable	DONE
delete-listener	--listener-arn	--dry-run	Listener must exist	Gateway validates ListenerArn (required) → NATS elbv2.DeleteListener → daemon verifies listener exists and belongs to account → deletes from KV → fetches parent LB → calls pushConfig(lb) to regenerate HAProxy config without this listener → returns success	1. Delete listener 2. Not found (ListenerNotFound)	DONE
describe-listeners	--load-balancer-arn, --listener-arns	--page-size, --marker, --dry-run	None	NATS elbv2.DescribeListeners → daemon lists listeners → if LoadBalancerArn specified, filters to that LB → applies ARN filter → account isolation → returns Listener list	1. Filter by LB ARN 2. Account isolation	DONE

ELBv2 - Not Implemented

Feature	Description	Priority	Status
Listener rules	Path-based and hostname-based routing (CreateRule, DeleteRule, DescribeRules, ModifyRule)	High	NOT STARTED
HTTPS/TLS termination	SSL certificates, SSL policies, ALPN	High	NOT STARTED
Modify operations	ModifyLoadBalancerAttributes, ModifyTargetGroup, ModifyTargetGroupAttributes, ModifyListener	Medium	NOT STARTED
Connection draining	Deregistration delay for graceful target removal	Medium	NOT STARTED
Stickiness	Session affinity / sticky sessions on target groups	Medium	NOT STARTED
Active health checking	API-driven health state updates (currently HAProxy-only)	Medium	NOT STARTED
Target types	IP and Lambda target types (only instance supported)	Low	NOT STARTED
Access logs	S3 access log delivery	Low	NOT STARTED
WAF integration	AWS WAF association for web application firewall	Low	NOT STARTED

CloudWatch (Basic Monitoring)

Basic CloudWatch metrics support is required for monitor-instances/unmonitor-instances to be meaningful. Daemon nodes should publish CPU, disk, and network metrics for running instances. Metrics stored in a time-series-friendly structure in JetStream KV or dedicated NATS subjects.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
put-metric-data	—	--namespace, --metric-data (MetricName, Value, Unit, Timestamp, Dimensions)	None	Gateway validates Namespace + MetricData (required) → NATS cloudwatch.PutMetricData → daemon stores metric data points in time-series KV (key: {namespace}.{metricName}.{dimensionHash}) → return success	1. Put single metric 2. Put with dimensions (InstanceId) 3. Missing namespace (MissingParameter)	NOT STARTED
get-metric-statistics	—	--namespace, --metric-name, --start-time, --end-time, --period, --statistics (Average, Sum, Min, Max, SampleCount), --dimensions	None	Gateway validates required fields → NATS cloudwatch.GetMetricStatistics → daemon queries time-series data → aggregates by period → returns Datapoints with requested statistics	1. Get CPU utilization over 1 hour 2. Get with dimensions (InstanceId) 3. No data returns empty	NOT STARTED
list-metrics	—	--namespace, --metric-name, --dimensions, --recently-active	None	NATS cloudwatch.ListMetrics → daemon scans metric namespaces → returns Metrics list with Namespace, MetricName, Dimensions	1. List all metrics 2. Filter by namespace 3. Filter by metric name	NOT STARTED
describe-alarms	—	--alarm-names, --alarm-name-prefix, --state-value, --action-prefix	None	NATS cloudwatch.DescribeAlarms → daemon lists alarms from KV → return MetricAlarms with State, Threshold, ComparisonOperator	1. List all alarms 2. Filter by state (OK, ALARM, INSUFFICIENT_DATA)	NOT STARTED
put-metric-alarm	—	--alarm-name, --namespace, --metric-name, --statistic, --period, --evaluation-periods, --threshold, --comparison-operator, --alarm-actions, --dimensions	None	NATS cloudwatch.PutMetricAlarm → daemon stores alarm config in KV → alarm evaluation runs on metric publish → state transitions trigger alarm actions	1. Create alarm 2. Update existing alarm 3. Missing required fields	NOT STARTED
delete-alarms	—	--alarm-names	Alarms must exist	NATS cloudwatch.DeleteAlarms → daemon deletes alarm records from KV → return success	1. Delete existing alarm 2. Non-existent alarm (ResourceNotFound)	NOT STARTED

Auto Scaling

Auto Scaling manages instance fleets based on scaling policies. Depends on Launch Templates (EC2) and optionally ELBv2 target groups for health-based scaling. Stored in spinifex-autoscaling KV bucket.

Command	Implemented Flags	Missing Flags	Prerequisites	Basic Logic	Test Cases	Status
create-auto-scaling-group	—	--auto-scaling-group-name, --launch-template (Id/Name, Version), --min-size, --max-size, --desired-capacity, --vpc-zone-identifier (subnet IDs), --target-group-arns, --health-check-type (EC2/ELB), --health-check-grace-period, --tags	Launch template must exist	NATS autoscaling.CreateAutoScalingGroup → daemon validates launch template → stores ASG record in KV → launches DesiredCapacity instances using template → registers with target groups if specified → starts health check loop → return success	1. Create ASG with launch template 2. Scale to desired capacity 3. Missing launch template (ValidationError) 4. Min > Max (ValidationError)	NOT STARTED
update-auto-scaling-group	—	--auto-scaling-group-name, --min-size, --max-size, --desired-capacity, --launch-template, --health-check-type, --health-check-grace-period	ASG must exist	NATS autoscaling.UpdateAutoScalingGroup → daemon updates ASG config in KV → if DesiredCapacity changed, scale up/down accordingly → return success	1. Update desired capacity 2. Update launch template 3. Non-existent ASG (ValidationError)	NOT STARTED
delete-auto-scaling-group	—	--auto-scaling-group-name, --force-delete	ASG must exist	NATS autoscaling.DeleteAutoScalingGroup → if force: terminate all instances → deregister from target groups → delete from KV → return success. Without force: reject if instances > 0	1. Delete empty ASG 2. Force delete with instances 3. Delete with instances (ResourceInUse)	NOT STARTED
describe-auto-scaling-groups	—	--auto-scaling-group-names, --filters, --max-records	None	NATS autoscaling.DescribeAutoScalingGroups → daemon lists ASG records → return list with Instances, DesiredCapacity, MinSize, MaxSize	1. List all ASGs 2. Filter by name	NOT STARTED
set-desired-capacity	—	--auto-scaling-group-name, --desired-capacity, --honor-cooldown	ASG must exist	NATS autoscaling.SetDesiredCapacity → daemon updates desired count → scale up (launch) or scale down (terminate oldest) → return success	1. Scale up 2. Scale down 3. Exceeds max (ValidationError)	NOT STARTED
describe-auto-scaling-instances	—	--instance-ids, --max-records	None	NATS autoscaling.DescribeAutoScalingInstances → daemon lists all ASG-managed instances → return list with ASG name, lifecycle state, health status	1. List all ASG instances 2. Filter by instance ID	NOT STARTED
put-scaling-policy	—	--auto-scaling-group-name, --policy-name, --policy-type (TargetTrackingScaling, StepScaling, SimpleScaling), --target-tracking-configuration, --scaling-adjustment, --cooldown	ASG must exist	NATS autoscaling.PutScalingPolicy → daemon stores policy in KV → links to CloudWatch alarms for metric-based triggers → return PolicyARN	1. Create target tracking policy 2. Create step scaling policy 3. Non-existent ASG (ValidationError)	NOT STARTED
delete-scaling-policy	—	--auto-scaling-group-name, --policy-name	Policy must exist	NATS autoscaling.DeleteScalingPolicy → daemon deletes policy → remove CloudWatch alarm links → return success	1. Delete existing policy 2. Non-existent policy	NOT STARTED