runtime_config_template Reference¶

The runtime_config_template is a JSON column in the processor_template_versions database table. The orchestrator reads it to configure how processor pods are deployed on Kubernetes and which environment variables are injected into the pod — no dory.yaml config file needed.

Important: The keys under env_vars are plain environment variables injected into the pod. They are not all read by the SDK ConfigLoader. Only a small subset (5 vars) maps to DoryConfig fields; others are read directly by specific subsystems (RabbitMQ publisher, fencing, S3 state) via os.environ; and some are consumed only by the orchestrator or are reserved/unused. Each var is annotated below — see env_vars.

Full Template¶

{
  "resources": {
    "cpu_request": "500m",
    "memory_request": "512Mi",
    "cpu_limit": "2000m",
    "memory_limit": "2Gi",
    "gpu_required": false,
    "gpu_limit": ""
  },

  "container": {
    "port": 8080,
    "command": [],
    "args": [],
    "image_pull_policy": "Always"
  },

  "health_probes": {
    "initial_delay_sec": 60,
    "period_sec": 10,
    "timeout_sec": 3,
    "failure_threshold": 3
  },

  "env_vars": {
    "DORY_LOG_LEVEL": "INFO",
    "DORY_LOG_FORMAT": "json",
    "DORY_PRESET": "production",

    "DORY_HEALTH_PORT": "8080",
    "DORY_HEALTH_PATH": "/healthz",
    "DORY_READY_PATH": "/ready",
    "DORY_METRICS_PATH": "/metrics",
    "DORY_HEALTH_CHECK_INTERVAL_SEC": "10",

    "DORY_STARTUP_TIMEOUT_SEC": "120",
    "DORY_SHUTDOWN_TIMEOUT_SEC": "10",

    "DORY_STATE_BACKEND": "configmap",
    "DORY_STATE_PVC_MOUNT": "/data",
    "DORY_STATE_S3_BUCKET": "",
    "DORY_STATE_S3_PREFIX": "dory-state",
    "DORY_STATE_CAPTURE_TIMEOUT_SEC": "25",
    "DORY_STATE_RESTORE_TIMEOUT_SEC": "25",
    "DORY_STATE_MAX_SIZE_BYTES": "8388608",
    "DORY_STATE_SIZE_WARN_THRESHOLD": "0.75",

    "DORY_MAX_RESTART_ATTEMPTS": "3",
    "DORY_RESTART_BACKOFF_SEC": "10",
    "DORY_GOLDEN_IMAGE_THRESHOLD": "3",

    "DORY_METRICS_ENABLED": "true",
    "DORY_METRICS_PREFIX": "dory",

    "DORY_RABBITMQ_ENABLED": "false",
    "DORY_RABBITMQ_URL": "amqp://guest:guest@localhost:5672/",
    "DORY_RABBITMQ_EXCHANGE": "dory.output",
    "DORY_RABBITMQ_EXCHANGE_TYPE": "topic",
    "DORY_RABBITMQ_EXCHANGE_DURABLE": "true",
    "DORY_RABBITMQ_CONNECTION_TIMEOUT": "10.0",
    "DORY_RABBITMQ_HEARTBEAT": "60",
    "DORY_RABBITMQ_BUFFER_ENABLED": "true",
    "DORY_RABBITMQ_BUFFER_MAX_SIZE": "10000",
    "DORY_RABBITMQ_BUFFER_MAX_BYTES": "104857600",

    "DORY_REDIS_URL": "",

    "DORY_OUTPUT_FORMAT": "json",

    "DORY_ENVELOPE_ENABLED": "false",
    "DORY_ENVELOPE_INCLUDE_CHECKSUM": "true",
    "DORY_ENVELOPE_SCHEMA_VERSION": "2.0",
    "DORY_ENVELOPE_ORGANIZATION_ID": ""
  }
}

DB-Ready (single line)¶

Copy-paste directly into the runtime_config_template JSONB column:

{"resources":{"cpu_request":"500m","memory_request":"512Mi","cpu_limit":"2000m","memory_limit":"2Gi","gpu_required":false,"gpu_limit":""},"container":{"port":8080,"command":[],"args":[],"image_pull_policy":"Always"},"health_probes":{"initial_delay_sec":60,"period_sec":10,"timeout_sec":3,"failure_threshold":3},"env_vars":{"DORY_LOG_LEVEL":"INFO","DORY_LOG_FORMAT":"json","DORY_PRESET":"production","DORY_HEALTH_PORT":"8080","DORY_HEALTH_PATH":"/healthz","DORY_READY_PATH":"/ready","DORY_METRICS_PATH":"/metrics","DORY_HEALTH_CHECK_INTERVAL_SEC":"10","DORY_STARTUP_TIMEOUT_SEC":"120","DORY_SHUTDOWN_TIMEOUT_SEC":"10","DORY_STATE_BACKEND":"configmap","DORY_STATE_PVC_MOUNT":"/data","DORY_STATE_S3_BUCKET":"","DORY_STATE_S3_PREFIX":"dory-state","DORY_STATE_CAPTURE_TIMEOUT_SEC":"25","DORY_STATE_RESTORE_TIMEOUT_SEC":"25","DORY_STATE_MAX_SIZE_BYTES":"8388608","DORY_STATE_SIZE_WARN_THRESHOLD":"0.75","DORY_MAX_RESTART_ATTEMPTS":"3","DORY_RESTART_BACKOFF_SEC":"10","DORY_GOLDEN_IMAGE_THRESHOLD":"3","DORY_METRICS_ENABLED":"true","DORY_METRICS_PREFIX":"dory","DORY_RABBITMQ_ENABLED":"false","DORY_RABBITMQ_URL":"amqp://guest:guest@localhost:5672/","DORY_RABBITMQ_EXCHANGE":"dory.output","DORY_RABBITMQ_EXCHANGE_TYPE":"topic","DORY_RABBITMQ_EXCHANGE_DURABLE":"true","DORY_RABBITMQ_CONNECTION_TIMEOUT":"10.0","DORY_RABBITMQ_HEARTBEAT":"60","DORY_RABBITMQ_BUFFER_ENABLED":"true","DORY_RABBITMQ_BUFFER_MAX_SIZE":"10000","DORY_RABBITMQ_BUFFER_MAX_BYTES":"104857600","DORY_REDIS_URL":"","DORY_OUTPUT_FORMAT":"json","DORY_ENVELOPE_ENABLED":"false","DORY_ENVELOPE_INCLUDE_CHECKSUM":"true","DORY_ENVELOPE_SCHEMA_VERSION":"2.0","DORY_ENVELOPE_ORGANIZATION_ID":""}}

Edge Node Template¶

Tuned for edge deployments: smaller resource footprint, local PVC state, Redis fencing enabled, bandwidth-conscious image pulling.

The orchestrator auto-injects ORCHESTRATOR_URL and WORKLOAD_TYPE=edge for edge pods — do not set those in the template.

{
  "resources": {
    "cpu_request": "250m",
    "memory_request": "256Mi",
    "cpu_limit": "1000m",
    "memory_limit": "1Gi",
    "gpu_required": false,
    "gpu_limit": ""
  },

  "container": {
    "port": 8080,
    "command": [],
    "args": [],
    "image_pull_policy": "IfNotPresent"
  },

  "health_probes": {
    "initial_delay_sec": 30,
    "period_sec": 10,
    "timeout_sec": 3,
    "failure_threshold": 3
  },

  "env_vars": {
    "DORY_LOG_LEVEL": "INFO",
    "DORY_LOG_FORMAT": "json",
    "DORY_PRESET": "production",

    "DORY_HEALTH_PORT": "8080",
    "DORY_HEALTH_PATH": "/healthz",
    "DORY_READY_PATH": "/ready",
    "DORY_METRICS_PATH": "/metrics",
    "DORY_HEALTH_CHECK_INTERVAL_SEC": "10",

    "DORY_STARTUP_TIMEOUT_SEC": "60",
    "DORY_SHUTDOWN_TIMEOUT_SEC": "15",

    "DORY_STATE_BACKEND": "pvc",
    "DORY_STATE_PVC_MOUNT": "/data",
    "DORY_STATE_S3_BUCKET": "",
    "DORY_STATE_S3_PREFIX": "dory-state",
    "DORY_STATE_CAPTURE_TIMEOUT_SEC": "25",
    "DORY_STATE_RESTORE_TIMEOUT_SEC": "25",
    "DORY_STATE_MAX_SIZE_BYTES": "8388608",
    "DORY_STATE_SIZE_WARN_THRESHOLD": "0.75",

    "DORY_MAX_RESTART_ATTEMPTS": "3",
    "DORY_RESTART_BACKOFF_SEC": "10",
    "DORY_GOLDEN_IMAGE_THRESHOLD": "3",

    "DORY_METRICS_ENABLED": "true",
    "DORY_METRICS_PREFIX": "dory",

    "DORY_RABBITMQ_ENABLED": "false",
    "DORY_RABBITMQ_URL": "amqp://guest:guest@localhost:5672/",
    "DORY_RABBITMQ_EXCHANGE": "dory.output",
    "DORY_RABBITMQ_EXCHANGE_TYPE": "topic",
    "DORY_RABBITMQ_EXCHANGE_DURABLE": "true",
    "DORY_RABBITMQ_CONNECTION_TIMEOUT": "10.0",
    "DORY_RABBITMQ_HEARTBEAT": "60",
    "DORY_RABBITMQ_BUFFER_ENABLED": "true",
    "DORY_RABBITMQ_BUFFER_MAX_SIZE": "10000",
    "DORY_RABBITMQ_BUFFER_MAX_BYTES": "104857600",

    "DORY_REDIS_URL": "redis://redis.svc:6379",

    "DORY_OUTPUT_FORMAT": "json",

    "DORY_ENVELOPE_ENABLED": "false",
    "DORY_ENVELOPE_INCLUDE_CHECKSUM": "true",
    "DORY_ENVELOPE_SCHEMA_VERSION": "2.0",
    "DORY_ENVELOPE_ORGANIZATION_ID": ""
  }
}

Differences from Managed Template¶

Setting	Managed	Edge	Reason
`cpu_request`	`500m`	`250m`	Edge nodes have less capacity
`memory_request`	`512Mi`	`256Mi`	Edge nodes have less capacity
`cpu_limit`	`2000m`	`1000m`	Tighter limits on edge hardware
`memory_limit`	`2Gi`	`1Gi`	Tighter limits on edge hardware
`image_pull_policy`	`Always`	`IfNotPresent`	Edge has limited bandwidth; avoid re-pulling
`initial_delay_sec`	`60`	`30`	Edge apps are typically lighter, start faster
`DORY_STARTUP_TIMEOUT_SEC`	`120`	`60`	Faster startup expected
`DORY_SHUTDOWN_TIMEOUT_SEC`	`10`	`15`	More time for state flush over slower network
`DORY_STATE_BACKEND`	`configmap`	`pvc`	Local PVC avoids API server dependency
`DORY_REDIS_URL`	`""`	`redis://redis.svc:6379`	Required for distributed leader fencing

DB-Ready Edge (single line)¶

{"resources":{"cpu_request":"250m","memory_request":"256Mi","cpu_limit":"1000m","memory_limit":"1Gi","gpu_required":false,"gpu_limit":""},"container":{"port":8080,"command":[],"args":[],"image_pull_policy":"IfNotPresent"},"health_probes":{"initial_delay_sec":30,"period_sec":10,"timeout_sec":3,"failure_threshold":3},"env_vars":{"DORY_LOG_LEVEL":"INFO","DORY_LOG_FORMAT":"json","DORY_PRESET":"production","DORY_HEALTH_PORT":"8080","DORY_HEALTH_PATH":"/healthz","DORY_READY_PATH":"/ready","DORY_METRICS_PATH":"/metrics","DORY_HEALTH_CHECK_INTERVAL_SEC":"10","DORY_STARTUP_TIMEOUT_SEC":"60","DORY_SHUTDOWN_TIMEOUT_SEC":"15","DORY_STATE_BACKEND":"pvc","DORY_STATE_PVC_MOUNT":"/data","DORY_STATE_S3_BUCKET":"","DORY_STATE_S3_PREFIX":"dory-state","DORY_STATE_CAPTURE_TIMEOUT_SEC":"25","DORY_STATE_RESTORE_TIMEOUT_SEC":"25","DORY_STATE_MAX_SIZE_BYTES":"8388608","DORY_STATE_SIZE_WARN_THRESHOLD":"0.75","DORY_MAX_RESTART_ATTEMPTS":"3","DORY_RESTART_BACKOFF_SEC":"10","DORY_GOLDEN_IMAGE_THRESHOLD":"3","DORY_METRICS_ENABLED":"true","DORY_METRICS_PREFIX":"dory","DORY_RABBITMQ_ENABLED":"false","DORY_RABBITMQ_URL":"amqp://guest:guest@localhost:5672/","DORY_RABBITMQ_EXCHANGE":"dory.output","DORY_RABBITMQ_EXCHANGE_TYPE":"topic","DORY_RABBITMQ_EXCHANGE_DURABLE":"true","DORY_RABBITMQ_CONNECTION_TIMEOUT":"10.0","DORY_RABBITMQ_HEARTBEAT":"60","DORY_RABBITMQ_BUFFER_ENABLED":"true","DORY_RABBITMQ_BUFFER_MAX_SIZE":"10000","DORY_RABBITMQ_BUFFER_MAX_BYTES":"104857600","DORY_REDIS_URL":"redis://redis.svc:6379","DORY_OUTPUT_FORMAT":"json","DORY_ENVELOPE_ENABLED":"false","DORY_ENVELOPE_INCLUDE_CHECKSUM":"true","DORY_ENVELOPE_SCHEMA_VERSION":"2.0","DORY_ENVELOPE_ORGANIZATION_ID":""}}

Section Reference¶

`resources` — K8s Pod Resources¶

Consumed by orchestrator to set pod resources.requests and resources.limits.

Field	Type	Example	Description
`cpu_request`	string	`"500m"`	K8s CPU request
`memory_request`	string	`"512Mi"`	K8s memory request
`cpu_limit`	string	`"2000m"`	K8s CPU limit
`memory_limit`	string	`"2Gi"`	K8s memory limit
`gpu_required`	bool	`false`	If `true`, adds `nvidia.com/gpu` resource and sets node selector to `gpu` family
`gpu_limit`	string	`""`	GPU limit (e.g. `"1"`). Only used when `gpu_required` is `true`

`container` — K8s Container Spec¶

Consumed by orchestrator to configure the main container.

Field	Type	Default	Description
`port`	int	`8080`	Container port for health probes. Also used as readiness/liveness probe port
`command`	string[]	`[]`	Override container entrypoint (K8s `command`). Empty uses image default
`args`	string[]	`[]`	Override container args. Empty uses image default
`image_pull_policy`	string	`"IfNotPresent"`	`"Always"`, `"IfNotPresent"`, or `"Never"`

`health_probes` — K8s Probe Timing¶

Controls readiness and liveness probe timing. Probe paths are hardcoded by the orchestrator (pods.go): readiness = /ready, liveness = /health.

Field	Type	Readiness Default	Liveness Default	Description
`initial_delay_sec`	int	5	10	Seconds before first probe
`period_sec`	int	2	10	Seconds between probes
`timeout_sec`	int	1	2	Seconds before probe timeout
`failure_threshold`	int	3	3	Consecutive failures before unhealthy

`env_vars` — Injected Environment Variables¶

Every key under env_vars is injected verbatim into the pod as an environment variable. They are not all read by the SDK ConfigLoader. What actually consumes each var falls into four categories, shown in the Read By column:

ConfigLoader — one of the only 5 vars that config/loader.py:_load_from_env() maps onto a DoryConfig field (schema.py). DoryConfig has exactly these 5 fields and ignores all other env vars (extra="ignore"). These are: DORY_STARTUP_TIMEOUT_SEC, DORY_SHUTDOWN_TIMEOUT_SEC, DORY_HEALTH_PORT, DORY_STATE_BACKEND, DORY_LOG_LEVEL.
subsystem — read directly via os.environ by a specific SDK subsystem (RabbitMQ publisher, fencing, S3 state backend), bypassing ConfigLoader/DoryConfig entirely.
orchestrator — consumed by the Go orchestrator when building the pod spec (e.g. DORY_HEALTH_PORT as a container-port fallback, DORY_SHUTDOWN_TIMEOUT_SEC for the grace period), not by the SDK config layer.
unused — not read anywhere in the current SDK or orchestrator code. Present in the template as a placeholder / for forward-compatibility; setting it has no effect today.

There is no dory.yaml in the orchestrated path: when the SDK detects Kubernetes it ignores YAML files and presets and takes config only from injected env vars + production defaults (loader.py:_load_orchestrated()).

Logging¶

Env Var	Read By	Default	Values
`DORY_LOG_LEVEL`	`ConfigLoader` → `log_level`	`"INFO"`	`DEBUG`, `INFO`, `WARNING`, `ERROR`, `CRITICAL`
`DORY_LOG_FORMAT`	unused (no `DoryConfig` field; orchestrator only maps the legacy `dory.log_format` → this var)	`"json"`	`"json"`, `"text"`
`DORY_PRESET`	`ConfigLoader` (selects preset on the local path only; ignored in the orchestrated K8s path)	auto-detect	`"development"`, `"production"`, `"high-availability"`

Health Server¶

Env Var	Read By	Default	Description
`DORY_HEALTH_PORT`	`ConfigLoader` → `health_port`; also `orchestrator` (container-port fallback, see `GetContainerPort`)	`8080`	Health/metrics server port
`DORY_HEALTH_PATH`	unused (no `DoryConfig` field; probe paths are hardcoded — see `health_probes`)	`"/healthz"`	—
`DORY_READY_PATH`	unused (no `DoryConfig` field; probe paths are hardcoded)	`"/ready"`	—
`DORY_METRICS_PATH`	unused (no `DoryConfig` field)	`"/metrics"`	—
`DORY_HEALTH_CHECK_INTERVAL_SEC`	unused (no `DoryConfig` field)	`10`	—

Lifecycle Timeouts¶

Env Var	Read By	Default	Description
`DORY_STARTUP_TIMEOUT_SEC`	`ConfigLoader` → `startup_timeout_sec`	`30`	Max startup time (seconds)
`DORY_SHUTDOWN_TIMEOUT_SEC`	`ConfigLoader` → `shutdown_timeout_sec`; also `orchestrator` (`GetTerminationGracePeriod`, see Pod Security Context)	`30`	Max shutdown time (seconds)

State Management¶

Env Var	Read By	Default	Description
`DORY_STATE_BACKEND`	`ConfigLoader` → `state_backend`	`"configmap"`	`"configmap"`, `"pvc"`, `"s3"`, `"memory"`
`DORY_STATE_PVC_MOUNT`	unused (no `DoryConfig` field)	`"/data"`	Intended PVC mount path
`DORY_STATE_S3_BUCKET`	subsystem (S3 state backend, read via `os.environ` when `state_backend="s3"`)	`""`	S3 bucket for state objects
`DORY_STATE_S3_PREFIX`	subsystem (S3 state backend)	`"dory-state"`	S3 key prefix for state objects

State Transfer¶

Env Var	Read By	Default	Description
`DORY_STATE_CAPTURE_TIMEOUT_SEC`	unused (no `DoryConfig` field)	`25`	—
`DORY_STATE_RESTORE_TIMEOUT_SEC`	unused (no `DoryConfig` field)	`25`	—
`DORY_STATE_MAX_SIZE_BYTES`	unused (no `DoryConfig` field)	`8388608`	—
`DORY_STATE_SIZE_WARN_THRESHOLD`	unused (no `DoryConfig` field)	`0.75`	—

Recovery¶

Env Var	Read By	Default	Description
`DORY_MAX_RESTART_ATTEMPTS`	unused (no `DoryConfig` field)	`3`	—
`DORY_RESTART_BACKOFF_SEC`	unused (no `DoryConfig` field)	`10`	—
`DORY_GOLDEN_IMAGE_THRESHOLD`	unused (no `DoryConfig` field)	`3`	—

Metrics¶

Env Var	Read By	Default	Description
`DORY_METRICS_ENABLED`	unused (no `DoryConfig` field)	`"true"`	—
`DORY_METRICS_PREFIX`	unused (no `DoryConfig` field)	`"dory"`	—

RabbitMQ Publisher¶

Read directly by the RabbitMQ publisher subsystem via os.environ (not through ConfigLoader/DoryConfig). Defaults below match PublisherConfig in output/rabbitmq.py. RabbitMQ settings are intentionally absent from DoryConfig because they may contain credentials that should not flow through YAML config.

Env Var	Read By	Default	Description
`DORY_RABBITMQ_ENABLED`	subsystem	`"false"`	Enable RabbitMQ publisher
`DORY_RABBITMQ_URL`	subsystem	`"amqp://guest:guest@localhost:5672/"`	AMQP connection URL
`DORY_RABBITMQ_EXCHANGE`	subsystem	`"dory.output"`	Default exchange name
`DORY_RABBITMQ_EXCHANGE_TYPE`	subsystem	`"topic"`	Exchange type (`topic`, `direct`, `fanout`, `headers`)
`DORY_RABBITMQ_EXCHANGE_DURABLE`	subsystem	`"true"`	Whether the exchange is durable
`DORY_RABBITMQ_CONNECTION_TIMEOUT`	subsystem	`"10.0"`	Connection timeout (seconds)
`DORY_RABBITMQ_HEARTBEAT`	subsystem	`"60"`	AMQP heartbeat interval (seconds)
`DORY_RABBITMQ_BUFFER_ENABLED`	subsystem	`"true"`	Enable in-memory message buffering on failure
`DORY_RABBITMQ_BUFFER_MAX_SIZE`	subsystem	`"10000"`	Maximum number of buffered messages
`DORY_RABBITMQ_BUFFER_MAX_BYTES`	subsystem	`"104857600"`	Maximum total buffered message size (bytes)

Edge / Fencing¶

Env Var	Read By	Default	Description
`DORY_REDIS_URL`	subsystem (fencing) — read directly via `os.environ` in `FencingConfig.__post_init__` (`edge/fencing.py`)	`"redis://localhost:6379"`	Redis URL for distributed leader fencing. If not set, SDK falls back to memory-based fencing (suitable for dev/single-node). Required for multi-node edge deployments

Output & Envelope¶

Env Var	Read By	Default	Description
`DORY_OUTPUT_FORMAT`	unused (no `DoryConfig` field)	`"json"`	—
`DORY_ENVELOPE_ENABLED`	unused (no `DoryConfig` field; envelope wrapping is always on in the publisher)	`"false"`	—
`DORY_ENVELOPE_INCLUDE_CHECKSUM`	unused (no `DoryConfig` field)	`"true"`	—
`DORY_ENVELOPE_SCHEMA_VERSION`	unused (no `DoryConfig` field)	`"2.0"`	—
`DORY_ENVELOPE_ORGANIZATION_ID`	unused (no `DoryConfig` field)	`""`	—

Auto-Injected by Orchestrator (NOT in template)¶

These environment variables are injected automatically by the orchestrator from pod/processor metadata. Do not set them in env_vars.

Env Var	Source	Description
`POD_NAME`	`fieldRef: metadata.name`	Kubernetes pod name
`POD_NAMESPACE`	`fieldRef: metadata.namespace`	Kubernetes namespace
`POD_IP`	`fieldRef: status.podIP`	Pod IP address
`NODE_NAME`	`fieldRef: spec.nodeName`	Node the pod runs on
`WORKLOAD_TYPE`	processor config	`"edge"` or `"managed"`
`DATABASE_URL`	orchestrator config	Database connection string
`PROCESSOR_ID`	`processor.ID`	Processor UUID
`ORCHESTRATOR_URL`	orchestrator config	Orchestrator URL (edge pods only)
`DORY_SENSOR_ID`	`sensors.id`	Sensor UUID (only when processor has a sensor assigned)
`DORY_SENSOR_TYPE`	`sensors.sensor_type`	Sensor type: `"camera"`, `"lidar"`, `"radar"`, etc.
`DORY_SENSOR_CONNECTION_CONFIG`	`sensors.connection_config`	Full sensor connection JSON (e.g., `{"url":"rtsp://...","fps":30}`)
`DORY_SENSOR_METADATA`	`sensors.metadata`	Full sensor metadata JSON (e.g., `{"location":"entrance","label":"Camera-A"}`)
`DORY_GEO_REFERENCE_POINTS`	`sensors.metadata.reference_points`	`reference_points` array extracted from sensor metadata (only when present); used by the SDK for per-detection geolocation
`DORY_GEOHASH`	`ST_AsText(sensors.location_point)`	Geohash (precision 9) computed by the orchestrator from the sensor's `location_point` (only when set); used for geohash-based routing keys

Pod Security Context (Hardcoded)¶

Not configurable via template:

runAsNonRoot: true
runAsUser: 1000
fsGroup: 1000
serviceAccountName: "dory-processor"
terminationGracePeriodSeconds: derived in two steps.
models.go:GetTerminationGracePeriod() reads the shutdown timeout — env_vars["DORY_SHUTDOWN_TIMEOUT_SEC"], falling back to legacy dory.timeouts.shutdown_sec, else 30.
pods.go:buildPodSpec() then sets the pod field: when that value is > 0, the pod gets shutdown_timeout + 15s (buffer for the preStop hook + kubelet overhead); when no value is resolved, the bare default constant 45 is used.

So the example managed template (DORY_SHUTDOWN_TIMEOUT_SEC=10) yields 10 + 15 = 25s; the edge template (15) yields 30s; a template that omits the var yields 45s.

Source Files¶

Orchestrator struct: orchestrator/orchestrator/pkg/config/models.go — RuntimeConfigJSON
Orchestrator pod builder: orchestrator/orchestrator/pkg/k8s/pods.go — buildPodSpec()
SDK config schema: dory-sdk/src/dory/config/schema.py — DoryConfig
SDK defaults: dory-sdk/src/dory/config/defaults.py — DEFAULT_CONFIG
SDK env loader: dory-sdk/src/dory/config/loader.py — ConfigLoader._load_from_env()