Yamcs HTTP API
- Activities
- Alarms
- Audit
- Buckets
- Clearance
- Commands
- COP-1
- Database
- Events
- File Transfer
- IAM
- Indexes
- Instances
- Links
- MDB Override
- MDB
- Packets
- Parameter Archive
- Parameter Lists
- Parameter Values
- Processing
- List Processor Types
- List Processors
- Get Processor
- Delete Processor
- Edit Processor
- Create Processor
- Get Parameter Value
- Set Parameter Value
- Batch Get Parameter Values
- Batch Set Parameter Values
- Subscribe TM Statistics
- Subscribe Parameters
- Subscribe Processors
- Get Algorithm Status
- Subscribe Algorithm Status
- Get Algorithm Trace
- Edit Algorithm Trace
- Queues
- Replication
- RocksDB
- Server
- Services
- Sessions
- Stream Archive
- Table
- Time Correlation
- Time
- Timeline
Related
Yamcs Release Notes
Yamcs Server Manual
Source Code Documentation
Download this Document
Get ProcessorΒΆ
Get a processor
URI Template
GET /api/processors/{instance}/{processor}
{instance}
Yamcs instance name
{processor}
Processor name
Response Type
interface ProcessorInfo {
// Yamcs instance name.
instance: string;
// Processor name.
name: string;
type: string;
spec: string;
creator: string;
hasAlarms: boolean;
hasCommanding: boolean;
state: ServiceState;
replayRequest: ReplayRequest;
replayState: ReplayState;
services: ServiceInfo[];
persistent: boolean;
time: string; // RFC 3339 timestamp
replay: boolean;
checkCommandClearance: boolean;
// If true, this processor can not be deleted.
protected: boolean;
// Globally available acknowledgments (in addition to Acknowledge_Queued,
// Acknowledge_Released and Acknowledge_Sent)
acknowledgments: AcknowledgmentInfo[];
}
Related Types
//used to replay (concurrently) TM packets, parameters and events
interface ReplayRequest {
// **Required.** The time at which the replay should start.
start: string; // RFC 3339 timestamp
// The time at which the replay should stop.
// If unspecified, the replay will keep going as long as there is remaining data.
stop: string; // RFC 3339 timestamp
//what should happen at the end of the replay
endAction: EndAction;
//how fast the replay should go
speed: ReplaySpeed;
// Reverse the direction of the replay
reverse: boolean;
parameterRequest: ParameterReplayRequest;
// By default all Packets, Events, CommandHistory are part of the replay
// Unless one or more of the below requests are specified.
packetRequest: PacketReplayRequest;
eventRequest: EventReplayRequest;
commandHistoryRequest: CommandHistoryReplayRequest;
ppRequest: PpReplayRequest;
// Start the replay following initialization
// Defaults to true, if unspecified
autostart: boolean;
}
interface ReplaySpeed {
type: ReplaySpeedType;
param: number;
}
interface ParameterReplayRequest {
nameFilter: NamedObjectId[];
sendRaw: boolean;
performMonitoring: boolean;
}
// Used by external clients to identify an item in the Mission Database
// If namespace is set, then the name is that of an alias, rather than
// the qualified name.
interface NamedObjectId {
name: string;
namespace: string;
}
interface PacketReplayRequest {
// No filter, means all packets for which privileges exist, are sent
nameFilter: NamedObjectId[];
//if specified, only replay packets originally received on one of those links
tmLinks: string[];
}
interface EventReplayRequest {
}
interface CommandHistoryReplayRequest {
// No filter, means all command history entries are sent
nameFilter: NamedObjectId[];
}
//Request to replay parameters - they can be filtered by the parameter group
interface PpReplayRequest {
// No filter, means all pp groups are sent
groupNameFilter: string[];
// exclude the parameters from these groups
// this takes precedence over the filter above (i.e. if a group is part of both, it will be excluded)
groupNameExclude: string[];
}
interface ServiceInfo {
// Yamcs instance name
instance: string;
// Service name
name: string;
// Service state
state: ServiceState;
// Java class name
className: string;
// Processor name (in case this is a processor service)
processor: string;
// Short failure message when `state` is FAILED.
failureMessage: string;
// Stacktrace when `state` is FAILED.
failureCause: string;
}
interface AcknowledgmentInfo {
// Acknowledgment name
name: string;
// Description of the acknowledgment
description: string;
}
enum ServiceState {
// A service in this state is inactive. It does minimal work and
// consumes minimal resources.
NEW = "NEW",
// A service in this state is transitioning to ``RUNNING``.
STARTING = "STARTING",
// A service in this state is operational.
RUNNING = "RUNNING",
// A service in this state is transitioning to ``TERMINATED``.
STOPPING = "STOPPING",
// A service in this state has completed execution normally.
// It does minimal work and consumes minimal resources.
TERMINATED = "TERMINATED",
// A service in this state has encountered a problem and may
// not be operational. It cannot be started nor stopped.
FAILED = "FAILED",
}
enum EndAction {
LOOP = "LOOP",
QUIT = "QUIT",
STOP = "STOP",
}
enum ReplaySpeedType {
AFAP = "AFAP",
FIXED_DELAY = "FIXED_DELAY",
REALTIME = "REALTIME",
STEP_BY_STEP = "STEP_BY_STEP",
}
enum ReplayState {
// just at the beginning or when the replay request (start, stop or packet selection) changes
INITIALIZATION = "INITIALIZATION",
RUNNING = "RUNNING",
// The replay has reached the end with the endaction stop
STOPPED = "STOPPED",
// The replay stopped due to an error.
ERROR = "ERROR",
PAUSED = "PAUSED",
// The replay is finished and closed
CLOSED = "CLOSED",
}
enum ServiceState {
// A service in this state is inactive. It does minimal work and
// consumes minimal resources.
NEW = "NEW",
// A service in this state is transitioning to ``RUNNING``.
STARTING = "STARTING",
// A service in this state is operational.
RUNNING = "RUNNING",
// A service in this state is transitioning to ``TERMINATED``.
STOPPING = "STOPPING",
// A service in this state has completed execution normally.
// It does minimal work and consumes minimal resources.
TERMINATED = "TERMINATED",
// A service in this state has encountered a problem and may
// not be operational. It cannot be started nor stopped.
FAILED = "FAILED",
}