AWS SQS
Publish observability events to Simple Queue Service topics
Configuration
Example configurations
{
"sinks": {
"my_sink_id": {
"type": "aws_sqs",
"inputs": [
"my-source-or-transform-id"
],
"queue_url": "https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue",
"acknowledgements": null,
"encoding": {
"codec": "json"
},
"region": "us-east-1"
}
}
}
[sinks.my_sink_id]
type = "aws_sqs"
inputs = [ "my-source-or-transform-id" ]
queue_url = "https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue"
region = "us-east-1"
[sinks.my_sink_id.encoding]
codec = "json"
---
sinks:
my_sink_id:
type: aws_sqs
inputs:
- my-source-or-transform-id
queue_url: https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue
acknowledgements: null
encoding:
codec: json
region: us-east-1
{
"sinks": {
"my_sink_id": {
"type": "aws_sqs",
"inputs": [
"my-source-or-transform-id"
],
"auth": null,
"endpoint": "http://127.0.0.0:5000/path/to/service",
"queue_url": "https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue",
"message_group_id": "vector",
"buffer": null,
"acknowledgements": null,
"encoding": {
"codec": "json"
},
"request": null,
"tls": null,
"proxy": null,
"region": "us-east-1",
"message_deduplication_id": "{{ transaction_id }}",
"healthcheck": null
}
}
}
[sinks.my_sink_id]
type = "aws_sqs"
inputs = [ "my-source-or-transform-id" ]
endpoint = "http://127.0.0.0:5000/path/to/service"
queue_url = "https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue"
message_group_id = "vector"
region = "us-east-1"
message_deduplication_id = "{{ transaction_id }}"
[sinks.my_sink_id.encoding]
codec = "json"
---
sinks:
my_sink_id:
type: aws_sqs
inputs:
- my-source-or-transform-id
auth: null
endpoint: http://127.0.0.0:5000/path/to/service
queue_url: https://sqs.us-east-2.amazonaws.com/123456789012/MyQueue
message_group_id: vector
buffer: null
acknowledgements: null
encoding:
codec: json
request: null
tls: null
proxy: null
region: us-east-1
message_deduplication_id: "{{ transaction_id }}"
healthcheck: null
acknowledgements
common optional objectacknowledgement
settings.acknowledgements.enabled
common optional boolfalse
auth
optional objectauth.access_key_id
optional string literalauth.assume_role
optional string literalauth.imds
optional objectauth.imds.max_attempts
optional uint4
auth.load_timeout_secs
optional uintassume_role
.5
(seconds)auth.profile
optional string literaldefault
auth.region
optional string literalauth.secret_access_key
optional string literalbuffer
optional objectConfigures the buffering behavior for this sink.
More information about the individual buffer types, and buffer behavior, can be found in the Buffering Model section.
buffer.max_events
optional uinttype = "memory"
500
buffer.max_size
required uintThe maximum size of the buffer on disk.
Must be at least ~256 megabytes (268435488 bytes).
type = "disk_v1" or type = "disk"
buffer.type
optional string literal enumOption | Description |
---|---|
disk | Events are buffered on disk. (version 2) This is less performant, but more durable. Data that has been synchronized to disk will not be lost if Vector is restarted forcefully or crashes. Data is synchronized to disk every 500ms. |
disk_v1 | Events are buffered on disk. (version 1) This is less performant, but more durable. Data that has been synchronized to disk will not be lost if Vector is restarted forcefully or crashes. |
memory | Events are buffered in memory. This is more performant, but less durable. Data will be lost if Vector is restarted forcefully or crashes. |
memory
buffer.when_full
optional string literal enumOption | Description |
---|---|
block | Wait for free space in the buffer. This applies backpressure up the topology, signalling that sources should slow down the acceptance/consumption of events. This means that while no data is lost, data will pile up at the edge. |
drop_newest | Drops the event instead of waiting for free space in buffer. The event will be intentionally dropped. This mode is typically used when performance is the highest priority, and it is preferable to temporarily lose events rather than cause a slowdown in the acceptance/consumption of events. |
block
encoding
required objectencoding.codec
required string literal enumOption | Description |
---|---|
json | Encodes an event as JSON. |
text | Plaintext encoding. This “encoding” simply uses the Users should take care if they’re modifying their log events (such as by using a |
encoding.except_fields
optional [string]encoding.only_fields
optional [string]encoding.timestamp_format
optional string literal enumOption | Description |
---|---|
rfc3339 | Formats as a RFC3339 string |
unix | Formats as a unix timestamp |
rfc3339
endpoint
optional string literalhealthcheck
optional objecthealthcheck.enabled
optional booltrue
inputs
required [string]A list of upstream source or transform IDs.
Wildcards (*
) are supported.
See configuration for more info.
message_deduplication_id
optional string templateThe message deduplication ID value to allow AWS to identify duplicate messages. This value is a template which should result in a unique string for each event.
See the AWS documentation for more about how AWS does message deduplication.
message_group_id
optional string templateproxy
optional objectproxy.http
optional string literalproxy.https
optional string literalproxy.no_proxy
optional [string]A list of hosts to avoid proxying. Allowed patterns here include:
Pattern | Example match |
---|---|
Domain names | example.com matches requests to example.com |
Wildcard domains | .example.com matches requests to example.com and its subdomains |
IP addresses | 127.0.0.1 matches requests to 127.0.0.1 |
CIDR blocks | 192.168.0.0./16 matches requests to any IP addresses in this range |
Splat | * matches all hosts |
queue_url
required string literalrequest
optional objectrequest.adaptive_concurrency
optional objectrequest.adaptive_concurrency.decrease_ratio
optional float0.9
request.adaptive_concurrency.ewma_alpha
optional float0.7
request.adaptive_concurrency.rtt_deviation_scale
optional float2
request.concurrency
common optional uintrequest.rate_limit_duration_secs
common optional uintrate_limit_num
option.1
(seconds)request.rate_limit_num
common optional uintrate_limit_duration_secs
time window.5
request.retry_attempts
optional uint1.8446744073709552e+19
request.retry_initial_backoff_secs
optional uint1
(seconds)request.retry_max_duration_secs
optional uint10
(seconds)request.timeout_secs
common optional uint30
(seconds)tls
optional objecttls.alpn_protocols
optional [string]Sets the list of supported ALPN protocols.
Declare the supported ALPN protocols, which are used during negotiation with peer. Prioritized in the order they are defined.
tls.ca_file
optional string literalAbsolute path to an additional CA certificate file.
The certificate must be in the DER or PEM (X.509) format. Additionally, the certificate can be provided as an inline string in PEM format.
tls.crt_file
common optional string literalAbsolute path to a certificate file used to identify this server.
The certificate must be in DER, PEM (X.509), or PKCS#12 format. Additionally, the certificate can be provided as an inline string in PEM format.
If this is set, and is not a PKCS#12 archive, key_file
must also be set.
tls.key_file
common optional string literalAbsolute path to a private key file used to identify this server.
The key must be in DER or PEM (PKCS#8) format. Additionally, the key can be provided as an inline string in PEM format.
tls.key_pass
optional string literalPassphrase used to unlock the encrypted key file.
This has no effect unless key_file
is set.
tls.verify_certificate
optional boolEnables certificate verification.
If enabled, certificates must be valid in terms of not being expired, as well as being issued by a trusted issuer. This verification operates in a hierarchical manner, checking that not only the leaf certificate (the certificate presented by the client/server) is valid, but also that the issuer of that certificate is valid, and so on until reaching a root certificate.
Relevant for both incoming and outgoing connections.
Do NOT set this to false
unless you understand the risks of not verifying the validity of certificates.
true
tls.verify_hostname
optional boolEnables hostname verification.
If enabled, the hostname used to connect to the remote host must be present in the TLS certificate presented by the remote host, either as the Common Name or as an entry in the Subject Alternative Name extension.
Only relevant for outgoing connections.
Do NOT set this to false
unless you understand the risks of not verifying the remote hostname.
true
Environment variables
AWS_ACCESS_KEY_ID
common optional string literalAWS_CONFIG_FILE
common optional string literal~/.aws/config
AWS_DEFAULT_REGION
common optional string literalAWS_PROFILE
common optional string literaldefault
AWS_ROLE_SESSION_NAME
common optional string literalAWS_SECRET_ACCESS_KEY
common optional string literalAWS_SESSION_TOKEN
common optional string literalAWS_SHARED_CREDENTIALS_FILE
common optional string literal~/.aws/credentials
Telemetry
Metrics
linkbuffer_byte_size
gaugecomponent_id
instead. The value is the same as component_id
.buffer_discarded_events_total
countercomponent_id
instead. The value is the same as component_id
.buffer_events
gaugecomponent_id
instead. The value is the same as component_id
.buffer_received_event_bytes_total
countercomponent_id
instead. The value is the same as component_id
.buffer_received_events_total
countercomponent_id
instead. The value is the same as component_id
.buffer_sent_event_bytes_total
countercomponent_id
instead. The value is the same as component_id
.buffer_sent_events_total
countercomponent_id
instead. The value is the same as component_id
.component_received_event_bytes_total
countercomponent_id
instead. The value is the same as component_id
.component_received_events_count
histogramA histogram of the number of events passed in each internal batch in Vector’s internal topology.
Note that this is separate than sink-level batching. It is mostly useful for low level debugging performance issues in Vector due to small internal batches.
component_id
instead. The value is the same as component_id
.component_received_events_total
countercomponent_id
instead. The value is the same as component_id
.component_sent_event_bytes_total
countercomponent_id
instead. The value is the same as component_id
.component_sent_events_total
countercomponent_id
instead. The value is the same as component_id
.events_discarded_total
counterevents_in_total
countercomponent_received_events_total
instead.component_id
instead. The value is the same as component_id
.processed_bytes_total
countercomponent_id
instead. The value is the same as component_id
.processed_events_total
countercomponent_received_events_total
and
component_sent_events_total
metrics.component_id
instead. The value is the same as component_id
.processing_errors_total
countercomponent_errors_total
.component_id
instead. The value is the same as component_id
.utilization
gaugecomponent_id
instead. The value is the same as component_id
.Permissions
Policy | Required for | Required when |
---|---|---|
sqs:GetQueueAttributes |
| |
sqs:SendMessage |
|
How it works
AWS authentication
Vector checks for AWS credentials in the following order:
- The
access_key_id
andsecret_access_key
options. - The
AWS_ACCESS_KEY_ID
andAWS_SECRET_ACCESS_KEY
environment variables. - The AWS credentials file (usually located at
~/.aws/credentials
). - The IAM instance profile (only works if running on an EC2 instance with an instance profile/role). Requires IMDSv2 to be enabled. For EKS, you may need to increase the metadata token response hop limit to 2.
If no credentials are found, Vector’s health check fails and an error is logged. If your AWS credentials expire, Vector will automatically search for up-to-date credentials in the places (and order) described above.
Obtaining an access key
access_key_id
and secret_access_key
options.Assuming roles
assume_role
option. This is an
optional setting that is helpful for a variety of use cases, such as cross
account access.Health checks
Require health checks
If you’d like to exit immediately upon a health check failure, you can pass the
--require-healthy
flag:
vector --config /etc/vector/vector.toml --require-healthy
Disable health checks
healthcheck
option to
false
.Rate limits & adaptive concurrency
Adaptive Request Concurrency (ARC)
Adaptive Request Concurrency is a feature of Vector that does away with static concurrency limits and automatically optimizes HTTP concurrency based on downstream service responses. The underlying mechanism is a feedback loop inspired by TCP congestion control algorithms. Checkout the announcement blog post,
We highly recommend enabling this feature as it improves performance and reliability of Vector and the systems it communicates with. As such, we have made it the default, and no further configuration is required.
Static concurrency
If Adaptive Request Concurrency is not for you, you can manually set static concurrency
limits by specifying an integer for request.concurrency
:
[sinks.my-sink]
request.concurrency = 10
Rate limits
In addition to limiting request concurrency, you can also limit the overall request
throughput via the request.rate_limit_duration_secs
and request.rate_limit_num
options.
[sinks.my-sink]
request.rate_limit_duration_secs = 1
request.rate_limit_num = 10
These will apply to both adaptive
and fixed request.concurrency
values.