@khulnasoft/cdk
v0.0.46
Published
Define your observability as code using the AWS CDK
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Kengine CDK
Kengine CDK offers the most effective approach to adding observability to a serverless CDK application.
kengine.Config.init(stack, {
apiKey: 'xxxxxx',
});
new Alert("service-errors", {
parameters: {
query: {
filters: [
filter.inArray("LogLevel", ["ERROR", "WARN"]),
],
},
channels: [{ type: "slack", targets: ["kengine-alerts"] }]
},
});
Installation
npm i @khulnasoft/cdk
Usage
Get your kengine api key from the Kengine console or using the Kengine CLI with the command kengine iam
.
// Initialize Config, you must do this in a construct before adding querys, alerts and dashboards.
kengine.Config.init(stack, {
apiKey: 'xxxxxx',
});
// Create Query
const query = new kengine.Query("ColdStarts", {
description: "optional",
parameters: {
datasets: [
"lambda-logs",
],
calculations: [
max("@initDuration"),
p90("@initDuration"),
min("@initDuration"),
],
filters: [
eq("@type", "REPORT"),
],
}
});
// Add an alert
query.addAlert({
enabled: true,
parameters: {
frequency: '30mins',
threshold: gt(500),
window: '1 hour',
},
channels: [{ targets: ['kengine-alerts'], type: 'slack' }],
});
// Create Dashboard
new kengine.Dashboard('ServiceHealth', {
parameters: {
widgets: [{ query, type: WidgetType.TIMESERIES}],
},
});
License
© Kengine Limited, 2023
Distributed under MIT License (The MIT License
).
See LICENSE for more information.