@renovosolutions/cdk-library-cloudwatch-alarms/lib/dms.js

AWS CDK Construct Library to automatically create CloudWatch Alarms for resources in a CDK app based on resource type.

"use strict";
var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l, _m, _o;
Object.defineProperty(exports, "__esModule", { value: true });
exports.DmsReplicationInstanceRecommendedAlarmsAspect = exports.ReplicationInstance = exports.DmsReplicationTaskRecommendedAlarmsAspect = exports.ReplicationTask = exports.DmsReplicationTaskRecommendedAlarms = exports.DmsReplicationInstanceRecommendedAlarms = exports.DmsReplicationTaskCdcLatencyTargetAlarm = exports.DmsReplicationTaskCdcLatencySourceAlarm = exports.DmsReplicationInstanceSwapUsageAlarm = exports.DmsReplicationInstanceWriteIopsAlarm = exports.DmsReplicationInstanceFreeStorageSpaceAlarm = exports.DmsReplicationInstanceFreeableMemoryAlarm = exports.DmsReplicationInstanceCpuUtilizationAlarm = exports.DmsReplicationTaskRecommendedAlarmsMetrics = exports.DmsReplicationInstanceRecommendedAlarmsMetrics = exports.DmsReplicationTaskMigrationType = void 0;
const JSII_RTTI_SYMBOL_1 = Symbol.for("jsii.rtti");
const aws_cdk_lib_1 = require("aws-cdk-lib");
const constructs_1 = require("constructs");
const common_1 = require("./common");
/**
 * DMS Replication Task migration types.
 *
 * These are the valid migration types for AWS DMS Replication Tasks.
 */
var DmsReplicationTaskMigrationType;
(function (DmsReplicationTaskMigrationType) {
    /**
     * Full load migration - copies all existing data from the source to the target.
     */
    DmsReplicationTaskMigrationType["FULL_LOAD"] = "full-load";
    /**
     * Change Data Capture (CDC) migration - captures ongoing changes from the source.
     */
    DmsReplicationTaskMigrationType["CDC"] = "cdc";
    /**
     * Full load and CDC migration - performs initial full load then captures ongoing changes.
     */
    DmsReplicationTaskMigrationType["FULL_LOAD_AND_CDC"] = "full-load-and-cdc";
})(DmsReplicationTaskMigrationType || (exports.DmsReplicationTaskMigrationType = DmsReplicationTaskMigrationType = {}));
/**
 * The recommended metrics for DMS Replication Instance alarms.
 */
var DmsReplicationInstanceRecommendedAlarmsMetrics;
(function (DmsReplicationInstanceRecommendedAlarmsMetrics) {
    /**
     * The percentage of allocated vCPU (virtual CPU) currently in use on the instance.
     */
    DmsReplicationInstanceRecommendedAlarmsMetrics["CPU_UTILIZATION"] = "CPUUtilization";
    /**
     * The amount in bytes of available random access memory.
     */
    DmsReplicationInstanceRecommendedAlarmsMetrics["FREEABLE_MEMORY"] = "FreeableMemory";
    /**
     * The amount in bytes of available storage space.
     */
    DmsReplicationInstanceRecommendedAlarmsMetrics["FREE_STORAGE_SPACE"] = "FreeStorageSpace";
    /**
     * The average number of disk write I/O operations per second.
     */
    DmsReplicationInstanceRecommendedAlarmsMetrics["WRITE_IOPS"] = "WriteIOPS";
    /**
     * The amount in bytes of swap space used on the replication instance.
     */
    DmsReplicationInstanceRecommendedAlarmsMetrics["SWAP_USAGE"] = "SwapUsage";
})(DmsReplicationInstanceRecommendedAlarmsMetrics || (exports.DmsReplicationInstanceRecommendedAlarmsMetrics = DmsReplicationInstanceRecommendedAlarmsMetrics = {}));
/**
 * The recommended metrics for DMS Replication Task alarms.
 */
var DmsReplicationTaskRecommendedAlarmsMetrics;
(function (DmsReplicationTaskRecommendedAlarmsMetrics) {
    /**
     * The gap, in seconds, between the last event captured from the source endpoint and current system time.
     */
    DmsReplicationTaskRecommendedAlarmsMetrics["CDC_LATENCY_SOURCE"] = "CDCLatencySource";
    /**
     * The gap, in seconds, between a change that was committed to the source and the same change committed to the target.
     */
    DmsReplicationTaskRecommendedAlarmsMetrics["CDC_LATENCY_TARGET"] = "CDCLatencyTarget";
})(DmsReplicationTaskRecommendedAlarmsMetrics || (exports.DmsReplicationTaskRecommendedAlarmsMetrics = DmsReplicationTaskRecommendedAlarmsMetrics = {}));
/**
 * This alarm is used to detect high CPU utilization for the DMS Replication Instance.
 *
 * Consistent high CPU utilization can indicate a resource bottleneck or application
 * performance problems.
 *
 * The alarm is triggered when CPU utilization exceeds % threshold.
 */
class DmsReplicationInstanceCpuUtilizationAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationInstance.replicationInstanceIdentifier} - ${DmsReplicationInstanceRecommendedAlarmsMetrics.CPU_UTILIZATION}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(1);
        const evaluationPeriods = props.evaluationPeriods ?? 5;
        const datapointsToAlarm = props.datapointsToAlarm ?? 5;
        const threshold = props.threshold ?? 90;
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const alarmDescription = props.alarmDescription ?? 'This alarm is used to detect high CPU utilization for the DMS Replication Instance.'
            + ' Consistent high CPU utilization can indicate a resource bottleneck or application performance problems.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationInstanceRecommendedAlarmsMetrics.CPU_UTILIZATION,
                dimensionsMap: {
                    ReplicationInstanceIdentifier: props.replicationInstance.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator: aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.GREATER_THAN_THRESHOLD,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationInstanceCpuUtilizationAlarm = DmsReplicationInstanceCpuUtilizationAlarm;
_a = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceCpuUtilizationAlarm[_a] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceCpuUtilizationAlarm", version: "0.0.17" };
;
/**
 * An alarm that monitors the amount of available memory (RAM) on the replication instance.
 *
 * This alarm is used to help prevent running out of memory.
 *
 * The alarm is triggered when the percentage of available memory is less than threshold.
 */
class DmsReplicationInstanceFreeableMemoryAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationInstance.replicationInstanceIdentifier} - ${DmsReplicationInstanceRecommendedAlarmsMetrics.FREEABLE_MEMORY}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(1);
        const evaluationPeriods = props.evaluationPeriods ?? 5;
        const datapointsToAlarm = props.datapointsToAlarm ?? 5;
        const threshold = props.threshold;
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const alarmDescription = props.alarmDescription ?? 'This alarm is used to help prevent running out of memory.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationInstanceRecommendedAlarmsMetrics.FREEABLE_MEMORY,
                dimensionsMap: {
                    ReplicationInstanceIdentifier: props.replicationInstance.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator: aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.LESS_THAN_OR_EQUAL_TO_THRESHOLD,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationInstanceFreeableMemoryAlarm = DmsReplicationInstanceFreeableMemoryAlarm;
_b = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceFreeableMemoryAlarm[_b] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceFreeableMemoryAlarm", version: "0.0.17" };
/**
 * An alarm that monitors the amount of available storage space for a DMS Replication Instance.
 *
 * This alarm helps prevent storage full issues. This can prevent downtime that occurs when your replication
 * instance runs out of storage.
 *
 * The alarm is triggered when the amount of available storage space (bytes) is less than threshold.
 */
class DmsReplicationInstanceFreeStorageSpaceAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationInstance.replicationInstanceIdentifier} - ${DmsReplicationInstanceRecommendedAlarmsMetrics.FREE_STORAGE_SPACE}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(1);
        const evaluationPeriods = props.evaluationPeriods ?? 5;
        const datapointsToAlarm = props.datapointsToAlarm ?? 5;
        const threshold = props.threshold;
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const alarmDescription = props.alarmDescription ?? 'This alarm helps prevent storage full issues. This can prevent downtime'
            + ' that occurs when your replication instance runs out of storage.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationInstanceRecommendedAlarmsMetrics.FREE_STORAGE_SPACE,
                dimensionsMap: {
                    ReplicationInstanceIdentifier: props.replicationInstance.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator: aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.LESS_THAN_OR_EQUAL_TO_THRESHOLD,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationInstanceFreeStorageSpaceAlarm = DmsReplicationInstanceFreeStorageSpaceAlarm;
_c = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceFreeStorageSpaceAlarm[_c] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceFreeStorageSpaceAlarm", version: "0.0.17" };
;
/**
 * This alarm is used to detect high write IOPS for the DMS Replication Instance.
 *
 * High write IOPS can indicate heavy write activity or potential I/O bottlenecks.
 * This can help identify performance issues or unexpected workload patterns.
 *
 * The alarm is triggered when write IOPS exceeds the specified threshold.
 */
class DmsReplicationInstanceWriteIopsAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationInstance.replicationInstanceIdentifier} - ${DmsReplicationInstanceRecommendedAlarmsMetrics.WRITE_IOPS}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(1);
        const evaluationPeriods = props.evaluationPeriods ?? 5;
        const datapointsToAlarm = props.datapointsToAlarm ?? 5;
        const threshold = props.threshold ?? 1000;
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const alarmDescription = props.alarmDescription ?? 'This alarm is used to detect high write IOPS for the DMS Replication Instance.'
            + ' High write IOPS can indicate heavy write activity or potential I/O bottlenecks.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationInstanceRecommendedAlarmsMetrics.WRITE_IOPS,
                dimensionsMap: {
                    ReplicationInstanceIdentifier: props.replicationInstance.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator: aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.GREATER_THAN_OR_EQUAL_TO_THRESHOLD,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationInstanceWriteIopsAlarm = DmsReplicationInstanceWriteIopsAlarm;
_d = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceWriteIopsAlarm[_d] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceWriteIopsAlarm", version: "0.0.17" };
;
/**
 * This anomaly detection alarm is used to detect high swap usage for the DMS Replication Instance.
 *
 * High swap usage can indicate memory pressure, performance issues, or resource constraints.
 * This alarm uses anomaly detection to identify when swap usage exceeds normal patterns,
 * which can help identify performance degradation or insufficient memory allocation.
 *
 * By default, the alarm is triggered when swap usage exceeds the upper threshold
 * of the anomaly detection band, detecting unusually high swap usage that may
 * indicate memory pressure or performance issues.
 *
 * Note: Anomaly detection alarms use a fixed 5-minute period as required by AWS CloudWatch.
 * This period cannot be customized and is optimal for anomaly detection algorithms.
 */
class DmsReplicationInstanceSwapUsageAlarm extends aws_cdk_lib_1.aws_cloudwatch.AnomalyDetectionAlarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationInstance.replicationInstanceIdentifier} - ${DmsReplicationInstanceRecommendedAlarmsMetrics.SWAP_USAGE}`;
        // Anomaly detection alarms require a fixed 5-minute period as mandated by AWS CloudWatch.
        const period = aws_cdk_lib_1.Duration.minutes(5);
        const evaluationPeriods = props.evaluationPeriods ?? 3;
        const datapointsToAlarm = props.datapointsToAlarm ?? 2;
        const stdDevs = props.stdDevs ?? 8;
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const comparisonOperator = props.comparisonOperator ?? aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.GREATER_THAN_UPPER_THRESHOLD;
        const alarmDescription = props.alarmDescription ?? 'This alarm is used to detect high swap usage for the DMS Replication Instance.'
            + ' High swap usage can indicate memory pressure, performance issues, or resource constraints.'
            + ' This alarm triggers when swap usage exceeds the upper threshold of the anomaly detection band.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationInstanceRecommendedAlarmsMetrics.SWAP_USAGE,
                dimensionsMap: {
                    ReplicationInstanceIdentifier: props.replicationInstance.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            stdDevs,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationInstanceSwapUsageAlarm = DmsReplicationInstanceSwapUsageAlarm;
_e = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceSwapUsageAlarm[_e] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceSwapUsageAlarm", version: "0.0.17" };
;
/**
 * An alarm that monitors the CDC latency (in seconds) from the source database.
 *
 * This alarm monitors the gap between the last event captured from the source endpoint
 * and current system time. It can help detect:
 * - Replication lag indicating source database performance issues
 * - Network connectivity problems affecting CDC capture
 * - Source database load affecting change capture performance
 * - Data freshness issues that could impact real-time applications
 *
 * The alarm is typically configured to trigger on high latency values.
 */
class DmsReplicationTaskCdcLatencySourceAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationTask.replicationTaskIdentifier} - ${DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_SOURCE}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(5); // Longer period for latency metrics
        const evaluationPeriods = props.evaluationPeriods ?? 3;
        const datapointsToAlarm = props.datapointsToAlarm ?? 2;
        const threshold = props.threshold ?? 300; // Default threshold for detecting high latency (5 minutes)
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const comparisonOperator = props.comparisonOperator ?? aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.GREATER_THAN_THRESHOLD;
        const alarmDescription = props.alarmDescription ?? 'This alarm monitors CDC latency from the source database. '
            + 'High values may indicate replication lag or source database performance issues. '
            + 'This can affect data freshness in real-time applications.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_SOURCE,
                dimensionsMap: {
                    ReplicationTaskIdentifier: aws_cdk_lib_1.Fn.select(6, aws_cdk_lib_1.Fn.split(':', props.replicationTask.ref)),
                    ReplicationInstanceIdentifier: props.replicationTask.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationTaskCdcLatencySourceAlarm = DmsReplicationTaskCdcLatencySourceAlarm;
_f = JSII_RTTI_SYMBOL_1;
DmsReplicationTaskCdcLatencySourceAlarm[_f] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationTaskCdcLatencySourceAlarm", version: "0.0.17" };
/**
 * An alarm that monitors the CDC latency (in seconds) to the target database.
 *
 * This alarm monitors the gap between a change that was committed to the source
 * and the same change committed to the target. It can help detect:
 * - End-to-end replication latency affecting data consistency
 * - Target database performance issues affecting write operations
 * - Network connectivity problems between replication instance and target
 * - Data consistency issues that could impact downstream applications
 *
 * The alarm is typically configured to trigger on high latency values.
 */
class DmsReplicationTaskCdcLatencyTargetAlarm extends aws_cdk_lib_1.aws_cloudwatch.Alarm {
    constructor(scope, id, props) {
        const alarmName = props.alarmName ??
            `${props.replicationTask.replicationTaskIdentifier} - ${DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_TARGET}`;
        const period = props.period ?? aws_cdk_lib_1.Duration.minutes(5); // Longer period for latency metrics
        const evaluationPeriods = props.evaluationPeriods ?? 3;
        const datapointsToAlarm = props.datapointsToAlarm ?? 2;
        const threshold = props.threshold ?? 300; // Default threshold for detecting high latency (5 minutes)
        const treatMissingData = props.treatMissingData ?? aws_cdk_lib_1.aws_cloudwatch.TreatMissingData.MISSING;
        const comparisonOperator = props.comparisonOperator ?? aws_cdk_lib_1.aws_cloudwatch.ComparisonOperator.GREATER_THAN_THRESHOLD;
        const alarmDescription = props.alarmDescription ?? 'This alarm monitors CDC latency to the target database. '
            + 'High values may indicate replication lag or target database performance issues. '
            + 'This can affect data consistency in downstream applications.';
        (0, common_1.validateTotalAlarmPeriod)(period, evaluationPeriods, alarmName);
        super(scope, id, {
            alarmName,
            metric: new aws_cdk_lib_1.aws_cloudwatch.Metric({
                namespace: 'AWS/DMS',
                metricName: DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_TARGET,
                dimensionsMap: {
                    ReplicationTaskIdentifier: aws_cdk_lib_1.Fn.select(6, aws_cdk_lib_1.Fn.split(':', props.replicationTask.ref)),
                    ReplicationInstanceIdentifier: props.replicationTask.replicationInstanceIdentifier,
                },
                statistic: 'Average',
                period,
            }),
            threshold,
            evaluationPeriods,
            datapointsToAlarm,
            treatMissingData,
            comparisonOperator,
            alarmDescription,
        });
        if (props.alarmAction)
            this.addAlarmAction(props.alarmAction);
        if (props.okAction)
            this.addOkAction(props.okAction);
        if (props.insufficientDataAction)
            this.addInsufficientDataAction(props.insufficientDataAction);
    }
}
exports.DmsReplicationTaskCdcLatencyTargetAlarm = DmsReplicationTaskCdcLatencyTargetAlarm;
_g = JSII_RTTI_SYMBOL_1;
DmsReplicationTaskCdcLatencyTargetAlarm[_g] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationTaskCdcLatencyTargetAlarm", version: "0.0.17" };
/**
 * A construct that creates the recommended alarms for a DMS Replication Instance.
 */
class DmsReplicationInstanceRecommendedAlarms extends constructs_1.Construct {
    constructor(scope, id, props) {
        super(scope, id);
        if (!props.excludeAlarms?.includes(DmsReplicationInstanceRecommendedAlarmsMetrics.CPU_UTILIZATION)) {
            this.alarmCpuUtilization = new DmsReplicationInstanceCpuUtilizationAlarm(this, `${props.replicationInstance.replicationInstanceIdentifier}_CpuUtilization`, {
                replicationInstance: props.replicationInstance,
                treatMissingData: props.treatMissingData,
                ...props.configCpuUtilizationAlarm,
            });
            if (props.defaultAlarmAction && !props.configCpuUtilizationAlarm?.alarmAction) {
                this.alarmCpuUtilization.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configCpuUtilizationAlarm?.okAction) {
                this.alarmCpuUtilization.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configCpuUtilizationAlarm?.insufficientDataAction) {
                this.alarmCpuUtilization.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
        if (!props.excludeAlarms?.includes(DmsReplicationInstanceRecommendedAlarmsMetrics.FREEABLE_MEMORY)) {
            this.alarmFreeableMemory = new DmsReplicationInstanceFreeableMemoryAlarm(this, `${props.replicationInstance.replicationInstanceIdentifier}_FreeableMemory`, {
                replicationInstance: props.replicationInstance,
                treatMissingData: props.treatMissingData,
                ...props.configFreeableMemoryAlarm,
            });
            if (props.defaultAlarmAction && !props.configFreeableMemoryAlarm?.alarmAction) {
                this.alarmFreeableMemory.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configFreeableMemoryAlarm?.okAction) {
                this.alarmFreeableMemory.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configFreeableMemoryAlarm?.insufficientDataAction) {
                this.alarmFreeableMemory.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
        if (!props.excludeAlarms?.includes(DmsReplicationInstanceRecommendedAlarmsMetrics.FREE_STORAGE_SPACE)) {
            this.alarmFreeStorageSpace = new DmsReplicationInstanceFreeStorageSpaceAlarm(this, `${props.replicationInstance.replicationInstanceIdentifier}_FreeStorageSpace`, {
                replicationInstance: props.replicationInstance,
                treatMissingData: props.treatMissingData,
                ...props.configFreeStorageSpaceAlarm,
            });
            if (props.defaultAlarmAction && !props.configFreeStorageSpaceAlarm?.alarmAction) {
                this.alarmFreeStorageSpace.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configFreeStorageSpaceAlarm?.okAction) {
                this.alarmFreeStorageSpace.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configFreeStorageSpaceAlarm?.insufficientDataAction) {
                this.alarmFreeStorageSpace.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
        if (!props.excludeAlarms?.includes(DmsReplicationInstanceRecommendedAlarmsMetrics.WRITE_IOPS)) {
            this.alarmWriteIops = new DmsReplicationInstanceWriteIopsAlarm(this, `${props.replicationInstance.replicationInstanceIdentifier}_WriteIops`, {
                replicationInstance: props.replicationInstance,
                treatMissingData: props.treatMissingData,
                ...props.configWriteIopsAlarm,
            });
            if (props.defaultAlarmAction && !props.configWriteIopsAlarm?.alarmAction) {
                this.alarmWriteIops.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configWriteIopsAlarm?.okAction) {
                this.alarmWriteIops.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configWriteIopsAlarm?.insufficientDataAction) {
                this.alarmWriteIops.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
        if (!props.excludeAlarms?.includes(DmsReplicationInstanceRecommendedAlarmsMetrics.SWAP_USAGE)) {
            this.alarmSwapUsage = new DmsReplicationInstanceSwapUsageAlarm(this, `${props.replicationInstance.replicationInstanceIdentifier}_SwapUsage`, {
                replicationInstance: props.replicationInstance,
                treatMissingData: props.treatMissingData,
                ...props.configSwapUsageAlarm,
            });
            if (props.defaultAlarmAction && !props.configSwapUsageAlarm?.alarmAction) {
                this.alarmSwapUsage.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configSwapUsageAlarm?.okAction) {
                this.alarmSwapUsage.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configSwapUsageAlarm?.insufficientDataAction) {
                this.alarmSwapUsage.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
    }
}
exports.DmsReplicationInstanceRecommendedAlarms = DmsReplicationInstanceRecommendedAlarms;
_h = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceRecommendedAlarms[_h] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceRecommendedAlarms", version: "0.0.17" };
/**
 * A construct that creates the recommended alarms for a DMS Replication Task.
 */
class DmsReplicationTaskRecommendedAlarms extends constructs_1.Construct {
    constructor(scope, id, props) {
        super(scope, id);
        // Check if migration type supports CDC alarms
        const supportsCdc = props.replicationTask.migrationType === DmsReplicationTaskMigrationType.CDC ||
            props.replicationTask.migrationType === DmsReplicationTaskMigrationType.FULL_LOAD_AND_CDC;
        if (supportsCdc && !props.excludeAlarms?.includes(DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_SOURCE)) {
            this.alarmCdcLatencySource = new DmsReplicationTaskCdcLatencySourceAlarm(this, `${props.replicationTask.replicationTaskIdentifier}_CdcLatencySource`, {
                replicationTask: props.replicationTask,
                treatMissingData: props.treatMissingData,
                ...props.configCdcLatencySourceAlarm,
            });
            if (props.defaultAlarmAction && !props.configCdcLatencySourceAlarm?.alarmAction) {
                this.alarmCdcLatencySource.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configCdcLatencySourceAlarm?.okAction) {
                this.alarmCdcLatencySource.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configCdcLatencySourceAlarm?.insufficientDataAction) {
                this.alarmCdcLatencySource.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
        if (supportsCdc && !props.excludeAlarms?.includes(DmsReplicationTaskRecommendedAlarmsMetrics.CDC_LATENCY_TARGET)) {
            this.alarmCdcLatencyTarget = new DmsReplicationTaskCdcLatencyTargetAlarm(this, `${props.replicationTask.replicationTaskIdentifier}_CdcLatencyTarget`, {
                replicationTask: props.replicationTask,
                treatMissingData: props.treatMissingData,
                ...props.configCdcLatencyTargetAlarm,
            });
            if (props.defaultAlarmAction && !props.configCdcLatencyTargetAlarm?.alarmAction) {
                this.alarmCdcLatencyTarget.addAlarmAction(props.defaultAlarmAction);
            }
            if (props.defaultOkAction && !props.configCdcLatencyTargetAlarm?.okAction) {
                this.alarmCdcLatencyTarget.addOkAction(props.defaultOkAction);
            }
            if (props.defaultInsufficientDataAction && !props.configCdcLatencyTargetAlarm?.insufficientDataAction) {
                this.alarmCdcLatencyTarget.addInsufficientDataAction(props.defaultInsufficientDataAction);
            }
        }
    }
}
exports.DmsReplicationTaskRecommendedAlarms = DmsReplicationTaskRecommendedAlarms;
_j = JSII_RTTI_SYMBOL_1;
DmsReplicationTaskRecommendedAlarms[_j] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationTaskRecommendedAlarms", version: "0.0.17" };
/**
 * An extension for the CfnReplicationTask construct that provides methods
 * to create recommended alarms.
 */
class ReplicationTask extends aws_cdk_lib_1.aws_dms.CfnReplicationTask {
    constructor(scope, id, props) {
        super(scope, id, props);
        this.replicationInstanceIdentifier = props.replicationInstanceIdentifier;
    }
    /**
     * Creates an alarm that monitors the CDC latency from the source for the Replication Task.
     */
    alarmCdcLatencySource(props) {
        if (this.migrationType !== DmsReplicationTaskMigrationType.CDC &&
            this.migrationType !== DmsReplicationTaskMigrationType.FULL_LOAD_AND_CDC) {
            throw new Error(`CDC latency alarms can only be created for replication tasks with migration type '${DmsReplicationTaskMigrationType.CDC}' or ` +
                `'${DmsReplicationTaskMigrationType.FULL_LOAD_AND_CDC}'. Current migration type: ${this.migrationType}`);
        }
        return new DmsReplicationTaskCdcLatencySourceAlarm(this, 'CdcLatencySourceAlarm', {
            replicationTask: this,
            ...props,
        });
    }
    /**
     * Creates an alarm that monitors the CDC latency to the target for the Replication Task.
     */
    alarmCdcLatencyTarget(props) {
        if (this.migrationType !== DmsReplicationTaskMigrationType.CDC &&
            this.migrationType !== DmsReplicationTaskMigrationType.FULL_LOAD_AND_CDC) {
            throw new Error(`CDC latency alarms can only be created for replication tasks with migration type '${DmsReplicationTaskMigrationType.CDC}' or ` +
                `'${DmsReplicationTaskMigrationType.FULL_LOAD_AND_CDC}'. Current migration type: ${this.migrationType}`);
        }
        return new DmsReplicationTaskCdcLatencyTargetAlarm(this, 'CdcLatencyTargetAlarm', {
            replicationTask: this,
            ...props,
        });
    }
    /**
     * Creates the recommended alarms for the DMS Replication Task.
     *
     * @see https://aws.amazon.com/blogs/database/setting-up-amazon-cloudwatch-alarms-for-aws-dms-resources-using-the-aws-cli/
     */
    applyRecommendedAlarms(props) {
        return new DmsReplicationTaskRecommendedAlarms(this, 'DmsReplicationTaskRecommendedAlarms', {
            replicationTask: this,
            ...props,
        });
    }
}
exports.ReplicationTask = ReplicationTask;
_k = JSII_RTTI_SYMBOL_1;
ReplicationTask[_k] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.ReplicationTask", version: "0.0.17" };
/**
 * Configures the recommended alarms for a DMS Replication Task.
 *
 * @see https://aws.amazon.com/blogs/database/setting-up-amazon-cloudwatch-alarms-for-aws-dms-resources-using-the-aws-cli/
 */
class DmsReplicationTaskRecommendedAlarmsAspect {
    constructor(props) {
        this.props = props;
    }
    visit(node) {
        if (node instanceof ReplicationTask) {
            if (this.props?.excludeResources && this.props.excludeResources.includes(node.node.id)) {
                return;
            }
            else {
                const replicationTask = node;
                new DmsReplicationTaskRecommendedAlarms(replicationTask, 'DmsReplicationTaskRecommendedAlarmsFromAspect', {
                    replicationTask,
                    ...this.props,
                });
            }
        }
    }
}
exports.DmsReplicationTaskRecommendedAlarmsAspect = DmsReplicationTaskRecommendedAlarmsAspect;
_l = JSII_RTTI_SYMBOL_1;
DmsReplicationTaskRecommendedAlarmsAspect[_l] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationTaskRecommendedAlarmsAspect", version: "0.0.17" };
/**
 * An extension for the CfnReplicationInstance construct that provides methods
 * to create recommended alarms.
 */
class ReplicationInstance extends aws_cdk_lib_1.aws_dms.CfnReplicationInstance {
    constructor(scope, id, props) {
        super(scope, id, props);
    }
    /**
     * Creates an alarm that monitors the CPU utilization for the Replication Instance.
     */
    alarmCpuUtilization(props) {
        return new DmsReplicationInstanceCpuUtilizationAlarm(this, 'CpuUtilizationAlarm', {
            replicationInstance: this,
            ...props,
        });
    }
    /**
     * Creates an alarm that monitors the FreeableMemory for the Replication Instance.
     */
    alarmFreeableMemory(props) {
        return new DmsReplicationInstanceFreeableMemoryAlarm(this, 'FreeableMemoryAlarm', {
            replicationInstance: this,
            ...props,
        });
    }
    /**
     * Creates an alarm that monitors the Free Storage Space for the Replication Instance.
     */
    alarmFreeStorageSpace(props) {
        return new DmsReplicationInstanceFreeStorageSpaceAlarm(this, 'FreeStorageSpaceAlarm', {
            replicationInstance: this,
            ...props,
        });
    }
    /**
     * Creates an alarm that monitors the Write IOPS for the Replication Instance.
     */
    alarmWriteIops(props) {
        return new DmsReplicationInstanceWriteIopsAlarm(this, 'WriteIopsAlarm', {
            replicationInstance: this,
            ...props,
        });
    }
    /**
     * Creates an alarm that monitors the Swap Usage for the Replication Instance.
     */
    alarmSwapUsage(props) {
        return new DmsReplicationInstanceSwapUsageAlarm(this, 'SwapUsageAlarm', {
            replicationInstance: this,
            ...props,
        });
    }
    /**
     * Creates the recommended alarms for the DMS Replication Instance.
     *
     * @see https://aws.amazon.com/blogs/database/setting-up-amazon-cloudwatch-alarms-for-aws-dms-resources-using-the-aws-cli/
     */
    applyRecommendedAlarms(props) {
        return new DmsReplicationInstanceRecommendedAlarms(this, 'DmsReplicationInstanceRecommendedAlarms', {
            replicationInstance: this,
            ...props,
        });
    }
}
exports.ReplicationInstance = ReplicationInstance;
_m = JSII_RTTI_SYMBOL_1;
ReplicationInstance[_m] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.ReplicationInstance", version: "0.0.17" };
/**
 * Configures the recommended alarms for a DMS Replication Instance.
 *
 * @see https://aws.amazon.com/blogs/database/setting-up-amazon-cloudwatch-alarms-for-aws-dms-resources-using-the-aws-cli/
 */
class DmsReplicationInstanceRecommendedAlarmsAspect {
    constructor(props) {
        this.props = props;
    }
    visit(node) {
        if (node instanceof aws_cdk_lib_1.aws_dms.CfnReplicationInstance) {
            if (this.props.excludeResources && this.props.excludeResources.includes(node.node.id)) {
                return;
            }
            else {
                const replicationInstance = node;
                new DmsReplicationInstanceRecommendedAlarms(replicationInstance, 'DmsReplicationInstanceRecommendedAlarmsFromAspect', {
                    replicationInstance,
                    ...this.props,
                });
            }
        }
    }
}
exports.DmsReplicationInstanceRecommendedAlarmsAspect = DmsReplicationInstanceRecommendedAlarmsAspect;
_o = JSII_RTTI_SYMBOL_1;
DmsReplicationInstanceRecommendedAlarmsAspect[_o] = { fqn: "@renovosolutions/cdk-library-cloudwatch-alarms.DmsReplicationInstanceRecommendedAlarmsAspect", version: "0.0.17" };
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