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export * from "./structs.ts";import * as Base64 from "https://deno.land/std@0.177.0/encoding/base64.ts";import * as client from "../../client/common.ts";import * as qsP from "../../encoding/querystring.ts";import * as xmlP from "../../encoding/xml.ts";import type * as s from "./structs.ts";function parseBlob(input: string | null | undefined) { if (input == null) return input; return Base64.decode(input);}
export class CloudWatch { #client: client.ServiceClient; constructor(apiFactory: client.ApiFactory) { this.#client = apiFactory.buildServiceClient(CloudWatch.ApiMetadata); }
static ApiMetadata: client.ApiMetadata = { "apiVersion": "2010-08-01", "endpointPrefix": "monitoring", "protocol": "query", "serviceAbbreviation": "CloudWatch", "serviceFullName": "Amazon CloudWatch", "serviceId": "CloudWatch", "signatureVersion": "v4", "uid": "monitoring-2010-08-01", "xmlNamespace": "http://monitoring.amazonaws.com/doc/2010-08-01/" };
async deleteAlarms( params: s.DeleteAlarmsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["AlarmNames"]) qsP.appendList(body, prefix+"AlarmNames", params["AlarmNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DeleteAlarms", }); await resp.body?.cancel(); }
async deleteAnomalyDetector( params: s.DeleteAnomalyDetectorInput = {}, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if ("Namespace" in params) body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Stat" in params) body.append(prefix+"Stat", (params["Stat"] ?? '').toString()); if (params["SingleMetricAnomalyDetector"] != null) SingleMetricAnomalyDetector_Serialize(body, prefix+"SingleMetricAnomalyDetector", params["SingleMetricAnomalyDetector"]); if (params["MetricMathAnomalyDetector"] != null) MetricMathAnomalyDetector_Serialize(body, prefix+"MetricMathAnomalyDetector", params["MetricMathAnomalyDetector"]); const resp = await this.#client.performRequest({ opts, body, action: "DeleteAnomalyDetector", }); await resp.body?.cancel(); }
async deleteDashboards( params: s.DeleteDashboardsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["DashboardNames"]) qsP.appendList(body, prefix+"DashboardNames", params["DashboardNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DeleteDashboards", }); await resp.body?.cancel(); }
async deleteInsightRules( params: s.DeleteInsightRulesInput, opts: client.RequestOptions = {}, ): Promise<s.DeleteInsightRulesOutput> { const body = new URLSearchParams; const prefix = ''; if (params["RuleNames"]) qsP.appendList(body, prefix+"RuleNames", params["RuleNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DeleteInsightRules", }); const xml = xmlP.readXmlResult(await resp.text(), "DeleteInsightRulesResult"); return { Failures: xml.getList("Failures", "member").map(PartialFailure_Parse), }; }
async deleteMetricStream( params: s.DeleteMetricStreamInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"Name", (params["Name"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "DeleteMetricStream", }); await resp.body?.cancel(); }
async describeAlarmHistory( params: s.DescribeAlarmHistoryInput = {}, opts: client.RequestOptions = {}, ): Promise<s.DescribeAlarmHistoryOutput> { const body = new URLSearchParams; const prefix = ''; if ("AlarmName" in params) body.append(prefix+"AlarmName", (params["AlarmName"] ?? '').toString()); if (params["AlarmTypes"]) qsP.appendList(body, prefix+"AlarmTypes", params["AlarmTypes"], {"entryPrefix":".member."}) if ("HistoryItemType" in params) body.append(prefix+"HistoryItemType", (params["HistoryItemType"] ?? '').toString()); if ("StartDate" in params) body.append(prefix+"StartDate", qsP.encodeDate_iso8601(params["StartDate"])); if ("EndDate" in params) body.append(prefix+"EndDate", qsP.encodeDate_iso8601(params["EndDate"])); if ("MaxRecords" in params) body.append(prefix+"MaxRecords", (params["MaxRecords"] ?? '').toString()); if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("ScanBy" in params) body.append(prefix+"ScanBy", (params["ScanBy"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "DescribeAlarmHistory", }); const xml = xmlP.readXmlResult(await resp.text(), "DescribeAlarmHistoryResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), AlarmHistoryItems: xml.getList("AlarmHistoryItems", "member").map(AlarmHistoryItem_Parse), }; }
async describeAlarms( params: s.DescribeAlarmsInput = {}, opts: client.RequestOptions = {}, ): Promise<s.DescribeAlarmsOutput> { const body = new URLSearchParams; const prefix = ''; if (params["AlarmNames"]) qsP.appendList(body, prefix+"AlarmNames", params["AlarmNames"], {"entryPrefix":".member."}) if ("AlarmNamePrefix" in params) body.append(prefix+"AlarmNamePrefix", (params["AlarmNamePrefix"] ?? '').toString()); if (params["AlarmTypes"]) qsP.appendList(body, prefix+"AlarmTypes", params["AlarmTypes"], {"entryPrefix":".member."}) if ("ChildrenOfAlarmName" in params) body.append(prefix+"ChildrenOfAlarmName", (params["ChildrenOfAlarmName"] ?? '').toString()); if ("ParentsOfAlarmName" in params) body.append(prefix+"ParentsOfAlarmName", (params["ParentsOfAlarmName"] ?? '').toString()); if ("StateValue" in params) body.append(prefix+"StateValue", (params["StateValue"] ?? '').toString()); if ("ActionPrefix" in params) body.append(prefix+"ActionPrefix", (params["ActionPrefix"] ?? '').toString()); if ("MaxRecords" in params) body.append(prefix+"MaxRecords", (params["MaxRecords"] ?? '').toString()); if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "DescribeAlarms", }); const xml = xmlP.readXmlResult(await resp.text(), "DescribeAlarmsResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), CompositeAlarms: xml.getList("CompositeAlarms", "member").map(CompositeAlarm_Parse), MetricAlarms: xml.getList("MetricAlarms", "member").map(MetricAlarm_Parse), }; }
async describeAlarmsForMetric( params: s.DescribeAlarmsForMetricInput, opts: client.RequestOptions = {}, ): Promise<s.DescribeAlarmsForMetricOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("Statistic" in params) body.append(prefix+"Statistic", (params["Statistic"] ?? '').toString()); if ("ExtendedStatistic" in params) body.append(prefix+"ExtendedStatistic", (params["ExtendedStatistic"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Period" in params) body.append(prefix+"Period", (params["Period"] ?? '').toString()); if ("Unit" in params) body.append(prefix+"Unit", (params["Unit"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "DescribeAlarmsForMetric", }); const xml = xmlP.readXmlResult(await resp.text(), "DescribeAlarmsForMetricResult"); return { MetricAlarms: xml.getList("MetricAlarms", "member").map(MetricAlarm_Parse), }; }
async describeAnomalyDetectors( params: s.DescribeAnomalyDetectorsInput = {}, opts: client.RequestOptions = {}, ): Promise<s.DescribeAnomalyDetectorsOutput> { const body = new URLSearchParams; const prefix = ''; if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("MaxResults" in params) body.append(prefix+"MaxResults", (params["MaxResults"] ?? '').toString()); if ("Namespace" in params) body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if (params["AnomalyDetectorTypes"]) qsP.appendList(body, prefix+"AnomalyDetectorTypes", params["AnomalyDetectorTypes"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DescribeAnomalyDetectors", }); const xml = xmlP.readXmlResult(await resp.text(), "DescribeAnomalyDetectorsResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), AnomalyDetectors: xml.getList("AnomalyDetectors", "member").map(AnomalyDetector_Parse), }; }
async describeInsightRules( params: s.DescribeInsightRulesInput = {}, opts: client.RequestOptions = {}, ): Promise<s.DescribeInsightRulesOutput> { const body = new URLSearchParams; const prefix = ''; if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("MaxResults" in params) body.append(prefix+"MaxResults", (params["MaxResults"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "DescribeInsightRules", }); const xml = xmlP.readXmlResult(await resp.text(), "DescribeInsightRulesResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), InsightRules: xml.getList("InsightRules", "member").map(InsightRule_Parse), }; }
async disableAlarmActions( params: s.DisableAlarmActionsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["AlarmNames"]) qsP.appendList(body, prefix+"AlarmNames", params["AlarmNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DisableAlarmActions", }); await resp.body?.cancel(); }
async disableInsightRules( params: s.DisableInsightRulesInput, opts: client.RequestOptions = {}, ): Promise<s.DisableInsightRulesOutput> { const body = new URLSearchParams; const prefix = ''; if (params["RuleNames"]) qsP.appendList(body, prefix+"RuleNames", params["RuleNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "DisableInsightRules", }); const xml = xmlP.readXmlResult(await resp.text(), "DisableInsightRulesResult"); return { Failures: xml.getList("Failures", "member").map(PartialFailure_Parse), }; }
async enableAlarmActions( params: s.EnableAlarmActionsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["AlarmNames"]) qsP.appendList(body, prefix+"AlarmNames", params["AlarmNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "EnableAlarmActions", }); await resp.body?.cancel(); }
async enableInsightRules( params: s.EnableInsightRulesInput, opts: client.RequestOptions = {}, ): Promise<s.EnableInsightRulesOutput> { const body = new URLSearchParams; const prefix = ''; if (params["RuleNames"]) qsP.appendList(body, prefix+"RuleNames", params["RuleNames"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "EnableInsightRules", }); const xml = xmlP.readXmlResult(await resp.text(), "EnableInsightRulesResult"); return { Failures: xml.getList("Failures", "member").map(PartialFailure_Parse), }; }
async getDashboard( params: s.GetDashboardInput, opts: client.RequestOptions = {}, ): Promise<s.GetDashboardOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"DashboardName", (params["DashboardName"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "GetDashboard", }); const xml = xmlP.readXmlResult(await resp.text(), "GetDashboardResult"); return xml.strings({ optional: {"DashboardArn":true,"DashboardBody":true,"DashboardName":true}, }); }
async getInsightRuleReport( params: s.GetInsightRuleReportInput, opts: client.RequestOptions = {}, ): Promise<s.GetInsightRuleReportOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"RuleName", (params["RuleName"] ?? '').toString()); body.append(prefix+"StartTime", qsP.encodeDate_iso8601(params["StartTime"])); body.append(prefix+"EndTime", qsP.encodeDate_iso8601(params["EndTime"])); body.append(prefix+"Period", (params["Period"] ?? '').toString()); if ("MaxContributorCount" in params) body.append(prefix+"MaxContributorCount", (params["MaxContributorCount"] ?? '').toString()); if (params["Metrics"]) qsP.appendList(body, prefix+"Metrics", params["Metrics"], {"entryPrefix":".member."}) if ("OrderBy" in params) body.append(prefix+"OrderBy", (params["OrderBy"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "GetInsightRuleReport", }); const xml = xmlP.readXmlResult(await resp.text(), "GetInsightRuleReportResult"); return { ...xml.strings({ optional: {"AggregationStatistic":true}, }), KeyLabels: xml.getList("KeyLabels", "member").map(x => x.content ?? ''), AggregateValue: xml.first("AggregateValue", false, x => parseFloat(x.content ?? '0')), ApproximateUniqueCount: xml.first("ApproximateUniqueCount", false, x => parseInt(x.content ?? '0')), Contributors: xml.getList("Contributors", "member").map(InsightRuleContributor_Parse), MetricDatapoints: xml.getList("MetricDatapoints", "member").map(InsightRuleMetricDatapoint_Parse), }; }
async getMetricData( params: s.GetMetricDataInput, opts: client.RequestOptions = {}, ): Promise<s.GetMetricDataOutput> { const body = new URLSearchParams; const prefix = ''; if (params["MetricDataQueries"]) qsP.appendList(body, prefix+"MetricDataQueries", params["MetricDataQueries"], {"appender":MetricDataQuery_Serialize,"entryPrefix":".member."}) body.append(prefix+"StartTime", qsP.encodeDate_iso8601(params["StartTime"])); body.append(prefix+"EndTime", qsP.encodeDate_iso8601(params["EndTime"])); if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("ScanBy" in params) body.append(prefix+"ScanBy", (params["ScanBy"] ?? '').toString()); if ("MaxDatapoints" in params) body.append(prefix+"MaxDatapoints", (params["MaxDatapoints"] ?? '').toString()); if (params["LabelOptions"] != null) LabelOptions_Serialize(body, prefix+"LabelOptions", params["LabelOptions"]); const resp = await this.#client.performRequest({ opts, body, action: "GetMetricData", }); const xml = xmlP.readXmlResult(await resp.text(), "GetMetricDataResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), MetricDataResults: xml.getList("MetricDataResults", "member").map(MetricDataResult_Parse), Messages: xml.getList("Messages", "member").map(MessageData_Parse), }; }
async getMetricStatistics( params: s.GetMetricStatisticsInput, opts: client.RequestOptions = {}, ): Promise<s.GetMetricStatisticsOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) body.append(prefix+"StartTime", qsP.encodeDate_iso8601(params["StartTime"])); body.append(prefix+"EndTime", qsP.encodeDate_iso8601(params["EndTime"])); body.append(prefix+"Period", (params["Period"] ?? '').toString()); if (params["Statistics"]) qsP.appendList(body, prefix+"Statistics", params["Statistics"], {"entryPrefix":".member."}) if (params["ExtendedStatistics"]) qsP.appendList(body, prefix+"ExtendedStatistics", params["ExtendedStatistics"], {"entryPrefix":".member."}) if ("Unit" in params) body.append(prefix+"Unit", (params["Unit"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "GetMetricStatistics", }); const xml = xmlP.readXmlResult(await resp.text(), "GetMetricStatisticsResult"); return { ...xml.strings({ optional: {"Label":true}, }), Datapoints: xml.getList("Datapoints", "member").map(Datapoint_Parse), }; }
async getMetricStream( params: s.GetMetricStreamInput, opts: client.RequestOptions = {}, ): Promise<s.GetMetricStreamOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"Name", (params["Name"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "GetMetricStream", }); const xml = xmlP.readXmlResult(await resp.text(), "GetMetricStreamResult"); return { ...xml.strings({ optional: {"Arn":true,"Name":true,"FirehoseArn":true,"RoleArn":true,"State":true}, }), IncludeFilters: xml.getList("IncludeFilters", "member").map(MetricStreamFilter_Parse), ExcludeFilters: xml.getList("ExcludeFilters", "member").map(MetricStreamFilter_Parse), CreationDate: xml.first("CreationDate", false, x => xmlP.parseTimestamp(x.content)), LastUpdateDate: xml.first("LastUpdateDate", false, x => xmlP.parseTimestamp(x.content)), OutputFormat: xml.first("OutputFormat", false, x => (x.content ?? '') as s.MetricStreamOutputFormat), }; }
async getMetricWidgetImage( params: s.GetMetricWidgetImageInput, opts: client.RequestOptions = {}, ): Promise<s.GetMetricWidgetImageOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"MetricWidget", (params["MetricWidget"] ?? '').toString()); if ("OutputFormat" in params) body.append(prefix+"OutputFormat", (params["OutputFormat"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "GetMetricWidgetImage", }); const xml = xmlP.readXmlResult(await resp.text(), "GetMetricWidgetImageResult"); return { MetricWidgetImage: xml.first("MetricWidgetImage", false, x => parseBlob(x.content) ?? new Uint8Array(0)), }; }
async listDashboards( params: s.ListDashboardsInput = {}, opts: client.RequestOptions = {}, ): Promise<s.ListDashboardsOutput> { const body = new URLSearchParams; const prefix = ''; if ("DashboardNamePrefix" in params) body.append(prefix+"DashboardNamePrefix", (params["DashboardNamePrefix"] ?? '').toString()); if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "ListDashboards", }); const xml = xmlP.readXmlResult(await resp.text(), "ListDashboardsResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), DashboardEntries: xml.getList("DashboardEntries", "member").map(DashboardEntry_Parse), }; }
async listMetricStreams( params: s.ListMetricStreamsInput = {}, opts: client.RequestOptions = {}, ): Promise<s.ListMetricStreamsOutput> { const body = new URLSearchParams; const prefix = ''; if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("MaxResults" in params) body.append(prefix+"MaxResults", (params["MaxResults"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "ListMetricStreams", }); const xml = xmlP.readXmlResult(await resp.text(), "ListMetricStreamsResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), Entries: xml.getList("Entries", "member").map(MetricStreamEntry_Parse), }; }
async listMetrics( params: s.ListMetricsInput = {}, opts: client.RequestOptions = {}, ): Promise<s.ListMetricsOutput> { const body = new URLSearchParams; const prefix = ''; if ("Namespace" in params) body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":DimensionFilter_Serialize,"entryPrefix":".member."}) if ("NextToken" in params) body.append(prefix+"NextToken", (params["NextToken"] ?? '').toString()); if ("RecentlyActive" in params) body.append(prefix+"RecentlyActive", (params["RecentlyActive"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "ListMetrics", }); const xml = xmlP.readXmlResult(await resp.text(), "ListMetricsResult"); return { ...xml.strings({ optional: {"NextToken":true}, }), Metrics: xml.getList("Metrics", "member").map(Metric_Parse), }; }
async listTagsForResource( params: s.ListTagsForResourceInput, opts: client.RequestOptions = {}, ): Promise<s.ListTagsForResourceOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"ResourceARN", (params["ResourceARN"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "ListTagsForResource", }); const xml = xmlP.readXmlResult(await resp.text(), "ListTagsForResourceResult"); return { Tags: xml.getList("Tags", "member").map(Tag_Parse), }; }
async putAnomalyDetector( params: s.PutAnomalyDetectorInput = {}, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if ("Namespace" in params) body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Stat" in params) body.append(prefix+"Stat", (params["Stat"] ?? '').toString()); if (params["Configuration"] != null) AnomalyDetectorConfiguration_Serialize(body, prefix+"Configuration", params["Configuration"]); if (params["SingleMetricAnomalyDetector"] != null) SingleMetricAnomalyDetector_Serialize(body, prefix+"SingleMetricAnomalyDetector", params["SingleMetricAnomalyDetector"]); if (params["MetricMathAnomalyDetector"] != null) MetricMathAnomalyDetector_Serialize(body, prefix+"MetricMathAnomalyDetector", params["MetricMathAnomalyDetector"]); const resp = await this.#client.performRequest({ opts, body, action: "PutAnomalyDetector", }); await resp.body?.cancel(); }
async putCompositeAlarm( params: s.PutCompositeAlarmInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if ("ActionsEnabled" in params) body.append(prefix+"ActionsEnabled", (params["ActionsEnabled"] ?? '').toString()); if (params["AlarmActions"]) qsP.appendList(body, prefix+"AlarmActions", params["AlarmActions"], {"entryPrefix":".member."}) if ("AlarmDescription" in params) body.append(prefix+"AlarmDescription", (params["AlarmDescription"] ?? '').toString()); body.append(prefix+"AlarmName", (params["AlarmName"] ?? '').toString()); body.append(prefix+"AlarmRule", (params["AlarmRule"] ?? '').toString()); if (params["InsufficientDataActions"]) qsP.appendList(body, prefix+"InsufficientDataActions", params["InsufficientDataActions"], {"entryPrefix":".member."}) if (params["OKActions"]) qsP.appendList(body, prefix+"OKActions", params["OKActions"], {"entryPrefix":".member."}) if (params["Tags"]) qsP.appendList(body, prefix+"Tags", params["Tags"], {"appender":Tag_Serialize,"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "PutCompositeAlarm", }); await resp.body?.cancel(); }
async putDashboard( params: s.PutDashboardInput, opts: client.RequestOptions = {}, ): Promise<s.PutDashboardOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"DashboardName", (params["DashboardName"] ?? '').toString()); body.append(prefix+"DashboardBody", (params["DashboardBody"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "PutDashboard", }); const xml = xmlP.readXmlResult(await resp.text(), "PutDashboardResult"); return { DashboardValidationMessages: xml.getList("DashboardValidationMessages", "member").map(DashboardValidationMessage_Parse), }; }
async putInsightRule( params: s.PutInsightRuleInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"RuleName", (params["RuleName"] ?? '').toString()); if ("RuleState" in params) body.append(prefix+"RuleState", (params["RuleState"] ?? '').toString()); body.append(prefix+"RuleDefinition", (params["RuleDefinition"] ?? '').toString()); if (params["Tags"]) qsP.appendList(body, prefix+"Tags", params["Tags"], {"appender":Tag_Serialize,"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "PutInsightRule", }); await resp.body?.cancel(); }
async putMetricAlarm( params: s.PutMetricAlarmInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"AlarmName", (params["AlarmName"] ?? '').toString()); if ("AlarmDescription" in params) body.append(prefix+"AlarmDescription", (params["AlarmDescription"] ?? '').toString()); if ("ActionsEnabled" in params) body.append(prefix+"ActionsEnabled", (params["ActionsEnabled"] ?? '').toString()); if (params["OKActions"]) qsP.appendList(body, prefix+"OKActions", params["OKActions"], {"entryPrefix":".member."}) if (params["AlarmActions"]) qsP.appendList(body, prefix+"AlarmActions", params["AlarmActions"], {"entryPrefix":".member."}) if (params["InsufficientDataActions"]) qsP.appendList(body, prefix+"InsufficientDataActions", params["InsufficientDataActions"], {"entryPrefix":".member."}) if ("MetricName" in params) body.append(prefix+"MetricName", (params["MetricName"] ?? '').toString()); if ("Namespace" in params) body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if ("Statistic" in params) body.append(prefix+"Statistic", (params["Statistic"] ?? '').toString()); if ("ExtendedStatistic" in params) body.append(prefix+"ExtendedStatistic", (params["ExtendedStatistic"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+"Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Period" in params) body.append(prefix+"Period", (params["Period"] ?? '').toString()); if ("Unit" in params) body.append(prefix+"Unit", (params["Unit"] ?? '').toString()); body.append(prefix+"EvaluationPeriods", (params["EvaluationPeriods"] ?? '').toString()); if ("DatapointsToAlarm" in params) body.append(prefix+"DatapointsToAlarm", (params["DatapointsToAlarm"] ?? '').toString()); if ("Threshold" in params) body.append(prefix+"Threshold", (params["Threshold"] ?? '').toString()); body.append(prefix+"ComparisonOperator", (params["ComparisonOperator"] ?? '').toString()); if ("TreatMissingData" in params) body.append(prefix+"TreatMissingData", (params["TreatMissingData"] ?? '').toString()); if ("EvaluateLowSampleCountPercentile" in params) body.append(prefix+"EvaluateLowSampleCountPercentile", (params["EvaluateLowSampleCountPercentile"] ?? '').toString()); if (params["Metrics"]) qsP.appendList(body, prefix+"Metrics", params["Metrics"], {"appender":MetricDataQuery_Serialize,"entryPrefix":".member."}) if (params["Tags"]) qsP.appendList(body, prefix+"Tags", params["Tags"], {"appender":Tag_Serialize,"entryPrefix":".member."}) if ("ThresholdMetricId" in params) body.append(prefix+"ThresholdMetricId", (params["ThresholdMetricId"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "PutMetricAlarm", }); await resp.body?.cancel(); }
async putMetricData( params: s.PutMetricDataInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"Namespace", (params["Namespace"] ?? '').toString()); if (params["MetricData"]) qsP.appendList(body, prefix+"MetricData", params["MetricData"], {"appender":MetricDatum_Serialize,"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "PutMetricData", }); await resp.body?.cancel(); }
async putMetricStream( params: s.PutMetricStreamInput, opts: client.RequestOptions = {}, ): Promise<s.PutMetricStreamOutput> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"Name", (params["Name"] ?? '').toString()); if (params["IncludeFilters"]) qsP.appendList(body, prefix+"IncludeFilters", params["IncludeFilters"], {"appender":MetricStreamFilter_Serialize,"entryPrefix":".member."}) if (params["ExcludeFilters"]) qsP.appendList(body, prefix+"ExcludeFilters", params["ExcludeFilters"], {"appender":MetricStreamFilter_Serialize,"entryPrefix":".member."}) body.append(prefix+"FirehoseArn", (params["FirehoseArn"] ?? '').toString()); body.append(prefix+"RoleArn", (params["RoleArn"] ?? '').toString()); body.append(prefix+"OutputFormat", (params["OutputFormat"] ?? '').toString()); if (params["Tags"]) qsP.appendList(body, prefix+"Tags", params["Tags"], {"appender":Tag_Serialize,"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "PutMetricStream", }); const xml = xmlP.readXmlResult(await resp.text(), "PutMetricStreamResult"); return xml.strings({ optional: {"Arn":true}, }); }
async setAlarmState( params: s.SetAlarmStateInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"AlarmName", (params["AlarmName"] ?? '').toString()); body.append(prefix+"StateValue", (params["StateValue"] ?? '').toString()); body.append(prefix+"StateReason", (params["StateReason"] ?? '').toString()); if ("StateReasonData" in params) body.append(prefix+"StateReasonData", (params["StateReasonData"] ?? '').toString()); const resp = await this.#client.performRequest({ opts, body, action: "SetAlarmState", }); await resp.body?.cancel(); }
async startMetricStreams( params: s.StartMetricStreamsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["Names"]) qsP.appendList(body, prefix+"Names", params["Names"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "StartMetricStreams", }); await resp.body?.cancel(); }
async stopMetricStreams( params: s.StopMetricStreamsInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; if (params["Names"]) qsP.appendList(body, prefix+"Names", params["Names"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "StopMetricStreams", }); await resp.body?.cancel(); }
async tagResource( params: s.TagResourceInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"ResourceARN", (params["ResourceARN"] ?? '').toString()); if (params["Tags"]) qsP.appendList(body, prefix+"Tags", params["Tags"], {"appender":Tag_Serialize,"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "TagResource", }); await resp.body?.cancel(); }
async untagResource( params: s.UntagResourceInput, opts: client.RequestOptions = {}, ): Promise<void> { const body = new URLSearchParams; const prefix = ''; body.append(prefix+"ResourceARN", (params["ResourceARN"] ?? '').toString()); if (params["TagKeys"]) qsP.appendList(body, prefix+"TagKeys", params["TagKeys"], {"entryPrefix":".member."}) const resp = await this.#client.performRequest({ opts, body, action: "UntagResource", }); await resp.body?.cancel(); }
// Resource State Waiters
/** Checks state up to 40 times, 5 seconds apart (about 4 minutes max wait time). */ async waitForAlarmExists( params: s.DescribeAlarmsInput, opts: client.RequestOptions = {}, ): Promise<s.DescribeAlarmsOutput> { const errMessage = 'ResourceNotReady: Resource is not in the state AlarmExists'; for (let i = 0; i < 40; i++) { const resp = await this.describeAlarms(params, opts); if ((resp?.MetricAlarms || '').length > 0) return resp; await new Promise(r => setTimeout(r, 5000)); } throw new Error(errMessage); }
/** Checks state up to 40 times, 5 seconds apart (about 4 minutes max wait time). */ async waitForCompositeAlarmExists( params: s.DescribeAlarmsInput, opts: client.RequestOptions = {}, ): Promise<s.DescribeAlarmsOutput> { const errMessage = 'ResourceNotReady: Resource is not in the state CompositeAlarmExists'; for (let i = 0; i < 40; i++) { const resp = await this.describeAlarms(params, opts); if ((resp?.CompositeAlarms || '').length > 0) return resp; await new Promise(r => setTimeout(r, 5000)); } throw new Error(errMessage); }
}
function Dimension_Serialize(body: URLSearchParams, prefix: string, params: s.Dimension) { body.append(prefix+".Name", (params["Name"] ?? '').toString()); body.append(prefix+".Value", (params["Value"] ?? '').toString());}function Dimension_Parse(node: xmlP.XmlNode): s.Dimension { return node.strings({ required: {"Name":true,"Value":true}, });}
function SingleMetricAnomalyDetector_Serialize(body: URLSearchParams, prefix: string, params: s.SingleMetricAnomalyDetector) { if ("Namespace" in params) body.append(prefix+".Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+".MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+".Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Stat" in params) body.append(prefix+".Stat", (params["Stat"] ?? '').toString());}function SingleMetricAnomalyDetector_Parse(node: xmlP.XmlNode): s.SingleMetricAnomalyDetector { return { ...node.strings({ optional: {"Namespace":true,"MetricName":true,"Stat":true}, }), Dimensions: node.getList("Dimensions", "member").map(Dimension_Parse), };}
function MetricMathAnomalyDetector_Serialize(body: URLSearchParams, prefix: string, params: s.MetricMathAnomalyDetector) { if (params["MetricDataQueries"]) qsP.appendList(body, prefix+".MetricDataQueries", params["MetricDataQueries"], {"appender":MetricDataQuery_Serialize,"entryPrefix":".member."})}function MetricMathAnomalyDetector_Parse(node: xmlP.XmlNode): s.MetricMathAnomalyDetector { return { MetricDataQueries: node.getList("MetricDataQueries", "member").map(MetricDataQuery_Parse), };}
function MetricDataQuery_Serialize(body: URLSearchParams, prefix: string, params: s.MetricDataQuery) { body.append(prefix+".Id", (params["Id"] ?? '').toString()); if (params["MetricStat"] != null) MetricStat_Serialize(body, prefix+".MetricStat", params["MetricStat"]); if ("Expression" in params) body.append(prefix+".Expression", (params["Expression"] ?? '').toString()); if ("Label" in params) body.append(prefix+".Label", (params["Label"] ?? '').toString()); if ("ReturnData" in params) body.append(prefix+".ReturnData", (params["ReturnData"] ?? '').toString()); if ("Period" in params) body.append(prefix+".Period", (params["Period"] ?? '').toString()); if ("AccountId" in params) body.append(prefix+".AccountId", (params["AccountId"] ?? '').toString());}function MetricDataQuery_Parse(node: xmlP.XmlNode): s.MetricDataQuery { return { ...node.strings({ required: {"Id":true}, optional: {"Expression":true,"Label":true,"AccountId":true}, }), MetricStat: node.first("MetricStat", false, MetricStat_Parse), ReturnData: node.first("ReturnData", false, x => x.content === 'true'), Period: node.first("Period", false, x => parseInt(x.content ?? '0')), };}
function MetricStat_Serialize(body: URLSearchParams, prefix: string, params: s.MetricStat) { Metric_Serialize(body, prefix+".Metric", params["Metric"]); body.append(prefix+".Period", (params["Period"] ?? '').toString()); body.append(prefix+".Stat", (params["Stat"] ?? '').toString()); if ("Unit" in params) body.append(prefix+".Unit", (params["Unit"] ?? '').toString());}function MetricStat_Parse(node: xmlP.XmlNode): s.MetricStat { return { ...node.strings({ required: {"Stat":true}, }), Metric: node.first("Metric", true, Metric_Parse), Period: node.first("Period", true, x => parseInt(x.content ?? '0')), Unit: node.first("Unit", false, x => (x.content ?? '') as s.StandardUnit), };}
function Metric_Serialize(body: URLSearchParams, prefix: string, params: s.Metric) { if ("Namespace" in params) body.append(prefix+".Namespace", (params["Namespace"] ?? '').toString()); if ("MetricName" in params) body.append(prefix+".MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+".Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."})}function Metric_Parse(node: xmlP.XmlNode): s.Metric { return { ...node.strings({ optional: {"Namespace":true,"MetricName":true}, }), Dimensions: node.getList("Dimensions", "member").map(Dimension_Parse), };}
function LabelOptions_Serialize(body: URLSearchParams, prefix: string, params: s.LabelOptions) { if ("Timezone" in params) body.append(prefix+".Timezone", (params["Timezone"] ?? '').toString());}
function DimensionFilter_Serialize(body: URLSearchParams, prefix: string, params: s.DimensionFilter) { body.append(prefix+".Name", (params["Name"] ?? '').toString()); if ("Value" in params) body.append(prefix+".Value", (params["Value"] ?? '').toString());}
function AnomalyDetectorConfiguration_Serialize(body: URLSearchParams, prefix: string, params: s.AnomalyDetectorConfiguration) { if (params["ExcludedTimeRanges"]) qsP.appendList(body, prefix+".ExcludedTimeRanges", params["ExcludedTimeRanges"], {"appender":Range_Serialize,"entryPrefix":".member."}) if ("MetricTimezone" in params) body.append(prefix+".MetricTimezone", (params["MetricTimezone"] ?? '').toString());}function AnomalyDetectorConfiguration_Parse(node: xmlP.XmlNode): s.AnomalyDetectorConfiguration { return { ...node.strings({ optional: {"MetricTimezone":true}, }), ExcludedTimeRanges: node.getList("ExcludedTimeRanges", "member").map(Range_Parse), };}
function Range_Serialize(body: URLSearchParams, prefix: string, params: s.Range) { body.append(prefix+".StartTime", qsP.encodeDate_iso8601(params["StartTime"])); body.append(prefix+".EndTime", qsP.encodeDate_iso8601(params["EndTime"]));}function Range_Parse(node: xmlP.XmlNode): s.Range { return { StartTime: node.first("StartTime", true, x => xmlP.parseTimestamp(x.content)), EndTime: node.first("EndTime", true, x => xmlP.parseTimestamp(x.content)), };}
function Tag_Serialize(body: URLSearchParams, prefix: string, params: s.Tag) { body.append(prefix+".Key", (params["Key"] ?? '').toString()); body.append(prefix+".Value", (params["Value"] ?? '').toString());}function Tag_Parse(node: xmlP.XmlNode): s.Tag { return node.strings({ required: {"Key":true,"Value":true}, });}
function MetricDatum_Serialize(body: URLSearchParams, prefix: string, params: s.MetricDatum) { body.append(prefix+".MetricName", (params["MetricName"] ?? '').toString()); if (params["Dimensions"]) qsP.appendList(body, prefix+".Dimensions", params["Dimensions"], {"appender":Dimension_Serialize,"entryPrefix":".member."}) if ("Timestamp" in params) body.append(prefix+".Timestamp", qsP.encodeDate_iso8601(params["Timestamp"])); if ("Value" in params) body.append(prefix+".Value", (params["Value"] ?? '').toString()); if (params["StatisticValues"] != null) StatisticSet_Serialize(body, prefix+".StatisticValues", params["StatisticValues"]); if (params["Values"]) qsP.appendList(body, prefix+".Values", params["Values"], {"entryPrefix":".member."}) if (params["Counts"]) qsP.appendList(body, prefix+".Counts", params["Counts"], {"entryPrefix":".member."}) if ("Unit" in params) body.append(prefix+".Unit", (params["Unit"] ?? '').toString()); if ("StorageResolution" in params) body.append(prefix+".StorageResolution", (params["StorageResolution"] ?? '').toString());}
function StatisticSet_Serialize(body: URLSearchParams, prefix: string, params: s.StatisticSet) { body.append(prefix+".SampleCount", (params["SampleCount"] ?? '').toString()); body.append(prefix+".Sum", (params["Sum"] ?? '').toString()); body.append(prefix+".Minimum", (params["Minimum"] ?? '').toString()); body.append(prefix+".Maximum", (params["Maximum"] ?? '').toString());}
function MetricStreamFilter_Serialize(body: URLSearchParams, prefix: string, params: s.MetricStreamFilter) { if ("Namespace" in params) body.append(prefix+".Namespace", (params["Namespace"] ?? '').toString());}function MetricStreamFilter_Parse(node: xmlP.XmlNode): s.MetricStreamFilter { return node.strings({ optional: {"Namespace":true}, });}
function PartialFailure_Parse(node: xmlP.XmlNode): s.PartialFailure { return node.strings({ optional: {"FailureResource":true,"ExceptionType":true,"FailureCode":true,"FailureDescription":true}, });}
function AlarmHistoryItem_Parse(node: xmlP.XmlNode): s.AlarmHistoryItem { return { ...node.strings({ optional: {"AlarmName":true,"HistorySummary":true,"HistoryData":true}, }), AlarmType: node.first("AlarmType", false, x => (x.content ?? '') as s.AlarmType), Timestamp: node.first("Timestamp", false, x => xmlP.parseTimestamp(x.content)), HistoryItemType: node.first("HistoryItemType", false, x => (x.content ?? '') as s.HistoryItemType), };}
function CompositeAlarm_Parse(node: xmlP.XmlNode): s.CompositeAlarm { return { ...node.strings({ optional: {"AlarmArn":true,"AlarmDescription":true,"AlarmName":true,"AlarmRule":true,"StateReason":true,"StateReasonData":true}, }), ActionsEnabled: node.first("ActionsEnabled", false, x => x.content === 'true'), AlarmActions: node.getList("AlarmActions", "member").map(x => x.content ?? ''), AlarmConfigurationUpdatedTimestamp: node.first("AlarmConfigurationUpdatedTimestamp", false, x => xmlP.parseTimestamp(x.content)), InsufficientDataActions: node.getList("InsufficientDataActions", "member").map(x => x.content ?? ''), OKActions: node.getList("OKActions", "member").map(x => x.content ?? ''), StateUpdatedTimestamp: node.first("StateUpdatedTimestamp", false, x => xmlP.parseTimestamp(x.content)), StateValue: node.first("StateValue", false, x => (x.content ?? '') as s.StateValue), };}
function MetricAlarm_Parse(node: xmlP.XmlNode): s.MetricAlarm { return { ...node.strings({ optional: {"AlarmName":true,"AlarmArn":true,"AlarmDescription":true,"StateReason":true,"StateReasonData":true,"MetricName":true,"Namespace":true,"ExtendedStatistic":true,"TreatMissingData":true,"EvaluateLowSampleCountPercentile":true,"ThresholdMetricId":true}, }), AlarmConfigurationUpdatedTimestamp: node.first("AlarmConfigurationUpdatedTimestamp", false, x => xmlP.parseTimestamp(x.content)), ActionsEnabled: node.first("ActionsEnabled", false, x => x.content === 'true'), OKActions: node.getList("OKActions", "member").map(x => x.content ?? ''), AlarmActions: node.getList("AlarmActions", "member").map(x => x.content ?? ''), InsufficientDataActions: node.getList("InsufficientDataActions", "member").map(x => x.content ?? ''), StateValue: node.first("StateValue", false, x => (x.content ?? '') as s.StateValue), StateUpdatedTimestamp: node.first("StateUpdatedTimestamp", false, x => xmlP.parseTimestamp(x.content)), Statistic: node.first("Statistic", false, x => (x.content ?? '') as s.Statistic), Dimensions: node.getList("Dimensions", "member").map(Dimension_Parse), Period: node.first("Period", false, x => parseInt(x.content ?? '0')), Unit: node.first("Unit", false, x => (x.content ?? '') as s.StandardUnit), EvaluationPeriods: node.first("EvaluationPeriods", false, x => parseInt(x.content ?? '0')), DatapointsToAlarm: node.first("DatapointsToAlarm", false, x => parseInt(x.content ?? '0')), Threshold: node.first("Threshold", false, x => parseFloat(x.content ?? '0')), ComparisonOperator: node.first("ComparisonOperator", false, x => (x.content ?? '') as s.ComparisonOperator), Metrics: node.getList("Metrics", "member").map(MetricDataQuery_Parse), };}
function AnomalyDetector_Parse(node: xmlP.XmlNode): s.AnomalyDetector { return { ...node.strings({ optional: {"Namespace":true,"MetricName":true,"Stat":true}, }), Dimensions: node.getList("Dimensions", "member").map(Dimension_Parse), Configuration: node.first("Configuration", false, AnomalyDetectorConfiguration_Parse), StateValue: node.first("StateValue", false, x => (x.content ?? '') as s.AnomalyDetectorStateValue), SingleMetricAnomalyDetector: node.first("SingleMetricAnomalyDetector", false, SingleMetricAnomalyDetector_Parse), MetricMathAnomalyDetector: node.first("MetricMathAnomalyDetector", false, MetricMathAnomalyDetector_Parse), };}
function InsightRule_Parse(node: xmlP.XmlNode): s.InsightRule { return node.strings({ required: {"Name":true,"State":true,"Schema":true,"Definition":true}, });}
function InsightRuleContributor_Parse(node: xmlP.XmlNode): s.InsightRuleContributor { return { Keys: node.getList("Keys", "member").map(x => x.content ?? ''), ApproximateAggregateValue: node.first("ApproximateAggregateValue", true, x => parseFloat(x.content ?? '0')), Datapoints: node.getList("Datapoints", "member").map(InsightRuleContributorDatapoint_Parse), };}
function InsightRuleContributorDatapoint_Parse(node: xmlP.XmlNode): s.InsightRuleContributorDatapoint { return { Timestamp: node.first("Timestamp", true, x => xmlP.parseTimestamp(x.content)), ApproximateValue: node.first("ApproximateValue", true, x => parseFloat(x.content ?? '0')), };}
function InsightRuleMetricDatapoint_Parse(node: xmlP.XmlNode): s.InsightRuleMetricDatapoint { return { Timestamp: node.first("Timestamp", true, x => xmlP.parseTimestamp(x.content)), UniqueContributors: node.first("UniqueContributors", false, x => parseFloat(x.content ?? '0')), MaxContributorValue: node.first("MaxContributorValue", false, x => parseFloat(x.content ?? '0')), SampleCount: node.first("SampleCount", false, x => parseFloat(x.content ?? '0')), Average: node.first("Average", false, x => parseFloat(x.content ?? '0')), Sum: node.first("Sum", false, x => parseFloat(x.content ?? '0')), Minimum: node.first("Minimum", false, x => parseFloat(x.content ?? '0')), Maximum: node.first("Maximum", false, x => parseFloat(x.content ?? '0')), };}
function MetricDataResult_Parse(node: xmlP.XmlNode): s.MetricDataResult { return { ...node.strings({ optional: {"Id":true,"Label":true}, }), Timestamps: node.getList("Timestamps", "member").map(x => xmlP.parseTimestamp(x.content)), Values: node.getList("Values", "member").map(x => parseFloat(x.content ?? '0')), StatusCode: node.first("StatusCode", false, x => (x.content ?? '') as s.StatusCode), Messages: node.getList("Messages", "member").map(MessageData_Parse), };}
function MessageData_Parse(node: xmlP.XmlNode): s.MessageData { return node.strings({ optional: {"Code":true,"Value":true}, });}
function Datapoint_Parse(node: xmlP.XmlNode): s.Datapoint { return { Timestamp: node.first("Timestamp", false, x => xmlP.parseTimestamp(x.content)), SampleCount: node.first("SampleCount", false, x => parseFloat(x.content ?? '0')), Average: node.first("Average", false, x => parseFloat(x.content ?? '0')), Sum: node.first("Sum", false, x => parseFloat(x.content ?? '0')), Minimum: node.first("Minimum", false, x => parseFloat(x.content ?? '0')), Maximum: node.first("Maximum", false, x => parseFloat(x.content ?? '0')), Unit: node.first("Unit", false, x => (x.content ?? '') as s.StandardUnit), ExtendedStatistics: xmlP.readXmlMap(node.getList("ExtendedStatistics", "entry"), x => parseFloat(x.content ?? '0'), {}), };}
function DashboardEntry_Parse(node: xmlP.XmlNode): s.DashboardEntry { return { ...node.strings({ optional: {"DashboardName":true,"DashboardArn":true}, }), LastModified: node.first("LastModified", false, x => xmlP.parseTimestamp(x.content)), Size: node.first("Size", false, x => parseInt(x.content ?? '0')), };}
function MetricStreamEntry_Parse(node: xmlP.XmlNode): s.MetricStreamEntry { return { ...node.strings({ optional: {"Arn":true,"Name":true,"FirehoseArn":true,"State":true}, }), CreationDate: node.first("CreationDate", false, x => xmlP.parseTimestamp(x.content)), LastUpdateDate: node.first("LastUpdateDate", false, x => xmlP.parseTimestamp(x.content)), OutputFormat: node.first("OutputFormat", false, x => (x.content ?? '') as s.MetricStreamOutputFormat), };}
function DashboardValidationMessage_Parse(node: xmlP.XmlNode): s.DashboardValidationMessage { return node.strings({ optional: {"DataPath":true,"Message":true}, });}