@khulnasoft/cdk/dist/utils/calc.js

Define your observability as code using the AWS CDK

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.variance = exports.stdDev = exports.p999 = exports.p99 = exports.p95 = exports.p90 = exports.p75 = exports.p25 = exports.p10 = exports.p05 = exports.p01 = exports.p001 = exports.median = exports.avg = exports.sum = exports.min = exports.max = exports.countDistinct = exports.count = void 0;
/**
 * Creates a calculation object that computes the count of all events
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function count(alias) {
    return { operation: "COUNT", alias };
}
exports.count = count;
/**
 * Creates a calculation object that computes the count of distinct events
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function countDistinct(key, alias) {
    return { operation: "COUNT_DISTINCT", key, alias };
}
exports.countDistinct = countDistinct;
/**
 * Creates a calculation object that computes the maximum value of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function max(key, alias) {
    return { operation: "MAX", key, alias };
}
exports.max = max;
/**
 * Creates a calculation object that computes the minimum value of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function min(key, alias) {
    return { operation: "MIN", key, alias };
}
exports.min = min;
/**
 * Creates a calculation object that computes the sum of all values of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function sum(key, alias) {
    return { operation: "SUM", key, alias };
}
exports.sum = sum;
/**
 * Creates a calculation object that computes the average value of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function avg(key, alias) {
    return { operation: "AVG", key, alias };
}
exports.avg = avg;
/**
 * Creates a calculation object that computes the median value of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function median(key, alias) {
    return { operation: "MEDIAN", key, alias };
}
exports.median = median;
/**
 * Creates a calculation object that computes the 0.1-th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p001(key, alias) {
    return { operation: "P001", key, alias };
}
exports.p001 = p001;
/**
 * Creates a calculation object that computes the 1st percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p01(key, alias) {
    return { operation: "P01", key, alias };
}
exports.p01 = p01;
/**
 * Creates a calculation object that computes the 5th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p05(key, alias) {
    return { operation: "P05", key, alias };
}
exports.p05 = p05;
/**
 * Creates a calculation object that computes the 10th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p10(key, alias) {
    return { operation: "P10", key, alias };
}
exports.p10 = p10;
/**
 * Creates a calculation object that computes the 25th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p25(key, alias) {
    return { operation: "P25", key, alias };
}
exports.p25 = p25;
/**
 * Creates a calculation object that computes the 75th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p75(key, alias) {
    return { operation: "P75", key, alias };
}
exports.p75 = p75;
/**
 * Creates a calculation object that computes the 90th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p90(key, alias) {
    return { operation: "P90", key, alias };
}
exports.p90 = p90;
/**
 * Creates a calculation object that computes the 95th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p95(key, alias) {
    return { operation: "P95", key, alias };
}
exports.p95 = p95;
/**
 * Creates a calculation object that computes the 99th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p99(key, alias) {
    return { operation: "P99", key, alias };
}
exports.p99 = p99;
/**
 * Creates a calculation object that computes the 99.9th percentile of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function p999(key, alias) {
    return { operation: "P999", key, alias };
}
exports.p999 = p999;
/**
 * Creates a calculation object that computes the standard deviation of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function stdDev(key, alias) {
    return { operation: "STDDEV", key, alias };
}
exports.stdDev = stdDev;
/**
 * Creates a calculation object that computes the variance of the provided key
 *  @param {string} key The key to perform the calculation on
 *  @param {string} [alias] The temporary name to give to the results of the calculation
 *  @returns {Object} A calculation object with the operation, key, and alias properties.
 */
function variance(key, alias) {
    return { operation: "VARIANCE", key, alias };
}
exports.variance = variance;
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