skurik

<Query Kind="Program">
  <Namespace>System.Net.Http</Namespace>
  <Namespace>Newtonsoft.Json</Namespace>
  <Namespace>System.Threading.Tasks</Namespace>
</Query>

void Main()
{
}

skurik

with RedundantQueries as
  (select top 20
     query_hash as QueryHash,
     count(query_hash) as PlansCached,
     count(distinct(query_hash)) as DistinctPlansCached,
     sum(execution_count) as TotalExecutions,
     min(creation_time) as FirstPlanCreationTime,
     max(creation_time) as LastPlanCreationTime,
     max(s.last_execution_time) as LastExecutionTime,
     statement_start_offset as StatementStartOffset,

skurik

public class AlertStack : Stack
{
    public AlertStack()
    {
        var resourceGroup = ResourceGroup.Get(resourceGroupName, resourceGroupId);

        var redis = Pulumi.AzureNative.Cache.Redis.Get(redisName, redisId);
        var actionGroup = ActionGroup.Get(actionGroupName, actionGroupId);
        var redisAlert = CreateRedisMemoryUsageAlert(resourceGroup, redis, actionGroup);
        

skurik

public sealed class AzureRedisAlerts
{
    public readonly MewsResource<MetricAlert<RedisCache>> MemoryHigh = MewsResource<MetricAlert<RedisCache>>.CreateManaged(
        name: "redis-memory-high",
        resource: new MetricAlert<RedisCache>(
            resourceGroup: ResourceDependency<ResourceGroup>.Create<AzureResourceGroups>(g => g.Monitoring),
            actionGroup: ResourceDependency<ActionGroup>.Create<AzureActionGroups>(g => g.Default),
            targetResource: ResourceDependency<RedisCache>.Create<AzureRedisCaches>(c => c.WestEurope),
            description: "Redis memory high"
        )

skurik

public class AzureAlertStack : Stack
{
    public AzureAlertStack()
    {
        var resourceGroup = ResourceGroup.Get(resourceGroupName, resourceGroupId);

        var redis = Pulumi.AzureNative.Cache.Redis.Get(redisName, redisId);
        var actionGroup = ActionGroup.Get(actionGroupName, actionGroupId);
        var redisAlert = CreateRedisMemoryUsageAlert(resourceGroup, redis, actionGroup);
        

skurik

public static class HopcroftKarpMaxBipartiteMatcher
{
    public static List<Tuple<int, int>> MaximumMatching(IEnumerable<int> partition1, IEnumerable<int> partition2, List<Tuple<int, int>> edges)
    {
        var unmatchedVertices1 = new HashSet<int>(partition1);
        var unmatchedVertices2 = new HashSet<int>(partition2);
        var matching = GreedyMatch(partition1, edges, unmatchedVertices1, unmatchedVertices2);

        var augmentingPaths = GetAugmentingPaths(matching, edges, unmatchedVertices1, unmatchedVertices2);
        while (augmentingPaths.Any())