Anderlecht vs KV Mechelen

Anderlecht vs KV Mechelen Expert Analysis

This analysis examines the upcoming football match between Anderlecht and KV Mechelen, scheduled for November 1, 2025, at 19:45. Based on historical data and current trends, we will explore various betting predictions to provide a comprehensive outlook on the game.

Key Predictions

• Both Teams Not To Score In 1st Half: 89.40% – This high probability suggests a cautious approach from both teams early in the match.
• Home Team Not To Score In 1st Half: 81.90% – Anderlecht may adopt a defensive strategy initially, focusing on maintaining possession rather than attacking.
• Home Team To Score In 2nd Half: 85.90% – The prediction indicates a shift in Anderlecht’s strategy, possibly becoming more aggressive after halftime.
• Under 2.5 Goals: 68.30% – The overall expectation is a low-scoring game, aligning with the defensive strategies of both teams.
• Over 1.5 Goals: 66.00% – Despite the low total goals prediction, there is still a significant chance for at least two goals to be scored.
• Away Team To Score In 1st Half: 67.00% – KV Mechelen has a reasonable chance of scoring early, indicating potential openings in Anderlecht’s defense.
• Both Teams Not To Score In 2nd Half: 57.60% – A continuation of defensive play is likely, with neither team finding the net in the second half.
• Both Teams To Score: 59.60% – There is a balanced probability that both teams will manage to score during the match.
• Draw In First Half: 58.50% – The likelihood of a stalemate early in the game is high, reflecting cautious play from both sides.
• First Goal 30+ Minutes: 59.00% – The first goal is expected to be scored later in the first half or in the second half, suggesting a slow start.

Additionaflyfrogzhang/cicd-pipeline-lib/vars/createCluster.groovy
import groovy.transform.Field

@Field String namespace = “cicd”
@Field String name = “cluster”
@Field String chart = “cluster”
@Field String version = “0.0.1”

def call(Map config) {
if (config) {
namespace = config.namespace ?: namespace
name = config.name ?: name
chart = config.chart ?: chart
version = config.version ?: version
}
pipeline {
agent any
stages {
stage(“create ${name}”) {
steps {
helmDeploy(namespace: namespace,
name: name,
chart: chart,
version: version)
}
}
}
}
}
# cicd-pipeline-lib

A Jenkins shared library for pipeline development.

## Usage

### Build Helm chart

groovy
buildHelm(namespace:”cicd”,
name:”chart”,
chart:”chart”,
version:”0.0.1″,
values:[“foo”: “bar”])

### Deploy Helm chart

groovy
helmDeploy(namespace:”cicd”,
name:”chart”,
chart:”chart”,
version:”0.0.1″,
values:[“foo”: “bar”])

### Create cluster

groovy
createCluster(namespace:”cicd”,
name:”cluster”,
chart:”cluster”,
version:”0.0.1″)

### Delete cluster

groovy
deleteCluster(namespace:”cicd”, name:”cluster”)

<|file_sepCrossAccountAccess:
– AccountID:
Ref: AWS::AccountId
PermissionBoundary:
Fn::Sub: arn:${AWS::Partition}:iam::${AWS::AccountId}:policy/CrossAccountPermissionBoundaryPolicy
flyfrogzhang/cicd-pipeline-lib<|file_sep DNSRecord:
– Type: CNAME
Name: dev.foo.com.
Value:
Fn::GetAtt:
– MyLoadBalancer
– DNSName
flyfrogzhang/cicd-pipeline-lib<|file_sep.cloudflare.zone.name=foo.com

aws.account.id=123456789012

github.repo.url=https://github.com/flyfrogzhang/cicd-pipeline-lib.git

k8s.cluster.name=cicd-pipeline-lib
k8s.cluster.region=us-east-2

slack.channel=#devops-alerts

[email protected]
grafana.admin.password=foobar

grafana.server.host=grafana.foo.com
grafana.server.port=3000

prometheus.server.host=prometheus.foo.com
prometheus.server.port=9090

alertmanager.server.host=alertmanager.foo.com
alertmanager.server.port=9093

kubelet.token=abcde12345

jenkins.jenkins.server.url=https://jenkins.foo.com/
[email protected]
jenkins.password=foobar

fluentbit.service.name=fluentbit-service-dev.foo.com
fluentbit.service.port=2020

fluentbit.configmap.name=fluentbit-configmap-dev.foo.com.yaml
fluentbit.configmap.data:
– key: fluent-bit.conf.template
valueFile:
Fn::Join:
– ''
–
– |
[INPUT]
Name tail
Path /var/log/containers/*.log.*
Parser docker-container-logparser
Tag kube.*.*.*
Refresh_Interval 5s
Mem_Buf_Limit 5MB #default value in case of missing configuration (e.g., if fluent-bit is started before ConfigMap is created)
Skip_Long_Lines On #default value in case of missing configuration (e.g., if fluent-bit is started before ConfigMap is created)
DB /var/log/flb_kube.db #default value in case of missing configuration (e.g., if fluent-bit is started before ConfigMap is created)

[FILTER]
Name kubernetes #send Kubernetes metadata as labels
Match kube.*
K8S-Logging.Parser On #enable parsing of k8s metadata from container logs using Golang implementation instead of Lua one (faster)
K8S-Logging.Exclude On #exclude Kubernetes metadata from container logs to reduce Fluent Bit memory usage and improve performance (labels are already added by this filter)

[OUTPUT]
Name cloudwatch_logs #output plugin for AWS CloudWatch Logs service https://docs.aws.amazon.com/AmazonCloudWatch/latest/logs/WhatIsCloudWatchLogs.html.
Match *
region ${AWS::Region}
log_group_name /ecs/${ApplicationName}/${EnvironmentName}
log_stream_prefix /${ContainerName} #optional field specifying prefix for log stream names within CloudWatch Logs group (default empty string)
auto_create_group On #optional field specifying whether or not to create CloudWatch Logs group automatically (default false)

cloudwatch.logs.group.name=/ecs/cicd-pipeline-lib/dev

grafana.data.source.name=k8s-cicd-pipeline-lib-dev-grafana-datasource.yaml

grafana.dashboard.folder.name=cicd-pipeline-lib-dev-grafana-dashboard-folder.yaml

grafana.alertmanager.dashbaord.name=cicd-pipeline-lib-dev-grafana-alertmanager-dashboard.yaml

prometheus.alertmanager.configmap.name=prometheus-alertmanager-configmap-dev.foo.com.yaml
prometheus.alertmanager.configmap.data:
– key: alertmanager.yml.template
valueFile:
Fn::Join:
– ''
–
– |
global:
resolve_timeout: '5m'
smtp_smarthost: 'smtp.gmail.com'
smtp_from: '[email protected]'
smtp_hello: 'smtp.gmail.com'
smtp_auth_username: '[email protected]'
smtp_auth_password: 'foobar'
smtp_require_tls: true

receivers:
– name: 'slack'
slack_configs:
– api_url: https://hooks.slack.com/services/T00000000/B00000000/XXXXXXXXXXXXXXXXXXXXXXXX #replace with your slack webhook url.
channel: '#devops-alerts' #replace with your slack channel.

route:
receiver: 'slack'
routes:
– matchers:
– alertname='KubePodCrashLooping'
receiver: slack

inhibit_rules:
– source_match:
severity: 'critical'
target_matchers:
severity: 'warning'
equal: ['alertname', 'dev', 'instance']

prometheus.prometheus.configmap.name=prometheus-prometheus-configmap-dev.foo.com.yaml
prometheus.prometheus.configmap.data:
– key: prometheus.yml.template
valueFile:
Fn::Join:
– ''
–
– |
global:
scrape_interval: 15s # Set the scrape interval to every 15 seconds.

scrape_configs:

# Scrape metrics from all nodes.
#
node_exporter_config_aws_ec2_metadata_config.json.template:

{"region":"us-east-2","metrics":{},"collect_instance_profile_metrics":false,"collect_system_tags":true,"collect_process_tags":true,"collect_pod_metrics":false,"collect_instance_id_metrics":false,"collect_instance_type_metrics":false,"collect_volume_tags":true,"collect_eni_metrics":true}

node_exporter_config_aws_ec2_metadata_config.json.valueFromSecretKeyRef:

node-exporter-config-aws-ec2-metadata-config-json

node_exporter_config_aws_ec2_metadata_config.json.valueFromSecretKeyRef.key:

node-exporter-config-aws-ec2-metadata-config-json

node_exporter_config_aws_ec2_metadata_config.json.valueFromSecretKeyRef.name:

node-exporter-config-secret

#

node_exporter_scrape_configs_json.template:

[{"job_name":"node","scrape_interval":"15s","static_configs":[{"targets":["192.168.100.%{N}"]}]}]

node_exporter_scrape_configs_json.valueFromSecretKeyRef:

node-exporter-scrape-configs-json

node_exporter_scrape_configs_json.valueFromSecretKeyRef.key:

node-exporter-scrape-configs-json

node_exporter_scrape_configs_json.valueFromSecretKeyRef.name:

node-exporter-config-secret

#

job_name:'kubernetes-nodes'

kubernetes_sd_configs:

– role:'node'

relabel_configs:

# Remove unnecessary labels added by SD discovery mechanism.

– source_labels:[__meta_kubernetes_node_label_cloudprovider]
action:'drop'
regex:'^'

– source_labels:[__meta_kubernetes_node_label_kubernetes_io_arch]
action:'drop'
regex:'^'

– source_labels:[__meta_kubernetes_node_label_kubernetes_io_role]
action:'drop'
regex:'^'

– source_labels:[__meta_kubernetes_node_label_kubernetes_io_hostname]
action:'drop'
regex:'^'

# Rename label `__meta_kubernetes_node_label_kubernetes_io_instance_type` into `instance_type`.

– source_labels:[__meta_kubernetes_node_label_kubernetes_io_instance_type]
target_label:'instance_type'

# Rename label `__meta_kubernetes_node_label_role` into `role`.

– source_labels:[__meta_kubernetes_node_label_role]
target_label:'role'

# Rename label `__meta_kubernetes_node_label_zone` into `zone`.

– source_labels:[__meta_kubernetes_node_label_zone]
target_label:'zone'

# Rename label `__meta_kubernetes_node_name` into `node`.

– source_labels:[__meta_kubernetes_node_name]
target_label:'node'

# Add label `job` with value `kubernetes-nodes`.

– action:'labeling'
replacement:'kubernetes-nodes'
target_label:'job'

#

job_name:'kubernetes-cadvisor'

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

k8s_cluster:{%raw%}{{ .Params["k8s_cluster"] }}{%endraw%}

job_name:'kubernetes-cadvisor'

kubernetes_sd_configs:

–

role:'pod'

relabel_configs:

–

action:'labelmap'

regex:(namespace|pod)

–

source_labels:[__meta_kubernetes_pod_container_name]

action:'keep'

regex:(cadvisor)

–

source_labels:[__meta_kubernetes_pod_node_name]

target_label:'instance'

–

action:'labelmap'

regex:(container|namespace)

job_name:'kubernetes-kubelet'

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

k8s_cluster:{%raw%}{{ .Params["k8s_cluster"] }}{%endraw%}

relabel_configs:

–

action:'labelmap'

regex:(container|namespace)

–

source_labels:[__meta_kubernetes_pod_container_name]

action:'keep'

regex:(kubelet)

–

source_labels:[__address__, __meta_kubernetes_pod_node_name]

target_label:'instance'

–

action:'labelmap'

regex:(container|namespace)

–

source_labels:[__meta_kubelet_pods]

separator:', '

regex:(.*)

action:'replace'

target_label:'kube_pod_container_name'

–

action:'labeldrop'

regex:(pod-template-hash)

–

action:'labeldrop'

regex:(controller-revision-hash)

–
action:'labeldrop'

–
source_labels:[__meta_kubelet_pods]

separator:', '

regex:(.*)

target_label:

–
target_label:

–
action:'replace'

–
replacement:

–
source_labels:[__address__, __meta_kubelet_pods]

–
target_label:

–
action:

–
regex:

–
target_label:

–
replacement:

–

job_name:kube-state-metrics

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

relabel_configs:

–

action:

–
target_label:

–
replacement:

–

job_name:kube-controller-manager

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

relabel_configs:

–

action:

–
target_label:

–
replacement:

–

job_name:kube-scheduler

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

relabel_configs:

–

action:

–
target_label:

–
replacement:

job_name:kube-dns

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{%raw%}{{ .Node.Labels."kubernetes.io/instance-type" }}{%endraw%}

zone:{%raw%}{{ .Node.Labels."failure-domain.beta.kubernetes.io/zone" }}{%endraw%}

region:{%raw%}{{ .Node.Labels."topology.kubernetes.io/region" }}{%endraw%}

relabel_configs:

–

action:

target_label:

replacement:

job_name:kube-proxy

static_configs:

–

targets:['192.168.100.%{N}']

labels:

role:'node'

instance_type:{ % raw % }{ { % raw % } { { { { { { { { Node.La bel s}. " kubern etes.io / instance-typ e"} } } } } } } }{ % end raw % }

zone:{ % raw % }{ { % raw % } { { { { { { { { Node.La bel s}. "failure-domain.beta.kubern etes.io / zone"} } } } } } } }{ % end raw % }

region:{ % raw % }{ { % raw % } { { { { { { { { Node.La bel s}. "topology.kubern etes.io / region"} } } } } } } }{ % end raw % }

relabel_configs:

–

action:

target_label:

replacement:

job_name:kube-etcd

static_configs:

–

targets:['192.168.100.%{N}']

labels: