TEMP
/****** başarılı başarısız çağrı dağılımı işletim sistemi versiyonu sorgusu ******/
SELECT TOP (1000)
COUNT(*) CallCount,
COUNT(DISTINCT cac.[Value]) AS DistinctCustomers,
ca.[Value] AS OSName,
cav.[Value] AS OSVersion,
CASE WHEN cev.CallEventTypeId IS NULL THEN 0 ELSE 1 END AS Successfull
FROM [cceasyconprd175].[dbo].[Call] c
INNER JOIN CallAttribute ca ON ca.Name = 'OSName' AND ca.[Value] = 'ANDROID' AND ca.CallId = c.Id
INNER JOIN CallAttribute cav ON cav.Name = 'OSVersion' AND cav.CallId = c.Id
INNER JOIN CallAttribute cac ON cac.Name = 'CustomerId' AND cac.CallId = c.Id
INNER JOIN CallEvent cev_pickup ON cev_pickup.CallEventTypeId = 3 AND cev_pickup.CallId = c.Id
LEFT JOIN CallEvent cev ON cev.CallEventTypeId = 6 AND cev.CallId = c.Id
GROUP BY ca.[Value] , cav.[Value] ,cev.CallEventTypeId
ORDER BY COUNT(*) DESC
/****** İşletim sistemi dağılım chartı ******/
SELECT TOP (1000)
COUNT(*) CallCount,
COUNT(DISTINCT cac.[Value]) AS DistinctCustomers,
ca.[Value] AS OSName,
cav.[Value] AS OSVersion
FROM [cceasyconprd175].[dbo].[Call] c
INNER JOIN CallAttribute ca ON ca.Name = 'OSName' AND ca.[Value] = 'ANDROID' AND ca.CallId = c.Id
INNER JOIN CallAttribute cav ON cav.Name = 'OSVersion' AND cav.CallId = c.Id
INNER JOIN CallAttribute cac ON cac.Name = 'CustomerId' AND cac.CallId = c.Id
GROUP BY ca.[Value] , cav.[Value]
ORDER BY COUNT(*) DESC
{"type":"candidate","label":0,"id":"0","candidate":"candidate:72048312 1 udp 2122260224 10.55.35.125 55900 typ host generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:654065253 1 udp 41820927 193.254.229.194 57441 typ relay raddr 10.5.20.134 rport 57866 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:764936238 1 udp 41820415 193.254.229.218 50361 typ relay raddr 10.5.20.134 rport 57866 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:764936238 1 udp 41820415 193.254.229.218 51022 typ relay raddr 10.5.20.134 rport 57868 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:654065253 1 udp 41820927 193.254.229.194 60969 typ relay raddr 10.5.20.134 rport 57868 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:4209084972 1 tcp 1518280447 10.55.35.125 9 typ host tcptype active generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:548339063 1 tcp 1518214911 10.5.20.134 9 typ host tcptype active generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:4209084972 1 tcp 1518280447 10.55.35.125 9 typ host tcptype active generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:548339063 1 tcp 1518214911 10.5.20.134 9 typ host tcptype active generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:3629574897 1 udp 25043455 193.254.229.194 62360 typ relay raddr 10.51.6.136 rport 59199 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:3724814819 1 udp 2122194688 10.5.20.134 55902 typ host generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:3543323834 1 udp 25042943 193.254.229.218 50257 typ relay raddr 10.51.6.136 rport 64923 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:3543323834 1 udp 25042943 193.254.229.218 53275 typ relay raddr 10.51.6.136 rport 61663 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:3629574897 1 udp 25043455 193.254.229.194 61216 typ relay raddr 10.51.6.136 rport 64116 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:32 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:654065253 1 udp 41820928 193.254.229.194 61595 typ relay raddr 10.5.20.134 rport 55902 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:3629574897 1 udp 25043200 193.254.229.194 57886 typ relay raddr 10.51.6.136 rport 63579 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:764936238 1 udp 41820416 193.254.229.218 65210 typ relay raddr 10.5.20.134 rport 55902 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:3543323834 1 udp 25042688 193.254.229.218 57422 typ relay raddr 10.51.6.136 rport 53588 generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:4209084972 1 tcp 1518280448 10.55.35.125 9 typ host tcptype active generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:548339063 1 tcp 1518214912 10.5.20.134 9 typ host tcptype active generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:72048312 1 udp 2122260223 10.55.35.125 57865 typ host generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":1,"id":"1","candidate":"candidate:3724814819 1 udp 2122194687 10.5.20.134 57866 typ host generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:72048312 1 udp 2122260223 10.55.35.125 57867 typ host generation 0 ufrag 4zWE network-id 2 network-cost 10"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":2,"id":"2","candidate":"candidate:3724814819 1 udp 2122194687 10.5.20.134 57868 typ host generation 0 ufrag 4zWE network-id 1 network-cost 50"} 03.12.2025 14:20:33 14sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:430735571 1 udp 2122260223 192.168.1.102 41550 typ host generation 0 ufrag Hebi network-id 5 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:430735571 1 udp 2122194687 192.168.1.102 43416 typ host generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:842163049 1 udp 1685987071 88.235.232.254 56586 typ srflx raddr 192.168.1.102 rport 43416 generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:842163049 1 udp 1686052607 88.235.232.254 56298 typ srflx raddr 192.168.1.102 rport 41550 generation 0 ufrag Hebi network-id 5 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1012018261 1 udp 41820159 193.254.229.194 63816 typ relay raddr 88.235.232.254 rport 56586 generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:295330129 1 udp 41820671 193.254.229.218 62796 typ relay raddr 88.235.232.254 rport 56586 generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1595514273 1 udp 25043199 193.254.229.218 57896 typ relay raddr 88.235.232.254 rport 55799 generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1926353061 1 udp 25042687 193.254.229.194 51255 typ relay raddr 88.235.232.254 rport 56085 generation 0 ufrag Hebi network-id 4 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1012018261 1 udp 41885695 193.254.229.194 56219 typ relay raddr 88.235.232.254 rport 56298 generation 0 ufrag Hebi network-id 5 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:295330129 1 udp 41886207 193.254.229.218 51001 typ relay raddr 88.235.232.254 rport 56298 generation 0 ufrag Hebi network-id 5 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1926353061 1 udp 25108223 193.254.229.194 56982 typ relay raddr 88.235.232.254 rport 55465 generation 0 ufrag Hebi network-id 5 network-cost 10"} 03.12.2025 14:20:34 15sn
{"type":"candidate","label":0,"id":"0","candidate":"candidate:1595514273 1 udp 25108735 193.254.229.218 61867 typ relay raddr 88.235.232.254 rport 56141 generation 0 ufrag Hebi network-id 5 network-cost 10"}SELECT
cv.[Date],
cv.AgentId,
AVG(cv.AgentLoadingSeconds)
FROM (
SELECT
Id,
RtcId,
AgentId,
CONCAT(DATEPART(YEAR, c.CreatedAt), '-', DATEPART(MONTH, c.CreatedAt), '-' , DATEPART(DAY, c.CreatedAt)) AS Date,
CreatedAt,
DATEDIFF(SECOND, (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 3), (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 4)) AS AgentLoadingSeconds
FROM Call c
WHERE AgentId IS NOT NULL
AND (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 3) IS NOT NULL
AND (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 4) IS NOT NULL
) cv
WHERE cv.CreatedAt > '2025-10-1 00:00:00' AND cv.CreatedAt < '2026-10-1 00:00:00'
GROUP BY Date, AgentId
SELECT
cv.[Date],
cv.AgentId,
AVG(cv.AgentLoadingSeconds)
FROM (
SELECT
Id,
RtcId,
AgentId,
CONCAT(DATEPART(YEAR, c.CreatedAt), '-', DATEPART(MONTH, c.CreatedAt), '-' , DATEPART(DAY, c.CreatedAt)) AS Date,
CreatedAt,
DATEDIFF(
SECOND,
(SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 3),
(SELECT TOP 1 CreatedAt FROM CallConnectionEvent cce WHERE cce.CallId = c.Id AND cce.ConnectionEvent = 'SENT-OFFER'))
AS AgentLoadingSeconds
FROM Call c
WHERE AgentId IS NOT NULL
AND (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 3) IS NOT NULL
AND (SELECT TOP 1 CreatedAt FROM CallEvent ce WHERE ce.CallId = c.Id AND ce.CallEventTypeId = 4) IS NOT NULL
) cv
WHERE cv.CreatedAt > '2025-10-1 00:00:00' AND cv.CreatedAt < '2026-10-1 00:00:00'
GROUP BY Date, AgentIdDECLARE @ErrorPercent INT
DECLARE @CountVOB INT
DECLARE @NotProcessedVOB INT
DECLARE @StartDate AS DATETIME
SET @StartDate = CAST(CAST(GETDATE() AS date) AS datetime)
SELECT
@CountVOB = COUNT(*),
@NotProcessedVOB = SUM(CASE WHEN cmp.RecordingId IS NULL THEN 1 ELSE 0 END)
FROM (
SELECT * FROM dbo.[Call] c
WHERE c.DurationSeconds > 30
AND c.CreatedAt >= @StartDate AND c.VpError = 0 AND c.CreatedAt <= DATEADD(HOUR, 24, @StartDate)
) cmp
-- Check for COUNT > 0 to prevent a divide-by-zero error
IF @CountVOB > 0
BEGIN
SET @ErrorPercent = (@NotProcessedVOB * 10) / @CountVOB;
END
ELSE
BEGIN
SET @ErrorPercent = 0;
END
Print @CountVOB;
Print @NotProcessedVOB;
Print @ErrorPercent;
SELECT @CountVOB AS CountVOB, @NotProcessedVOB AS NotProcessedVOB, @ErrorPercent AS ErrorPercent
GOGhostcall kuyruğunda olması gerekip olamayan ve çağrı kayıtları bulunan idleri aşağıda paylaşıyorum. Ayrıca örneklerin bazılarında Admin panelde kayıtlı görüşme süresiyle video kayıt sürelerinin de uyuşmaması durumu söz konusu. İncelemenizi rica ederiz.
Rtcıd: 5c250000e6625684067a08de1d06f908
Intıd: 09V5TUB90DR4KNMH
Rtcıd: 5c250000e662568477f208de1d06a92d
İntıd: 09V5TUB90DR4KNKE
Rtcıd:5c250000e662568449d108de1d066ec8
İntıd:09V5TUB90DR4KNJQ
Rtcıd: 5c250000e6625684396508de1d0f41cf
İntıd: 09V5TUB90DR4KP9X
Rtcld: 5c250000e66256849b4208de2111ae33
interaction ID: 09V5TUB91PV72XJK
"ENGAGE_GMS_CONNID_WAITINTERVALINMS": 700,
"ENGAGE_GMS_CONNID_TRYCOUNT": 20,
srvdobtest
uq7MUBXd9bsZsmRKVSzK
https://dob175.yapikredi.com.tr/r/b4000000568400508c5a08dd9f6b3d63?test=true
https://dob175.yapikredi.com.tr/r/b400000056840050597308dd9f6b6e7e?test=true
https://dob175.yapikredi.com.tr/r/b40000005684005002ef08dd9f6bae55?test=true
The provided YAML file is a Docker Compose configuration for setting up a complete Elastic Stack environment. To convert it into individual Docker commands, we need to break down each service and translate its configuration into corresponding Docker run arguments.
Environment Variables (.env file):
Before running the Docker commands, you'll need an .env file in the same directory with the following variables (replace placeholders with your actual values):
STACK_VERSION=8.7.0
ES_PORT=9200
CLUSTER_NAME=elastic-cluster
ELASTIC_PASSWORD=your_elastic_password
KIBANA_PASSWORD=your_kibana_password
LICENSE=trial
ES_MEM_LIMIT=2g
KB_MEM_LIMIT=1g
APM_MEM_LIMIT=1g
KIBANA_PORT=5601
REGISTRY_PORT=8080
APM_PORT=8200
ENCRYPTION_KEY=your_encryption_key
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Docker Commands:
Here's the breakdown of the Docker commands for each service:
1. Elasticsearch (elastic):
# Create a named volume for Elasticsearch data
docker volume create elastic-data
# Run Elasticsearch container
docker run -d \
--name elastic \
-p 9200:9200 \
-v elastic-data:/usr/share/elasticsearch/data \
-e "node.name=elastic" \
-e "discovery.type=single-node" \
-e "ELASTIC_PASSWORD=HFuALIS6bHZjre9KOIId" \
-e "xpack.security.enabled=true" \
-e "xpack.license.self_generated.type=basic" \
--health-cmd='curl -s http://localhost:9200 | grep -q "missing authentication credentials"' \
--health-interval=10s \
--health-timeout=10s \
--health-retries=120 \
docker.elastic.co/elasticsearch/elasticsearch:8.7.1
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Bash
2. Setup (setup):
This service runs once and then exits. It configures the kibana_system user's password.
docker run -d --rm \
--network=host \
--name setup \
-e "ELASTIC_PASSWORD=HFuALIS6bHZjre9KOIId" \
-e "KIBANA_PASSWORD=cZzEtfPI4TbT" \
docker.elastic.co/elasticsearch/elasticsearch:8.7.1 \
bash -c '
if [ x${ELASTIC_PASSWORD} == x ]; then
echo "Set the ELASTIC_PASSWORD environment variable in the .env file";
exit 1;
elif [ x${KIBANA_PASSWORD} == x ]; then
echo "Set the KIBANA_PASSWORD environment variable in the .env file";
exit 1;
fi;
echo "Waiting for Elasticsearch availability";
until curl -s http://localhost:9200 | grep -q "missing authentication credentials"; do sleep 30; done;
echo "Setting kibana_system password";
until curl -s -X POST -u "elastic:${ELASTIC_PASSWORD}" -H "Content-Type: application/json" http://localhost:9200/_security/user/kibana_system/_password -d "{\"password\":\"${KIBANA_PASSWORD}\"}" | grep -q "^{}"; do sleep 10; done;
echo "All done!";
'
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Bash
Important Note: Replace <your_network_name> with the name of the network that you create below for connecting these containers. The setup container must be on the same network as the elastic container.
3. Kibana (kibana):
# Create a kibana.yml file (see below)
# Run Kibana container
docker run -d \
--name kibana \
-p 5601:5601 \
-v ./kibana.yml:/usr/share/kibana/config/kibana.yml \
-e "SERVER_NAME=kibana" \
-e "ELASTICSEARCH_HOSTS=http://localhost:9200" \
-e "ELASTICSEARCH_USERNAME=kibana_system" \
-e "ELASTICSEARCH_PASSWORD=cZzEtfPI4TbT" \
-e "XPACK_SECURITY_ENABLED=true" \
-e "XPACK_MONITORING_ENABLED=true" \
-e "XPACK_APM_ENABLED=true" \
-e "XPACK_SECURITY_ENCRYPTIONKEY=c34d38b3a14956121ff2170e5030b471551370178f43e5626eec58b04a30fae2" \
-e "XPACK_ENCRYPTEDSAVEDOBJECTS_ENCRYPTIONKEY=c34d38b3a14956121ff2170e5030b471551370178f43e5626eec58b04a30fae2" \
-e "XPACK_REPORTING_ENCRYPTIONKEY=c34d38b3a14956121ff2170e5030b471551370178f43e5626eec58b04a30fae2" \
-e "xpack.fleet.registryUrl=http://localhost:8080" \
--health-cmd='curl -s http://localhost:5601/login | grep -q "Kibana"' \
--health-interval=10s \
--health-timeout=10s \
--health-retries=120 \
--network=host \
docker.elastic.co/kibana/kibana:8.7.1
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kibana.yml:
Create a file named kibana.yml with the following content:
server.host: "0"
elasticsearch.hosts: [ "http://elastic:9200" ]
elasticsearch.username: "kibana_system"
elasticsearch.password: "${KIBANA_PASSWORD}"
xpack.fleet.registryUrl: http://registry:8080
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Yaml
4. Package Registry (registry):
docker run -d \
--name registry \
--network=host \
-p 8080:8080 \
--health-cmd='curl -s http://localhost:8080 | grep -q "Package Registry"' \
--health-interval=10s \
--health-timeout=10s \
--health-retries=120 \
docker.elastic.co/package-registry/distribution:lite-8.7.1
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Bash
5. APM Server (apm):
docker run -d \
--name apm \
-p 8200:8200 \
--network=host \
docker.elastic.co/apm/apm-server:8.7.1 \
apm-server -e \
-E output.elasticsearch.hosts=["localhost:9200"] \
-E output.elasticsearch.protocol=http \
-E output.elasticsearch.username=elastic \
-E output.elasticsearch.password=HFuALIS6bHZjre9KOIId \
-E apm-server.kibana.enabled=true \
-E apm-server.kibana.host="localhost:5601" \
-E apm-server.kibana.protocol="http" \
-E apm-server.kibana.username="elastic" \
-E apm-server.kibana.password="HFuALIS6bHZjre9KOIId" \
-E apm-server.anonymous_access.enabled=true \
-E apm-server.auth.anonymous=true \
-E apm-server.auth.anonymous.allow_agent=["*"] \
-E apm-server.auth.anonymous.allow_service=["*"] \
-E apm-server.auth.anonymous.rate_limit.event_limit=10000 \
-E apm-server.auth.anonymous.rate_limit.ip_limit=1000 \
-E apm-server.auth.anonymous.rate_limit.window=1m \
-E apm-server.rum.enabled=true \
-E apm-server.rum.event_rate.limit=300 \
-E apm-server.rum.event_rate.lru_size=300 \
-E apm-server.rum.allow_origins=["*"] \
-E apm-server.rum.library_pattern="node_modules|bower_components|~" \
-E apm-server.rum.source_mapping.cache.expiration=5m \
-E apm-server.rum.source_mapping.index_pattern="apm-*-sourcemap*" \
-E apm-server.rum.source_mapping.enabled=true
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Bash
6. Create a Docker network:
docker network create <your_network_name>
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Execution Order:
Create the Docker network: Run the docker network create command.
Elasticsearch: Run the docker run command for Elasticsearch.
Setup: Run the docker run command for setup. Make sure to use the same network name you created in step 1. Wait for it to complete successfully.
Kibana, Registry, and APM Server: You can start these services in any order using their respective docker run commands. Use the same network name for all of them.
Important Considerations:
Network: All the services need to be on the same Docker network to communicate with each other. I've added --network=<your_network_name> to the commands, but you need to create the network first using docker network create <your_network_name>.
Dependencies: The depends_on option in Docker Compose is not directly translatable to docker run. You need to ensure the services are started in the correct order manually, as described above.
Healthchecks: The health checks are translated using the --health-* options in the docker run commands.
Resource Limits: The mem_limit is translated using the --memory option.
Ulimits: The ulimits are translated using the --ulimit option.
Error Handling: This conversion provides a basic translation. For production environments, you should add more robust error handling and potentially use scripts to manage the startup and shutdown of these containers.
Security: Review the security configurations for each service and adjust them according to your needs, especially in a production environment.
This detailed breakdown should help you run your Elastic Stack using individual Docker commands instead of Docker Compose. Remember to replace the placeholders with your actual values and adapt the commands as needed for your specific environment.
server.host: "0.0.0.0"
server.shutdownTimeout: "5s"
monitoring.ui.container.elasticsearch.enabled: true
xpack.fleet.packages:
- name: apm
version: "8.7.1"
xpack.fleet.registryUrl: "http://registry:8080"
# Password for the 'elastic' user (at least 6 characters) ELASTIC_PASSWORD=HFuALIS6bHZjre9KOIId # Password for the 'kibana_system' user (at least 6 characters) KIBANA_PASSWORD=cZzEtfPI4TbT # SAMPLE Predefined Key only to be used in POC environments ENCRYPTION_KEY=c34d38b3a14956121ff2170e5030b471551370178f43e5626eec58b04a30fae2 # Version of Elastic products STACK_VERSION=8.7.1 LICENSE=basic CLUSTER_NAME=ecv-elastic-cluster # port number for various services ES_PORT=9200 KIBANA_PORT=5601 APM_PORT=8200 REGISTRY_PORT=8080 # Increase or decrease based on the available host memory (in bytes) ES_MEM_LIMIT=1073741824 KB_MEM_LIMIT=1073741824 APM_MEM_LIMIT=1073741824
version: "3.8"
volumes:
elastic-data:
services:
elastic:
image: docker.elastic.co/elasticsearch/elasticsearch:${STACK_VERSION}
volumes:
- elastic-data:/usr/share/elasticsearch/data
ports:
- ${ES_PORT}:9200
environment:
- node.name=elastic
- cluster.name=${CLUSTER_NAME}
- discovery.type=single-node
- ELASTIC_PASSWORD=${ELASTIC_PASSWORD}
- bootstrap.memory_lock=true
- xpack.security.enabled=true
- xpack.license.self_generated.type=${LICENSE}
mem_limit: ${ES_MEM_LIMIT}
ulimits:
memlock:
soft: -1
hard: -1
healthcheck:
test: ["CMD-SHELL", "curl -s http://localhost:9200 | grep -q 'missing authentication credentials'"]
interval: 10s
timeout: 10s
retries: 120
setup:
image: docker.elastic.co/elasticsearch/elasticsearch:${STACK_VERSION}
depends_on:
- elastic
command: >
bash -c '
if [ x${ELASTIC_PASSWORD} == x ]; then
echo "Set the ELASTIC_PASSWORD environment variable in the .env file";
exit 1;
elif [ x${KIBANA_PASSWORD} == x ]; then
echo "Set the KIBANA_PASSWORD environment variable in the .env file";
exit 1;
fi;
echo "Waiting for Elasticsearch availability";
until curl -s http://elastic:9200 | grep -q "missing authentication credentials"; do sleep 30; done;
echo "Setting kibana_system password";
until curl -s -X POST -u "elastic:${ELASTIC_PASSWORD}" -H "Content-Type: application/json" http://elastic:9200/_security/user/kibana_system/_password -d "{\"password\":\"${KIBANA_PASSWORD}\"}" | grep -q "^{}"; do sleep 10; done;
echo "All done!";
'
kibana:
image: docker.elastic.co/kibana/kibana:${STACK_VERSION}
volumes:
- ./kibana.yml:/usr/share/kibana/config/kibana.yml
ports:
- ${KIBANA_PORT}:5601
depends_on:
- elastic
- setup
mem_limit: ${KB_MEM_LIMIT}
environment:
- SERVER_NAME=kibana
- ELASTICSEARCH_HOSTS=http://elastic:9200
- ELASTICSEARCH_USERNAME=kibana_system
- ELASTICSEARCH_PASSWORD=${KIBANA_PASSWORD}
- XPACK_SECURITY_ENABLED=true
- XPACK_MONITORING_ENABLED=true
- XPACK_APM_ENABLED=true
- XPACK_SECURITY_ENCRYPTIONKEY=${ENCRYPTION_KEY}
- XPACK_ENCRYPTEDSAVEDOBJECTS_ENCRYPTIONKEY=${ENCRYPTION_KEY}
- XPACK_REPORTING_ENCRYPTIONKEY=${ENCRYPTION_KEY}
- xpack.fleet.registryUrl=http://registry:8080
healthcheck:
test: ["CMD-SHELL", "curl -s http://localhost:5601/login | grep -q 'Kibana'"]
interval: 10s
timeout: 10s
retries: 120
registry:
image: docker.elastic.co/package-registry/distribution:lite-${STACK_VERSION}
ports:
- ${REGISTRY_PORT}:8080
healthcheck:
test: ["CMD-SHELL", "curl -s http://localhost:8080 | grep -q 'Package Registry'"]
interval: 10s
timeout: 10s
retries: 120
apm:
image: docker.elastic.co/apm/apm-server:${STACK_VERSION}
depends_on:
- elastic
- setup
ports:
- ${APM_PORT}:8200
mem_limit: ${APM_MEM_LIMIT}
command: >
apm-server -e
-E output.elasticsearch.hosts=["elastic:${ES_PORT}"]
-E output.elasticsearch.protocol=http
-E output.elasticsearch.username=elastic
-E output.elasticsearch.password=${ELASTIC_PASSWORD}
-E apm-server.kibana.enabled=true
-E apm-server.kibana.host="kibana:5601"
-E apm-server.kibana.protocol="http"
-E apm-server.kibana.username="elastic"
-E apm-server.kibana.password="${ELASTIC_PASSWORD}"
-E apm-server.anonymous_access.enabled=true
-E apm-server.auth.anonymous=true
-E apm-server.auth.anonymous.allow_agent=["*"]
-E apm-server.auth.anonymous.allow_service=["*"]
-E apm-server.auth.anonymous.rate_limit.event_limit=10000
-E apm-server.auth.anonymous.rate_limit.ip_limit=1000
-E apm-server.auth.anonymous.rate_limit.window=1m
-E apm-server.rum.enabled=true
-E apm-server.rum.event_rate.limit=300
-E apm-server.rum.event_rate.lru_size=300
-E apm-server.rum.allow_origins=["*"]
-E apm-server.rum.library_pattern="node_modules|bower_components|~"
-E apm-server.rum.source_mapping.cache.expiration=5m
-E apm-server.rum.source_mapping.index_pattern="apm-*-sourcemap*"
-E apm-server.rum.source_mapping.enabled=true
listeners.tcp = none listeners.ssl.default = 5672 ssl_options.cacertfile = /etc/rabbitmq/ca_certificate.pem ssl_options.certfile = /etc/rabbitmq/server_certificate.pem ssl_options.keyfile = /etc/rabbitmq/server_key.pem ssl_options.verify = verify_peer ssl_options.depth = 2 ssl_options.fail_if_no_peer_cert = false
#!/bin/bash
set -e
# Get hostname from enviromant variable
HOSTNAME=$(hostname)
if [ $? -ne 0 ]; then
echo "Error: Could not determine hostname."
exit 1
fi
echo "Starting RabbitMQ Server For host: " $HOSTNAME
if [ ! -z "$JOIN_CLUSTER_HOST" ]; then
echo "Starting as clıster node" $HOSTNAME "at" $JOIN_CLUSTER_HOST
rabbitmq-server -detached
sleep 5
rabbitmqctl wait /var/lib/rabbitmq/mnesia/rabbit\@$HOSTNAME.pid
rabbitmqctl stop_app
rabbitmqctl join_cluster rabbit@$JOIN_CLUSTER_HOST
rabbitmqctl stop
sleep 2
fi
# Keep foreground process active ...
rabbitmq-server
kEJeXCMVy9tqdrBjHTLfzx8ZnAuPF2RKaWpbm3Ug
version: "3"
services:
rabbitmq1:
image: masstransit/rabbitmq
hostname: rabbitmq1
environment:
- RABBITMQ_DEFAULT_USER=${RABBITMQ_DEFAULT_USER}
- RABBITMQ_DEFAULT_PASS=${RABBITMQ_DEFAULT_PASS}
- RABBITMQ_DEFAULT_VHOST=${RABBITMQ_DEFAULT_VHOST}
volumes:
- ./.erlang.cookie:/var/lib/rabbitmq/.erlang.cookie
- ./rabbitmq-entrypoint.sh:/usr/local/bin/rabbitmq-entrypoint.sh
- ./rmq1ssl/ca_certificate.pem:/etc/rabbitmq/ca_certificate.pem
- ./rmq1ssl/server_certificate.pem:/etc/rabbitmq/server_certificate.pem
- ./rmq1ssl/server_key.pem:/etc/rabbitmq/server_key.pem
- ./rabbitmq.conf:/etc/rabbitmq/rabbitmq.conf
- rmq1data:/var/lib/rabbitmq/mnesia
entrypoint: /usr/local/bin/rabbitmq-entrypoint.sh
rabbitmq2:
image: masstransit/rabbitmq
hostname: rabbitmq2
environment:
- JOIN_CLUSTER_HOST=rabbitmq1
- RABBITMQ_DEFAULT_USER=${RABBITMQ_DEFAULT_USER}
- RABBITMQ_DEFAULT_PASS=${RABBITMQ_DEFAULT_PASS}
- RABBITMQ_DEFAULT_VHOST=${RABBITMQ_DEFAULT_VHOST}
volumes:
- ./.erlang.cookie:/var/lib/rabbitmq/.erlang.cookie
- ./rabbitmq-entrypoint.sh:/usr/local/bin/rabbitmq-entrypoint.sh
- ./rmq2ssl/ca_certificate.pem:/etc/rabbitmq/ca_certificate.pem
- ./rmq2ssl/server_certificate.pem:/etc/rabbitmq/server_certificate.pem
- ./rmq2ssl/server_key.pem:/etc/rabbitmq/server_key.pem
- ./rabbitmq.conf:/etc/rabbitmq/rabbitmq.conf
- rmq2data:/var/lib/rabbitmq/mnesia
entrypoint: /usr/local/bin/rabbitmq-entrypoint.sh
rabbitmq3:
image: masstransit/rabbitmq
hostname: rabbitmq3
environment:
- JOIN_CLUSTER_HOST=rabbitmq1
- RABBITMQ_DEFAULT_USER=${RABBITMQ_DEFAULT_USER}
- RABBITMQ_DEFAULT_PASS=${RABBITMQ_DEFAULT_PASS}
- RABBITMQ_DEFAULT_VHOST=${RABBITMQ_DEFAULT_VHOST}
volumes:
- ./.erlang.cookie:/var/lib/rabbitmq/.erlang.cookie
- ./rabbitmq-entrypoint.sh:/usr/local/bin/rabbitmq-entrypoint.sh
- ./rmq3ssl/ca_certificate.pem:/etc/rabbitmq/ca_certificate.pem
- ./rmq3ssl/server_certificate.pem:/etc/rabbitmq/server_certificate.pem
- ./rmq3ssl/server_key.pem:/etc/rabbitmq/server_key.pem
- ./rabbitmq.conf:/etc/rabbitmq/rabbitmq.conf
- rmq3data:/var/lib/rabbitmq/mnesia
entrypoint: /usr/local/bin/rabbitmq-entrypoint.sh
# load balance with ngnix
ngnix:
image: nginx:latest
ports:
- 80:80
- 5672:5672
- 15672:15672
volumes:
- ./nginx.conf:/etc/nginx/nginx.conf
volumes:
rmq1data:
rmq2data:
rmq3data: