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Supported OS
This check monitors SonarQube.
The SonarQube check is included in the Datadog Agent package. No additional installation is needed on your server.
SonarQube exposes metrics from two sources: its web API and JMX. To collect all of the metrics specified below, configure three instances of this check. One to monitor SonarQube’s web API, and the other two to monitor SonarQube’s JMX beans.
Documentation on SonarQube’s web API is available at /web_api
on your SonarQube web UI. By default this integration
collects all relevant SonarQube performance metrics exposed through SonarQube’s JMX beans. The configuration for these
default metrics is available in the sonarqube.d/metrics.yaml file. Documentation on these beans is available on
SonarQube’s website.
SonarQube’s JMX server is not enabled by default, this means that unless it is enabled, sonarqube.server.*
metrics are not collected. More information on how to enable and configure JMX within SonarQube is available within the SonarQube documentation. Below are configurations needed to enable the JMX server for some common Java processes:
# WEB SERVER
sonar.web.javaAdditionalOpts="
-Dcom.sun.management.jmxremote=true
-Dcom.sun.management.jmxremote.port=10443
-Dcom.sun.management.jmxremote.rmi.port=10443
...
"
# COMPUTE ENGINE
sonar.ce.javaAdditionalOpts="
-Dcom.sun.management.jmxremote=true
-Dcom.sun.management.jmxremote.port=10444
-Dcom.sun.management.jmxremote.rmi.port=10444
...
"
# ELASTICSEARCH
sonar.search.javaAdditionalOpts="
-Dcom.sun.management.jmxremote=true
-Dcom.sun.management.jmxremote.port=10445
-Dcom.sun.management.jmxremote.rmi.port=10445
...
"
This is a basic sonarqube.d/conf.yaml
example based on SonarQube and JMX defaults. You can use it as a starting point when configuring for both the host-based or container-based Agent installation.
init_config:
is_jmx: false
collect_default_metrics: true
instances:
# Web API instance
- is_jmx: false
web_endpoint: http://localhost:9000
auth_type: basic
username: <username> # Defined in the Web UI
password: <password> # Defined in the Web UI
default_tag: component # Optional
components: # Required
my-project:
tag: project_name
# Web JMX instance
- is_jmx: true
host: localhost
port: 10443 # See sonar.web.javaAdditionalOpts in SonarQube's sonar.properties file
user: <username> # Defined in SonarQube's sonar.properties file
password: <password> # Defined in SonarQube's sonar.properties file
# Compute Engine JMX instance
- is_jmx: true
host: localhost
port: 10444 # See sonar.ce.javaAdditionalOpts in SonarQube's sonar.properties file
user: <username> # Defined in SonarQube's sonar.properties file
password: <password> # Defined in SonarQube's sonar.properties file
Note: Once the integration is configured, have SonarQube scan at least one project to send metrics to Datadog.
Metrics collected by this integration are tagged with a component
tag by default. If you wish to change the tag
name on a per component basis, specify the tag
property within the component definition. To set it for all projects,
set the default_tag
property on the instance config.
Note: Projects in SonarQube often contain multiple source control branches. This integration can only collect metrics from the default branch in SonarQube (typically main
).
SonarQube exposes a search server, which can be monitored using an additional instance of this integration and a configuration of the JMX metrics. To learn how to customize the metrics to collect, see the JMX Checks documentation for more detailed instructions. For an example, use the config below and default JMX metric config in sonarqube.d/metrics.yaml.
init_config:
# The list of metrics to be collected by the integration.
config:
- include:
domain: SonarQube
name: <name>
exclude_tags:
- name
attribute:
MyMetric:
alias: sonarqube.search_server.my_metric
metric_type: gauge
instances:
# Search Server JMX instance
- is_jmx: true
host: localhost
port: 10445 # See sonar.search.javaAdditionalOpts in SonarQube's sonar.properties file
user: <username> # Defined in SonarQube's sonar.properties file
password: <password> # Defined in SonarQube's sonar.properties file
To configure this check for an Agent running on a host:
Edit the sonarqube.d/conf.yaml
file, in the conf.d/
folder at the root of your
Agent’s configuration directory to start collecting your SonarQube data.
See the sample sonarqube.d/conf.yaml for all available configuration options.
This check has a limit of 350 metrics per JMX instance. The number of returned metrics is indicated in the status page. You can specify the metrics you are interested in by editing the configuration below. To learn how to customize the metrics to collect, see the JMX Checks documentation for more detailed instructions. If you need to monitor more metrics, contact Datadog support.
Enable SonarQube logging.
Collecting logs is disabled by default in the Datadog Agent. Enable it in your datadog.yaml
file:
logs_enabled: true
Add the following configuration block to your sonarqube.d/conf.yaml
file. Change the path
and service
parameter values based on your environment. See the sample sonarqube.d/conf.yaml for all available configuration options.
logs:
- type: file
path: /opt/sonarqube/logs/access.log
source: sonarqube
- type: file
path: /opt/sonarqube/logs/ce.log
source: sonarqube
log_processing_rules:
- type: multi_line
name: log_start_with_date
pattern: \d{4}\.\d{2}\.\d{2}
- type: file
path: /opt/sonarqube/logs/es.log
source: sonarqube
log_processing_rules:
- type: multi_line
name: log_start_with_date
pattern: \d{4}\.\d{2}\.\d{2}
- type: file
path: /opt/sonarqube/logs/sonar.log
source: sonarqube
log_processing_rules:
- type: multi_line
name: log_start_with_date
pattern: \d{4}\.\d{2}\.\d{2}
- type: file
path: /opt/sonarqube/logs/web.log
source: sonarqube
log_processing_rules:
- type: multi_line
name: log_start_with_date
pattern: \d{4}\.\d{2}\.\d{2}
For containerized environments, see the Autodiscovery with JMX guide.
Collecting logs is disabled by default in the Datadog Agent. To enable it, see Docker log collection.
Parameter | Value |
---|---|
<LOG_CONFIG> | {"source": "sonarqube"} |
You can configure how your components are discovered with the components_discovery
parameter.
limit
10
include
exclude
Examples:
Include a maximum of 5
components with names starting with my_project
:
components_discovery:
limit: 5
include:
'my_project*':
Include a maximum of 20
components and exclude those beginning with temp
:
components_discovery:
limit: 20
include:
'.*':
exclude:
- 'temp*'
Include all components with names starting with issues
, apply the issues_project
tag, and only collect metrics belonging to the category issues
. As limit
is not defined, the number of components discovered is limited to the default value 10
:
components_discovery:
include:
'issues*':
tag: issues_project
include:
- issues.
Run the Agent’s status subcommand and look for sonarqube
under the JMXFetch section:
========
JMXFetch
========
Initialized checks
==================
sonarqube
instance_name : sonarqube-localhost-10444
message : <no value>
metric_count : 33
service_check_count : 0
status : OK
instance_name : sonarqube-localhost-10443
message : <no value>
metric_count : 38
service_check_count : 0
status : OK
If you set an instance without is_jmx: true
, also look for sonarqube
under the Collector section:
=========
Collector
=========
Running Checks
==============
sonarqube (1.1.0)
-----------------
Instance ID: sonarqube:1249c1ed7c7b489a [OK]
Configuration Source: file:/etc/datadog-agent/conf.d/sonarqube.d/conf.yaml
Total Runs: 51
Metric Samples: Last Run: 39, Total: 1,989
Events: Last Run: 0, Total: 0
Service Checks: Last Run: 1, Total: 51
Average Execution Time : 1.19s
Last Execution Date : 2021-03-12 00:00:44.000000 UTC
Last Successful Execution Date : 2021-03-12 00:00:44.000000 UTC
sonarqube.complexity.cognitive_complexity (gauge) | Cognitive complexity |
sonarqube.complexity.complexity (gauge) | Cyclomatic complexity |
sonarqube.coverage.branch_coverage (gauge) | Condition coverage Shown as percent |
sonarqube.coverage.conditions_to_cover (gauge) | Conditions to cover |
sonarqube.coverage.coverage (gauge) | Coverage by tests Shown as percent |
sonarqube.coverage.line_coverage (gauge) | Line coverage Shown as percent |
sonarqube.coverage.lines_to_cover (gauge) | Lines to cover |
sonarqube.coverage.new_branch_coverage (gauge) | Condition coverage of new/changed code Shown as percent |
sonarqube.coverage.new_conditions_to_cover (gauge) | Conditions to cover on new code |
sonarqube.coverage.new_coverage (gauge) | Coverage of new/changed code Shown as percent |
sonarqube.coverage.new_line_coverage (gauge) | Line coverage of added/changed code Shown as percent |
sonarqube.coverage.new_lines_to_cover (gauge) | Lines to cover on new code |
sonarqube.coverage.new_uncovered_conditions (gauge) | Uncovered conditions on new code |
sonarqube.coverage.new_uncovered_lines (gauge) | Uncovered lines on new code |
sonarqube.coverage.skipped_tests (gauge) | Number of skipped unit tests |
sonarqube.coverage.test_errors (gauge) | Number of unit test errors |
sonarqube.coverage.test_failures (gauge) | Number of unit test failures |
sonarqube.coverage.test_success_density (gauge) | Density of successful unit tests Shown as percent |
sonarqube.coverage.tests (gauge) | Number of unit tests |
sonarqube.coverage.uncovered_conditions (gauge) | Uncovered conditions |
sonarqube.coverage.uncovered_lines (gauge) | Uncovered lines |
sonarqube.duplications.duplicated_blocks (gauge) | Duplicated blocks |
sonarqube.duplications.duplicated_files (gauge) | Duplicated files |
sonarqube.duplications.duplicated_lines (gauge) | Duplicated lines |
sonarqube.duplications.duplicated_lines_density (gauge) | Duplicated lines balanced by statements Shown as percent |
sonarqube.duplications.new_duplicated_blocks (gauge) | Duplicated blocks on new code |
sonarqube.duplications.new_duplicated_lines (gauge) | Duplicated Lines on New Code |
sonarqube.duplications.new_duplicated_lines_density (gauge) | Duplicated lines (%) on new code balanced by statements Shown as percent |
sonarqube.issues.blocker_violations (gauge) | Blocker issues |
sonarqube.issues.confirmed_issues (gauge) | Confirmed issues |
sonarqube.issues.critical_violations (gauge) | Critical issues |
sonarqube.issues.false_positive_issues (gauge) | False positive issues |
sonarqube.issues.info_violations (gauge) | Info issues |
sonarqube.issues.major_violations (gauge) | Major issues |
sonarqube.issues.minor_violations (gauge) | Minor issues |
sonarqube.issues.new_blocker_violations (gauge) | New Blocker issues |
sonarqube.issues.new_critical_violations (gauge) | New Critical issues |
sonarqube.issues.new_info_violations (gauge) | New Info issues |
sonarqube.issues.new_major_violations (gauge) | New Major issues |
sonarqube.issues.new_minor_violations (gauge) | New Minor issues |
sonarqube.issues.new_violations (gauge) | New issues |
sonarqube.issues.open_issues (gauge) | Open issues |
sonarqube.issues.reopened_issues (gauge) | Reopened issues |
sonarqube.issues.violations (gauge) | Issues |
sonarqube.issues.wont_fix_issues (gauge) | Won't fix issues |
sonarqube.maintainability.code_smells (gauge) | Code Smells |
sonarqube.maintainability.new_code_smells (gauge) | New Code Smells |
sonarqube.maintainability.new_maintainability_rating (gauge) | Maintainability rating on new code |
sonarqube.maintainability.new_sqale_debt_ratio (gauge) | Technical Debt Ratio of new/changed code. Shown as percent |
sonarqube.maintainability.sqale_debt_ratio (gauge) | Ratio of the actual technical debt compared to the estimated cost to develop the whole source code from scratch Shown as percent |
sonarqube.maintainability.sqale_rating (gauge) | A-to-E rating based on the technical debt ratio |
sonarqube.reliability.bugs (gauge) | Bugs |
sonarqube.reliability.new_bugs (gauge) | New Bugs |
sonarqube.reliability.new_reliability_rating (gauge) | Reliability rating on new code |
sonarqube.reliability.reliability_rating (gauge) | Reliability rating |
sonarqube.security.new_security_rating (gauge) | Security rating on new code |
sonarqube.security.new_vulnerabilities (gauge) | New Vulnerabilities |
sonarqube.security.security_rating (gauge) | Security rating |
sonarqube.security.vulnerabilities (gauge) | Vulnerabilities |
sonarqube.security_review.new_security_hotspots (gauge) | New Security Hotspots |
sonarqube.security_review.new_security_hotspots_reviewed (gauge) | Percentage of Security Hotspots Reviewed on New Code Shown as percent |
sonarqube.security_review.new_security_review_rating (gauge) | Security Review Rating on New Code |
sonarqube.security_review.security_hotspots (gauge) | Security Hotspots |
sonarqube.security_review.security_hotspots_reviewed (gauge) | Percentage of Security Hotspots Reviewed Shown as percent |
sonarqube.security_review.security_review_rating (gauge) | Security Review Rating |
sonarqube.server.async_execution.largest_worker_count (gauge) | |
sonarqube.server.async_execution.queue_size (gauge) | |
sonarqube.server.async_execution.worker_count (gauge) | |
sonarqube.server.compute_engine_tasks.error_count (count) | Number of Background Tasks which failed since the last restart of SonarQube Shown as error |
sonarqube.server.compute_engine_tasks.in_progress_count (gauge) | Number of Background Tasks currently under processing. Its value is either 1 or 0, since SonarQube can process only one task at a time. |
sonarqube.server.compute_engine_tasks.longest_pending_time (gauge) | Pending time (ms) of the oldest Background Task waiting to be processed. This measure, together with PendingCount, helps you know if analyses are stacking and taking too long to start processing. This helps you evaluate if it might be worth configuring additional Compute Engine workers (Enterprise Edition) or additional nodes (Data Center Edition) to improve performance. Requires SonarQube >=9.0. Shown as millisecond |
sonarqube.server.compute_engine_tasks.pending_count (count) | Number of Background Tasks waiting to be processed since the last restart of SonarQube |
sonarqube.server.compute_engine_tasks.processing_time (gauge) | Measure the time spent to process Background Tasks since the last restart. The value will always increase. This measure is powerful when combined with SuccessCount and ErrorCount measures to get the average time to handle a Background Task, or when used to understand how much time the server is spending during a day to handle Background Tasks. It gives you an indication of the load on your server. |
sonarqube.server.compute_engine_tasks.success_count (count) | Number of Background Tasks successfully processed since the last restart of SonarQube |
sonarqube.server.compute_engine_tasks.worker_count (gauge) | Number of Background Tasks that can be processed at the same time |
sonarqube.server.compute_engine_tasks.worker_max_count (gauge) | |
sonarqube.server.database.pool_active_connections (gauge) | Number of active database connections Shown as connection |
sonarqube.server.database.pool_idle_connections (gauge) | Number of database connections waiting to be used Shown as connection |
sonarqube.server.database.pool_initial_size (gauge) | Initial size of the database connections pool Shown as connection |
sonarqube.server.database.pool_max_active_connections (gauge) | Maximum number of active database connections Shown as connection |
sonarqube.server.database.pool_max_idle_connections (gauge) | Maximum number of database connections waiting to be used Shown as connection |
sonarqube.server.database.pool_max_wait_millis (gauge) | Shown as millisecond |
sonarqube.server.database.pool_min_idle_connections (gauge) | Shown as connection |
sonarqube.server.database.pool_remove_abandoned_timeout_seconds (gauge) | Shown as second |
sonarqube.size.classes (gauge) | Classes |
sonarqube.size.comment_lines (gauge) | Number of comment lines |
sonarqube.size.comment_lines_density (gauge) | Comments balanced by ncloc + comment lines Shown as percent |
sonarqube.size.directories (gauge) | Directories |
sonarqube.size.files (gauge) | Number of files |
sonarqube.size.functions (gauge) | Functions |
sonarqube.size.generated_lines (gauge) | Number of generated lines |
sonarqube.size.generated_ncloc (gauge) | Generated non Commenting Lines of Code |
sonarqube.size.lines (gauge) | Lines |
sonarqube.size.ncloc (gauge) | Non commenting lines of code |
sonarqube.size.new_lines (gauge) | New lines |
sonarqube.size.projects (gauge) | Number of projects |
sonarqube.size.statements (gauge) | Number of statements |
SonarQube does not include any events.
sonarqube.can_connect
Returns CRITICAL
if the Agent is unable to connect to and collect metrics from the monitored SonarQube instance’s JMX endpoint, WARNING
if no metrics are collected, and OK
otherwise.
Statuses: ok, critical, warning
sonarqube.api_access
Returns CRITICAL
if the Agent is unable to connect to and collect metrics from the monitored SonarQube instance’s web endpoint, otherwise returns OK
.
Statuses: ok, critical
Need help? Contact Datadog support.
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