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zabbix/templates/cloud/gcp/template_cloud_gcp_http.yaml

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zabbix_export:
version: '7.0'
template_groups:
- uuid: c2c162144c2d4c5491c8801193af4945
name: Templates/Cloud
host_groups:
- uuid: 748ad4d098d447d492bb935c907f652f
name: Databases
- uuid: 137f19e6e2dc4219b33553b812627bc2
name: 'Virtual machines'
templates:
- uuid: 4e1e9372a5fe4297936210bc4fc4b1c0
template: 'GCP by HTTP'
name: 'GCP by HTTP'
description: |
Discover GCP Compute Engine/Cloud SQL Instances and Compute Engine project quota metrics.
Don't forget to read the README.md for the correct setup of the template.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: b003e61fbede488a957b6c866ffaa9ba
name: 'GCP: Authorization errors check'
type: DEPENDENT
key: gcp.auth.err.check
delay: '0'
history: 7d
trends: '0'
value_type: TEXT
description: 'A list of errors from API requests.'
preprocessing:
- type: JSONPATH
parameters:
- $.error
error_handler: CUSTOM_VALUE
master_item:
key: gcp.authorization
tags:
- tag: component
value: status
triggers:
- uuid: 74c0e16244314ab4a920e32faca50444
expression: 'length(last(/GCP by HTTP/gcp.auth.err.check)) > 0'
name: 'GCP: Authorization has failed'
priority: AVERAGE
description: |
GCP: Authorization has failed.
Check the authorization parameters and GCP API availability from a network segment, where Zabbix-server/proxy is located.
tags:
- tag: scope
value: availability
- uuid: 5cc3faa82f404b38b513958f323f3d7d
name: 'GCP: Authorization'
type: SCRIPT
key: gcp.authorization
delay: '{$GCP.AUTH.FREQUENCY}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var auth_url = 'https://oauth2.googleapis.com/token',
issued = Math.floor(new Date().getTime() / 1000),
expires = issued + 3600,
endpoint = 'https://www.googleapis.com/auth/',
scopes = ['cloud-platform.read-only', 'monitoring', 'compute.readonly', 'sqlservice.admin'],
scope = scopes.map(function (path) { return endpoint + path; }).join(' ');
function base64url(source) {
encodedSource = btoa(source);
encodedSource = encodedSource.replace(/=+$/, '');
encodedSource = encodedSource.replace(/\+/g, '-');
encodedSource = encodedSource.replace(/\//g, '_');
return encodedSource;
}
function fromHex(hex) {
var utf8array = [];
if (hex.length % 2)
throw 'Invalid length of a hex string!';
for (var i = 0; i < hex.length; i += 2) {
utf8array.push(parseInt(hex.substr(i, 2), 16));
}
return new Uint8Array(utf8array);
}
function encodeJWT(headers, payload, secret) {
unsignedToken = base64url(JSON.stringify(headers)) + '.' + base64url(JSON.stringify(payload));
jwt = unsignedToken + '.' + base64url(fromHex(sign('sha256', secret, unsignedToken)));
return jwt;
}
function exchangeJwtForAccessToken(signed_jwt) {
var request = new HttpRequest(),
params = {
grant_type: 'urn:ietf:params:oauth:grant-type:jwt-bearer',
assertion: signed_jwt
},
response = request.post(auth_url, JSON.stringify(params));
Zabbix.log(4, '[ GCP API ] [ ' + auth_url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
if (typeof response.access_token !== 'undefined') {
return response.access_token;
}
else {
throw 'No access token in the JWT exchange request.';
}
}
function checkParams(params) {
['pkey_id', 'private_key', 'email'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
return params;
}
var script_params = checkParams(JSON.parse(value)),
headers = {
alg: 'RS256',
kid: script_params.pkey_id,
typ: 'JWT'
},
payload = {
iss: script_params.email,
sub: script_params.email,
aud: auth_url,
iat: issued,
exp: expires,
scope: scope
};
try {
jwt = encodeJWT(headers, payload, script_params.private_key);
token = exchangeJwtForAccessToken(jwt);
return token;
}
catch (err) {
return JSON.stringify({ error: err });
}
description: |
Google Cloud Platform REST authorization with service account authentication parameters and temporary-generated RSA-based JWT-token usage.
The necessary scopes are pre-defined.
Returns a signed authorization token with 1 hour lifetime; it is required only once, and is used for all the dependent script items.
Check the template documentation for the details.
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: pkey_id
value: '{$GCP.PRIVATE.KEY.ID}'
- name: email
value: '{$GCP.CLIENT.EMAIL}'
- name: private_key
value: '{$GCP.PRIVATE.KEY}'
tags:
- tag: component
value: raw
- uuid: 3ac5c859692140c0b686e772efa05032
name: 'GCP Cloud SQL: Instances get'
type: DEPENDENT
key: gcp.cloudsql.instances.get
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'GCP Cloud SQL: Instances get.'
preprocessing:
- type: JAVASCRIPT
parameters:
- |
var token = value;
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getFieldBool(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
return false;
}
data = data[step];
}
return true;
}
function getHttpData(url, token) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.get(url);
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var project = '{$GCP.PROJECT.ID}';
if (!project || project === '{' + '$GCP.PROJECT.ID}') {
throw 'Error. Set the \{$GCP.PROJECT.ID\} macro value.';
}
var inst_raw = getHttpData('https://sqladmin.googleapis.com/sql/v1beta4/projects/' + project + '/instances', token);
if (Object.keys(inst_raw).length === 0) {
return '[]';
}
return JSON.stringify(getField(inst_raw, 'items').map(function (sql_inst) {
obj = {
name: getField(sql_inst, 'name'),
token: value,
zone: getField(sql_inst, 'settings.locationPreference.zone'),
inst_type: getField(sql_inst, 'instanceType'),
tier: getField(sql_inst, 'settings.tier'),
project_id: getField(sql_inst, 'project'),
db_type: getField(sql_inst, 'databaseInstalledVersion')
};
obj.high_availability = (sql_inst.failoverReplica) ? true : false;
if (obj.db_type.match(/SQLSERVER*/)) {
var mssql_audit = getField(sql_inst, 'settings.sqlServerAuditConfig');
obj.audited = (mssql_audit.bucket) ? true : false;
}
if (obj.inst_type === 'READ_REPLICA_INSTANCE') {
obj.master = getField(sql_inst, 'masterInstanceName');
}
if (Array.isArray(sql_inst.ipAddresses)) {
var int_addresses = sql_inst.ipAddresses.filter(function (addr) {
return addr.type === 'PRIVATE';
});
var ext_addresses = sql_inst.ipAddresses.filter(function (addr) {
return addr.type === 'PRIMARY';
});
obj.ip = getFieldBool(int_addresses,'0.ipAddress') ? int_addresses[0].ipAddress : '0.0.0.0';
obj.ext_ip = getFieldBool(ext_addresses, '0.ipAddress') ? ext_addresses[0].ipAddress : '0.0.0.0';
}
else {
obj.ip = '0.0.0.0';
obj.ext_ip = '0.0.0.0';
}
return obj;
}));
master_item:
key: gcp.authorization
tags:
- tag: component
value: raw
- uuid: b926ba1901c5413396c1c071e6e76072
name: 'GCP Cloud SQL: Instances total'
type: DEPENDENT
key: gcp.cloudsql.instances.total
delay: '0'
history: 7d
trends: 90d
description: 'GCP Cloud SQL instances total count.'
preprocessing:
- type: JSONPATH
parameters:
- '$.[*].length()'
master_item:
key: gcp.cloudsql.instances.get
tags:
- tag: component
value: environment
- uuid: 58329c9a5b124b1990c94f15266e6edf
name: 'GCP Compute Engine: Container-Optimized instances count'
type: DEPENDENT
key: gcp.gce.instances.cos_count
delay: '0'
history: 7d
trends: 90d
description: 'GCP Compute Engine: count of instances with Container-Optimized OS used.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.i_type == ''container-optimized'')].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.instances.get
tags:
- tag: component
value: environment
- uuid: 461e72fb7e104261831455ae3cc87358
name: 'GCP Compute Engine: Instances get'
type: DEPENDENT
key: gcp.gce.instances.get
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'Get GCP Compute Engine instances.'
preprocessing:
- type: JAVASCRIPT
parameters:
- |
var token = value;
function checkMacro(macro) {
if (!macro || macro.match(/^\{\$.*\}$/)) {
throw 'The GCP project id is not defined. Please, set the value for the \{$GCP.PROJECT.ID\} macro.';
}
return macro;
}
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getFieldBool(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
return false;
}
data = data[step];
}
return true;
}
function getHttpData(url, token) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.get(url);
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var project = '{$GCP.PROJECT.ID}';
if (!project || project === '{' + '$GCP.PROJECT.ID}') {
throw 'Error. Set the \{$GCP.PROJECT.ID\} macro value.';
}
var result = getHttpData('https://compute.googleapis.com/compute/v1/projects/' + project + '/aggregated/instances', token),
vms_raw = getField(result, 'items'),
keys = Object.keys(vms_raw),
arr = [];
for (var i in keys) {
if (typeof vms_raw[keys[i]].instances !== 'undefined') {
var vm_prop = vms_raw[keys[i]].instances.map(function setProp(inst) {
obj = {
id: getField(inst, 'id'),
name: getField(inst, 'name'),
token: value,
zone: keys[i].replace(/zones\//, ''),
m_type: getField(inst, 'machineType').replace(/.*machineTypes\//g, ''),
state: getField(inst, 'status'),
project_id: '{$GCP.PROJECT.ID}',
ip: getField(inst, 'networkInterfaces.0.networkIP'),
integrity: getField(inst, 'shieldedInstanceConfig.enableIntegrityMonitoring')
};
obj.ext_ip = getFieldBool(inst, 'networkInterfaces.0.accessConfigs.0.natIP') ? inst.networkInterfaces[0].accessConfigs[0].natIP : '0.0.0.0';
obj.i_type = getFieldBool(inst, 'labels.container-vm') ? 'container-optimized' : 'regular';
return obj;
});
arr = arr.concat(vm_prop);
}
}
return JSON.stringify(arr);
master_item:
key: gcp.authorization
tags:
- tag: component
value: raw
- uuid: 80687b35246b45ffa1be9d171f686e94
name: 'GCP Cloud SQL MSSQL: Instances count'
type: DEPENDENT
key: gcp.gce.instances.mssql_count
delay: '0'
history: 7d
trends: 90d
description: 'GCP Cloud SQL MSSQL instances count.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.db_type =~ ''SQLSERVER'')].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.instances.get
tags:
- tag: component
value: environment
- uuid: 8ec94dff7a3b47998242d97a18cf0821
name: 'GCP Cloud SQL MySQL: Instances count'
type: DEPENDENT
key: gcp.gce.instances.mysql_count
delay: '0'
history: 7d
trends: 90d
description: 'GCP Cloud SQL MySQL instances count.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.db_type =~ ''MYSQL'')].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.instances.get
tags:
- tag: component
value: environment
- uuid: de284dd30b2d4ecb9f7d0cf3ca80a094
name: 'GCP Cloud SQL PostgreSQL: Instances count'
type: DEPENDENT
key: gcp.gce.instances.pgsql_count
delay: '0'
history: 7d
trends: 90d
description: 'GCP Cloud SQL PostgreSQL instances count.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.db_type =~ ''POSTGRES'')].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.instances.get
tags:
- tag: component
value: environment
- uuid: a936207f9d914955b2e2140e953f22f2
name: 'GCP Compute Engine: Regular instances count'
type: DEPENDENT
key: gcp.gce.instances.regular_count
delay: '0'
history: 7d
trends: 90d
description: 'GCP Compute Engine: Regular instances count.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.i_type == ''regular'')].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.instances.get
tags:
- tag: component
value: environment
- uuid: 46eaeccd1f43466caadd44440da88568
name: 'GCP Compute Engine: Instances total'
type: DEPENDENT
key: gcp.gce.instances.total
delay: '0'
history: 7d
trends: 90d
description: 'GCP Compute Engine instances total count.'
preprocessing:
- type: JSONPATH
parameters:
- '$.[*].length()'
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.instances.get
tags:
- tag: component
value: environment
- uuid: c4f17331815345bcb0ac6ea98413b2b5
name: 'GCP Compute Engine: Project quotas get'
type: DEPENDENT
key: gcp.gce.quotas.get
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'GCP Compute Engine resource quotas available for the particular project.'
preprocessing:
- type: JAVASCRIPT
parameters:
- |
var token = value;
function checkMacro(macro) {
if (!macro || macro.match(/^\{\$.*\}$/)) {
throw 'The GCP project id is not defined. Please, set the value for the \{$GCP.PROJECT.ID\} macro.';
}
return macro;
}
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.'
}
data = data[step];
}
return data;
}
function getHttpData(url, token) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.get(url);
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
if (typeof response.quotas !== 'undefined') {
return response;
} else {
throw 'No quotas array in API response';
}
};
var project = checkMacro('{$GCP.PROJECT.ID}'),
qts_raw = getHttpData('https://www.googleapis.com/compute/v1/projects/' + project, token),
qts_lst = getField(qts_raw, 'quotas').map(function (qt) {
obj = {
metric: getField(qt, 'metric'),
limit: getField(qt, 'limit'),
usage: getField(qt, 'usage'),
p_used: (qt.usage / qt.limit) * 100
};
return obj;
});
return JSON.stringify(qts_lst);
master_item:
key: gcp.authorization
tags:
- tag: component
value: raw
discovery_rules:
- uuid: f210e8e38c194c65b30e74610ec2b86f
name: 'GCP Cloud SQL: MSSQL instances discovery'
type: DEPENDENT
key: gcp.cloudsql.mssql.inst.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
value: 'SQLSERVER.*'
formulaid: A
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.MSSQL.INST.NAME.MATCHES}'
formulaid: B
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.MSSQL.INST.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: C
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.MSSQL.ZONE.MATCHES}'
formulaid: F
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.MSSQL.ZONE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: G
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.MSSQL.INST.TYPE.MATCHES}'
formulaid: D
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.MSSQL.INST.TYPE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: E
lifetime: 7d
description: 'GCP Cloud SQL: MSSQL instances discovery.'
host_prototypes:
- uuid: edc6ab9314ed410b8a3cf6bfedff51ab
host: '{#GCP.PROJECT.ID}-{#CLOUD_SQL.INSTANCE.NAME}'
name: '{#CLOUD_SQL.INSTANCE.NAME}'
group_links:
- group:
name: Databases
templates:
- name: 'GCP Cloud SQL MSSQL by HTTP'
macros:
- macro: '{$CLOUD_SQL.HIGH.AVAILABILITY}'
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
description: 'GCP Cloud SQL instance high availability definition. Required for metrics filtration.'
- macro: '{$CLOUD_SQL.MSSQL.AUDITED}'
value: '{#MSSQL.AUDITED}'
description: 'GCP Cloud SQL MSSQL audit enabled definition. Required for metrics filtration.'
- macro: '{$GCP.AUTH.TOKEN}'
value: '{#GCP.AUTH.TOKEN}'
description: 'Google Cloud Platform authorization token.'
- macro: '{$GCP.PROJECT.ID}'
value: '{#GCP.PROJECT.ID}'
description: 'GCP Project Id.'
tags:
- tag: audit
value: '{#MSSQL.AUDITED}'
- tag: db-version
value: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
- tag: high-availability
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
- tag: instance-type
value: '{#CLOUD_SQL.INSTANCE.TYPE}'
- tag: project
value: '{#GCP.PROJECT.ID}'
- tag: service
value: cloudsql
- tag: service
value: gcp
- tag: service
value: mssql
- tag: tier
value: '{#CLOUD_SQL.INSTANCE.TIER}'
- tag: zone
value: '{#CLOUD_SQL.INSTANCE.ZONE}'
custom_interfaces: 'YES'
interfaces:
- default: 'NO'
ip: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
dns: external.ip
- ip: '{#CLOUD_SQL.INSTANCE.IP}'
dns: internal.ip
master_item:
key: gcp.cloudsql.instances.get
lld_macro_paths:
- lld_macro: '{#MSSQL.AUDITED}'
path: $.audited
- lld_macro: '{#CLOUD_SQL.INSTANCE.NAME}'
path: $.name
- lld_macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
path: $.zone
- lld_macro: '{#CLOUD_SQL.INSTANCE.IP}'
path: $.ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
path: $.ext_ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
path: $.inst_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
path: $.db_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.TIER}'
path: $.tier
- lld_macro: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
path: $.high_availability
- lld_macro: '{#CLOUD_SQL.MASTER}'
path: $.master
- lld_macro: '{#GCP.AUTH.TOKEN}'
path: $.token
- lld_macro: '{#GCP.PROJECT.ID}'
path: $.project_id
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
overrides:
- name: 'MSSQL replica'
step: '1'
filter:
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: READ_REPLICA_INSTANCE
formulaid: A
- macro: '{#CLOUD_SQL.MASTER}'
operator: EXISTS
formulaid: B
operations:
- operationobject: HOST_PROTOTYPE
operator: REGEXP
tags:
- tag: master_instance
value: '{#CLOUD_SQL.MASTER}'
templates:
- name: 'GCP Cloud SQL MSSQL Replica by HTTP'
- uuid: 3fdd2543936a4587b1bfb5dabb30c1f6
name: 'GCP Cloud SQL: MySQL instances discovery'
type: DEPENDENT
key: gcp.cloudsql.mysql.inst.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
value: 'MYSQL.*'
formulaid: A
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.MYSQL.INST.NAME.MATCHES}'
formulaid: B
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.MYSQL.INST.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: C
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.MYSQL.ZONE.MATCHES}'
formulaid: F
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.MYSQL.ZONE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: G
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.MYSQL.INST.TYPE.MATCHES}'
formulaid: D
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.MYSQL.INST.TYPE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: E
lifetime: 7d
description: 'GCP Cloud SQL: MySQL instances discovery.'
host_prototypes:
- uuid: 8b2556b881b14b86a98f90a447ae9734
host: '{#GCP.PROJECT.ID}-{#CLOUD_SQL.INSTANCE.NAME}'
name: '{#CLOUD_SQL.INSTANCE.NAME}'
group_links:
- group:
name: Databases
templates:
- name: 'GCP Cloud SQL MySQL by HTTP'
macros:
- macro: '{$CLOUD_SQL.HIGH.AVAILABILITY}'
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
description: 'GCP Cloud SQL instance high availability definition.'
- macro: '{$GCP.AUTH.TOKEN}'
value: '{#GCP.AUTH.TOKEN}'
description: 'Google Cloud Platform authorization token.'
- macro: '{$GCP.PROJECT.ID}'
value: '{#GCP.PROJECT.ID}'
description: 'GCP Project Id.'
tags:
- tag: db-version
value: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
- tag: high-availability
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
- tag: instance-type
value: '{#CLOUD_SQL.INSTANCE.TYPE}'
- tag: project
value: '{#GCP.PROJECT.ID}'
- tag: service
value: cloudsql
- tag: service
value: gcp
- tag: service
value: mysql
- tag: tier
value: '{#CLOUD_SQL.INSTANCE.TIER}'
- tag: zone
value: '{#CLOUD_SQL.INSTANCE.ZONE}'
custom_interfaces: 'YES'
interfaces:
- default: 'NO'
ip: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
dns: external.ip
- ip: '{#CLOUD_SQL.INSTANCE.IP}'
dns: internal.ip
master_item:
key: gcp.cloudsql.instances.get
lld_macro_paths:
- lld_macro: '{#CLOUD_SQL.INSTANCE.NAME}'
path: $.name
- lld_macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
path: $.zone
- lld_macro: '{#CLOUD_SQL.INSTANCE.IP}'
path: $.ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
path: $.ext_ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
path: $.inst_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
path: $.db_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.TIER}'
path: $.tier
- lld_macro: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
path: $.high_availability
- lld_macro: '{#CLOUD_SQL.MASTER}'
path: $.master
- lld_macro: '{#GCP.AUTH.TOKEN}'
path: $.token
- lld_macro: '{#GCP.PROJECT.ID}'
path: $.project_id
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
overrides:
- name: 'MySQL replica'
step: '1'
filter:
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: READ_REPLICA_INSTANCE
formulaid: A
- macro: '{#CLOUD_SQL.MASTER}'
operator: EXISTS
formulaid: B
operations:
- operationobject: HOST_PROTOTYPE
operator: REGEXP
tags:
- tag: master_instance
value: '{#CLOUD_SQL.MASTER}'
templates:
- name: 'GCP Cloud SQL MySQL Replica by HTTP'
- uuid: 606ba15087894f268f4b626590b7a9d0
name: 'GCP Cloud SQL: PostgreSQL instances discovery'
type: DEPENDENT
key: gcp.cloudsql.pgsql.inst.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
value: 'POSTGRES.*'
formulaid: A
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.PGSQL.INST.NAME.MATCHES}'
formulaid: B
- macro: '{#CLOUD_SQL.INSTANCE.NAME}'
value: '{$GCP.PGSQL.INST.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: C
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.PGSQL.ZONE.MATCHES}'
formulaid: F
- macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
value: '{$GCP.PGSQL.ZONE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: G
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.PGSQL.INST.TYPE.MATCHES}'
formulaid: D
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: '{$GCP.PGSQL.TYPE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: E
lifetime: 7d
description: 'GCP Cloud SQL: PostgreSQL instances discovery.'
host_prototypes:
- uuid: 0fbbc550fda448d39aad6d0710f28b6a
host: '{#GCP.PROJECT.ID}-{#CLOUD_SQL.INSTANCE.NAME}'
name: '{#CLOUD_SQL.INSTANCE.NAME}'
group_links:
- group:
name: Databases
templates:
- name: 'GCP Cloud SQL PostgreSQL by HTTP'
macros:
- macro: '{$CLOUD_SQL.HIGH.AVAILABILITY}'
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
description: 'GCP Cloud SQL instance high availability definition.'
- macro: '{$GCP.AUTH.TOKEN}'
value: '{#GCP.AUTH.TOKEN}'
description: 'Google Cloud Platform authorization token.'
- macro: '{$GCP.PROJECT.ID}'
value: '{#GCP.PROJECT.ID}'
description: 'GCP project id.'
tags:
- tag: db-version
value: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
- tag: high-availability
value: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
- tag: instance-type
value: '{#CLOUD_SQL.INSTANCE.TYPE}'
- tag: project
value: '{#GCP.PROJECT.ID}'
- tag: service
value: cloudsql
- tag: service
value: gcp
- tag: service
value: pgsql
- tag: tier
value: '{#CLOUD_SQL.INSTANCE.TIER}'
- tag: zone
value: '{#CLOUD_SQL.INSTANCE.ZONE}'
custom_interfaces: 'YES'
interfaces:
- default: 'NO'
ip: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
dns: external.ip
- ip: '{#CLOUD_SQL.INSTANCE.IP}'
dns: internal.ip
master_item:
key: gcp.cloudsql.instances.get
lld_macro_paths:
- lld_macro: '{#CLOUD_SQL.INSTANCE.NAME}'
path: $.name
- lld_macro: '{#CLOUD_SQL.INSTANCE.ZONE}'
path: $.zone
- lld_macro: '{#CLOUD_SQL.INSTANCE.IP}'
path: $.ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.EXT.IP}'
path: $.ext_ip
- lld_macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
path: $.inst_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.DB.TYPE}'
path: $.db_type
- lld_macro: '{#CLOUD_SQL.INSTANCE.TIER}'
path: $.tier
- lld_macro: '{#CLOUD_SQL.INSTANCE.HIGH.AVAIL}'
path: $.high_availability
- lld_macro: '{#CLOUD_SQL.MASTER}'
path: $.master
- lld_macro: '{#GCP.AUTH.TOKEN}'
path: $.token
- lld_macro: '{#GCP.PROJECT.ID}'
path: $.project_id
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
overrides:
- name: 'PostgreSQL replica'
step: '1'
filter:
conditions:
- macro: '{#CLOUD_SQL.INSTANCE.TYPE}'
value: READ_REPLICA_INSTANCE
formulaid: A
- macro: '{#CLOUD_SQL.MASTER}'
operator: EXISTS
formulaid: B
operations:
- operationobject: HOST_PROTOTYPE
operator: REGEXP
tags:
- tag: master_instance
value: '{#CLOUD_SQL.MASTER}'
templates:
- name: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
- uuid: 7d0226eccc5644c89fff10f7ece1c8b4
name: 'GCP Compute Engine: Instances discovery'
type: DEPENDENT
key: gcp.gce.inst.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#GCE.INSTANCE.NAME}'
value: '{$GCP.GCE.INST.NAME.MATCHES}'
formulaid: A
- macro: '{#GCE.INSTANCE.NAME}'
value: '{$GCP.GCE.INST.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
- macro: '{#GCE.INSTANCE.ZONE}'
value: '{$GCP.GCE.ZONE.MATCHES}'
formulaid: C
- macro: '{#GCE.INSTANCE.ZONE}'
value: '{$GCP.GCE.ZONE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: D
lifetime: 7d
description: 'GCP Compute Engine: Instances discovery.'
host_prototypes:
- uuid: cb22d82a12814afb8ba833c649d575c4
host: '{#GCE.INSTANCE.ID}'
name: '{#GCE.INSTANCE.NAME}'
group_links:
- group:
name: 'Virtual machines'
templates:
- name: 'GCP Compute Engine Instance by HTTP'
macros:
- macro: '{$GCE.INSTANCE.ZONE}'
value: '{#GCE.INSTANCE.ZONE}'
description: 'Instance zone (location).'
- macro: '{$GCE.INTEGRITY.STATE}'
value: '{#GCE.INTEGRITY.STATE}'
description: 'Instance integrity metrics status.'
- macro: '{$GCE.MACHINE.TYPE}'
value: '{#GCE.MACHINE.TYPE}'
description: 'Instance machine type.'
- macro: '{$GCP.AUTH.TOKEN}'
value: '{#GCP.AUTH.TOKEN}'
description: 'Google Cloud Platform authorization token.'
- macro: '{$GCP.PROJECT.ID}'
value: '{#GCP.PROJECT.ID}'
description: 'GCP project id.'
tags:
- tag: instance-type
value: '{#GCE.INSTANCE.TYPE}'
- tag: machine-type
value: '{#GCE.MACHINE.TYPE}'
- tag: project
value: '{#GCP.PROJECT.ID}'
- tag: service
value: gce
- tag: service
value: gcp
- tag: zone
value: '{#GCE.INSTANCE.ZONE}'
custom_interfaces: 'YES'
interfaces:
- default: 'NO'
ip: '{#GCE.INSTANCE.EXT.IP}'
dns: external.ip
- ip: '{#GCE.INSTANCE.IP}'
dns: internal.ip
master_item:
key: gcp.gce.instances.get
lld_macro_paths:
- lld_macro: '{#GCE.INSTANCE.ID}'
path: $.id
- lld_macro: '{#GCE.INSTANCE.NAME}'
path: $.name
- lld_macro: '{#GCE.INSTANCE.ZONE}'
path: $.zone
- lld_macro: '{#GCE.MACHINE.TYPE}'
path: $.m_type
- lld_macro: '{#GCE.INSTANCE.TYPE}'
path: $.i_type
- lld_macro: '{#GCE.INTEGRITY.STATE}'
path: $.integrity
- lld_macro: '{#GCE.INSTANCE.IP}'
path: $.ip
- lld_macro: '{#GCE.INSTANCE.EXT.IP}'
path: $.ext_ip
- lld_macro: '{#GCP.AUTH.TOKEN}'
path: $.token
- lld_macro: '{#GCP.PROJECT.ID}'
path: $.project_id
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
- uuid: 1a0dc88bc40d45af90ca761dcb611bf0
name: 'GCP Compute Engine: Project quotas discovery'
type: DEPENDENT
key: gcp.gce.quotas.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#GCE.QUOTA.NAME}'
value: '{$GCP.GCE.QUOTA.MATCHES}'
formulaid: A
- macro: '{#GCE.QUOTA.NAME}'
value: '{$GCP.GCE.QUOTA.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
lifetime: 7d
description: 'GCP Compute Engine: Quotas discovery.'
item_prototypes:
- uuid: 1e9a772b9a89497ba695079fc480bd0a
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Limit'
type: DEPENDENT
key: 'gcp.gce.quota.limit[{#GCE.QUOTA.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'GCP Compute Engine: The current limit value for [{#GCE.QUOTA.NAME}] quota.'
preprocessing:
- type: JSONPATH
parameters:
- $.limit
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.QUOTA.NAME}]'
tags:
- tag: component
value: quota
- tag: quota
value: '{#GCE.QUOTA.NAME}'
trigger_prototypes:
- uuid: ac0d8842f0934dcead56d41f328c10d2
expression: 'change(/GCP by HTTP/gcp.gce.quota.limit[{#GCE.QUOTA.NAME}]) <> 0'
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}] limit has been changed'
opdata: 'Current limit: {ITEM.VALUE}'
priority: INFO
description: 'GCP Compute Engine: The limit for the `{#GCE.QUOTA.NAME}` quota has been changed.'
manual_close: 'YES'
tags:
- tag: scope
value: capacity
- uuid: 6bb3700f7c5c4c51b6a435f5c7d0e315
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Percentage used'
type: DEPENDENT
key: 'gcp.gce.quota.pused[{#GCE.QUOTA.NAME}]'
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: 'GCP Compute Engine: Percentage usage for [{#GCE.QUOTA.NAME}] quota.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
- type: JSONPATH
parameters:
- $.p_used
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.QUOTA.NAME}]'
tags:
- tag: component
value: quota
- tag: quota
value: '{#GCE.QUOTA.NAME}'
trigger_prototypes:
- uuid: ecce0204198d4edda88f84d4f25ba75c
expression: 'last(/GCP by HTTP/gcp.gce.quota.pused[{#GCE.QUOTA.NAME}]) >= {$GCP.GCE.QUOTA.PUSED.MIN.WARN:"{#GCE.QUOTA.NAME}"}'
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}] usage is close to reaching the limit'
opdata: 'Usage: {#GCE.QUOTA.USAGE} | Limit: {#GCE.QUOTA.LIMIT} | Percentage {ITEM.VALUE}%'
priority: WARNING
description: 'GCP Compute Engine: The usage percentage for the `{#GCE.QUOTA.NAME}` quota is close to reaching the limit.'
manual_close: 'YES'
dependencies:
- name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}] usage is critically close to reaching the limit'
expression: 'last(/GCP by HTTP/gcp.gce.quota.pused[{#GCE.QUOTA.NAME}]) >= {$GCP.GCE.QUOTA.PUSED.MIN.CRIT:"{#GCE.QUOTA.NAME}"}'
tags:
- tag: scope
value: capacity
- uuid: bc894d5e4f694e428fcb32babe87c204
expression: 'last(/GCP by HTTP/gcp.gce.quota.pused[{#GCE.QUOTA.NAME}]) >= {$GCP.GCE.QUOTA.PUSED.MIN.CRIT:"{#GCE.QUOTA.NAME}"}'
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}] usage is critically close to reaching the limit'
opdata: 'Usage: {#GCE.QUOTA.USAGE} | Limit: {#GCE.QUOTA.LIMIT} | Percentage {ITEM.VALUE}%'
priority: AVERAGE
description: 'GCP Compute Engine: The usage percentage for the `{#GCE.QUOTA.NAME}` quota is critically close to reaching the limit.'
manual_close: 'YES'
tags:
- tag: scope
value: capacity
- tag: scope
value: notice
- uuid: a439501636fd49f0aaf3902300d943b8
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Raw data'
type: DEPENDENT
key: 'gcp.gce.quota.single.raw[{#GCE.QUOTA.NAME}]'
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'GCP Compute Engine: Get metrics for [{#GCE.QUOTA.NAME}] quota.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.metric == "{#GCE.QUOTA.NAME}")].first()'
master_item:
key: gcp.gce.quotas.get
tags:
- tag: component
value: raw
- tag: quota
value: '{#GCE.QUOTA.NAME}'
- uuid: 936c66cc59a240858f67922dcba2cbec
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Usage'
type: DEPENDENT
key: 'gcp.gce.quota.usage[{#GCE.QUOTA.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'GCP Compute Engine: The current usage value for [{#GCE.QUOTA.NAME}] quota.'
preprocessing:
- type: JSONPATH
parameters:
- $.usage
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.QUOTA.NAME}]'
tags:
- tag: component
value: quota
- tag: quota
value: '{#GCE.QUOTA.NAME}'
graph_prototypes:
- uuid: 45de6eacbed84c82bfe9175fcf84e0c3
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Usage'
graph_items:
- drawtype: GRADIENT_LINE
color: 199C0D
item:
host: 'GCP by HTTP'
key: 'gcp.gce.quota.usage[{#GCE.QUOTA.NAME}]'
- sortorder: '1'
drawtype: BOLD_LINE
color: F63100
calc_fnc: MIN
item:
host: 'GCP by HTTP'
key: 'gcp.gce.quota.limit[{#GCE.QUOTA.NAME}]'
master_item:
key: gcp.gce.quotas.get
lld_macro_paths:
- lld_macro: '{#GCE.QUOTA.NAME}'
path: $.metric
- lld_macro: '{#GCE.QUOTA.USAGE}'
path: $.usage
- lld_macro: '{#GCE.QUOTA.LIMIT}'
path: $.limit
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
tags:
- tag: class
value: cloud
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
macros:
- macro: '{$GCP.AUTH.FREQUENCY}'
value: 45m
description: |
The update interval for the GCP Authorization item, which also equals to the access token regeneration request frequency.
Check the template documentation notes carefully for more details.
- macro: '{$GCP.CLIENT.EMAIL}'
description: 'Service account client e-mail.'
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.GCE.INST.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine instances by namespace.'
- macro: '{$GCP.GCE.INST.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine instances by namespace.'
- macro: '{$GCP.GCE.QUOTA.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine project quotas by namespace.'
- macro: '{$GCP.GCE.QUOTA.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine project quotas by namespace.'
- macro: '{$GCP.GCE.QUOTA.PUSED.MIN.CRIT}'
value: '95'
description: 'GCP Compute Engine project quota critical quota utilization threshold.'
- macro: '{$GCP.GCE.QUOTA.PUSED.MIN.WARN}'
value: '80'
description: 'GCP Compute Engine project quota warning utilization threshold.'
- macro: '{$GCP.GCE.ZONE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine instances by zone.'
- macro: '{$GCP.GCE.ZONE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine instances by zone.'
- macro: '{$GCP.MSSQL.INST.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL instances by namespace.'
- macro: '{$GCP.MSSQL.INST.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MSSQL instances by namespace.'
- macro: '{$GCP.MSSQL.INST.TYPE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL instances by type (standalone/replica).'
- macro: '{$GCP.MSSQL.INST.TYPE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: |
The filter to exclude GCP Cloud SQL MSSQL instances by type (standalone/replica).
Set a macro value 'CLOUD_SQL_INSTANCE' to exclude standalone Instances or 'READ_REPLICA_INSTANCE' to exclude read-only Replicas.
- macro: '{$GCP.MSSQL.ZONE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL instances by zone.'
- macro: '{$GCP.MSSQL.ZONE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MSSQL instances by zone.'
- macro: '{$GCP.MYSQL.INST.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MySQL instances by namespace.'
- macro: '{$GCP.MYSQL.INST.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MySQL instances by namespace.'
- macro: '{$GCP.MYSQL.INST.TYPE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MySQL instances by type (standalone/replica).'
- macro: '{$GCP.MYSQL.INST.TYPE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: |
The filter to exclude GCP Cloud SQL MySQL instances by type (standalone/replica).
Set a macro value 'CLOUD_SQL_INSTANCE' to exclude standalone Instances or 'READ_REPLICA_INSTANCE' to exclude read-only Replicas.
- macro: '{$GCP.MYSQL.ZONE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MySQL instances by zone.'
- macro: '{$GCP.MYSQL.ZONE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MySQL instances by zone.'
- macro: '{$GCP.PGSQL.INST.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL PostgreSQL instances by namespace.'
- macro: '{$GCP.PGSQL.INST.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL PostgreSQL instances by namespace.'
- macro: '{$GCP.PGSQL.INST.TYPE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL PostgreSQL instances by type (standalone/replica).'
- macro: '{$GCP.PGSQL.INST.TYPE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: |
The filter to exclude GCP Cloud SQL PostgreSQL instances by type (standalone/replica).
Set a macro value 'CLOUD_SQL_INSTANCE' to exclude standalone Instances or 'READ_REPLICA_INSTANCE' to exclude read-only Replicas.
- macro: '{$GCP.PGSQL.ZONE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL PostgreSQL instances by zone.'
- macro: '{$GCP.PGSQL.ZONE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL PostgreSQL instances by zone.'
- macro: '{$GCP.PRIVATE.KEY}'
type: SECRET_TEXT
description: 'Service account private key data.'
- macro: '{$GCP.PRIVATE.KEY.ID}'
type: SECRET_TEXT
description: 'Service account private key id.'
- macro: '{$GCP.PROJECT.ID}'
description: 'GCP project ID.'
dashboards:
- uuid: 71df4601171e471ea74a291242028394
name: 'Project resources'
pages:
- name: 'Project resources'
widgets:
- type: graphprototype
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: GRAPH_PROTOTYPE
name: graphid
value:
host: 'GCP by HTTP'
name: 'GCP Compute Engine: Quota [{#GCE.QUOTA.NAME}]: Usage'
- type: graphprototype
x: '12'
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: INTEGER
name: source_type
value: '3'
- type: ITEM_PROTOTYPE
name: itemid
value:
host: 'GCP by HTTP'
key: 'gcp.gce.quota.pused[{#GCE.QUOTA.NAME}]'
- type: item
name: 'Cloud SQL MSSQL'
x: '18'
'y': '5'
width: '6'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.mssql_count
- type: item
name: 'Cloud SQL MySQL'
x: '6'
'y': '5'
width: '6'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.mysql_count
- type: item
name: 'Cloud SQL PostgreSQL'
x: '12'
'y': '5'
width: '6'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.pgsql_count
- type: item
name: 'Cloud SQL total'
'y': '5'
width: '6'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.cloudsql.instances.total
- type: item
name: 'GCE COS instances'
x: '16'
width: '8'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.cos_count
- type: item
name: 'GCE instances total'
width: '8'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.total
- type: item
name: 'GCE regular instances'
x: '8'
width: '8'
height: '5'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: show
value: '4'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_places
value: '0'
- type: ITEM
name: itemid
value:
host: 'GCP by HTTP'
key: gcp.gce.instances.regular_count
- uuid: 507d70db18554a4e9ee5e09bb29bc85f
template: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL by HTTP'
description: |
Get GCP Cloud SQL MSSQL instances monitoring with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: a8d79cab89864c03a7614bd59f734942
name: 'GCP Cloud SQL MSSQL: Audits size'
type: DEPENDENT
key: gcp.cloudsql.mssql.audits_size
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Tracks the size in bytes of stored SQLServer audit files on an instance.
Empty value if there are no audits enabled.
preprocessing:
- type: JSONPATH
parameters:
- $.base_audits_size
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: security
- uuid: 3026bc61670c496a942a94ab50b614df
name: 'GCP Cloud SQL MSSQL: Audits successfully uploaded'
type: DEPENDENT
key: gcp.cloudsql.mssql.audits_upload_count
delay: '0'
history: 7d
trends: 90d
description: |
Tracks the size in bytes of stored SQLServer audit files on an instance.
Empty value if there are no audits enabled.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_success
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: security
- uuid: d512c542f5514681acbb11431a0a6f5a
name: 'GCP Cloud SQL MSSQL: Connection resets'
type: DEPENDENT
key: gcp.cloudsql.mssql.conn.connection_reset_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of login operations started from the connection pool since the last restart of SQL Server service.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_connection_reset_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 300a6cb53fb44176bdf99eba86a976bd
name: 'GCP Cloud SQL MSSQL: Login attempts'
type: DEPENDENT
key: gcp.cloudsql.mssql.conn.login_attempt_count
delay: '0'
history: 7d
trends: 90d
description: |
Total number of login attempts since the last restart of SQL Server service.
This does not include pooled connections.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_login_attempt_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 622c237ed12e44c7b2415676ec23bd2d
name: 'GCP Cloud SQL MSSQL: Logouts'
type: DEPENDENT
key: gcp.cloudsql.mssql.conn.logout_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of logout operations since the last restart of SQL Server service.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_logout_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 6ba672cbf4c242eb8e6fb80eba4c90d8
name: 'GCP Cloud SQL MSSQL: Processes blocked'
type: DEPENDENT
key: gcp.cloudsql.mssql.conn.processes_blocked
delay: '0'
history: 7d
trends: 90d
description: 'Current number of blocked processes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_processes_blocked
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 38de8ae591854d5fbc4ee4946a2e189a
name: 'GCP Cloud SQL MSSQL: Reserved CPU cores'
type: DEPENDENT
key: gcp.cloudsql.mssql.cpu.reserved_cores
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
description: 'Number of cores reserved for the database.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_reserved_cores
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: cpu
- uuid: cd1f9ab326ac4694b3aeea6cb4ec56ab
name: 'GCP Cloud SQL MSSQL: CPU usage time'
type: DEPENDENT
key: gcp.cloudsql.mssql.cpu.usage_time
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: 'Cumulative CPU usage time in seconds.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage_time
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: cpu
- uuid: 42d51e38b96f472996eff1e0f9d7b931
name: 'GCP Cloud SQL MSSQL: CPU utilization'
type: DEPENDENT
key: gcp.cloudsql.mssql.cpu.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: 'Current CPU utilization represented as a percentage of the reserved CPU that is currently in use.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: cpu
triggers:
- uuid: b8280e45fea8470e9f36f7f08e4a77e1
expression: 'min(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.cpu.utilization,5m) >= {$CLOUD_SQL.MSSQL.CPU.UTIL.MAX}'
name: 'GCP Cloud SQL MSSQL: High CPU utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'The CPU utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: ecdd1774ef744bcb93e8e4094e29772f
name: 'GCP Cloud SQL MSSQL: Databases get'
type: SCRIPT
key: gcp.cloudsql.mssql.db.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/sqlserver/transactions/',
arr = [],
base_paths = [
'log_bytes_flushed_count',
'transaction_count'
];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
metrics = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
time_series = getField(raw, 'timeSeriesData');
for (t in time_series) {
data = {
database: getField(time_series[t], 'labelValues.3.stringValue'),
metrics: {}
};
for (i in metrics) {
re = /(^t_\d+\.value(_|\.))/g;
data['metrics'][getField(metrics[i], 'key').replace(re, '')] = getField(time_series[t], 'pointData.0.values.' + i + '.int64Value');
}
arr.push(data);
}
return JSON.stringify(arr);
description: 'MSSQL databases data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: 9806c645a10a4e1d8fbb39eb1d3ac993
name: 'GCP Cloud SQL MSSQL: DB engine state'
type: HTTP_AGENT
key: gcp.cloudsql.mssql.db.state
history: 7d
description: 'GCP Cloud SQL MSSQL DB Engine State.'
valuemap:
name: 'Database availability'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].int64Value'
error_handler: DISCARD_VALUE
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/up | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: b3c7b8e2e38a42fe9d2ae3c84b637e53
expression: |
last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.db.state)=0
name: 'GCP Cloud SQL MSSQL: Database engine is down'
priority: AVERAGE
description: |
Database engine is down.
If an instance experiences unplanned (non-maintenance) downtime, the instance state will still be RUNNING, but the database engine state metric will report 0.
dependencies:
- name: 'GCP Cloud SQL MSSQL: Failed to get the instance state'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 10'
- name: 'GCP Cloud SQL MSSQL: Instance is in failed state'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 5'
- name: 'GCP Cloud SQL MSSQL: Instance is in maintenance'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 4'
- name: 'GCP Cloud SQL MSSQL: Instance is in suspended state'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 1'
- name: 'GCP Cloud SQL MSSQL: Instance is in unknown state'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 6'
- name: 'GCP Cloud SQL MSSQL: Instance is stopped by the owner'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 2'
tags:
- tag: scope
value: availability
- uuid: cd6cf3870a514ff59bd1f40987764642
name: 'GCP Cloud SQL MSSQL: Disk bytes used'
type: DEPENDENT
key: gcp.cloudsql.mssql.disk.bytes_used
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Data utilization in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_bytes_used
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: storage
- uuid: 86bdbf20c9b4466c9ea00e26cb0f0652
name: 'GCP Cloud SQL MSSQL: Disk size'
type: DEPENDENT
key: gcp.cloudsql.mssql.disk.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum data disk size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_quota
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: storage
- uuid: 400a7318203f40928ebf0b023da65848
name: 'GCP Cloud SQL MSSQL: Disk read I/O'
type: DEPENDENT
key: gcp.cloudsql.mssql.disk.read_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk read I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_read_ops_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: storage
- uuid: 1d0c09441d9d4333b7be32c3d69bad47
name: 'GCP Cloud SQL MSSQL: Disk utilization'
type: DEPENDENT
key: gcp.cloudsql.mssql.disk.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the disk quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: storage
triggers:
- uuid: 2cbc7e3008f24197963df4ea920ab5a8
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.disk.utilization) >= {$CLOUD_SQL.MSSQL.DISK.UTIL.CRIT}'
name: 'GCP Cloud SQL MSSQL: Disk space is critically low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'Critical utilization of the disk space.'
tags:
- tag: scope
value: capacity
- uuid: 2569abbb94ca4df38cdd4f9d5a5df9fc
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.disk.utilization) >= {$CLOUD_SQL.MSSQL.DISK.UTIL.WARN}'
name: 'GCP Cloud SQL MSSQL: Disk space is low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: WARNING
description: 'High utilization of the storage space.'
dependencies:
- name: 'GCP Cloud SQL MSSQL: Disk space is critically low'
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.disk.utilization) >= {$CLOUD_SQL.MSSQL.DISK.UTIL.CRIT}'
tags:
- tag: scope
value: capacity
- uuid: 819078cd99af46368eb33d76dadf4861
name: 'GCP Cloud SQL MSSQL: Disk write I/O'
type: DEPENDENT
key: gcp.cloudsql.mssql.disk.write_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk write I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_write_ops_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: storage
- uuid: 556c96cf1bf342f99c69dc47813f221e
name: 'GCP Cloud SQL MSSQL: Instance state'
type: HTTP_AGENT
key: gcp.cloudsql.mssql.inst.state
history: 7d
description: 'GCP Cloud SQL MSSQL Current instance state.'
valuemap:
name: 'Instance state'
preprocessing:
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].stringValue'
error_handler: CUSTOM_VALUE
error_handler_params: '10'
- type: JAVASCRIPT
parameters:
- |
const idx = [
'RUNNING',
'SUSPENDED',
'RUNNABLE',
'PENDING_CREATE',
'MAINTENANCE',
'FAILED',
'UNKNOWN_STATE'
].indexOf(value);
return idx !== -1 ? idx : 10;
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/state | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: dff9067ad7de4ab1a4f83c9d482e6b71
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 10'
name: 'GCP Cloud SQL MSSQL: Failed to get the instance state'
priority: AVERAGE
description: |
Failed to get the instance state.
Check access permissions to GCP API or service account.
tags:
- tag: scope
value: availability
- uuid: 3d7e054340e94b09b085e508b9b76841
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 5'
name: 'GCP Cloud SQL MSSQL: Instance is in failed state'
priority: AVERAGE
description: |
The instance creation failed, or an operation left the instance in an own bad state.
tags:
- tag: scope
value: availability
- uuid: dd395fd3003f4fce847cd72309cdf7ec
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 4'
name: 'GCP Cloud SQL MSSQL: Instance is in maintenance'
priority: INFO
description: 'The instance is down for maintenance.'
tags:
- tag: scope
value: availability
- uuid: 3c080bba511e44aab1139b66f00451ee
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 1'
name: 'GCP Cloud SQL MSSQL: Instance is in suspended state'
priority: WARNING
description: |
The instance is in suspended state.
It is not available, for example, due to problems with billing.
tags:
- tag: scope
value: availability
- uuid: 378b4d62582d416db7cb7fd6ed099ac9
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 6'
name: 'GCP Cloud SQL MSSQL: Instance is in unknown state'
priority: AVERAGE
description: |
The state of the instance is unknown.
tags:
- tag: scope
value: availability
- uuid: 72ecba08f6424573a36b816da9695b89
expression: 'last(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.inst.state) = 2'
name: 'GCP Cloud SQL MSSQL: Instance is stopped by the owner'
priority: INFO
description: |
The instance has been stopped by the owner.
It is not currently running, but it's ready to be restarted.
tags:
- tag: scope
value: availability
- uuid: a29584de7ab142309f0bb6f57b52af85
name: 'GCP Cloud SQL MSSQL: Buffer cache hit ratio'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.buffer_cache_hit_ratio
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
Current percentage of pages found in the buffer cache without having to read from disk.
The ratio is the total number of cache hits divided by the total number of cache lookups.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_buffer_cache_hit_ratio
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: f8460bbac21c44a98a31a49daf7f692f
name: 'GCP Cloud SQL MSSQL: Checkpoint pages'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.checkpoint_page_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of pages flushed to disk by a checkpoint or other operation that requires all dirty pages to be flushed.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_checkpoint_page_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: cc6a5230c7a2447e8038cdbe52105da4
name: 'GCP Cloud SQL MSSQL: Free list stalls'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.free_list_stall_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of requests that had to wait for a free page.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_free_list_stall_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: d86e328fc5fa4c3d938a4959075299b5
name: 'GCP Cloud SQL MSSQL: Lazy writes'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.lazy_write_count
delay: '0'
history: 7d
trends: 90d
description: |
Total number of buffers written by the buffer manager's lazy writer.
The lazy writer is a system process that flushes out batches of dirty, aged buffers
(buffers that contain changes that must be written back to disk before the buffer can be reused for a different page)
and makes them available to user processes.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_lazy_write_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 2fa0744221884109951ce62d3bb9aaaf
name: 'GCP Cloud SQL MSSQL: Memory grants pending'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.memory_grants_pending
delay: '0'
history: 7d
trends: 90d
description: 'Current number of processes waiting for a workspace memory grant.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_memory_grants_pending
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 3dcad151d0c04f8eb0e8e81c00de23c8
name: 'GCP Cloud SQL MSSQL: Page life expectancy'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.page_life_expectancy
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Current number of seconds a page will stay in the buffer pool without references.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_page_life_expectancy
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 4d87a50d490348afbaf751857beb5b61
name: 'GCP Cloud SQL MSSQL: Read page operations'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.page_ops.read
delay: '0'
history: 7d
trends: 90d
description: |
Total number of physical database page reads.
This metric counts physical page reads across all databases.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_read
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 41654bd730b744acbc0ea6de07c992f3
name: 'GCP Cloud SQL MSSQL: Write age operations'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.page_ops.write
delay: '0'
history: 7d
trends: 90d
description: |
Total number of physical database page writes.
This metric counts physical page writes across all databases.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_write
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: db943300803847718c52d0d33988d81e
name: 'GCP Cloud SQL MSSQL: Memory size'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum RAM size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_quota
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 21b075a5f95d4c93888b7a0766fdcea5
name: 'GCP Cloud SQL MSSQL: Memory used by DB engine'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.total_usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Total RAM usage in bytes.
This metric reports the RAM usage of the database process, including the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_total_usage
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 05d1ff573371416dad9ee028247b1cf3
name: 'GCP Cloud SQL MSSQL: Memory usage'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
The RAM usage in bytes.
This metric reports the RAM usage of the server, excluding the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
- uuid: 4e11944fb7624ffdb02b5d1bb5bedf7a
name: 'GCP Cloud SQL MSSQL: Memory utilization'
type: DEPENDENT
key: gcp.cloudsql.mssql.memory.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the memory quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.base_ram_pused
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: memory
triggers:
- uuid: c5003533f3524b8b868a0c2f86b1fa9b
expression: 'min(/GCP Cloud SQL MSSQL by HTTP/gcp.cloudsql.mssql.memory.utilization,5m) >= {$CLOUD_SQL.MSSQL.RAM.UTIL.MAX}'
name: 'GCP Cloud SQL MSSQL: High memory utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: HIGH
description: 'RAM utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 6de08b07cecc47a88bde22de5d1b4e5a
name: 'GCP Cloud SQL MSSQL: Metrics get'
type: SCRIPT
key: gcp.cloudsql.mssql.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/',
mssql_path = 'cloudsql.googleapis.com/database/sqlserver/',
obj = {},
base_paths = [
'cpu/reserved_cores',
'cpu/usage_time',
'cpu/utilization',
'disk/read_ops_count',
'disk/write_ops_count',
'memory/quota',
'memory/total_usage',
'memory/usage',
'network/connections',
'network/received_bytes_count',
'network/sent_bytes_count | map ignore [destination]'
].map(function (path) { return base_path + path; }),
mssql_paths = [
'connections/connection_reset_count',
'connections/login_attempt_count',
'connections/logout_count',
'connections/processes_blocked',
'memory/buffer_cache_hit_ratio',
'memory/checkpoint_page_count',
'memory/lazy_write_count',
'memory/memory_grants_pending',
'memory/page_life_expectancy',
'memory/free_list_stall_count',
'transactions/batch_request_count',
'transactions/forwarded_record_count',
'transactions/full_scan_count',
'transactions/page_split_count',
'transactions/probe_scan_count',
'transactions/sql_compilation_count',
'transactions/sql_recompilation_count'
].map(function (path) { return mssql_path + path; }).concat(
['disk/bytes_used', 'disk/utilization', 'disk/quota'].map(function (path) { return base_path + path; })),
value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getFieldBool(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
return false;
}
data = data[step];
}
return true;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token', 'audited'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
if (params.audited !== 'true' && params.audited !== 'false') {
throw 'Incorrect audit definition type. Valid definitions: true/false';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
function rawMap(raw, prefix) {
var keys = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in keys) {
var key = getField(keys[i], 'key').replace(re, '');
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
if (prefix) {
obj[prefix + key] = values[i][value_types[v]];
}
else {
obj[key] = values[i][value_types[v]];
}
}
}
}
return obj;
}
function singleMetrics(tsd) {
var result = {};
for (t in tsd) {
for (v in value_types) {
if (getFieldBool(tsd[t], 'pointData.0.values.0.' + [value_types[v]])) {
result['mssql_' + getField(tsd[t], 'labelValues.3.stringValue').toLowerCase()] = tsd[t].pointData[0].values[0][value_types[v]];
break;
}
}
}
return result;
}
var params = checkParams(JSON.parse(value));
if (params.audited === 'true') {
base_paths.push(mssql_path + 'audits_size');
};
var time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query',
queries = [
{ name: 'base_', data: { query: '{' + base_paths.join(';') + '}' + j_filter } },
{ name: 'mssql_', data: { query: '{' + mssql_paths.join(';') + '}' + j_filter } }
];
for (q in queries) {
raw = getHttpData(url, params.token, queries[q].data);
obj = Object.assign(obj, rawMap(raw, queries[q].name));
}
obj.base_ram_pused = Math.floor(getField(obj, 'base_usage') / getField(obj, 'base_quota') * 100);
var single_queries = [
{ query: mssql_path + 'memory/page_operation_count' + filter }
];
if (params.audited === 'true') {
single_queries.push({ query: mssql_path + 'audits_upload_count' + filter });
}
for (q in single_queries) {
raw = getHttpData(url, params.token, single_queries[q]);
Object.assign(obj, singleMetrics(getField(raw, 'timeSeriesData')));
}
return JSON.stringify(obj);
description: 'MSSQL metrics data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
- name: audited
value: '{$CLOUD_SQL.MSSQL.AUDITED}'
tags:
- tag: component
value: raw
- uuid: 393b6117008d4925be9474afc9c7cdf9
name: 'GCP Cloud SQL MSSQL: Connections'
type: DEPENDENT
key: gcp.cloudsql.mssql.network.connections
delay: '0'
history: 7d
trends: 90d
description: 'Number of connections to the databases on the Cloud SQL instance.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_connections
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 297744bfcdd84565b828e1c6912beb46
name: 'GCP Cloud SQL MSSQL: Network: Received bytes'
type: DEPENDENT
key: gcp.cloudsql.mssql.network.received_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes received through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_received_bytes_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: b362d14169b34f00ab3fa94b89a1b362
name: 'GCP Cloud SQL MSSQL: Network: Sent bytes'
type: DEPENDENT
key: gcp.cloudsql.mssql.network.sent_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes sent through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_sent_bytes_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 7ee117702e1f40faadd901faa9d333ff
name: 'GCP Cloud SQL MSSQL: Resources get'
type: SCRIPT
key: gcp.cloudsql.mssql.resources.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/sqlserver/transactions/',
arr = [],
base_paths = [
'deadlock_count',
'lock_wait_count',
'lock_wait_time'
];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
metrics = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
time_series = getField(raw, 'timeSeriesData');
for (t in time_series) {
data = {
resource: getField(time_series[t], 'labelValues.3.stringValue'),
metrics: {}
};
for (i in metrics) {
re = /(^t_\d+\.value(_|\.))/g;
data['metrics'][getField(metrics[i], 'key').replace(re, '')] = getField(time_series[t], 'pointData.0.values.' + i + '.int64Value');
}
arr.push(data);
}
return JSON.stringify(arr);
description: 'MSSQL resources data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: 3c14882329b94b8e88ca5d85e21bb7c8
name: 'GCP Cloud SQL MSSQL: Schedulers get'
type: SCRIPT
key: gcp.cloudsql.mssql.schedulers.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/sqlserver/schedulers/',
arr = [],
base_paths = ['active_workers', 'current_tasks', 'current_workers', 'pending_disk_io', 'runnable_tasks', 'work_queue'];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
metrics = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
time_series = getField(raw, 'timeSeriesData');
for (t in time_series) {
data = {
scheduler: getField(time_series[t], 'labelValues.3.stringValue'),
metrics: {}
};
for (i in metrics) {
re = /(^t_\d+\.value(_|\.))/g;
data['metrics'][getField(metrics[i], 'key').replace(re, '')] = getField(time_series[t], 'pointData.0.values.' + i + '.int64Value');
}
arr.push(data);
}
return JSON.stringify(arr);
description: 'MSSQL schedulers data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: 7d2c28a537e44ee284e4b5d186b935d6
name: 'GCP Cloud SQL MSSQL: Batch requests'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.batch_request_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of Transact-SQL command batches received.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_batch_request_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 774cffa1a1f24d778f346bea24926690
name: 'GCP Cloud SQL MSSQL: Forwarded records'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.forwarded_record_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of records fetched through forwarded record pointers.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_forwarded_record_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: f80a924d20c4470496202d3e32261e7d
name: 'GCP Cloud SQL MSSQL: Full scans'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.full_scan_count
delay: '0'
history: 7d
trends: 90d
description: |
Total number of unrestricted full scans.
These can be either base-table or full-index scans.
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_full_scan_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: cd6f91964b7041bb929c6f6f3430cc75
name: 'GCP Cloud SQL MSSQL: Page splits'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.page_split_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of page splits that occur as the result of overflowing index pages.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_page_split_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 0b431016ca8245dea8e33c252a9a7c9b
name: 'GCP Cloud SQL MSSQL: Probe scans'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.probe_scan_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of probe scans that are used to find at least one single qualified row in an index or base table directly.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_probe_scan_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: bf4eb81de038452cb3af16b4efcdb4c5
name: 'GCP Cloud SQL MSSQL: SQL compilations'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.sql_compilation_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of SQL compilations.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_sql_compilation_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 39c350f5d1f94726b03c435e9e5e3110
name: 'GCP Cloud SQL MSSQL: SQL recompilations'
type: DEPENDENT
key: gcp.cloudsql.mssql.trans.sql_recompilation_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of SQL recompilations.'
preprocessing:
- type: JSONPATH
parameters:
- $.mssql_sql_recompilation_count
master_item:
key: gcp.cloudsql.mssql.metrics.get
tags:
- tag: component
value: transactions
discovery_rules:
- uuid: 2dad3e63931942f8937b8720c9477a66
name: 'Databases discovery'
type: DEPENDENT
key: gcp.cloudsql.db.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#DB.NAME}'
value: '{$CLOUD_SQL.MSSQL.DB.NAME.MATCHES}'
formulaid: A
- macro: '{#DB.NAME}'
value: '{$CLOUD_SQL.MSSQL.DB.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
lifetime: 7d
description: 'Databases discovery.'
item_prototypes:
- uuid: 8f6deafa9efd416797ea58d1fce41c29
name: 'GCP Cloud SQL MSSQL: Database [{#DB.NAME}]: Log bytes flushed'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.db.log_bytes_flushed_count[{#DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Total number of log bytes flushed for the [{#DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.log_bytes_flushed_count
master_item:
key: 'gcp.cloudsql.mssql.db.raw[{#DB.NAME}]'
tags:
- tag: component
value: database
- tag: database
value: '{#DB.NAME}'
- uuid: b52f757bc2b341e891f60e15795088ca
name: 'GCP Cloud SQL MSSQL: Database [{#DB.NAME}]: Raw data'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.db.raw[{#DB.NAME}]'
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'Data in raw format for the [{#DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.database == "{#DB.NAME}")].metrics.first()'
master_item:
key: gcp.cloudsql.mssql.db.get
tags:
- tag: component
value: raw
- tag: database
value: '{#DB.NAME}'
- uuid: 9f8d37a25e1041c087bbea8d670cce46
name: 'GCP Cloud SQL MSSQL: Database [{#DB.NAME}]: Transactions started'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.db.transaction_count[{#DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Total number of transactions started for the [{#DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.transaction_count
master_item:
key: 'gcp.cloudsql.mssql.db.raw[{#DB.NAME}]'
tags:
- tag: component
value: database
- tag: database
value: '{#DB.NAME}'
master_item:
key: gcp.cloudsql.mssql.db.get
lld_macro_paths:
- lld_macro: '{#DB.NAME}'
path: $.database
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
- uuid: d47a9164fdf54309ab96f48f6dc3c037
name: 'Resources discovery'
type: DEPENDENT
key: gcp.cloudsql.resources.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#RESOURCE.NAME}'
value: '{$CLOUD_SQL.MSSQL.RES.NAME.MATCHES}'
formulaid: A
- macro: '{#RESOURCE.NAME}'
value: '{$CLOUD_SQL.MSSQL.RES.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
lifetime: 7d
description: 'Resources discovery.'
item_prototypes:
- uuid: 55bb12000dca46e096045da83a46edea
name: 'GCP Cloud SQL MSSQL: Resource [{#RESOURCE.NAME}]: Deadlocks'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.resource.deadlock_count[{#RESOURCE.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Total number of lock requests that resulted in a deadlock for the [{#RESOURCE.NAME}] resource.'
preprocessing:
- type: JSONPATH
parameters:
- $.deadlock_count
master_item:
key: 'gcp.cloudsql.mssql.resource.raw[{#RESOURCE.NAME}]'
tags:
- tag: component
value: resource
- tag: resource
value: '{#RESOURCE.NAME}'
- uuid: 0117dba440f34461959490efaff059e2
name: 'GCP Cloud SQL MSSQL: Resource [{#RESOURCE.NAME}]: Lock waits'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.resource.lock_wait_count[{#RESOURCE.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Total number of lock requests that required the caller to wait for the [{#RESOURCE.NAME}] resource.'
preprocessing:
- type: JSONPATH
parameters:
- $.lock_wait_count
master_item:
key: 'gcp.cloudsql.mssql.resource.raw[{#RESOURCE.NAME}]'
tags:
- tag: component
value: resource
- tag: resource
value: '{#RESOURCE.NAME}'
- uuid: 6e8b5646d70b470fa18960c7b43a9aff
name: 'GCP Cloud SQL MSSQL: Resource [{#RESOURCE.NAME}]: Lock wait time'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.resource.lock_wait_time[{#RESOURCE.NAME}]'
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Total time lock requests were waiting for locks for the [{#RESOURCE.NAME}] resource.'
preprocessing:
- type: JSONPATH
parameters:
- $.lock_wait_time
master_item:
key: 'gcp.cloudsql.mssql.resource.raw[{#RESOURCE.NAME}]'
tags:
- tag: component
value: resource
- tag: resource
value: '{#RESOURCE.NAME}'
- uuid: 0cc16595d1e044db947084a44786aaaa
name: 'GCP Cloud SQL MSSQL: Resource [{#RESOURCE.NAME}]: Raw data'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.resource.raw[{#RESOURCE.NAME}]'
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'Data in raw format for the [{#RESOURCE.NAME}] resource.'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.resource == "{#RESOURCE.NAME}")].metrics.first()'
master_item:
key: gcp.cloudsql.mssql.resources.get
tags:
- tag: component
value: raw
- tag: resource
value: '{#RESOURCE.NAME}'
master_item:
key: gcp.cloudsql.mssql.resources.get
lld_macro_paths:
- lld_macro: '{#RESOURCE.NAME}'
path: $.resource
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
- uuid: 31667d0e9c32458d9c895367b3ca7042
name: 'Schedulers discovery'
type: DEPENDENT
key: gcp.cloudsql.schedulers.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#SCHEDULER.ID}'
value: '{$CLOUD_SQL.MSSQL.SCHEDULER.ID.MATCHES}'
formulaid: A
- macro: '{#SCHEDULER.ID}'
value: '{$CLOUD_SQL.MSSQL.SCHEDULER.ID.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
lifetime: 7d
description: 'Schedulers discovery.'
item_prototypes:
- uuid: 67bde61c128e4dfe9e47d8a3a6e3ceec
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Active workers'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.active_workers[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: |
Current number of active workers associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].
An active worker is never preemptive, must have an associated task, and is either running, runnable, or suspended.
preprocessing:
- type: JSONPATH
parameters:
- $.active_workers
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: fc5113b2b5f64205ad9d100bd480adea
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Current tasks'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.current_tasks[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: |
Current number of present tasks associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].
This count includes tasks that are waiting for a worker to execute them and tasks that are currently waiting or running (in SUSPENDED or RUNNABLE state).
preprocessing:
- type: JSONPATH
parameters:
- $.current_tasks
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: 6602f8d26a9a46fb8ed74a40d10f36e4
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Current workers'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.current_workers[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: |
Current number of workers associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].
It includes workers that are not assigned any task.
preprocessing:
- type: JSONPATH
parameters:
- $.current_workers
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: 2022a85bb7c04e73a75136e55162084a
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Pending I/O operations'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.pending_disk_io[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: |
Current number of pending I/Os waiting to be completed that are associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].
Each scheduler has a list of pending I/Os that are checked to determine whether they have been completed every time there is a context switch.
The count is incremented when the request is inserted.
This count is decremented when the request is completed.
This number does not indicate the state of the I/Os.
preprocessing:
- type: JSONPATH
parameters:
- $.pending_disk_io
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: c3e337845c344f4cb0d14a5e7d22cbb7
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Raw data'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'Data in raw format associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.scheduler == "{#SCHEDULER.ID}")].metrics.first()'
master_item:
key: gcp.cloudsql.mssql.schedulers.get
tags:
- tag: component
value: raw
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: a9852ac0cdcc423fad6b305eb57eedf1
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Runnable tasks'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.runnable_tasks[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: 'Current number of workers that are associated with the scheduler that goes by its ID [{#SCHEDULER.ID}] and have assigned tasks waiting to be scheduled on the runnable queue.'
preprocessing:
- type: JSONPATH
parameters:
- $.runnable_tasks
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
- uuid: eaae59fb97124471b1c7c30c601dba1f
name: 'GCP Cloud SQL MSSQL: Scheduler [{#SCHEDULER.ID}]: Work queue'
type: DEPENDENT
key: 'gcp.cloudsql.mssql.scheduler.work_queue[{#SCHEDULER.ID}]'
delay: '0'
history: 7d
trends: 90d
description: |
Current number of tasks in the pending queue associated with the scheduler that goes by its ID [{#SCHEDULER.ID}].
These tasks are waiting for a worker to pick them up.
preprocessing:
- type: JSONPATH
parameters:
- $.work_queue
master_item:
key: 'gcp.cloudsql.mssql.scheduler.raw[{#SCHEDULER.ID}]'
tags:
- tag: component
value: scheduler
- tag: scheduler
value: '{#SCHEDULER.ID}'
master_item:
key: gcp.cloudsql.mssql.schedulers.get
lld_macro_paths:
- lld_macro: '{#SCHEDULER.ID}'
path: $.scheduler
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: mssql
macros:
- macro: '{$CLOUD_SQL.MSSQL.CPU.UTIL.MAX}'
value: '95'
description: 'GCP Cloud SQL MSSQL instance CPU usage threshold.'
- macro: '{$CLOUD_SQL.MSSQL.DB.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL databases by namespace.'
- macro: '{$CLOUD_SQL.MSSQL.DB.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MSSQL databases by namespace.'
- macro: '{$CLOUD_SQL.MSSQL.DISK.UTIL.CRIT}'
value: '90'
description: 'GCP Cloud SQL MSSQL instance critical disk usage threshold.'
- macro: '{$CLOUD_SQL.MSSQL.DISK.UTIL.WARN}'
value: '80'
description: 'GCP Cloud SQL MSSQL instance warning disk usage threshold.'
- macro: '{$CLOUD_SQL.MSSQL.RAM.UTIL.MAX}'
value: '90'
description: 'GCP Cloud SQL MSSQL instance RAM usage threshold.'
- macro: '{$CLOUD_SQL.MSSQL.RES.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL resources by namespace.'
- macro: '{$CLOUD_SQL.MSSQL.RES.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MSSQL resources by namespace.'
- macro: '{$CLOUD_SQL.MSSQL.SCHEDULER.ID.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL MSSQL schedulers by namespace.'
- macro: '{$CLOUD_SQL.MSSQL.SCHEDULER.ID.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL MSSQL schedulers by namespace.'
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: 4233430037fc4570b3a5eb3f23ef02e6
name: 'MSSQL instance'
pages:
- name: 'MSSQL instance'
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.cpu.usage_time
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.cpu.utilization
- type: graph
'y': '5'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Memory usage'
- type: graph
x: '12'
'y': '5'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.utilization
- type: graph
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.disk.utilization
- type: graph
x: '12'
'y': '10'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Disk read/write operations'
- type: graph
'y': '15'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Network traffic'
- type: graph
x: '12'
'y': '15'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.network.connections
- type: graph
'y': '20'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Transactions'
- type: graph
x: '12'
'y': '20'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.buffer_cache_hit_ratio
- type: graph
'y': '25'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Memory workflow'
- type: graph
x: '12'
'y': '25'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL by HTTP'
name: 'GCP Cloud SQL MSSQL: Memory Read/Writes'
valuemaps:
- uuid: d2aa57a09cbb43e8b53b11316193f013
name: 'Database availability'
mappings:
- value: '0'
newvalue: Down
- value: '1'
newvalue: Up
- uuid: 1c26d58d111b4689a2e7acd23a38f1ca
name: 'Instance state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Suspended
- value: '2'
newvalue: Runnable
- value: '3'
newvalue: 'Pending create'
- value: '4'
newvalue: Maintenance
- value: '5'
newvalue: Failed
- value: '6'
newvalue: 'Unknown state'
- value: '10'
newvalue: 'Data retrievement error'
- uuid: 54f0ffb538d94a9bb8062df3e63c4cb6
template: 'GCP Cloud SQL MSSQL Replica by HTTP'
name: 'GCP Cloud SQL MSSQL Replica by HTTP'
description: |
Get GCP Cloud SQL MSSQL monitoring for read-only replicas with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: e66fe8bb6f924cb088ec57b215fe21d7
name: 'GCP Cloud SQL MSSQL: Bytes sent to replica'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.bytes_sent_to_replica_count
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Total number of bytes sent to the remote availability replica.
For an async replica, returns the number of bytes before compression.
For a sync replica without compression, returns the actual number of bytes.
preprocessing:
- type: JSONPATH
parameters:
- $.bytes_sent_to_replica_count
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 4100432768354e1ca7349a901bccbe85
name: 'GCP Cloud SQL MSSQL: Log apply pending queue'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.log_apply_pending_queue
delay: '0'
history: 7d
trends: 90d
description: 'Current number of log blocks that are waiting to be applied to replica.'
preprocessing:
- type: JSONPATH
parameters:
- $.log_apply_pending_queue
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: d060637548af434e926ed833083d9fa0
name: 'GCP Cloud SQL MSSQL: Log bytes received'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.log_bytes_received_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Total size of log records received by the replica.'
preprocessing:
- type: JSONPATH
parameters:
- $.log_bytes_received_count
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: f0d4c711863f4ca9ad76b0099a66a86d
name: 'GCP Cloud SQL MSSQL: Replica metrics get'
type: SCRIPT
key: gcp.cloudsql.mssql.repl.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/sqlserver/replication/',
obj = {},
base_paths = [
'bytes_sent_to_replica_count | map ignore [replica_name]',
'resent_message_count | map ignore [replica_name]',
'log_apply_pending_queue',
'log_bytes_received_count',
'recovery_queue',
'redone_bytes_count'
];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var base_raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
keys = getField(base_raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(base_raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in keys) {
var value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
obj[getField(keys[i], 'key').replace(re, '')] = values[i][value_types[v]];
}
}
}
return JSON.stringify(obj);
description: 'MSSQL replica metrics data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: 4ec364fea7894df29813b65c2d170367
name: 'GCP Cloud SQL MSSQL: Recovery queue'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.recovery_queue
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Current size of log records in bytes in the replica''s log files that have not been redone.'
preprocessing:
- type: JSONPATH
parameters:
- $.recovery_queue
- type: MULTIPLIER
parameters:
- '1024'
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 37c145777926471482ecffd1b6cca792
name: 'GCP Cloud SQL MSSQL: Redone bytes'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.redone_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Total size in bytes of redone log records.'
preprocessing:
- type: JSONPATH
parameters:
- $.redone_bytes_count
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 23911902d27e4fa68435935aeeec28e1
name: 'GCP Cloud SQL MSSQL: Resent messages'
type: DEPENDENT
key: gcp.cloudsql.mssql.repl.resent_message_count
delay: '0'
history: 7d
trends: 90d
description: |
Total count of Always On messages to resend.
This includes messages that were attempted to be sent but failed and require resending.
preprocessing:
- type: JSONPATH
parameters:
- $.resent_message_count
master_item:
key: gcp.cloudsql.mssql.repl.metrics.get
tags:
- tag: component
value: replication
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: mssql
- tag: target
value: replica
macros:
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: f50d9889ca3c4f6b91dd9e40902e37fb
name: 'MSSQL replica'
pages:
- name: 'MSSQL replica'
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MSSQL Replica by HTTP'
name: 'GCP Cloud SQL MSSQL: Replication data'
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MSSQL Replica by HTTP'
key: gcp.cloudsql.mssql.repl.log_apply_pending_queue
- uuid: 38456af4aedd4b168ec3fa4ad2acb256
template: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL by HTTP'
description: |
Get GCP Cloud SQL MySQL instances monitoring with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: 83e36c61e8ce4d06a395ea7b06c5877b
name: 'GCP Cloud SQL MySQL: Reserved CPU cores'
type: DEPENDENT
key: gcp.cloudsql.mysql.cpu.reserved_cores
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
description: 'Number of cores reserved for the database.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_reserved_cores
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: cpu
- uuid: a39ba253dbf24110af48fd49572976fd
name: 'GCP Cloud SQL MySQL: CPU usage time'
type: DEPENDENT
key: gcp.cloudsql.mysql.cpu.usage_time
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: 'Cumulative CPU usage time in seconds.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage_time
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: cpu
- uuid: df7469e3c76c4286846c27003c9785cc
name: 'GCP Cloud SQL MySQL: CPU utilization'
type: DEPENDENT
key: gcp.cloudsql.mysql.cpu.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: 'Current CPU utilization represented as a percentage of the reserved CPU that is currently in use.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: cpu
triggers:
- uuid: 5bf54c01665549c8a05f49db34c86191
expression: 'min(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.cpu.utilization,5m) >= {$CLOUD_SQL.MYSQL.CPU.UTIL.MAX}'
name: 'GCP Cloud SQL MySQL: High CPU utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'The CPU utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 948dac37023c4efcaf5f830ba5d4fafe
name: 'GCP Cloud SQL MySQL: DB engine state'
type: HTTP_AGENT
key: gcp.cloudsql.mysql.db.state
history: 7d
description: 'GCP Cloud SQL MySQL DB Engine State.'
valuemap:
name: 'Database availability'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].int64Value'
error_handler: DISCARD_VALUE
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/up | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: a3eff8c422f5427e9b1c6abb9854f73c
expression: |
last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.db.state)=0
name: 'GCP Cloud SQL MySQL: Database engine is down'
priority: AVERAGE
description: |
Database engine is down.
If an instance experiences unplanned (non-maintenance) downtime, the instance state will still be RUNNING, but the database engine state metric will report 0.
dependencies:
- name: 'GCP Cloud SQL MySQL: Failed to get the instance state'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 10'
- name: 'GCP Cloud SQL MySQL: Instance is in failed state'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 5'
- name: 'GCP Cloud SQL MySQL: Instance is in maintenance'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 4'
- name: 'GCP Cloud SQL MySQL: Instance is in suspended state'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 1'
- name: 'GCP Cloud SQL MySQL: Instance is in unknown state'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 6'
- name: 'GCP Cloud SQL MySQL: Instance is stopped by the owner'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 2'
tags:
- tag: scope
value: availability
- uuid: 76c37760145d43f3927f1a9548dea8a5
name: 'GCP Cloud SQL MySQL: Disk bytes used'
type: DEPENDENT
key: gcp.cloudsql.mysql.disk.bytes_used
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Data utilization in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_bytes_used
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: storage
- uuid: 464fecbbedd64e988739c93736d2b824
name: 'GCP Cloud SQL MySQL: Disk size'
type: DEPENDENT
key: gcp.cloudsql.mysql.disk.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum data disk size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_quota
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: storage
- uuid: d426d282d2ee43fe9c9b64dcb6d0c4c9
name: 'GCP Cloud SQL MySQL: Disk read I/O'
type: DEPENDENT
key: gcp.cloudsql.mysql.disk.read_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk read I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_read_ops_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: storage
- uuid: b2274d47be5041b493b00fd55172c0e9
name: 'GCP Cloud SQL MySQL: Disk utilization'
type: DEPENDENT
key: gcp.cloudsql.mysql.disk.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the disk quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: storage
triggers:
- uuid: d5ade16fb0494ca6af61100a2e643702
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.disk.utilization) >= {$CLOUD_SQL.MYSQL.DISK.UTIL.CRIT}'
name: 'GCP Cloud SQL MySQL: Disk space is critically low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'Critical utilization of the disk space.'
tags:
- tag: scope
value: capacity
- uuid: 3b5c84fee47f4376b19d0738b261c01b
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.disk.utilization) >= {$CLOUD_SQL.MYSQL.DISK.UTIL.WARN}'
name: 'GCP Cloud SQL MySQL: Disk space is low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: WARNING
description: 'High utilization of the storage space.'
dependencies:
- name: 'GCP Cloud SQL MySQL: Disk space is critically low'
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.disk.utilization) >= {$CLOUD_SQL.MYSQL.DISK.UTIL.CRIT}'
tags:
- tag: scope
value: capacity
- uuid: 7a44187c6a404defb0dc83fa22f89d96
name: 'GCP Cloud SQL MySQL: Disk write I/O'
type: DEPENDENT
key: gcp.cloudsql.mysql.disk.write_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk write I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_write_ops_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: storage
- uuid: 5e5b9cdfa7f2455b881cceface136e65
name: 'GCP Cloud SQL MySQL: InnoDB dirty pages'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_dirty
delay: '0'
history: 7d
trends: 90d
description: 'Number of unflushed pages in the InnoDB buffer pool.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_buffer_pool_pages_dirty
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: memory
- uuid: 75835c8326e6461d8f25fb7d55271f16
name: 'GCP Cloud SQL MySQL: InnoDB free pages'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_free
delay: '0'
history: 7d
trends: 90d
description: 'Number of unused pages in the InnoDB buffer pool.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_buffer_pool_pages_free
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: memory
- uuid: 080d5304c0e346808bd70b125a27be4b
name: 'GCP Cloud SQL MySQL: InnoDB total pages'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_total
delay: '0'
history: 7d
trends: 90d
description: 'Total number of pages in the InnoDB buffer pool.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_buffer_pool_pages_total
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: memory
- uuid: 19e259f61fc24e29a189c35121878eb3
name: 'GCP Cloud SQL MySQL: InnoDB fsync calls'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_data_fsyncs
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of InnoDB fsync() calls.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_data_fsyncs
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: storage
- uuid: c4a4ffa274974041bccbd25643ff9f70
name: 'GCP Cloud SQL MySQL: InnoDB log fsync calls'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_os_log_fsyncs
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of InnoDB fsync() calls to the log file.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_os_log_fsyncs
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: storage
- uuid: 4a9154e235e84c0d9dbf0abf44479f49
name: 'GCP Cloud SQL MySQL: InnoDB pages read'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_pages_read
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of InnoDB pages read.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_pages_read
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: memory
- uuid: 584714b219034bbebbc24edad36704c9
name: 'GCP Cloud SQL MySQL: InnoDB pages written'
type: DEPENDENT
key: gcp.cloudsql.mysql.innodb_pages_written
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of InnoDB pages written.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_innodb_pages_written
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: innodb
- tag: component
value: memory
- uuid: 71559008ad444772b0b1212f715980ed
name: 'GCP Cloud SQL MySQL: Instance state'
type: HTTP_AGENT
key: gcp.cloudsql.mysql.inst.state
history: 7d
description: 'GCP Cloud SQL MySQL Current instance state.'
valuemap:
name: 'Instance state'
preprocessing:
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].stringValue'
error_handler: CUSTOM_VALUE
error_handler_params: '10'
- type: JAVASCRIPT
parameters:
- |
const idx = [
'RUNNING',
'SUSPENDED',
'RUNNABLE',
'PENDING_CREATE',
'MAINTENANCE',
'FAILED',
'UNKNOWN_STATE'
].indexOf(value);
return idx !== -1 ? idx : 10;
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/state | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: 3b3adc89e0bb45a79a824121f49d2d02
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 10'
name: 'GCP Cloud SQL MySQL: Failed to get the instance state'
priority: AVERAGE
description: |
Failed to get the instance state.
Check access permissions to GCP API or service account.
tags:
- tag: scope
value: availability
- uuid: 65831fed3d19425c86933db4034ed565
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 5'
name: 'GCP Cloud SQL MySQL: Instance is in failed state'
priority: AVERAGE
description: |
The instance creation failed, or an operation left the instance in an own bad state.
tags:
- tag: scope
value: availability
- uuid: fae15d1ab46c418ebfdfdd73fb698b51
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 4'
name: 'GCP Cloud SQL MySQL: Instance is in maintenance'
priority: INFO
description: 'The instance is down for maintenance.'
tags:
- tag: scope
value: availability
- uuid: 347215d307c8465cad41198f12b5ff68
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 1'
name: 'GCP Cloud SQL MySQL: Instance is in suspended state'
priority: WARNING
description: |
The instance is in suspended state.
It is not available, for example, due to problems with billing.
tags:
- tag: scope
value: availability
- uuid: 1387f9a2ef194d5bb5d1e548fc4eb8d3
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 6'
name: 'GCP Cloud SQL MySQL: Instance is in unknown state'
priority: AVERAGE
description: |
The state of the instance is unknown.
tags:
- tag: scope
value: availability
- uuid: 9c66317433a24be985559fdb11907c70
expression: 'last(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.inst.state) = 2'
name: 'GCP Cloud SQL MySQL: Instance is stopped by the owner'
priority: INFO
description: |
The instance has been stopped by the owner.
It is not currently running, but it's ready to be restarted.
tags:
- tag: scope
value: availability
- uuid: cc09f5591b0242b3b99199b267a1c527
name: 'GCP Cloud SQL MySQL: Memory size'
type: DEPENDENT
key: gcp.cloudsql.mysql.memory.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum RAM size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_quota
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: memory
- uuid: 13868b9408c9489296531bf1fd927084
name: 'GCP Cloud SQL MySQL: Memory used by DB engine'
type: DEPENDENT
key: gcp.cloudsql.mysql.memory.total_usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Total RAM usage in bytes.
This metric reports the RAM usage of the database process, including the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_total_usage
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: memory
- uuid: 995d07fc814f4d12a9c9bdc6bb52481d
name: 'GCP Cloud SQL MySQL: Memory usage'
type: DEPENDENT
key: gcp.cloudsql.mysql.memory.usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
The RAM usage in bytes.
This metric reports the RAM usage of the server, excluding the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: memory
- uuid: efe4357a63ec43f799b2303a952c1378
name: 'GCP Cloud SQL MySQL: Memory utilization'
type: DEPENDENT
key: gcp.cloudsql.mysql.memory.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the memory quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.base_ram_pused
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: memory
triggers:
- uuid: 82e3af43d3104b4ba641e0be56d11662
expression: 'min(/GCP Cloud SQL MySQL by HTTP/gcp.cloudsql.mysql.memory.utilization,5m) >= {$CLOUD_SQL.MYSQL.RAM.UTIL.MAX}'
name: 'GCP Cloud SQL MySQL: High memory utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: HIGH
description: 'RAM utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 682484eaf1db4a239c69566a5cd492e2
name: 'GCP Cloud SQL MySQL: Metrics get'
type: SCRIPT
key: gcp.cloudsql.mysql.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/',
mysql_path = 'cloudsql.googleapis.com/database/mysql/',
obj = {},
base_paths = [
'cpu/reserved_cores',
'cpu/usage_time',
'cpu/utilization',
'disk/read_ops_count',
'disk/write_ops_count',
'memory/quota',
'memory/total_usage',
'memory/usage',
'network/connections',
'network/received_bytes_count',
'network/sent_bytes_count | map ignore [destination]'
].map(function (path) { return base_path + path; }),
mysql_paths = [
'innodb_buffer_pool_pages_dirty',
'innodb_buffer_pool_pages_free',
'innodb_buffer_pool_pages_total',
'innodb_data_fsyncs',
'innodb_os_log_fsyncs',
'innodb_pages_read',
'innodb_pages_written',
'queries',
'questions',
'received_bytes_count',
'sent_bytes_count',
'open_tables',
'open_table_definitions'
].map(function (path) { return mysql_path + path; }).concat(
['disk/bytes_used', 'disk/utilization', 'disk/quota'].map(function (path) { return base_path + path; }));
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
function rawMap(raw, prefix) {
var keys = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in keys) {
var key = getField(keys[i], 'key').replace(re, ''),
value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
if (prefix) {
obj[prefix + key] = values[i][value_types[v]];
}
else {
obj[key] = values[i][value_types[v]];
}
}
}
}
return obj;
}
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query',
queries = [
{ name: 'base_', data: { query: '{' + base_paths.join(';') + '}' + j_filter } },
{ name: 'mysql_', data: { query: '{' + mysql_paths.join(';') + '}' + j_filter } }
];
for (q in queries) {
raw = getHttpData(url, params.token, queries[q].data);
obj = Object.assign(obj, rawMap(raw, queries[q].name));
}
obj.base_ram_pused = Math.floor(getField(obj, 'base_usage') / getField(obj, 'base_quota') * 100);
return JSON.stringify(obj);
description: 'MySQL metrics in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: 9ddae405a9b343759d03b5b29c469d18
name: 'GCP Cloud SQL MySQL: Connections'
type: DEPENDENT
key: gcp.cloudsql.mysql.network.connections
delay: '0'
history: 7d
trends: 90d
description: 'Number of connections to the databases on the Cloud SQL instance.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_connections
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: d970d8e209df4b2a810c2e59f39fa429
name: 'GCP Cloud SQL MySQL: Network: Received bytes'
type: DEPENDENT
key: gcp.cloudsql.mysql.network.received_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes received through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_received_bytes_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 977e4e22ebfc4a19a228a8935d9a342c
name: 'GCP Cloud SQL MySQL: Network: Sent bytes'
type: DEPENDENT
key: gcp.cloudsql.mysql.network.sent_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes sent through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_sent_bytes_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 1d651976f70944acb31cd0430e70d422
name: 'GCP Cloud SQL MySQL: Open tables'
type: DEPENDENT
key: gcp.cloudsql.mysql.open_tables
delay: '0'
history: 7d
trends: 90d
description: 'The number of tables that are currently open.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_open_tables
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: tables
- uuid: 1606766c63bf4aa1ade24a34650eef05
name: 'GCP Cloud SQL MySQL: Open table definitions'
type: DEPENDENT
key: gcp.cloudsql.mysql.open_table_definitions
delay: '0'
history: 7d
trends: 90d
description: 'The number of table definitions that are currently cached.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_open_table_definitions
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: tables
- uuid: 3d3ec2e37bf94fb68c40967b56dfd95c
name: 'GCP Cloud SQL MySQL: Network: Bytes received by MySQL'
type: DEPENDENT
key: gcp.cloudsql.mysql_received_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes received by MySQL process.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_received_bytes_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: f926beb31be44dc0bfb30c571fac280a
name: 'GCP Cloud SQL MySQL: Network: Bytes sent by MySQL'
type: DEPENDENT
key: gcp.cloudsql.mysql_sent_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes sent by MySQL process.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_sent_bytes_count
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: bbdeb595ab1b44d7a332fbf0c2637403
name: 'GCP Cloud SQL MySQL: Queries'
type: DEPENDENT
key: gcp.cloudsql.queries
delay: '0'
history: 7d
trends: 90d
description: 'Delta of statements executed by the server.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_queries
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: queries
- uuid: 114fb26dcdc1441c84c150c7809b3400
name: 'GCP Cloud SQL MySQL: Questions'
type: DEPENDENT
key: gcp.cloudsql.questions
delay: '0'
history: 7d
trends: 90d
description: 'Delta of statements executed by the server sent by the client.'
preprocessing:
- type: JSONPATH
parameters:
- $.mysql_questions
master_item:
key: gcp.cloudsql.mysql.metrics.get
tags:
- tag: component
value: queries
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: mysql
macros:
- macro: '{$CLOUD_SQL.MYSQL.CPU.UTIL.MAX}'
value: '95'
description: 'GCP Cloud SQL MySQL instance CPU usage threshold.'
- macro: '{$CLOUD_SQL.MYSQL.DISK.UTIL.CRIT}'
value: '90'
description: 'GCP Cloud SQL MySQL instance critical disk usage threshold.'
- macro: '{$CLOUD_SQL.MYSQL.DISK.UTIL.WARN}'
value: '80'
description: 'GCP Cloud SQL MySQL instance warning disk usage threshold.'
- macro: '{$CLOUD_SQL.MYSQL.RAM.UTIL.MAX}'
value: '90'
description: 'GCP Cloud SQL MySQL instance RAM usage threshold.'
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: 5932cc56f6f146db8fac121b3817a407
name: 'MySQL instance'
pages:
- name: 'MySQL instance'
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.cpu.usage_time
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.cpu.utilization
- type: graph
'y': '5'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL: Memory usage'
- type: graph
x: '12'
'y': '5'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.memory.utilization
- type: graph
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.disk.utilization
- type: graph
x: '12'
'y': '10'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL: Disk read/write operations'
- type: graph
'y': '15'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL: Network traffic'
- type: graph
x: '12'
'y': '15'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.network.connections
- type: graph
'y': '20'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL: pages'
- type: graph
x: '12'
'y': '20'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL by HTTP'
name: 'GCP Cloud SQL MySQL: Queries'
valuemaps:
- uuid: 8aa36f0f6a0b42a3b5e0eabfb700e8db
name: 'Database availability'
mappings:
- value: '0'
newvalue: Down
- value: '1'
newvalue: Up
- uuid: 9adad9dad34646d79bcc6c414ddf8afe
name: 'Instance state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Suspended
- value: '2'
newvalue: Runnable
- value: '3'
newvalue: 'Pending create'
- value: '4'
newvalue: Maintenance
- value: '5'
newvalue: Failed
- value: '6'
newvalue: 'Unknown state'
- value: '10'
newvalue: 'Data retrievement error'
- uuid: 9d7871c093f9489293421396b9fea668
template: 'GCP Cloud SQL MySQL Replica by HTTP'
name: 'GCP Cloud SQL MySQL Replica by HTTP'
description: |
Get GCP Cloud SQL MySQL monitoring for read-only replicas with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: 17aa9eb4749e46be9b0b0f93ef011fca
name: 'GCP Cloud SQL MySQL: Last I/O thread error number'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.last_io_errno
delay: '0'
history: 7d
trends: 90d
description: 'The error number of the most recent error that caused the I/O thread to stop.'
preprocessing:
- type: JSONPATH
parameters:
- $.last_io_errno
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 52c11965a2fc4d37a97ebccc04ee7b80
name: 'GCP Cloud SQL MySQL: Last SQL thread error number'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.last_sql_errno
delay: '0'
history: 7d
trends: 90d
description: 'The error number of the most recent error that caused the SQL thread to stop.'
preprocessing:
- type: JSONPATH
parameters:
- $.last_sql_errno
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 470200d2cca348bb8a670a2be3a270e3
name: 'GCP Cloud SQL MySQL: Replica metrics get'
type: SCRIPT
key: gcp.cloudsql.mysql.repl.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/replication/',
mysql_path = 'cloudsql.googleapis.com/database/mysql/replication/',
raw_metrics,
obj = {},
base_paths = ['network_lag', 'replica_lag'].map(function (path) { return base_path + path; }),
mysql_paths = [
'last_io_errno',
'last_sql_errno',
'slave_io_running',
'slave_sql_running'].map(function (path) { return mysql_path + path; }).concat(
['network_lag', 'replica_lag'].map(function (path) { return base_path + path; }));
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var metric_raw = getHttpData(url, params.token, { query: '{' + mysql_paths.join(';') + '}' + j_filter });
var metric_keys = getField(metric_raw, 'timeSeriesDescriptor.pointDescriptors'),
metric_values = getField(metric_raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in metric_keys) {
var value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
for (v in value_types) {
if (typeof metric_values[i][value_types[v]] !== 'undefined') {
obj[getField(metric_keys[i], 'key').replace(re, "")] = metric_values[i][value_types[v]];
}
}
}
var state_raw = getHttpData(url, params.token, { query: base_path + 'state' + filter }),
state_keys = getField(state_raw, 'timeSeriesDescriptor.pointDescriptors'),
state_tsd = getField(state_raw, 'timeSeriesData');
for (i in state_keys) {
var state_key = getField(state_keys[i], 'key').replace(/value\./g, '');
obj[state_key] = 'undefined';
for (t in state_tsd) {
if (getField(state_tsd[t], 'pointData.0.values.' + i + '.boolValue') == true) {
obj[state_key] = getField(state_tsd[t], 'labelValues.3.stringValue');
break;
}
}
}
return JSON.stringify(obj);
description: 'MySQL replication metrics data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: e84ac3a2537848b29024659ab5e3a0e9
name: 'GCP Cloud SQL MySQL: Network lag'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.network_lag
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Indicates time taken from primary binary log to IO thread on replica.'
preprocessing:
- type: JSONPATH
parameters:
- $.network_lag
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: b5f9960de9414975ac48357844a15860
name: 'GCP Cloud SQL MySQL: Replication lag'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.replica_lag
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Number of seconds the read replica is behind its primary (approximation).'
preprocessing:
- type: JSONPATH
parameters:
- $.replica_lag
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 0c093a0416f24afb96fc28a7abb283d4
name: 'GCP Cloud SQL MySQL: Slave I/O thread running'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.slave_io_running
delay: '0'
history: 7d
trends: 90d
description: |
Indicates whether the I/O thread for reading the primary's binary log is running.
Possible values are Yes, No and Connecting.
valuemap:
name: 'Thread state'
preprocessing:
- type: JSONPATH
parameters:
- $.slave_io_running
- type: JAVASCRIPT
parameters:
- |
const idx = [
'No',
'Yes',
'Connecting',
].indexOf(value);
return idx !== -1 ? idx : 10;
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 994d92340dd146a381f2e6bbebd1c3f2
name: 'GCP Cloud SQL MySQL: Slave SQL thread running'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.slave_sql_running
delay: '0'
history: 7d
trends: 90d
description: 'Indicates whether the SQL thread for executing events in the relay log is running.'
valuemap:
name: 'Thread state'
preprocessing:
- type: JSONPATH
parameters:
- $.slave_sql_running
- type: BOOL_TO_DECIMAL
parameters:
- ''
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 90a9154072164b5c89d715fa77e7e2b0
name: 'GCP Cloud SQL MySQL: Replication state'
type: DEPENDENT
key: gcp.cloudsql.mysql.repl.state
delay: '0'
history: 7d
trends: 90d
description: |
The current serving state of replication.
This metric is only available for the MySQL/PostgreSQL instances.
valuemap:
name: 'Replication state'
preprocessing:
- type: JSONPATH
parameters:
- $.state
- type: JAVASCRIPT
parameters:
- |
const idx = [
'Running',
'Syncing',
'Unsynced',
'Stopped',
'Error',
].indexOf(value);
return idx !== -1 ? idx : 10;
master_item:
key: gcp.cloudsql.mysql.repl.metrics.get
tags:
- tag: component
value: replication
- tag: component
value: status
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: mysql
- tag: target
value: replica
macros:
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: 76eda12212f045388bef22cb382eff6b
name: 'MySQL replica'
pages:
- name: 'MySQL replica'
widgets:
- type: graph
width: '24'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
name: 'GCP Cloud SQL MySQL: Lags'
- type: item
name: 'I/O Thread Error'
x: '6'
'y': '5'
width: '6'
height: '3'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_size
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.last_io_errno
- type: item
name: 'I/O Thread State'
'y': '5'
width: '6'
height: '3'
fields:
- type: INTEGER
name: show
value: '2'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.slave_io_running
- type: item
name: 'SQL Thread Error'
x: '18'
'y': '5'
width: '6'
height: '3'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_size
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.last_sql_errno
- type: item
name: 'SQL Thread State'
x: '12'
'y': '5'
width: '6'
height: '3'
fields:
- type: INTEGER
name: show
value: '2'
- type: INTEGER
name: adv_conf
value: '1'
- type: INTEGER
name: decimal_size
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.slave_sql_running
valuemaps:
- uuid: ea83090a16d94eb3bb643009c784d820
name: 'Replication state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Syncing
- value: '2'
newvalue: Unsynced
- value: '3'
newvalue: Stopped
- value: '4'
newvalue: Error
- value: '10'
newvalue: Unknown
- uuid: b1acfa66a401499cae56777db6c7750b
name: 'Thread state'
mappings:
- value: '0'
newvalue: 'No'
- value: '1'
newvalue: 'Yes'
- value: '2'
newvalue: Connecting
- value: '10'
newvalue: Unknown
- uuid: e74c1e12f82e4d9880a368b53f5e65a4
template: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL by HTTP'
description: |
Get GCP Cloud SQL PostgreSQL instances monitoring with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: 396a555958514890af339f4504a96cc6
name: 'GCP Cloud SQL PostgreSQL: Reserved CPU cores'
type: DEPENDENT
key: gcp.cloudsql.pgsql.cpu.reserved_cores
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
description: 'Number of cores reserved for the database.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_reserved_cores
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: cpu
- uuid: aa2e6d9118ed4b198ed9a28932ea8539
name: 'GCP Cloud SQL PostgreSQL: CPU usage time'
type: DEPENDENT
key: gcp.cloudsql.pgsql.cpu.usage_time
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: 'Cumulative CPU usage time in seconds.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage_time
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: cpu
- uuid: cb7cd1b74e4944d88334f22d25b985fa
name: 'GCP Cloud SQL PostgreSQL: CPU utilization'
type: DEPENDENT
key: gcp.cloudsql.pgsql.cpu.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: 'Current CPU utilization represented as a percentage of the reserved CPU that is currently in use.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: cpu
triggers:
- uuid: 3ca3942121bd41029645a19fd3947416
expression: 'min(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.cpu.utilization,5m) >= {$CLOUD_SQL.PGSQL.CPU.UTIL.MAX}'
name: 'GCP Cloud SQL PostgreSQL: High CPU utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'The CPU utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 27ad9640bf734dd49548c19241cc4838
name: 'GCP Cloud SQL PostgreSQL: DB engine state'
type: HTTP_AGENT
key: gcp.cloudsql.pgsql.db.state
history: 7d
description: 'GCP Cloud SQL PostgreSQL DB Engine State.'
valuemap:
name: 'Database availability'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].int64Value'
error_handler: DISCARD_VALUE
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/up | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: f7b0fc21edcf489ab174eb06dee4fabe
expression: |
last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.db.state)=0
name: 'GCP Cloud SQL PostgreSQL: Database engine is down'
priority: AVERAGE
description: |
Database engine is down.
If an instance experiences unplanned (non-maintenance) downtime, the instance state will still be RUNNING, but the database engine state metric will report 0.
dependencies:
- name: 'GCP Cloud SQL PostgreSQL: Failed to get the instance state'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 10'
- name: 'GCP Cloud SQL PostgreSQL: Instance is in failed state'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 5'
- name: 'GCP Cloud SQL PostgreSQL: Instance is in maintenance'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 4'
- name: 'GCP Cloud SQL PostgreSQL: Instance is in suspended state'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 1'
- name: 'GCP Cloud SQL PostgreSQL: Instance is in unknown state'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 6'
- name: 'GCP Cloud SQL PostgreSQL: Instance is stopped by the owner'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 2'
tags:
- tag: scope
value: availability
- uuid: 799cad827e8b44d98b8285b08153842d
name: 'GCP Cloud SQL PostgreSQL: Disk bytes used'
type: DEPENDENT
key: gcp.cloudsql.pgsql.disk.bytes_used
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Data utilization in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_bytes_used
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: 470510bf76fb47fbbddfc8c4a711a335
name: 'GCP Cloud SQL PostgreSQL: Disk size'
type: DEPENDENT
key: gcp.cloudsql.pgsql.disk.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum data disk size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_quota
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: f12ba5129c2d435389f4fb6964294381
name: 'GCP Cloud SQL PostgreSQL: Disk read I/O'
type: DEPENDENT
key: gcp.cloudsql.pgsql.disk.read_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk read I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_read_ops_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: e2d6702514b941cb9586cb98786c6a01
name: 'GCP Cloud SQL PostgreSQL: Disk utilization'
type: DEPENDENT
key: gcp.cloudsql.pgsql.disk.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the disk quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
triggers:
- uuid: c4fa1d580ffd4546b82605f94da5d2ba
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.disk.utilization) >= {$CLOUD_SQL.PGSQL.DISK.UTIL.CRIT}'
name: 'GCP Cloud SQL PostgreSQL: Disk space is critically low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: AVERAGE
description: 'Critical utilization of the disk space.'
tags:
- tag: scope
value: capacity
- uuid: 186a707ca3194c32a894ae809177a7e2
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.disk.utilization) >= {$CLOUD_SQL.PGSQL.DISK.UTIL.WARN}'
name: 'GCP Cloud SQL PostgreSQL: Disk space is low'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: WARNING
description: 'High utilization of the storage space.'
dependencies:
- name: 'GCP Cloud SQL PostgreSQL: Disk space is critically low'
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.disk.utilization) >= {$CLOUD_SQL.PGSQL.DISK.UTIL.CRIT}'
tags:
- tag: scope
value: capacity
- uuid: 8d8d6c13cdb244cb80c03226b7c14a90
name: 'GCP Cloud SQL PostgreSQL: Disk write I/O'
type: DEPENDENT
key: gcp.cloudsql.pgsql.disk.write_ops_count
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of data disk write I/O operations.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_write_ops_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: 88fd41960538460ebfd2ed9194677cd1
name: 'GCP Cloud SQL PostgreSQL: Instance state'
type: HTTP_AGENT
key: gcp.cloudsql.pgsql.inst.state
history: 7d
description: 'GCP Cloud SQL PostgreSQL Current instance state.'
valuemap:
name: 'Instance state'
preprocessing:
- type: JSONPATH
parameters:
- '$.timeSeriesData[0].pointData[0].values[0].stringValue'
error_handler: CUSTOM_VALUE
error_handler_params: '10'
- type: JAVASCRIPT
parameters:
- |
const idx = [
'RUNNING',
'SUSPENDED',
'RUNNABLE',
'PENDING_CREATE',
'MAINTENANCE',
'FAILED',
'UNKNOWN_STATE'
].indexOf(value);
return idx !== -1 ? idx : 10;
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://monitoring.googleapis.com/v3/projects/{$GCP.PROJECT.ID}/timeSeries:query'
posts: '{"query":"cloudsql.googleapis.com/database/state | within 5m | filter database_id = ''{$GCP.PROJECT.ID}:{HOST.NAME}''"}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
request_method: POST
tags:
- tag: component
value: status
triggers:
- uuid: 596020e32d0c4193a6626c960b4b5be8
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 10'
name: 'GCP Cloud SQL PostgreSQL: Failed to get the instance state'
priority: AVERAGE
description: |
Failed to get the instance state.
Check access permissions to GCP API or service account.
tags:
- tag: scope
value: availability
- uuid: 1a2efb6f755444c0bab85d2778018eb1
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 5'
name: 'GCP Cloud SQL PostgreSQL: Instance is in failed state'
priority: AVERAGE
description: |
The instance creation failed, or an operation left the instance in an own bad state.
tags:
- tag: scope
value: availability
- uuid: aad6fb2d86c84e33868aacbf160c3d65
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 4'
name: 'GCP Cloud SQL PostgreSQL: Instance is in maintenance'
priority: INFO
description: 'The instance is down for maintenance.'
tags:
- tag: scope
value: availability
- uuid: 959072ed00c4461196bef71618799b82
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 1'
name: 'GCP Cloud SQL PostgreSQL: Instance is in suspended state'
priority: WARNING
description: |
The instance is in suspended state.
It is not available, for example, due to problems with billing.
tags:
- tag: scope
value: availability
- uuid: 5f1084f744b444f3b803110baf703973
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 6'
name: 'GCP Cloud SQL PostgreSQL: Instance is in unknown state'
priority: AVERAGE
description: |
The state of the instance is unknown.
tags:
- tag: scope
value: availability
- uuid: fb0df2eb001649febb6fc6513e056fcc
expression: 'last(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.inst.state) = 2'
name: 'GCP Cloud SQL PostgreSQL: Instance is stopped by the owner'
priority: INFO
description: |
The instance has been stopped by the owner.
It is not currently running, but it's ready to be restarted.
tags:
- tag: scope
value: availability
- uuid: 014d96156a364f2c8eac6a47de3eddfe
name: 'GCP Cloud SQL PostgreSQL: Memory size'
type: DEPENDENT
key: gcp.cloudsql.pgsql.memory.quota
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Maximum RAM size in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_quota
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: memory
- uuid: e73876fa0728402db7688a41938f4a12
name: 'GCP Cloud SQL PostgreSQL: Memory used by DB engine'
type: DEPENDENT
key: gcp.cloudsql.pgsql.memory.total_usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Total RAM usage in bytes.
This metric reports the RAM usage of the database process, including the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_total_usage
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: memory
- uuid: 2a5daa0300564b97a5e744e576a217cb
name: 'GCP Cloud SQL PostgreSQL: Memory usage'
type: DEPENDENT
key: gcp.cloudsql.pgsql.memory.usage
delay: '0'
history: 7d
trends: 90d
units: B
description: |
The RAM usage in bytes.
This metric reports the RAM usage of the server, excluding the buffer/cache.
preprocessing:
- type: JSONPATH
parameters:
- $.base_usage
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: memory
- uuid: 4c524a81bf3b4a6bbc87d23b60c4f74c
name: 'GCP Cloud SQL PostgreSQL: Memory utilization'
type: DEPENDENT
key: gcp.cloudsql.pgsql.memory.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
The fraction of the memory quota that is currently in use.
Shown as percentage.
preprocessing:
- type: JSONPATH
parameters:
- $.base_ram_pused
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: memory
triggers:
- uuid: bbbdbd9c3c5b407491b359f98e4e3fa9
expression: 'min(/GCP Cloud SQL PostgreSQL by HTTP/gcp.cloudsql.pgsql.memory.utilization,5m) >= {$CLOUD_SQL.PGSQL.RAM.UTIL.MAX}'
name: 'GCP Cloud SQL PostgreSQL: High memory utilization'
opdata: 'Current utilization: {ITEM.LASTVALUE}'
priority: HIGH
description: 'RAM utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 9bf09a42ddd64f7eabf6bbc011eda689
name: 'GCP Cloud SQL PostgreSQL: Metrics get'
type: SCRIPT
key: gcp.cloudsql.pgsql.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/',
pgsql_path = 'cloudsql.googleapis.com/database/postgresql/',
obj = {},
value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
function rawMap(raw, prefix) {
var keys = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value(_|\.)|_sum$)/g;
for (i in keys) {
var key = getField(keys[i], 'key').replace(re, '');
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
if (prefix) {
obj[prefix + key] = values[i][value_types[v]];
} else {
obj[key] = values[i][value_types[v]];
}
}
}
}
return obj;
}
function singleMetrics(tsd) {
result = {};
for (t in tsd) {
for (v in value_types) {
if (typeof tsd[t].pointData[0].values[0][value_types[v]] !== 'undefined') {
result['pgsql_' + getField(tsd[t], 'labelValues.3.stringValue').toLowerCase()] = tsd[t].pointData[0].values[0][value_types[v]];
}
}
}
return result;
}
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query',
base_paths = [
'cpu/reserved_cores',
'cpu/usage_time',
'cpu/utilization',
'disk/read_ops_count',
'disk/write_ops_count',
'memory/quota',
'memory/total_usage',
'memory/usage',
'network/received_bytes_count',
'network/sent_bytes_count | map ignore [destination]'
].map(function (path) { return base_path + path; }),
pgsql_paths = [
'transaction_id_utilization ' + filter,
'temp_bytes_written_count' + filter + ' | sum',
'temp_files_written_count' + filter + ' | sum',
'num_backends' + filter + ' | sum'
].map(function (path) { return pgsql_path + path; }).concat(
['disk/bytes_used', 'disk/utilization', 'disk/quota'].map(function (path) { return base_path + path; })),
queries = [
{ name: 'base_', data: { query: '{' + base_paths.join(';') + '}' + j_filter } },
{ name: 'pgsql_', data: { query: '{' + pgsql_paths.join(';') + '}' + '| within ' + time_window + '| join' } }
];
for (q in queries) {
raw = getHttpData(url, params.token, queries[q].data);
obj = Object.assign(obj, rawMap(raw, queries[q].name));
}
obj.base_ram_pused = Math.floor((getField(obj, 'base_usage') / getField(obj, 'base_quota')) * 100);
var single_paths = ['transaction_id_count', 'vacuum/oldest_transaction_age'],
single_queries = single_paths.map(function (path) { return { query: pgsql_path + path + filter }; });
for (q in single_queries) {
raw = getHttpData(url, params.token, single_queries[q]);
Object.assign(obj, singleMetrics(getField(raw, 'timeSeriesData')));
}
return JSON.stringify(obj);
description: 'PostgreSQL metrics data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: f2d00c86eedd4a1e8efce7661c3da18d
name: 'GCP Cloud SQL PostgreSQL: Network: Received bytes'
type: DEPENDENT
key: gcp.cloudsql.pgsql.network.received_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes received through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_received_bytes_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: dc67deac1a2f4cc993406028d6cc8c3b
name: 'GCP Cloud SQL PostgreSQL: Network: Sent bytes'
type: DEPENDENT
key: gcp.cloudsql.pgsql.network.sent_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Delta count of bytes sent through the network.'
preprocessing:
- type: JSONPATH
parameters:
- $.base_sent_bytes_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 512c5d8156fb4d5299284f708e64dffc
name: 'GCP Cloud SQL PostgreSQL: Connections'
type: DEPENDENT
key: gcp.cloudsql.pgsql.num_backends
delay: '0'
history: 7d
trends: 90d
description: |
The number of the connections to the Cloud SQL PostgreSQL instance.
Includes connections to the system databases, which aren't visible by default.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_num_backends
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: connections
- tag: component
value: network
- uuid: 88603b1881114551ba23e8f12d5ab47f
name: 'GCP Cloud SQL PostgreSQL: Oldest prepared transaction age'
type: DEPENDENT
key: gcp.cloudsql.pgsql.oldest_transaction.prepared
delay: '0'
history: 7d
trends: 90d
description: |
Age of the oldest prepared transaction yet to be vacuumed in the Cloud SQL PostgreSQL instance, measured in number of transactions that have happened since the oldest transaction.
Empty value when there is no such transaction type.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_prepared
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 50df8067afcb42a9ac44fe963ee635d2
name: 'GCP Cloud SQL PostgreSQL: Oldest replica transaction age'
type: DEPENDENT
key: gcp.cloudsql.pgsql.oldest_transaction.replica
delay: '0'
history: 7d
trends: 90d
description: |
Age of the oldest replica transaction yet to be vacuumed in the Cloud SQL PostgreSQL instance, measured in number of transactions that have happened since the oldest transaction.
Empty value when there is no such transaction type.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_replica
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: fee3d72f615c479389c5fdb46f32229f
name: 'GCP Cloud SQL PostgreSQL: Oldest replication slot transaction age'
type: DEPENDENT
key: gcp.cloudsql.pgsql.oldest_transaction.replication_slot
delay: '0'
history: 7d
trends: 90d
description: |
Age of the oldest replication slot transaction yet to be vacuumed in the Cloud SQL PostgreSQL instance, measured in number of transactions that have happened since the oldest transaction.
Empty value when there is no such transaction type.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_replication_slot
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 6d51c4865cd04607986ef4e02bc43fb6
name: 'GCP Cloud SQL PostgreSQL: Oldest running transaction age'
type: DEPENDENT
key: gcp.cloudsql.pgsql.oldest_transaction.running
delay: '0'
history: 7d
trends: 90d
description: |
Age of the oldest running transaction yet to be vacuumed in the Cloud SQL PostgreSQL instance, measured in number of transactions that have happened since the oldest transaction.
Empty value when there is no such transaction type.
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_running
error_handler: DISCARD_VALUE
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 75bc8d76a59a465fb66a434e13de107d
name: 'GCP Cloud SQL PostgreSQL: Data written to temporary'
type: DEPENDENT
key: gcp.cloudsql.pgsql.temp_bytes_written_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Total data size (in bytes) written to temporary files by the queries.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_temp_bytes_written_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: bd10ec6251c444a79878e82e3ebe9ac0
name: 'GCP Cloud SQL PostgreSQL: Temporary files used for writing data'
type: DEPENDENT
key: gcp.cloudsql.pgsql.temp_files_written_count
delay: '0'
history: 7d
trends: 90d
description: 'Total number of temporary files used for writing data while performing algorithms such as join and sort.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_temp_files_written_count
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: storage
- uuid: 2498b066f4964aa7be03f4cc43eab95e
name: 'GCP Cloud SQL PostgreSQL: Assigned transactions'
type: DEPENDENT
key: gcp.cloudsql.pgsql.transaction_id_count_assigned
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of assigned transaction IDs.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_assigned
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 23d1b88571d347db9672596ec13580cc
name: 'GCP Cloud SQL PostgreSQL: Frozen transactions'
type: DEPENDENT
key: gcp.cloudsql.pgsql.transaction_id_count_frozen
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of frozen transaction IDs.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_frozen
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
- uuid: 004042d342d0478ea8f826466353454d
name: 'GCP Cloud SQL PostgreSQL: Transaction ID utilization'
type: DEPENDENT
key: gcp.cloudsql.pgsql.transaction_id_utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: 'Current utilization represented as a percentage of transaction IDs consumed by the Cloud SQL PostgreSQL instance.'
preprocessing:
- type: JSONPATH
parameters:
- $.pgsql_transaction_id_utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.cloudsql.pgsql.metrics.get
tags:
- tag: component
value: transactions
discovery_rules:
- uuid: 090d05a647384858a8b9efe5502c0a76
name: 'GCP Cloud SQL PostgreSQL: Databases discovery'
type: HTTP_AGENT
key: gcp.cloudsql.pgsql.db.discovery
delay: 1h
filter:
evaltype: AND
conditions:
- macro: '{#PGSQL.DB.NAME}'
value: '{$GCP.CLOUD_SQL.DB.NAME.MATCHES}'
formulaid: A
- macro: '{#PGSQL.DB.NAME}'
value: '{$GCP.CLOUD_SQL.DB.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
lifetime: 7d
description: 'Databases discovery for the particular PostgreSQL instance.'
item_prototypes:
- uuid: 997bdb03ba0b437ca2705f28dcc651ed
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Buffer cache blocks read.'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.blocks_read_count_buffer_cache[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of buffer cache blocks read by the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.buffer_cache
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: memory
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: b35c4a888743448688a8c5233ed165e7
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Disk blocks read.'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.blocks_read_count_disk[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of disk blocks read by the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.disk
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: storage
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 7a1df30ae0c443839fe625142aea61b2
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Metrics raw'
type: SCRIPT
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/postgresql/',
obj = {};
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
function singleMetrics(tsd) {
var result = {};
for (i in tsd) {
result[getField(tsd[i], 'labelValues.4.stringValue')] = getField(tsd[i], 'pointData.0.values.0.int64Value');
}
return result;
}
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id ='" + params.database_id + "'" + " | filter database ='" + params.database_name + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query',
common_paths = ['deadlock_count', 'tuples_returned_count', 'tuples_fetched_count'];
var common_raw = getHttpData(url, params.token, { query: '{' + common_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
keys = getField(common_raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(common_raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in keys) {
var value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
obj[getField(keys[i], 'key').replace(re, '')] = values[i][value_types[v]];
}
}
}
var single_paths = ['transaction_count', 'blocks_read_count', 'tuples_processed_count', 'tuple_size'],
single_queries = single_paths.map(function (path) { return { query: base_path + path + filter }; });
for (q in single_queries) {
raw = getHttpData(url, params.token, single_queries[q]);
obj = Object.assign(obj, singleMetrics(getField(raw, 'timeSeriesData')));
}
return JSON.stringify(obj);
description: 'PostgreSQL metrics in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
- name: database_name
value: '{#PGSQL.DB.NAME}'
tags:
- tag: component
value: raw
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: d5632c60593749209a6e681b396f4cc7
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Deadlocks count'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.deadlock_count[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of deadlocks detected in the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.deadlock_count
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: deadlock
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 6d846507fbc24cbb9fb4ad59167552db
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Committed transactions'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.transaction_count_commit[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of number of committed transactions to the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.commit
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: transactions
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 4751ef5e498e4ce184bd07aadc831d2b
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Rolled-back transactions'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.transaction_count_rollback[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Delta count of number of rolled-back transactions in the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.rollback
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: transactions
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: a7451a61e0b04be8b1f85b47c44107e2
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Tuples fetched'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuples_fetched_count[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Total number of rows fetched as a result of queries to the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.tuples_fetched_count
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 7daca0b14f5843669bc5b0823cd4d44f
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Deleted rows processed'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuples_processed_count_delete[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of tuples(rows) processed for delete operations for the database with the name [{#PGSQL.DB.NAME}].'
preprocessing:
- type: JSONPATH
parameters:
- $.delete
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 48a7613fa611410b8353d03d87af0f8d
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Inserted rows processed.'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuples_processed_count_insert[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of tuples(rows) processed for insert operations for the database with the name [{#PGSQL.DB.NAME}].'
preprocessing:
- type: JSONPATH
parameters:
- $.insert
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: e159cc28aec6448b9162f780479f5aab
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Updated rows processed'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuples_processed_count_update[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of tuples(rows) processed for update operations for the database with the name [{#PGSQL.DB.NAME}].'
preprocessing:
- type: JSONPATH
parameters:
- $.update
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: ee6fad5b2fb44a14a29c7cd662b1f5d2
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Tuples returned'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuples_returned_count[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Total number of rows scanned while processing the queries of the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.tuples_returned_count
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: f7a58601a3384b8ba24c89b3693ddb88
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Dead tuples'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuple_size_dead[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of live tuples(rows) in the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.dead
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
- uuid: 16e88225cd41406285b3237ee1e61bb4
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Live tuples'
type: DEPENDENT
key: 'gcp.cloudsql.pgsql.tuple_size_live[{#PGSQL.DB.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Number of live tuples(rows) in the [{#PGSQL.DB.NAME}] database.'
preprocessing:
- type: JSONPATH
parameters:
- $.live
master_item:
key: 'gcp.cloudsql.pgsql.db.metrics.get[{#PGSQL.DB.NAME}]'
tags:
- tag: component
value: tuples
- tag: database
value: '{#PGSQL.DB.NAME}'
graph_prototypes:
- uuid: 8ba7dd12152243b4a5a438bd649f96c1
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Tuples'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.tuple_size_dead[{#PGSQL.DB.NAME}]'
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.tuple_size_live[{#PGSQL.DB.NAME}]'
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.tuples_processed_count_insert[{#PGSQL.DB.NAME}]'
- sortorder: '3'
color: F7941D
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.tuples_processed_count_update[{#PGSQL.DB.NAME}]'
- sortorder: '4'
color: FC6EA3
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.tuples_processed_count_delete[{#PGSQL.DB.NAME}]'
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://sqladmin.googleapis.com/sql/v1beta4/projects/{$GCP.PROJECT.ID}/instances/{HOST.NAME}/databases'
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
lld_macro_paths:
- lld_macro: '{#PGSQL.DB.NAME}'
path: $.name
preprocessing:
- type: JSONPATH
parameters:
- $.items
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: postgresql
macros:
- macro: '{$CLOUD_SQL.PGSQL.CPU.UTIL.MAX}'
value: '95'
description: 'GCP Cloud SQL PostgreSQL instance CPU usage threshold.'
- macro: '{$CLOUD_SQL.PGSQL.DISK.UTIL.CRIT}'
value: '90'
description: 'GCP Cloud SQL PostgreSQL instance critical disk usage threshold.'
- macro: '{$CLOUD_SQL.PGSQL.DISK.UTIL.WARN}'
value: '80'
description: 'GCP Cloud SQL PostgreSQL instance warning disk usage threshold.'
- macro: '{$CLOUD_SQL.PGSQL.RAM.UTIL.MAX}'
value: '90'
description: 'GCP Cloud SQL PostgreSQL instance RAM usage threshold.'
- macro: '{$GCP.CLOUD_SQL.DB.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Cloud SQL PostgreSQL databases by namespace.'
- macro: '{$GCP.CLOUD_SQL.DB.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Cloud SQL PostgreSQL databases by namespace.'
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: 21636cfe7d2f4de28d07af09c9812075
name: 'PostgreSQL instance'
pages:
- name: 'PostgreSQL instance'
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.cpu.usage_time
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.cpu.utilization
- type: graph
'y': '5'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Memory usage'
- type: graph
x: '12'
'y': '5'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.memory.utilization
- type: graph
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.disk.utilization
- type: graph
x: '12'
'y': '10'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Disk read/write operations'
- type: graph
'y': '15'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Network traffic'
- type: graph
x: '12'
'y': '15'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.transaction_id_utilization
- type: graph
'y': '20'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Transactions count'
- type: graph
x: '12'
'y': '20'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Transaction age'
- type: graphprototype
'y': '25'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: GRAPH_PROTOTYPE
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Database [{#PGSQL.DB.NAME}]: Tuples'
- type: graphprototype
x: '12'
'y': '25'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: INTEGER
name: source_type
value: '3'
- type: ITEM_PROTOTYPE
name: itemid
value:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: 'gcp.cloudsql.pgsql.deadlock_count[{#PGSQL.DB.NAME}]'
valuemaps:
- uuid: c783556dfa214e73b676ca187648c5df
name: 'Database availability'
mappings:
- value: '0'
newvalue: Down
- value: '1'
newvalue: Up
- uuid: bc3b08ca201d438689678a29e3575823
name: 'Instance state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Suspended
- value: '2'
newvalue: Runnable
- value: '3'
newvalue: 'Pending create'
- value: '4'
newvalue: Maintenance
- value: '5'
newvalue: Failed
- value: '6'
newvalue: 'Unknown state'
- value: '10'
newvalue: 'Data retrievement error'
- uuid: b43a7c5f1d1d43d28e2eb8f0a9f6f16f
template: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
name: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
description: |
Get GCP Cloud SQL PostgreSQL monitoring for read-only replicas with script item usage to perform HTTP requests to Google Cloud Platform Monitoring API.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: c67dd812c7784948bad5dfa0d9a6cc66
name: 'GCP Cloud SQL PostgreSQL: Flush location lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.flush_location
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Flush location replication lag in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.flush_location
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 2b8b51f0266049ffbfb7ece2f944fb68
name: 'GCP Cloud SQL PostgreSQL: Number of log archival failures'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.log_archive_failure_count
delay: '0'
history: 7d
trends: 90d
description: 'Number of failed attempts for archiving replication log files.'
preprocessing:
- type: JSONPATH
parameters:
- $.log_archive_failure_count
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 4657c4bb904b437598b68410e47f7194
name: 'GCP Cloud SQL PostgreSQL: Number of log archival successes'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.log_archive_success_count
delay: '0'
history: 7d
trends: 90d
description: 'Number of failed attempts for archiving replication log files.'
preprocessing:
- type: JSONPATH
parameters:
- $.log_archive_success_count
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: cb9c5aff913e4deeb29dfa1a20b5ff04
name: 'GCP Cloud SQL PostgreSQL: Replica metrics get'
type: SCRIPT
key: gcp.cloudsql.pgsql.repl.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'cloudsql.googleapis.com/database/replication/',
pgsql_path = 'cloudsql.googleapis.com/database/postgresql/replication/',
obj = {},
base_paths = ['network_lag', 'replica_lag', 'log_archive_failure_count', 'log_archive_success_count'];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function checkParams(params) {
['project_id', 'time_window', 'database_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter database_id = '" + params.database_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var metric_raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter });
var metric_keys = getField(metric_raw, 'timeSeriesDescriptor.pointDescriptors'),
metric_values = getField(metric_raw, 'timeSeriesData.0.pointData.0.values'),
re = /(^t_\d+\.value\.)/g;
for (i in metric_keys) {
var value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'];
for (v in value_types) {
if (typeof metric_values[i][value_types[v]] !== 'undefined') {
obj[getField(metric_keys[i], 'key').replace(re, '')] = metric_values[i][value_types[v]];
}
}
}
var state_raw = getHttpData(url, params.token, { query: base_path + 'state' + filter }),
state_keys = getField(state_raw, 'timeSeriesDescriptor.pointDescriptors'),
state_tsd = getField(state_raw, 'timeSeriesData');
for (i in state_keys) {
var state_key = getField(state_keys[i], 'key').replace(/value\./g, '');
obj[state_key] = 'undefined';
for (t in state_tsd) {
if (getField(state_tsd[t], 'pointData.0.values.' + i + '.boolValue') == true) {
obj[state_key] = getField(state_tsd[t], 'labelValues.3.stringValue');
break;
}
}
}
var lag_raw = getHttpData(url, params.token, { query: pgsql_path + 'replica_byte_lag' + '| within ' + time_window + " | filter replica_name = '" + params.database_id + "'" }),
lag_tsd = getField(lag_raw, 'timeSeriesData');
for (t in lag_tsd) {
obj[getField(lag_tsd[t], 'labelValues.3.stringValue')] = getField(lag_tsd[t], 'pointData.0.values.0.int64Value');
}
return JSON.stringify(obj);
description: 'PostgreSQL replica metrics data in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: database_id
value: '{$GCP.PROJECT.ID}:{HOST.NAME}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: e43272210c45425d871d70a5bb91cdd1
name: 'GCP Cloud SQL PostgreSQL: Network lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.network_lag
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Indicates time taken from primary binary log to IO thread on replica.'
preprocessing:
- type: JSONPATH
parameters:
- $.network_lag
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 7d74736aa2804c899de35634bc072edf
name: 'GCP Cloud SQL PostgreSQL: Replay location lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.replay_location
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Replay location replication lag in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.replay_location
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 192e0bb3ac744f8eb38a760ee3f7c623
name: 'GCP Cloud SQL PostgreSQL: Replication lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.replica_lag
delay: '0'
history: 7d
trends: 90d
units: s
description: 'Number of seconds the read replica is behind its primary (approximation).'
preprocessing:
- type: JSONPATH
parameters:
- $.replica_lag
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: 379c8bc0cfe847d1819ab96aceee5efe
name: 'GCP Cloud SQL PostgreSQL: Sent location lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.sent_location
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Sent location replication lag in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.sent_location
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- uuid: a7f785dbe4954d77a82e6384620b5d6e
name: 'GCP Cloud SQL PostgreSQL: Replication state'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.state
delay: '0'
history: 7d
trends: 90d
description: |
The current serving state of replication.
This metric is only available for the MySQL/PostgreSQL instances.
valuemap:
name: 'Replication state'
preprocessing:
- type: JSONPATH
parameters:
- $.state
- type: JAVASCRIPT
parameters:
- |
const idx = [
'Running',
'Syncing',
'Unsynced',
'Stopped',
'Error',
].indexOf(value);
return idx !== -1 ? idx : 10;
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
- tag: component
value: status
- uuid: 10af15bc71ed446eb4e614c2cb6029d5
name: 'GCP Cloud SQL PostgreSQL: Write location lag'
type: DEPENDENT
key: gcp.cloudsql.pgsql.repl.write_location
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Write location replication lag in bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.write_location
master_item:
key: gcp.cloudsql.pgsql.repl.metrics.get
tags:
- tag: component
value: replication
tags:
- tag: class
value: cloud
- tag: target
value: cloudsql
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
- tag: target
value: postgresql
- tag: target
value: replica
macros:
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: acb71f4a818d43e0b045ba87c2daa989
name: 'PostgreSQL replica'
pages:
- name: 'PostgreSQL replica'
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
name: 'GCP Cloud SQL PostgreSQL: WAL archiving'
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
name: 'GCP Cloud SQL PostgreSQL: Lags'
valuemaps:
- uuid: af111e6b9e5a47cd9c3933b8ce35076c
name: 'Replication state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Syncing
- value: '2'
newvalue: Unsynced
- value: '3'
newvalue: Stopped
- value: '4'
newvalue: Error
- value: '10'
newvalue: Unknown
- uuid: 6d2443db49e54d59a82b9b525f2424ef
template: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine Instance by HTTP'
description: |
Discover GCP Compute Engine instances by HTTP with script item usage.
This template will be automatically connected to discovered entities with all their required parameters pre-defined.
You can discuss this template or leave feedback on our forum https://www.zabbix.com/forum/zabbix-suggestions-and-feedback.
Generated by official Zabbix template tool "Templator" 2.0.0
vendor:
name: Zabbix
version: 7.0-0
groups:
- name: Templates/Cloud
items:
- uuid: 3de05ba490644a62ba4a700ffe439c98
name: 'GCP Compute Engine: Guest visible vCPUs'
type: DEPENDENT
key: gcp.gce.cpu.guest_visible_vcpus
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
description: |
Number of vCPUs visible inside the guest.
For many GCE machine types, the number of vCPUs visible inside the guest is equal to the `compute.googleapis.com/instance/cpu/reserved_cores` metric.
For shared-core machine types, the number of guest-visible vCPUs differs from the number of reserved cores.
For example, e2-small instances have two vCPUs visible inside the guest and 0.5 fractional vCPUs reserved.
Therefore, for an e2-small instance, `compute.googleapis.com/instance/cpu/guest_visible_vcpus` has a value of 2 and `compute.googleapis.com/instance/cpu/reserved_cores` has a value of 0.5.
preprocessing:
- type: JSONPATH
parameters:
- $.guest_visible_vcpus
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: cpu
- uuid: 2fa7a2aa15a242cc826248ebe96bb173
name: 'GCP Compute Engine: Reserved vCPUs'
type: DEPENDENT
key: gcp.gce.cpu.reserved_cores
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
description: 'Number of vCPUs reserved on the host of the instance.'
preprocessing:
- type: JSONPATH
parameters:
- $.reserved_cores
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: cpu
- uuid: f6c9c633f514416189ba85d2015251ba
name: 'GCP Compute Engine: Scheduler wait time'
type: DEPENDENT
key: gcp.gce.cpu.scheduler_wait_time
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: |
Wait time is the time a vCPU is ready to run, but unexpectedly not scheduled to run.
The wait time returned here is the accumulated value for all vCPUs.
The time interval for which the value was measured is returned by Monitoring in whole seconds as start_time and end_time.
This metric is only available for VMs that belong to the e2 family or to overcommitted VMs on sole-tenant nodes.
preprocessing:
- type: JSONPATH
parameters:
- $.scheduler_wait_time
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: cpu
- uuid: daf4d0d23ccf4633aad6405bd1f09dc3
name: 'GCP Compute Engine: CPU usage time'
type: DEPENDENT
key: gcp.gce.cpu.usage_time
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: |
Delta vCPU usage for all vCPUs, in vCPU-seconds.
To compute the per-vCPU utilization fraction, divide this value by (end-start)*N, where end and start define this value's time interval and N is `compute.googleapis.com/instance/cpu/reserved_cores` at the end of the interval.
This value is reported by the hypervisor for the VM and can differ from `agent.googleapis.com/cpu/usage_time`, which is reported from inside the VM.
preprocessing:
- type: JSONPATH
parameters:
- $.usage_time
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: cpu
- uuid: 666cd3e9f21d4ede9d4bcc16bc95347c
name: 'GCP Compute Engine: CPU utilization'
type: DEPENDENT
key: gcp.gce.cpu.utilization
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
Fractional utilization of allocated CPU on this instance.
This metric is reported by the hypervisor for the VM and can differ from `agent.googleapis.com/cpu/utilization`, which is reported from inside the VM.
preprocessing:
- type: JSONPATH
parameters:
- $.utilization
- type: MULTIPLIER
parameters:
- '100'
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: cpu
triggers:
- uuid: fb8e28649b4947e9a11d891e3126a3a1
expression: 'min(/GCP Compute Engine Instance by HTTP/gcp.gce.cpu.utilization,15m) >= {$GCE.CPU.UTIL.MAX}'
name: 'GCP Compute Engine: High CPU utilization'
event_name: 'GCP Compute Engine: High CPU utilization (over {$GCE.CPU.UTIL.MAX}% for 15m)'
priority: AVERAGE
description: 'The CPU utilization is too high. The system might be slow to respond.'
manual_close: 'YES'
tags:
- tag: scope
value: performance
- uuid: 4bdd3662247749a69bb59e6643ba7b9a
name: 'GCP Compute Engine: Disks get'
type: SCRIPT
key: gcp.gce.disks.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'compute.googleapis.com/instance/disk/',
base_paths = ['read_ops_count', 'read_bytes_count', 'write_bytes_count', 'write_ops_count'];
function checkParams(params) {
['project_id', 'time_window', 'instance_id', 'token'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '') {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
return params;
}
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
var params = checkParams(JSON.parse(value)),
time_window = params.time_window,
project = project = params.project_id,
filter = ' | within ' + time_window + " | filter instance_id = '" + params.instance_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var raw = getHttpData(url, params.token, { query: '{' + base_paths.map(function (path) { return base_path + path; }).join(';') + '}' + j_filter }),
metrics = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
time_series = getField(raw, 'timeSeriesData'),
arr = [];
for (t in time_series) {
data = {
disk_name: getField(time_series[t], 'labelValues.3.stringValue'),
device_type: getField(time_series[t], 'labelValues.4.stringValue'),
storage_type: getField(time_series[t], 'labelValues.6.stringValue'),
metrics: {}
};
for (i in metrics) {
re = /(^t_\d+\.value(_|\.))/g;
data['metrics'][getField(metrics[i], 'key').replace(re, '')] = getField(time_series[t], 'pointData.0.values.' + i + '.int64Value');
}
arr.push(data);
}
return JSON.stringify(arr);
description: 'Disk entities and metrics related to a particular instance.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: instance_id
value: '{HOST.HOST}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: raw
- uuid: e1cd503d86f7487db023e2fd3cea5385
name: 'GCP Compute Engine: Firewall: Dropped bytes'
type: DEPENDENT
key: gcp.gce.firewall.dropped_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Count of incoming bytes dropped by the firewall.'
preprocessing:
- type: JSONPATH
parameters:
- $.dropped_bytes_count
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: firewall
- tag: component
value: network
- uuid: 25002706c5164c43a345a8ce594615c7
name: 'GCP Compute Engine: Firewall: Dropped packets'
type: DEPENDENT
key: gcp.gce.firewall.dropped_packets_count
delay: '0'
history: 7d
trends: 90d
description: 'Count of incoming packets dropped by the firewall.'
preprocessing:
- type: JSONPATH
parameters:
- $.dropped_packets_count
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: firewall
- tag: component
value: network
- uuid: 3f82955d43694b25b1e96c9b8f4f6ffb
name: 'GCP Compute Engine: Instance state'
type: HTTP_AGENT
key: gcp.gce.instance.state
history: 7d
description: 'GCP Compute Engine instance state.'
valuemap:
name: 'Instance state'
preprocessing:
- type: JSONPATH
parameters:
- $.status
error_handler: CUSTOM_VALUE
error_handler_params: '10'
- type: JAVASCRIPT
parameters:
- |
const idx = [
'RUNNING',
'PROVISIONING',
'STAGING',
'STOPPING',
'REPAIRING',
'TERMINATED',
'SUSPENDING',
'SUSPENDED'
].indexOf(value);
return idx !== -1 ? idx : 10;
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 10m
timeout: '{$GCP.DATA.TIMEOUT}'
url: 'https://compute.googleapis.com/compute/v1/projects/{$GCP.PROJECT.ID}/zones/{$GCE.INSTANCE.ZONE}/instances/{HOST.NAME}'
status_codes: ''
headers:
- name: Content-Type
value: application/json
- name: Authorization
value: 'Bearer {$GCP.AUTH.TOKEN}'
tags:
- tag: component
value: status
triggers:
- uuid: 96abd48a3e684e1b9b95fdd96d095188
expression: 'last(/GCP Compute Engine Instance by HTTP/gcp.gce.instance.state) = 10'
name: 'GCP Compute Engine: Failed to get the instance state'
priority: AVERAGE
description: |
Failed to get the instance state.
Check access permissions to GCP API or service account.
manual_close: 'YES'
tags:
- tag: scope
value: availability
- uuid: 1223f00a5e4b4bc8aa9e8ec08253c4cc
expression: 'last(/GCP Compute Engine Instance by HTTP/gcp.gce.instance.state) = 7'
name: 'GCP Compute Engine: Instance is in suspended state'
priority: INFO
description: 'The VM is in a suspended state. You can resume the VM or delete it.'
manual_close: 'YES'
tags:
- tag: scope
value: availability
- tag: scope
value: notice
- uuid: d2144e2277ec458c80d2b948364f1924
expression: 'last(/GCP Compute Engine Instance by HTTP/gcp.gce.instance.state) = 4'
name: 'GCP Compute Engine: The instance is in repairing state'
priority: WARNING
description: |
The VM is being repaired.
Repairing occurs when the VM encounters an internal error or the underlying machine is unavailable due to maintenance.
During this time, the VM is unusable.
manual_close: 'YES'
tags:
- tag: scope
value: availability
- uuid: 4a010c2b1e6f4ec88dbbe97255b9bac4
expression: 'last(/GCP Compute Engine Instance by HTTP/gcp.gce.instance.state) = 5'
name: 'GCP Compute Engine: The instance is in terminated state'
priority: AVERAGE
description: 'The VM is stopped. You stopped the VM, or the VM encountered a failure.'
manual_close: 'YES'
tags:
- tag: scope
value: availability
- uuid: f075482578ec475385cdfc57346d1570
name: 'GCP Compute Engine: Instance uptime'
type: DEPENDENT
key: gcp.gce.instance.uptime
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: s
description: 'Elapsed time since the VM was started, in seconds.'
preprocessing:
- type: JSONPATH
parameters:
- $.uptime_total
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: uptime
- uuid: 744f3f821847473d9cef1236580bda38
name: 'GCP Compute Engine: Integrity: Early boot validation status'
type: DEPENDENT
key: gcp.gce.integrity.early_boot_validation_status
delay: '0'
history: 7d
trends: 90d
description: |
The validation status of early boot integrity policy.
Empty value if integrity monitoring isn't enabled.
valuemap:
name: 'Integrity validation status'
preprocessing:
- type: JSONPATH
parameters:
- $.early_boot_validation_status
error_handler: DISCARD_VALUE
- type: JAVASCRIPT
parameters:
- |
const idx = [
'passed',
'failed',
'unknown',
].indexOf(value);
return idx !== -1 ? idx : "";
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: security
- uuid: aa334c3a0faf4f36bcbbf51d87ef9186
name: 'GCP Compute Engine: Integrity: Late boot validation status'
type: DEPENDENT
key: gcp.gce.integrity.late_boot_validation_status
delay: '0'
history: 7d
trends: 90d
description: |
The validation status of late boot integrity policy.
Empty value if integrity monitoring isn't enabled.
valuemap:
name: 'Integrity validation status'
preprocessing:
- type: JSONPATH
parameters:
- $.late_boot_validation_status
error_handler: DISCARD_VALUE
- type: JAVASCRIPT
parameters:
- |
const idx = [
'passed',
'failed',
'unknown',
].indexOf(value);
return idx !== -1 ? idx : "";
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: security
- uuid: 1b14fefa6b0f4abc98f6ddf3164074b3
name: 'GCP Compute Engine: Memory usage percentage'
type: DEPENDENT
key: gcp.gce.memory.ram_pused
delay: '0'
history: 7d
trends: 90d
value_type: FLOAT
units: '%'
description: |
Memory usage Percentage.
This metric is only available for VMs that belong to the e2 family; returns empty value for different instance types.
preprocessing:
- type: JSONPATH
parameters:
- $.ram_pused
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: memory
triggers:
- uuid: fa918889bcb84d3886254f00f0df288c
expression: 'min(/GCP Compute Engine Instance by HTTP/gcp.gce.memory.ram_pused,15m) >= {$GCE.RAM.UTIL.MAX}'
name: 'GCP Compute Engine: High memory utilization'
event_name: 'GCP Compute Engine: High memory utilization (over {$GCE.RAM.UTIL.MAX}% for 15m)'
priority: AVERAGE
description: 'RAM utilization is too high. The system might be slow to respond.'
tags:
- tag: scope
value: performance
- uuid: 10d63d2c01dc481380bf386af7af7f97
name: 'GCP Compute Engine: Memory size'
type: DEPENDENT
key: gcp.gce.memory.ram_size
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Total VM memory size.
This metric is only available for VMs that belong to the e2 family; returns empty value for different instance types.
preprocessing:
- type: JSONPATH
parameters:
- $.ram_size
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: memory
- uuid: 20dc9e49a60d46b4b6d855eb74a60d5e
name: 'GCP Compute Engine: Memory used'
type: DEPENDENT
key: gcp.gce.memory.ram_used
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Memory currently used in the VM.
This metric is only available for VMs that belong to the e2 family; returns empty value for different instance types.
preprocessing:
- type: JSONPATH
parameters:
- $.ram_used
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: memory
- uuid: b043128882254e9492c7436521bf994a
name: 'GCP Compute Engine: VM swap in'
type: DEPENDENT
key: gcp.gce.memory.swap_in_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: |
The amount of memory read into the guest from its own swap space.
This metric is only available for VMs that belong to the e2 family; returns empty value for different instance types.
preprocessing:
- type: JSONPATH
parameters:
- $.swap_in_bytes_count
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: memory
- uuid: 7166423bbcf0456ab0fcc7c852d89125
name: 'GCP Compute Engine: VM swap out'
type: DEPENDENT
key: gcp.gce.memory.swap_out_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: |
The amount of memory written from the guest to its own swap space.
This metric is only available for VMs that belong to the e2 family; returns empty value for different instance types.
preprocessing:
- type: JSONPATH
parameters:
- $.swap_out_bytes_count
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: memory
- uuid: 723fbff060ab41a39322bc0d6d8b1f84
name: 'GCP Compute Engine: Metrics get'
type: SCRIPT
key: gcp.gce.metrics.get
delay: '{$GCP.TIME.WINDOW}'
history: '0'
trends: '0'
value_type: TEXT
params: |
var base_path = 'compute.googleapis.com/',
value_types = ['int64Value', 'doubleValue', 'stringValue', 'boolValue'],
re = /(^t_\d+\.value\.)/g,
obj = {},
base_paths = [
'instance/uptime_total',
'firewall/dropped_packets_count',
'firewall/dropped_bytes_count',
'instance/cpu/guest_visible_vcpus',
'instance/cpu/reserved_cores',
'instance/cpu/usage_time',
'instance/cpu/utilization',
'mirroring/mirrored_bytes_count',
'mirroring/mirrored_packets_count'
],
e2_paths = [
'instance/cpu/scheduler_wait_time',
'instance/memory/balloon/ram_size',
'instance/memory/balloon/ram_used',
'instance/memory/balloon/swap_in_bytes_count',
'instance/memory/balloon/swap_out_bytes_count',
],
net_paths = [
'instance/network/received_packets_count',
'instance/network/received_bytes_count',
'instance/network/sent_bytes_count',
'instance/network/sent_packets_count'
],
integrity_paths = [
'instance/integrity/late_boot_validation_status',
'instance/integrity/early_boot_validation_status'
];
function getField(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
throw 'Required field "' + path + '" is not present in data received.';
}
data = data[step];
}
return data;
}
function getFieldBool(data, path) {
var steps = path.split('.');
for (var i = 0; i < steps.length; i++) {
var step = steps[i];
if (typeof data !== 'object' || typeof data[step] === 'undefined') {
return false;
}
data = data[step];
}
return true;
}
function queryMap(array, path, filter) {
var query_params = '{' + array.map(function (element) { return path + element; }).join(';') + '}';
return {query: query_params + filter}
}
function checkParams(params) {
['project_id', 'time_window', 'instance_id', 'token', 'machine_type', 'integrity'].forEach(function (field) {
if (typeof params !== 'object' || typeof params[field] === 'undefined' || params[field] === '' || params[field].match(/^\{\$.*\}$/)) {
throw 'Required param is not set: ' + field + '.';
}
});
if (!params.time_window.match(/^[0-9]+(m|h)$/)) {
throw 'Incorrect update interval for parameter time_window. Valid ranges 1m-23h.';
}
if (params.integrity !== 'true' && params.integrity !== 'false') {
throw 'Incorrect integrity state definition type. Valid definitions: true/false';
}
return params;
}
function getHttpData(url, token, body) {
var request = new HttpRequest();
request.addHeader('Authorization: Bearer ' + token);
request.addHeader('Content-Type: application/json');
var response = request.post(url, JSON.stringify(body));
Zabbix.log(4, '[ GCP API ] [ ' + url + ' ] Received response with status code ' + request.getStatus() + ': ' + response);
if (response !== null) {
try {
response = JSON.parse(response);
}
catch (error) {
throw 'Failed to parse response received from GCP API. Check debug log for more information.';
}
}
if (typeof response !== 'object' || response === null) {
throw 'Cannot process response data: received data is not an object. Check debug log for more information.';
}
if (request.getStatus() !== 200) {
if (typeof (response.error && response.error.message) !== 'undefined') {
throw response.error.message;
}
else {
throw 'Failed to receive data: invalid response status code. Check debug log for more information.';
}
}
return response;
};
function nestedMap(raw) {
var ids = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
ltsd = getField(raw, 'timeSeriesData'),
result = {};
for (i in ids) {
var id = getField(ids[i], 'key').replace(re, '');
result[id] = {};
for (t in ltsd) {
for (v in value_types) {
if (getFieldBool(ltsd[t], 'pointData.0.values.' + [i] + '.' + [value_types[v]])) {
['stringValue', 'boolValue'].forEach(function (type) {
if (getFieldBool(ltsd[t], 'labelValues.4.' + [type])) {
result[id][ltsd[t].labelValues[4][type]] = ltsd[t].pointData[0].values[i][value_types[v]];
}
});
}
}
}
}
return result;
}
var params = checkParams(JSON.parse(value));
if (params.machine_type.match(/e2.*/)) {
base_paths = base_paths.concat(e2_paths);
}
var time_window = params.time_window,
project = params.project_id,
filter = ' | within ' + time_window + " | filter instance_id = '" + params.instance_id + "'",
j_filter = filter + ' | join',
url = 'https://monitoring.googleapis.com/v3/projects/' + project + '/timeSeries:query';
var raw = getHttpData(url, params.token, queryMap(base_paths, base_path, j_filter)),
keys = getField(raw, 'timeSeriesDescriptor.pointDescriptors'),
values = getField(raw, 'timeSeriesData.0.pointData.0.values');
for (i in keys) {
for (v in value_types) {
if (typeof values[i][value_types[v]] !== 'undefined') {
obj[getField(keys[i], 'key').replace(re, '')] = values[i][value_types[v]];
}
}
}
if (params.machine_type.match(/e2.*/)) {
obj.ram_pused = Math.floor((getField(obj,'ram_used') / getField(obj,'ram_size')) * 100);
}
var mirr_raw = getHttpData(url, params.token, { query: base_path + 'mirroring/dropped_packets_count' + filter }),
tsd = getField(mirr_raw, 'timeSeriesData');
for (t in tsd) {
for (v in value_types) {
if (getFieldBool(tsd[t], 'pointData.0.values.0.' + [value_types[v]])) {
obj[getField(tsd[t], 'labelValues.3.stringValue')] = getField(tsd[t], 'pointData.0.values.0.' + [value_types[v]]);
}
}
}
var net_metrics = getHttpData(url, params.token, queryMap(net_paths, base_path, j_filter));
Object.assign(obj, nestedMap(net_metrics));
if (params.integrity === 'true') {
integrity_metrics = getHttpData(url, params.token, queryMap(integrity_paths, base_path, j_filter));
var keys = getField(integrity_metrics, 'timeSeriesDescriptor.pointDescriptors'),
tsd = getField(integrity_metrics, 'timeSeriesData');
for (i in keys) {
var key = getField(keys[i], 'key').replace(re, '');
obj[key] = 'undefined';
for (t in tsd) {
if (getField(tsd[t], 'pointData.0.values.' + i + '.int64Value') == 1) {
obj[key] = getField(tsd[t], 'labelValues.4.stringValue');
break;
}
}
}
}
return JSON.stringify(obj);
description: 'GCP Compute Engine metrics get in raw format.'
preprocessing:
- type: CHECK_NOT_SUPPORTED
parameters:
- ''
timeout: '{$GCP.DATA.TIMEOUT}'
parameters:
- name: project_id
value: '{$GCP.PROJECT.ID}'
- name: time_window
value: '{$GCP.TIME.WINDOW}'
- name: instance_id
value: '{HOST.HOST}'
- name: token
value: '{$GCP.AUTH.TOKEN}'
- name: machine_type
value: '{$GCE.MACHINE.TYPE}'
- name: integrity
value: '{$GCE.INTEGRITY.STATE}'
tags:
- tag: component
value: raw
- uuid: faf1c3ccbcc24b9eb52be355f2f782e6
name: 'GCP Compute Engine: Network: Received bytes'
type: DEPENDENT
key: gcp.gce.network.lb.received_bytes_count.false
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Count of bytes received from the network without load-balancing.'
preprocessing:
- type: JSONPATH
parameters:
- $.received_bytes_count.false
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 91ef1b33d7ae479999302cdec227eb3e
name: 'GCP Compute Engine: Network: Received bytes: Load-balanced'
type: DEPENDENT
key: gcp.gce.network.lb.received_bytes_count.true
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Whether traffic was received by an L3 loadbalanced IP address assigned to the VM.
Traffic that is externally routed to the VM's standard internal or external IP address, such as L7 loadbalanced traffic, is not considered to be loadbalanced in this metric.
The value is empty when load-balancing is not used.
preprocessing:
- type: JSONPATH
parameters:
- $.received_bytes_count.true
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 84dec0cb32ea434a9d6f29f402d337a0
name: 'GCP Compute Engine: Network: Received packets'
type: DEPENDENT
key: gcp.gce.network.lb.received_packets_count.false
delay: '0'
history: 7d
trends: 90d
description: 'Count of packets received from the network without load-balancing.'
preprocessing:
- type: JSONPATH
parameters:
- $.received_packets_count.false
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 148fe8aaa01e4863bbe2ca4c0226ce80
name: 'GCP Compute Engine: Network: Received packets: Load-balanced'
type: DEPENDENT
key: gcp.gce.network.lb.received_packets_count.true
delay: '0'
history: 7d
trends: 90d
description: |
Whether traffic was received by an L3 loadbalanced IP address assigned to the VM.
Traffic that is externally routed to the VM's standard internal or external IP address, such as L7 loadbalanced traffic, is not considered to be loadbalanced in this metric.
The value is empty when load-balancing is not used.
preprocessing:
- type: JSONPATH
parameters:
- $.received_packets_count.true
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: b8ea22b00a254ee5a2484fd833421b12
name: 'GCP Compute Engine: Network: Sent bytes'
type: DEPENDENT
key: gcp.gce.network.lb.sent_bytes_count.false
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Count of bytes sent over the network without load-balancing.'
preprocessing:
- type: JSONPATH
parameters:
- $.sent_bytes_count.false
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 77bd252194764837bc71b031e4d7e2b8
name: 'GCP Compute Engine: Network: Sent bytes: Load-balanced'
type: DEPENDENT
key: gcp.gce.network.lb.sent_bytes_count.true
delay: '0'
history: 7d
trends: 90d
units: B
description: |
Whether traffic was received by an L3 loadbalanced IP address assigned to the VM.
Traffic that is externally routed to the VM's standard internal or external IP address, such as L7 loadbalanced traffic, is not considered to be loadbalanced in this metric.
The value is empty when load-balancing is not used.
preprocessing:
- type: JSONPATH
parameters:
- $.sent_bytes_count.true
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 44032903b7da4d72b2dff35e81e787d3
name: 'GCP Compute Engine: Network: Sent packets'
type: DEPENDENT
key: gcp.gce.network.lb.sent_packets_count.false
delay: '0'
history: 7d
trends: 90d
description: 'Count of packets sent over the network without load-balancing.'
preprocessing:
- type: JSONPATH
parameters:
- $.sent_packets_count.false
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 2aef5ad0f3704550b4920ce36614b52d
name: 'GCP Compute Engine: Network: Sent packets: Load-balanced'
type: DEPENDENT
key: gcp.gce.network.lb.sent_packets_count.true
delay: '0'
history: 7d
trends: 90d
description: |
Whether traffic was received by an L3 loadbalanced IP address assigned to the VM.
Traffic that is externally routed to the VM's standard internal or external IP address, such as L7 loadbalanced traffic, is not considered to be loadbalanced in this metric.
The value is empty when load-balancing is not used.
preprocessing:
- type: JSONPATH
parameters:
- $.sent_packets_count.true
error_handler: DISCARD_VALUE
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 199fb1f4278848138ef8cfd8fc3e07ee
name: 'GCP Compute Engine: Network: Mirrored bytes'
type: DEPENDENT
key: gcp.gce.network.mirrored_bytes_count
delay: '0'
history: 7d
trends: 90d
units: B
description: 'The count of mirrored bytes.'
preprocessing:
- type: JSONPATH
parameters:
- $.mirrored_bytes_count
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: f0add3d3853d4d8c9993b1603fd7b542
name: 'GCP Compute Engine: Network: Mirrored packets'
type: DEPENDENT
key: gcp.gce.network.mirrored_packets_count
delay: '0'
history: 7d
trends: 90d
description: 'The count of mirrored packets.'
preprocessing:
- type: JSONPATH
parameters:
- $.mirrored_packets_count
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 6ca64c0fa39e4587a2987cd607058b54
name: 'GCP Compute Engine: Network: Mirrored packets dropped: Invalid'
type: DEPENDENT
key: gcp.gce.network.mirr_dropped_packets.invalid
delay: '0'
history: 7d
trends: 90d
description: |
The count of mirrored packets dropped.
Reason - invalid.
preprocessing:
- type: JSONPATH
parameters:
- $.invalid
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 3cf438aa0225428385d30c5be30ea3e6
name: 'GCP Compute Engine: Network: Mirrored packets dropped: Out of quota'
type: DEPENDENT
key: gcp.gce.network.mirr_dropped_packets.out_of_quota
delay: '0'
history: 7d
trends: 90d
description: |
The count of mirrored packets dropped.
Reason - out of quota.
preprocessing:
- type: JSONPATH
parameters:
- $.out_of_quota
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
- uuid: 5303badcf26641f1af85366fbaecdd77
name: 'GCP Compute Engine: Network: Mirrored packets dropped: Unknown'
type: DEPENDENT
key: gcp.gce.network.mirr_dropped_packets.unknown
delay: '0'
history: 7d
trends: 90d
description: |
The count of mirrored packets dropped.
Reason - unknown.
preprocessing:
- type: JSONPATH
parameters:
- $.unknown
master_item:
key: gcp.gce.metrics.get
tags:
- tag: component
value: network
- tag: component
value: traffic
discovery_rules:
- uuid: 260e06bfe28e46f4a726dd4a6d7fa523
name: 'GCP Compute Engine: Physical disks discovery'
type: DEPENDENT
key: gcp.gce.phys.disks.discovery
delay: '0'
filter:
evaltype: AND
conditions:
- macro: '{#GCE.DISK.NAME}'
value: '{$GCE.DISK.NAME.MATCHES}'
formulaid: C
- macro: '{#GCE.DISK.NAME}'
value: '{$GCE.DISK.NAME.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: D
- macro: '{#GCE.DISK.DEV_TYPE}'
value: '{$GCE.DISK.DEV_TYPE.MATCHES}'
formulaid: A
- macro: '{#GCE.DISK.DEV_TYPE}'
value: '{$GCE.DISK.DEV_TYPE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: B
- macro: '{#GCE.DISK.STOR_TYPE}'
value: '{$GCE.DISK.STOR_TYPE.MATCHES}'
formulaid: E
- macro: '{#GCE.DISK.STOR_TYPE}'
value: '{$GCE.DISK.STOR_TYPE.NOT_MATCHES}'
operator: NOT_MATCHES_REGEX
formulaid: F
lifetime: 7d
description: 'GCP Compute Engine: Physical disks discovery.'
item_prototypes:
- uuid: dda10a0535c04fdb92092efeff020b2c
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read bytes'
type: DEPENDENT
key: 'gcp.gce.disk.read_bytes_count[{#GCE.DISK.NAME}]'
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Count of bytes read from [{#GCE.DISK.NAME}] disk.'
preprocessing:
- type: JSONPATH
parameters:
- $.read_bytes_count
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.DISK.NAME}]'
tags:
- tag: component
value: storage
- tag: device-type
value: '{#GCE.DISK.DEV_TYPE}'
- tag: disk
value: '{#GCE.DISK.NAME}'
- tag: storage-type
value: '{#GCE.DISK.STOR_TYPE}'
- uuid: e166d3dfeb404111bcd143415070a0af
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read operations'
type: DEPENDENT
key: 'gcp.gce.disk.read_ops_count[{#GCE.DISK.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Count of read IO operations from [{#GCE.DISK.NAME}] disk.'
preprocessing:
- type: JSONPATH
parameters:
- $.read_ops_count
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.DISK.NAME}]'
tags:
- tag: component
value: storage
- tag: device-type
value: '{#GCE.DISK.DEV_TYPE}'
- tag: disk
value: '{#GCE.DISK.NAME}'
- tag: storage-type
value: '{#GCE.DISK.STOR_TYPE}'
- uuid: cf21b2bf6dc74ed28bc55a2c567b3dae
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Write bytes'
type: DEPENDENT
key: 'gcp.gce.disk.write_bytes_count[{#GCE.DISK.NAME}]'
delay: '0'
history: 7d
trends: 90d
units: B
description: 'Count of bytes written to {#GCE.DISK.NAME}] disk.'
preprocessing:
- type: JSONPATH
parameters:
- $.write_bytes_count
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.DISK.NAME}]'
tags:
- tag: component
value: storage
- tag: device-type
value: '{#GCE.DISK.DEV_TYPE}'
- tag: disk
value: '{#GCE.DISK.NAME}'
- tag: storage-type
value: '{#GCE.DISK.STOR_TYPE}'
- uuid: 602255b7df004129b5a3e0e1d2fba920
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Write operations'
type: DEPENDENT
key: 'gcp.gce.disk.write_ops_count[{#GCE.DISK.NAME}]'
delay: '0'
history: 7d
trends: 90d
description: 'Count of write IO operations to [{#GCE.DISK.NAME}] disk.'
preprocessing:
- type: JSONPATH
parameters:
- $.write_ops_count
master_item:
key: 'gcp.gce.quota.single.raw[{#GCE.DISK.NAME}]'
tags:
- tag: component
value: storage
- tag: device-type
value: '{#GCE.DISK.DEV_TYPE}'
- tag: disk
value: '{#GCE.DISK.NAME}'
- tag: storage-type
value: '{#GCE.DISK.STOR_TYPE}'
- uuid: 7fc27a6630664e2fbac8fe64ac40985a
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Raw data'
type: DEPENDENT
key: 'gcp.gce.quota.single.raw[{#GCE.DISK.NAME}]'
delay: '0'
history: '0'
trends: '0'
value_type: TEXT
description: 'Data in raw format for the disk with the name [{#GCE.DISK.NAME}].'
preprocessing:
- type: JSONPATH
parameters:
- '$[?(@.disk_name == "{#GCE.DISK.NAME}")].metrics.first()'
master_item:
key: gcp.gce.disks.get
tags:
- tag: component
value: raw
- tag: component
value: storage
- tag: disk
value: '{#GCE.DISK.NAME}'
graph_prototypes:
- uuid: 9af0456af3d74041b678ceeccbc036fc
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read/Write bytes'
graph_items:
- color: 199C0D
item:
host: 'GCP Compute Engine Instance by HTTP'
key: 'gcp.gce.disk.read_bytes_count[{#GCE.DISK.NAME}]'
- sortorder: '1'
color: F63100
item:
host: 'GCP Compute Engine Instance by HTTP'
key: 'gcp.gce.disk.write_bytes_count[{#GCE.DISK.NAME}]'
- uuid: 542185ffc8b3485f8955b63c46a50b83
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read/Write operations'
graph_items:
- color: 199C0D
item:
host: 'GCP Compute Engine Instance by HTTP'
key: 'gcp.gce.disk.read_ops_count[{#GCE.DISK.NAME}]'
- sortorder: '1'
color: F63100
item:
host: 'GCP Compute Engine Instance by HTTP'
key: 'gcp.gce.disk.write_ops_count[{#GCE.DISK.NAME}]'
master_item:
key: gcp.gce.disks.get
lld_macro_paths:
- lld_macro: '{#GCE.DISK.NAME}'
path: $.disk_name
- lld_macro: '{#GCE.DISK.DEV_TYPE}'
path: $.device_type
- lld_macro: '{#GCE.DISK.STOR_TYPE}'
path: $.storage_type
preprocessing:
- type: DISCARD_UNCHANGED_HEARTBEAT
parameters:
- 3h
tags:
- tag: class
value: cloud
- tag: target
value: compute-engine
- tag: target
value: gce
- tag: target
value: gcp
- tag: target
value: google-cloud-platform
macros:
- macro: '{$GCE.CPU.UTIL.MAX}'
value: '95'
description: 'GCP Compute Engine instance CPU utilization threshold.'
- macro: '{$GCE.DISK.DEV_TYPE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine disks by device type.'
- macro: '{$GCE.DISK.DEV_TYPE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine disks by device type.'
- macro: '{$GCE.DISK.NAME.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine disks by namespace.'
- macro: '{$GCE.DISK.NAME.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine disks by namespace.'
- macro: '{$GCE.DISK.STOR_TYPE.MATCHES}'
value: '.*'
description: 'The filter to include GCP Compute Engine disks by storage type.'
- macro: '{$GCE.DISK.STOR_TYPE.NOT_MATCHES}'
value: CHANGE_IF_NEEDED
description: 'The filter to exclude GCP Compute Engine disks by storage type.'
- macro: '{$GCE.RAM.UTIL.MAX}'
value: '90'
description: 'GCP Compute Engine instance RAM utilization threshold.'
- macro: '{$GCP.DATA.TIMEOUT}'
value: 15s
description: 'A response timeout for an API.'
- macro: '{$GCP.TIME.WINDOW}'
value: 5m
description: |
Time interval for the data requests.
Supported usage type:
1. The default update interval for most of the items.
2. The minimal time window for the data requested in the Monitoring Query Language REST API request.
dashboards:
- uuid: b8b09f6833ec4ea78c4ac7d15cdb0cc5
name: Hardware
pages:
- name: Hardware
widgets:
- type: graph
width: '12'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: CPU usage'
- type: graph
x: '12'
width: '12'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Compute Engine Instance by HTTP'
key: gcp.gce.cpu.utilization
- type: graph
'y': '5'
width: '8'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: Memory usage'
- type: graph
x: '8'
'y': '5'
width: '8'
height: '5'
fields:
- type: INTEGER
name: source_type
value: '1'
- type: ITEM
name: itemid
value:
host: 'GCP Compute Engine Instance by HTTP'
key: gcp.gce.memory.ram_pused
- type: graph
x: '16'
'y': '5'
width: '8'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: Memory swapping'
- type: graphprototype
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: GRAPH_PROTOTYPE
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read/Write bytes'
- type: graphprototype
x: '12'
'y': '10'
width: '12'
height: '5'
fields:
- type: INTEGER
name: columns
value: '1'
- type: INTEGER
name: rows
value: '1'
- type: GRAPH_PROTOTYPE
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: Disk [{#GCE.DISK.NAME}]: Read/Write operations'
- type: graph
'y': '15'
width: '24'
height: '5'
fields:
- type: GRAPH
name: graphid
value:
host: 'GCP Compute Engine Instance by HTTP'
name: 'GCP Compute Engine: Network traffic'
valuemaps:
- uuid: d5f19327f8b74b44a40950d9d4f9410f
name: 'Instance state'
mappings:
- value: '0'
newvalue: Running
- value: '1'
newvalue: Provisioning
- value: '2'
newvalue: Staging
- value: '3'
newvalue: Stopping
- value: '4'
newvalue: Repairing
- value: '5'
newvalue: Terminated
- value: '6'
newvalue: Suspending
- value: '7'
newvalue: Suspended
- value: '10'
newvalue: 'Data retrievement error'
- uuid: 1e17bce361f9486dae764fc195561703
name: 'Integrity validation status'
mappings:
- value: '0'
newvalue: Passed
- value: '1'
newvalue: Failed
- value: '2'
newvalue: Unknown
graphs:
- uuid: 1ff7d04868284c07829382c44301fe0e
name: 'GCP Cloud SQL MSSQL: Disk read/write operations'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.disk.read_ops_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.disk.write_ops_count
- uuid: 0ef4b456168d4ecd87c3dc68092c673d
name: 'GCP Cloud SQL MSSQL: Disk usage'
graph_items:
- drawtype: BOLD_LINE
color: 199C0D
calc_fnc: MIN
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.disk.quota
- sortorder: '1'
drawtype: GRADIENT_LINE
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.disk.bytes_used
- uuid: 09b009aa17f1410bb926043b4c7c39e4
name: 'GCP Cloud SQL MSSQL: Memory Read/Writes'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.page_ops.read
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.page_ops.write
- uuid: 3273bee668e84b26911307ea4c1f620f
name: 'GCP Cloud SQL MSSQL: Memory usage'
graph_items:
- drawtype: BOLD_LINE
color: 199C0D
calc_fnc: MIN
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.quota
- sortorder: '1'
drawtype: GRADIENT_LINE
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.usage
- uuid: 4d5afffa67804f4da73474d2ee26bd5d
name: 'GCP Cloud SQL MSSQL: Memory workflow'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.checkpoint_page_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.free_list_stall_count
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.lazy_write_count
- sortorder: '3'
color: F7941D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.memory.memory_grants_pending
- uuid: 558283815ab2414f8da6387724a784a3
name: 'GCP Cloud SQL MSSQL: Network traffic'
type: STACKED
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.network.received_bytes_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.network.sent_bytes_count
- uuid: 0bfd3e8be20c4b5a88b23f16aff4eb82
name: 'GCP Cloud SQL MSSQL: Replication data'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL Replica by HTTP'
key: gcp.cloudsql.mssql.repl.bytes_sent_to_replica_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL Replica by HTTP'
key: gcp.cloudsql.mssql.repl.log_bytes_received_count
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL MSSQL Replica by HTTP'
key: gcp.cloudsql.mssql.repl.redone_bytes_count
- uuid: 922d35bf685b473ca9848a9b9e7e34c3
name: 'GCP Cloud SQL MSSQL: Transactions'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.batch_request_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.forwarded_record_count
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.full_scan_count
- sortorder: '3'
color: F7941D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.page_split_count
- sortorder: '4'
color: FC6EA3
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.probe_scan_count
- sortorder: '5'
color: 6C59DC
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.sql_compilation_count
- sortorder: '6'
color: C7A72D
item:
host: 'GCP Cloud SQL MSSQL by HTTP'
key: gcp.cloudsql.mssql.trans.sql_recompilation_count
- uuid: 935c2f388185469f82100541d9efb2c7
name: 'GCP Cloud SQL MySQL: Disk read/write operations'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.disk.read_ops_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.disk.write_ops_count
- uuid: 1b0ea2b38fe740b197ecbcfdd7464b02
name: 'GCP Cloud SQL MySQL: Disk usage'
graph_items:
- drawtype: BOLD_LINE
color: 199C0D
calc_fnc: MIN
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.disk.quota
- sortorder: '1'
drawtype: GRADIENT_LINE
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.disk.bytes_used
- uuid: e94b7e8241b544e2beb4ea95db3e139f
name: 'GCP Cloud SQL MySQL: Lags'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.network_lag
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MySQL Replica by HTTP'
key: gcp.cloudsql.mysql.repl.replica_lag
- uuid: 4378be58ccff4592a1b54838b90e9ea8
name: 'GCP Cloud SQL MySQL: Memory usage'
graph_items:
- drawtype: BOLD_LINE
color: 199C0D
calc_fnc: MIN
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.memory.quota
- sortorder: '1'
drawtype: GRADIENT_LINE
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.memory.usage
- uuid: c23964e5e54541ccb3c8b7b5f5a4b24d
name: 'GCP Cloud SQL MySQL: Network traffic'
type: STACKED
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.network.received_bytes_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.network.sent_bytes_count
- uuid: e680755183ec4927893e03f8d83bc0f2
name: 'GCP Cloud SQL MySQL: pages'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_free
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_dirty
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.innodb_buffer_pool_pages_total
- sortorder: '3'
color: F7941D
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.innodb_pages_read
- sortorder: '4'
color: FC6EA3
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.mysql.innodb_pages_written
- uuid: e447dd13336446b1a965e92d7ddeaf96
name: 'GCP Cloud SQL MySQL: Queries'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.queries
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL MySQL by HTTP'
key: gcp.cloudsql.questions
- uuid: e2e4ef0a2c1a43d68ae9f4ee881f070e
name: 'GCP Cloud SQL PostgreSQL: Disk read/write operations'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.disk.read_ops_count
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.disk.write_ops_count
- uuid: 707d5cca2ba349f18088d00ef7657eef
name: 'GCP Cloud SQL PostgreSQL: Disk usage'
graph_items:
- drawtype: BOLD_LINE
color: 199C0D
calc_fnc: MIN
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.disk.quota
- sortorder: '1'
drawtype: GRADIENT_LINE
color: F63100
item:
host: 'GCP Cloud SQL PostgreSQL by HTTP'
key: gcp.cloudsql.pgsql.disk.bytes_used
- uuid: 30fe61bafae64ae6b29dacd68e9a6b3b
name: 'GCP Cloud SQL PostgreSQL: Lags'
graph_items:
- color: 199C0D
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.network_lag
- sortorder: '1'
color: F63100
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.replica_lag
- sortorder: '2'
color: 00611C
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.flush_location
- sortorder: '3'
color: F7941D
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.replay_location
- sortorder: '4'
color: FC6EA3
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.sent_location
- sortorder: '5'
color: 6C59DC
item:
host: 'GCP Cloud SQL PostgreSQL Replica by HTTP'
key: gcp.cloudsql.pgsql.repl.write_location
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