MenuBar Stats 2 is an Advanced System Monitoring app for Mac. How to build your plugins. fleyne/MenuBar-Stats-2-Plugins. Trends in Pregnancy-Related Deaths. Since the Pregnancy Mortality Surveillance System was implemented, the number of reported pregnancy-related deaths in the United States steadily increased from 7.2 deaths per 100,000 live births in 1987 to 16.9 deaths per 100,000 live births in 2016. System indices like.security. or.kibana. always start with a. And generally should be monitored. Consider adding. to the list of indices ensure monitoring of system indices. For example:.,test.,-test3 xpack.monitoring.collection.index.stats.timeout Timeout for collecting index statistics, in. MenuBar Stats is a very handy and user-friendly macOS application that displays essential information about your system’s resources in the status bar. The application comes with a versatile interface and multiple useful options. Makes it simple and effortless to keep tabs of your Mac's system.
« Machine learning settings in ElasticsearchNode »
By default, Elasticsearch monitoring features are enabled but data collection is disabled.To enable data collection, use the
xpack.monitoring.collection.enabled
setting.Except where noted otherwise, these settings can be dynamically updated on alive cluster with the cluster-update-settings API.
To adjust how monitoring data is displayed in the monitoring UI, configure
xpack.monitoring
settings inkibana.yml
. To control how monitoring data is collected from Logstash,configure monitoring settings in logstash.yml
.For more information, see Monitor a cluster.
General monitoring settingsedit
xpack.monitoring.enabled
- [7.8.0]Deprecated in 7.8.0. Basic License features should always be enabled(Static) This deprecated setting has no effect.
Monitoring collection settingsedit
The
xpack.monitoring.collection
settings control how data is collected fromyour Elasticsearch nodes.xpack.monitoring.collection.enabled
- (Dynamic) Set to
true
to enable the collection ofmonitoring data. When this setting isfalse
(default), Elasticsearch monitoring data isnot collected and all monitoring data from other sources such as Kibana, Beats,and Logstash is ignored.
xpack.monitoring.collection.interval
[6.3.0]Deprecated in 6.3.0. Use
xpack.monitoring.collection.enabled
set to false
instead.(Dynamic) Setting to -1
to disable data collectionis no longer supported beginning with 7.0.0.Controls how often data samples are collected. Defaults to
10s
. If youmodify the collection interval, set the xpack.monitoring.min_interval_seconds
option in kibana.yml
to the same value.xpack.monitoring.elasticsearch.collection.enabled
true
. This is different fromxpack.monitoring.collection.enabled
, which allows you to enable or disable allmonitoring collection. However, this setting simply disables the collection ofElasticsearch data while still allowing other data (e.g., Kibana, Logstash, Beats, or APMServer monitoring data) to pass through this cluster.xpack.monitoring.collection.cluster.stats.timeout
10s
.xpack.monitoring.collection.node.stats.timeout
10s
.xpack.monitoring.collection.indices
test1,test2,test3
. Names caninclude wildcards, for example test*
. You can explicitly exclude indices byprepending -
. For example test*,-test3
will monitor all indexes that startwith test
except for test3
. System indices like .security* or .kibana*always start with a .
and generally should be monitored. Consider adding .*
to the list of indices ensure monitoring of system indices. For example:.*,test*,-test3
xpack.monitoring.collection.index.stats.timeout
10s
.xpack.monitoring.collection.index.recovery.active_only
true
to collect only active recoveries. Defaults to false
.![System System](https://is4-ssl.mzstatic.com/image/thumb/Purple123/v4/4b/a7/25/4ba72548-d8cc-fc06-283f-ee6dd477caee/pr_source.png/643x0w.png)
xpack.monitoring.collection.index.recovery.timeout
10s
.xpack.monitoring.history.duration
(Dynamic) Retention duration beyond which theindices created by a monitoring exporter are automatically deleted, intime units. Defaults to
7d
(7 days).This setting has a minimum value of
1d
(1 day) to ensure that something isbeing monitored and it cannot be disabled.This setting currently impacts only
local
-type exporters. Indicescreated using the http
exporter are not deleted automatically.xpack.monitoring.exporters
- (Static) Configures where the agent stores monitoringdata. By default, the agent uses a local exporter that indexes monitoring dataon the cluster where it is installed. Use an HTTP exporter to send data to aseparate monitoring cluster. For more information, seeLocal exporter settings,HTTP exporter settings, and How it works.
Local exporter settingsedit
The
local
exporter is the default exporter used by monitoring features. As thename is meant to imply, it exports data to the local cluster, which means thatthere is not much needed to be configured.If you do not supply any exporters, then the monitoring features automaticallycreate one for you. If any exporter is provided, then no default is added.
type
- The value for a Local exporter must always be
local
and it is required. use_ingest
- Whether to supply a placeholder pipeline to the cluster and a pipeline processorwith every bulk request. The default value is
true
. If disabled, then it meansthat it will not use pipelines, which means that a future release cannotautomatically upgrade bulk requests to future-proof them. cluster_alerts.management.enabled
- Whether to create cluster alerts for this cluster. The default value is
true
.To use this feature, Watcher must be enabled. If you have a basic license,cluster alerts are not displayed. wait_master.timeout
- Time to wait for the master node to setup
local
exporter for monitoring, intime units. After that wait period, the non-master nodes warn theuser for possible missing configuration. Defaults to30s
.
HTTP exporter settingsedit
The following lists settings that can be supplied with the
http
exporter.All settings are shown as what follows the name you select for your exporter:type
http
and it is required.host
Host supports multiple formats, both as an array or as a single value. Supportedformats include
hostname
, hostname:port
,http://hostname
http://hostname:port
, https://hostname
, andhttps://hostname:port
. Hosts cannot be assumed. The default scheme is alwayshttp
and the default port is always 9200
if not supplied as part of thehost
string.auth.username
auth.secure_password
or auth.password
issupplied.auth.secure_password
auth.username
. Takes precedence over auth.password
if it isalso specified.auth.password
auth.secure_password
instead. The password for theauth.username
. If auth.secure_password
is also specified, this setting isignored.connection.timeout
6s
.connection.read_timeout
10 * connection.timeout
(60s
if neither are set).ssl
proxy.base_path
/base/path
(e.g., bulkrequests would then be sent as /base/path/_bulk
). There is no default value.headers
Optional headers that are added to every request, which can assist with routingrequests through proxies.
Array-based headers are sent
n
times where n
is the size of the array.Content-Type
and Content-Length
cannot be set. Any headers created by themonitoring agent will override anything defined here.index.name.time_format
yyyy.MM.dd
, which is why the indicesare created daily.use_ingest
true
. Ifdisabled, then it means that it will not use pipelines, which means that afuture release cannot automatically upgrade bulk requests to future-proof them.cluster_alerts.management.enabled
true
.To use this feature, Watcher must be enabled. If you have a basic license,cluster alerts are not displayed.cluster_alerts.management.blacklist
Prevents the creation of specific cluster alerts. It also removes any applicablewatches that already exist in the current cluster.
You can add any of the following watch identifiers to the list of blocked alerts:
elasticsearch_cluster_status
elasticsearch_version_mismatch
elasticsearch_nodes
kibana_version_mismatch
logstash_version_mismatch
xpack_license_expiration
For example:
['elasticsearch_version_mismatch','xpack_license_expiration']
.You can configure the following TLS/SSL settings.
xpack.monitoring.exporters.$NAME.ssl.supported_protocols
(Static)Supported protocols with versions. Valid protocols:
SSLv2Hello
,SSLv3
, TLSv1
, TLSv1.1
, TLSv1.2
, TLSv1.3
. If the JVM’s SSL provider supports TLSv1.3,the default is TLSv1.3,TLSv1.2,TLSv1.1
. Otherwise, the default isTLSv1.2,TLSv1.1
.If
xpack.security.fips_mode.enabled
is true
, you cannot use SSLv2Hello
or SSLv3
. See FIPS 140-2.xpack.monitoring.exporters.$NAME.ssl.verification_mode
(Static)Controls the verification of certificates.Controls the verification of certificates.
Valid values are:
full
, which verifies that the provided certificate is signed by a trustedauthority (CA) and also verifies that the server’s hostname (or IP address)matches the names identified within the certificate.certificate
, which verifies that the provided certificate is signed by atrusted authority (CA), but does not perform any hostname verification.none
, which performs no verification of the server’s certificate. Thismode disables many of the security benefits of SSL/TLS and should only be usedafter very careful consideration. It is primarily intended as a temporarydiagnostic mechanism when attempting to resolve TLS errors; its use onproduction clusters is strongly discouraged.The default value isfull
.
xpack.monitoring.exporters.$NAME.ssl.cipher_suites
(Static)Supported cipher suites vary depending on which version of Java you use. Forexample, for version 12 the default value is
TLS_AES_256_GCM_SHA384
,TLS_AES_128_GCM_SHA256
, TLS_CHACHA20_POLY1305_SHA256
,TLS_ECDHE_ECDSA_WITH_AES_256_GCM_SHA384
, TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256
,TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384
, TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256
,TLS_ECDHE_ECDSA_WITH_CHACHA20_POLY1305_SHA256
, TLS_ECDHE_RSA_WITH_CHACHA20_POLY1305_SHA256
,TLS_ECDHE_ECDSA_WITH_AES_256_CBC_SHA384
, TLS_ECDHE_ECDSA_WITH_AES_128_CBC_SHA256
,TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA384
, TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA256
,TLS_ECDHE_ECDSA_WITH_AES_256_CBC_SHA
, TLS_ECDHE_ECDSA_WITH_AES_128_CBC_SHA
,TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA
, TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA
,TLS_RSA_WITH_AES_256_GCM_SHA384
, TLS_RSA_WITH_AES_128_GCM_SHA256
,TLS_RSA_WITH_AES_256_CBC_SHA256
, TLS_RSA_WITH_AES_128_CBC_SHA256
,TLS_RSA_WITH_AES_256_CBC_SHA
, TLS_RSA_WITH_AES_128_CBC_SHA
.For more information, see Oracle’sJava Cryptography Architecture documentation.
X-Pack monitoring TLS/SSL key and trusted certificate settingsedit
The following settings are used to specify a private key, certificate, and thetrusted certificates that should be used when communicating over an SSL/TLS connection.A private key and certificate are optional and would be used if the server requires client authentication for PKIauthentication.
When using PEM encoded files, use the following settings:
xpack.monitoring.exporters.$NAME.ssl.key
(Static)Path to a PEM encoded file containing the private key.
If HTTP client authentication is required, it uses this file. You cannot usethis setting and
ssl.keystore.path
at the same time.xpack.monitoring.exporters.$NAME.ssl.key_passphrase
(Static)The passphrase that is used to decrypt the private key. Since the key might notbe encrypted, this value is optional.
You cannot use this setting and
ssl.secure_key_passphrase
at the same time.xpack.monitoring.exporters.$NAME.ssl.secure_key_passphrase
xpack.monitoring.exporters.$NAME.ssl.certificate
(Static)Specifies the path for the PEM encoded certificate (or certificate chain) that isassociated with the key.
This setting can be used only if
ssl.key
is set.xpack.monitoring.exporters.$NAME.ssl.certificate_authorities
(Static)List of paths to PEM encoded certificate files that should be trusted.
This setting and
ssl.truststore.path
cannot be used at the same time.Menu Bar Stats Advanced System Monitoring 3 2020
When using Java keystore files (JKS), which contain the private key, certificateand certificates that should be trusted, use the following settings:
xpack.monitoring.exporters.$NAME.ssl.keystore.path
(Static)The path for the keystore file that contains a private key and certificate.
It must be either a Java keystore (jks) or a PKCS#12 file. You cannot use thissetting and
ssl.key
at the same time.xpack.monitoring.exporters.$NAME.ssl.keystore.password
xpack.monitoring.exporters.$NAME.ssl.keystore.secure_password
xpack.monitoring.exporters.$NAME.ssl.keystore.key_password
(Static)The password for the key in the keystore. The default is the keystore password.
You cannot use this setting and
ssl.keystore.secure_password
at the same time.xpack.monitoring.exporters.$NAME.ssl.keystore.secure_key_password
xpack.monitoring.exporters.$NAME.ssl.truststore.path
(Static)The path for the keystore that contains the certificates to trust. Picatext 2 0 1 – ocr made simple. It must beeither a Java keystore (jks) or a PKCS#12 file.
You cannot use this setting and
ssl.certificate_authorities
at the same time.xpack.monitoring.exporters.$NAME.ssl.truststore.password
(Static)The password for the truststore.
You cannot use this setting and
ssl.truststore.secure_password
at the sametime.xpack.monitoring.exporters.$NAME.ssl.truststore.secure_password
Elasticsearch can be configured to use PKCS#12 container files (
.p12
or .pfx
files)that contain the private key, certificate and certificates that should be trusted.PKCS#12 files are configured in the same way as Java keystore files:
xpack.monitoring.exporters.$NAME.ssl.keystore.path
(Static)The path for the keystore file that contains a private key and certificate.
It must be either a Java keystore (jks) or a PKCS#12 file. You cannot use thissetting and
ssl.key
at the same time.xpack.monitoring.exporters.$NAME.ssl.keystore.type
jks
or PKCS12
. If thekeystore path ends in '.p12', '.pfx', or '.pkcs12', this setting defaultsto PKCS12
. Otherwise, it defaults to jks
.xpack.monitoring.exporters.$NAME.ssl.keystore.password
xpack.monitoring.exporters.$NAME.ssl.keystore.secure_password
xpack.monitoring.exporters.$NAME.ssl.keystore.key_password
(Static)The password for the key in the keystore. The default is the keystore password.
You cannot use this setting and
ssl.keystore.secure_password
at the same time.xpack.monitoring.exporters.$NAME.ssl.keystore.secure_key_password
xpack.monitoring.exporters.$NAME.ssl.truststore.path
(Static)The path for the keystore that contains the certificates to trust. It must beeither a Java keystore (jks) or a PKCS#12 file.
You cannot use this setting and
ssl.certificate_authorities
at the same time.xpack.monitoring.exporters.$NAME.ssl.truststore.type
PKCS12
to indicate that the truststore is a PKCS#12 file.xpack.monitoring.exporters.$NAME.ssl.truststore.password
(Static)The password for the truststore.
You cannot use this setting and
ssl.truststore.secure_password
at the sametime.xpack.monitoring.exporters.$NAME.ssl.truststore.secure_password
Elasticsearch can be configured to use a PKCS#11 token that contains the private key,certificate and certificates that should be trusted.
PKCS#11 token require additional configuration on the JVM level and can be enabledvia the following settings:
xpack.monitoring.exporters.$NAME.keystore.type
- (Static)Set this to
PKCS11
to indicate that the PKCS#11 token should be used as a keystore. xpack.monitoring.exporters.$NAME.truststore.type
- (Static)The format of the truststore file. For the Java keystore format, use
jks
. ForPKCS#12 files, usePKCS12
. For a PKCS#11 token, usePKCS11
. The default isjks
.
When configuring the PKCS#11 token that your JVM is configured to use asa keystore or a truststore for Elasticsearch, the PIN for the token can beconfigured by setting the appropriate value to
ssl.truststore.password
or ssl.truststore.secure_password
in the context that you are configuring.Since there can only be one PKCS#11 token configured, only one keystore andtruststore will be usable for configuration in Elasticsearch. This in turn meansthat only one certificate can be used for TLS both in the transport and thehttp layer.« Machine learning settings in ElasticsearchNode »
Most Popular
As we all know, anything that runs on electricity generates an amount of heat to some degree, whether it’s your television, mobile phone or desktop PC. And in the case of a modern computer, several parts inside can get incredibly hot, even up to the boiling point of water! Generally speaking, the hotter an electrical component operates, the shorter its lifespan could potentially be because of the extra stress it has to endure.
Computers have always had devices inside them such as heat sinks and fans to try and cool the hardware components down as much as possible and stop any problems related to excessive heat occurring. Sometimes though the processor, graphics card, power supply or even a hard drive might be getting hotter than needed because of inefficient cooling, dust build up or simply a faulty fan somewhere. The CPU could run into problems such as shutting down the system unexpectedly if it gets too hot.
Are you worried your computer might be running a little hotter than it should be, an overclocker trying to push the system to its limit, or just somebody who is curious to know how hot a certain hardware component is getting or if the cooling fans are running properly?
Most components inside a modern PC include some form of monitoring sensors that can tell you things like temperatures, power draw, fan speeds etc. One of the ways to find these values on most systems is in the BIOS. But obviously you’re not going to sit in there all day just to look at those values! An easier way is to use a Windows utility to get the information for you and then you can monitor things from the relative comfort of your desktop.Here’s a selection of tools that can monitor your system hardware and give you information you might find helpful such as your CPU temperature, or cooler fan speeds, or even the output values of the power supply. Do note that this list is for hardware monitoring tools only, if you want a combined hardware information and monitoring program such as Speccy or HWInfo, then look at our other article which includes these tools.
1. HWMonitor
Made by CPUID who are also responsible for CPU-Z and PC Wizard, HWMonitor is a great tool for displaying the majority of your systems temperatures, fan speeds and voltages. There are no real options as such, apart from a function to save monitoring or SMBus data to a text file. 3 sets of values are displayed; the current values and the minimum / maximum values since the program was started.
What most people like about HWMonitor is the clear and easy to read layout of all the values in one window for you to quickly scan for what readings you’re looking for. It doesn’t do anything else like controlling fan speeds or setting warning alarms, but for a simple display of all the relevant values, HWMonitor is hard to beat. There is a setup installer or separate 32-bit / 64-bit portable versions available.
Download HWMonitor
2. Speedfan
![Monitoring Monitoring](https://is2-ssl.mzstatic.com/image/thumb/Purple5/v4/b2/54/6c/b2546c93-ba31-5b3c-1e40-f7c84224c7de/source/800x500bb.jpg)
Speedfan has been around a long time and is widely considered to be one of the best tools around to monitor just about every temperature, fan speed and voltage your system can provide and also control the speed of the fans if they run too slow or too fast and therefore noisy. Warnings can be set for the temperatures, there is S.M.A.R.T. information for the hard drives, and just about any value the program displays can be logged to a file. You can even set a trigger event of running a program or sending an email etc if a temperature reaches a certain value.
A graph is also available for any of the Temperature, fan speed or voltage readings you want to include. Speedfan does require a bit of setting up to get things configured to your liking, but there aren’t many other tools around with such control of fan speeds, alarms, logging etc. Sadly there is no portable version, but the installer contains no adware of any kind, so is well worth installing.
Download Speedfan
3. Open Hardware Monitor
We said previously that HWMonitor was hard to beat at displaying all the needed values in an easy to read window, well Open Hardware Monitor is probably the one tool that beats it and has been our clear favorite monitoring tool for a few years. In addition to temperatures, fan speeds and voltages, this tool can also display detailed CPU / GPU frequencies and load, memory information, hard drive storage space and remaining life and data throughput of SSD’s.
Add to that an optional plot graph for all available temperature sensors, and a desktop gadget that can display any value from the main window by right clicking on it and selecting “Show in gadget”, and you can see why Open Hardware Monitor is such a great program. Each value can also be renamed or hidden and some readings have a Parameter option to to adjust things like the offset etc. Open Hardware Monitor is a portable program and to get all the available readings make sure to run the program as Administrator.
Download Open Hardware Monitor
4. Core Temp
As the name suggest, Core Temp focuses mainly on providing accurate information for the core temperature values which are those from inside the CPU itself as opposed to the metal casing. There is also offset correction options and a Overheat Protection option which can set up notifications or sleep / hibernate / shutdown the machine when a certain temperature is reached. Owners of the Logitech G15 keybaord have an option to enable Core Temp readings on their LCD display.
The program doesn’t support older processors like Pentium 4 or Athlon XP, but does have an interesting plugin feature where you can add in things like a sidebar gadget, graphs and also the option to get real time temperatures sent direct to your Android smartphone. Be careful if using the installer version as it contains InstallQ adware, or simply use the 32-bit / 64-bit portable version by clicking on “More Downloads”.
Download Core Temp
5. Real Temp
Real Temp is similar to Core Temp in that it concentrates mainly on the core temperatures inside your Intel processor, not AMD. This is a different reading from the other single CPU temperature value found inside your BIOS. The “Distance to TJ Max” value could throttle or shut down the machine if it reaches zero, but the TJ Max value itself is actually unknown for most desktop processors, and therefore the options to edit this value are best left to experienced users.
A small benchmark can be performed using the XS Bench button and there are alarms that can be set for CPU and GPU temperatures. A reading for AMD or Nvidia cards can be turned on from the settings window as can temperatures in the system tray area. Real Temp is a portable only program.
Download Real Temp
6. Hardware Sensors Monitor
This program isn’t free and the full version is a rather pricey $34 if you want the extras of HDD S.M.A.R.T. and GPU monitoring or CPU throttling. The demo also only runs for 10 minutes at a time and has a 14 day limit, but Hardware Sensors Monitor can still be useful to quickly check the motherboard, hard drive, graphics card and CPU temperatures as well as fans speeds and voltages, complete with a couple of small graphs if you click on the arrow next to the section title.
There are options in the settings window to make corrections to the temperatures, and several alarms can also be configured, but probably isn’t worth troubling yourself with in the free versions 10 minute time limit. Only an installer version is available.
Download Hardware Sensors Monitor
7. OCCT
OCCT is not actually primarily a hardware monitoring program, but a system stress tester which is useful to run and see what temperatures your system reaches under maximum load. There is however, no need need to use that part of the program if you don’t want because one of the 2 main windows is a standard hardware monitor complete with graphs to display sensor information such as power / CPU voltages, both sets of CPU temperatures, various frequencies and also memory and CPU usage.
There are 3 different displays; graph, text or a mixture of both and extra values could be available in the settings which can be enabled or disabled. OCCT uses a built in version of HWMonitor to provide its values which can be changed to other 3rd party tools such as Aida64 or Core Temp. Portable or installer versions are available, but you can’t get rid of the awful color scheme!
Download OCCT
You might also like:
Find Your Maximum CPU Temperature11 Tools to Find out Information About Your Computer’s Hardware2 Tools to Monitor Specific Processes and Trigger actions10 Stress Test Tools to Determine the Stability of Your Computer5 Free Tools To Monitor And Log Your Internet Traffic 11 Comments - Write a Comment
Are there any power supplies with heat sensors? I’m curious how fast that power supply fan needs to run. At 5 volts its totally inaudible. But what if its stressed?
ReplySome of the Corsair PSUs have monitoring for all sorts of things, I have an AX860i and can see fan speed, temperature, load, efficiency, etc.
ReplyCPUiD HWWizard used to be the best tool by far in my opinion then they dumped it for some reason and now their charging users to support the bs their puttin out here
ReplyMenu Bar Stats Advanced System Monitoring 3 2n
HWinfo does indeed trump all these.
ReplyAlso – MSI Afterburner good for graphs of GPU temps and stats for tuning
msi.com/page/afterburner
ReplyGood overview – Intel’s Exteme Tuning Utility very good too, with graphs etc – downloadcenter.intel.com/download/24075/Intel-Extreme-Tuning-Utility-Intel-XTU-
ReplyI want to install a program such as these, but I’m a bit confused about which of these might be “Gadgets” as opposed to programs or apps. I had “Gadgets” installed on my Windows 7 machine with all of this information and loved them, but was warned repeatedly not to install them again on my Windows 10 machine as they are unsafe.
I want an always on floating on the desktop solution.
ReplyAs the screenshots show, these are all tools that have their own window on the desktop.
Something like Open Hardware Monitor has the option of a gadget which you can manually switch on.
ReplyHWinfo kicks their ass.
Replyyour blog kicks ass, raymond!
really!
~rob :)
Replyreally!
~rob :)
Nice tool Raymond!
Reply