本文将分享Windows11将Spotify与FocusSessions功能集成的详细内容，并且还将对win10spotify进行详尽解释，此外，我们还将为大家带来关于ansibleauthentic
本文将分享Windows 11 将 Spotify 与 Focus Sessions 功能集成的详细内容，并且还将对win10 spotify进行详尽解释，此外，我们还将为大家带来关于ansible authentication-options for windows、Caused by: java.lang.ClassNotFoundException: org.fusesource.jansi.WindowsAnsiOutputStream、Create a self-signed SSL Certificate using OpenSSL in Windows、Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] millis...的相关知识，希望对你有所帮助。
本文目录一览：- Windows 11 将 Spotify 与 Focus Sessions 功能集成（win10 spotify）
- ansible authentication-options for windows
- Caused by: java.lang.ClassNotFoundException: org.fusesource.jansi.WindowsAnsiOutputStream
- Create a self-signed SSL Certificate using OpenSSL in Windows
- Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] millis...
Windows 11 将 Spotify 与 Focus Sessions 功能集成（win10 spotify）
Windows 11 于 6 月发布，用户可以通过加入 Windows Insider 计划进行试用。几个关键功能是 Windows 11 RTM Build 22000 的一部分，包括改进后的开始菜单、通知中心、小部件等。据微软称，还有更多功能尚未推出，例如对 Android 应用程序的支持和改进的截图工具体验。
早在 7 月，微软的 Windows 开发人员帐户就暗示了新功能。根据 Panos Panay 的说法，Windows 11 将在今年晚些时候获得改进的截图工具。除了 Snipping Tool，微软还在开发一项名为“Focus Sessions”的新功能。
在 Inspire 2021 大会上，微软解释说，Windows 11 已经针对混合工作进行了优化，并将推出新功能以优化操作系统以提高生产力。通过 Focus Sessions，Microsoft 计划提供一套功能来帮助您集中注意力。
它的核心功能是一个计时器，您可以使用它来保持专注。Focus Sessions 将成为时钟应用程序(以前称为闹钟和时钟)的一部分，它将与待办事项和 Spotify 集成一起提供。默认情况下，焦点会议将是 30 分钟
如上图和下图所示，您需要从微软待办事项列表中选择一项任务。工作时，您还可以从 Spotify 中挑选您最喜欢的音乐，它将直接内置到操作系统的时钟应用程序中，因此任何任务都不会感到太繁重。
时间到了之后，你可以休息一下，专注于第二个任务。这使您可以轻松地以小批量的方式专注于一项任务，并且当您知道您很快就会休息时会更容易。
Microsoft 还在开发一个仪表板，可让您查看报告、跟踪进度并可视化您如何进行焦点会议。
据微软自己称，焦点会议功能是微软收件箱应用程序更新的一部分，它将很快提供给 Insider 计划中的测试人员。
一些 Windows 11 功能/新应用程序仍在开发中，它们将在未来几周内通过 Microsoft Store 交付给用户。
正如一开始提到的，微软自己的 Windows 开发人员帐户之前在 Twitter 上暗示，在讨论 Windows 11 功能时，“还有很多事情要做”。
据该公司称，Windows 11 免费升级版将于今年秋季发布。该公司没有提供太多关于发布日期的信息，但我们知道它会在 10 月或 11 月发布。
ansible authentication-options for windows
Windows: How Does It Work
As you may have already read, Ansible manages Linux/Unix machines using SSH by default.
Starting in version 1.7, Ansible also contains support for managing Windows machines. This uses native PowerShell remoting, rather than SSH.
Ansible will still be run from a Linux control machine, and uses the “winrm” Python module to talk to remote hosts. While not supported by Microsoft or Ansible, this Linux control machine can be a Windows Subsystem for Linux (WSL) bash shell.
No additional software needs to be installed on the remote machines for Ansible to manage them, it still maintains the agentless properties that make it popular on Linux/Unix.
Note that it is expected you have a basic understanding of Ansible prior to jumping into this section, so if you haven’t written a Linux playbook first, it might be worthwhile to dig in there first.
Caused by: java.lang.ClassNotFoundException: org.fusesource.jansi.WindowsAnsiOutputStream
08:23:18,995 |-INFO in ch.qos.logback.core.joran.action.AppenderAction - About to instantiate appender of type [ch.qos.logback.core.ConsoleAppender]
08:23:18,997 |-INFO in ch.qos.logback.core.joran.action.AppenderAction - Naming appender as [CONSOLE]
08:23:19,050 |-WARN in Logger[org.hibernate.validator.messageinterpolation.ResourceBundleMessageInterpolator] - No appenders present in context [default] for logger [org.hibernate.validator.messageinterpolation.ResourceBundleMessageInterpolator].
08:23:19,059 |-INFO in ch.qos.logback.core.ConsoleAppender[CONSOLE] - Enabling JANSI WindowsAnsiOutputStream for the console.
08:23:19,061 |-WARN in ch.qos.logback.core.ConsoleAppender[CONSOLE] - Failed to create WindowsAnsiOutputStream. Falling back on the default stream. ch.qos.logback.core.util.DynamicClassLoadingException: Failed to instantiate type org.fusesource.jansi.WindowsAnsiOutputStream
at ch.qos.logback.core.util.DynamicClassLoadingException: Failed to instantiate type org.fusesource.jansi.WindowsAnsiOutputStream
at at ch.qos.logback.core.util.OptionHelper.instantiateByClassNameAndParameter(OptionHelper.java:69)
at at ch.qos.logback.core.util.OptionHelper.instantiateByClassNameAndParameter(OptionHelper.java:40)
at at ch.qos.logback.core.ConsoleAppender.getTargetStreamForWindows(ConsoleAppender.java:88)
at at ch.qos.logback.core.ConsoleAppender.start(ConsoleAppender.java:79)
at at ch.qos.logback.core.joran.action.AppenderAction.end(AppenderAction.java:90)
at at ch.qos.logback.core.joran.spi.Interpreter.callEndAction(Interpreter.java:309)
at at ch.qos.logback.core.joran.spi.Interpreter.endElement(Interpreter.java:193)
at at ch.qos.logback.core.joran.spi.Interpreter.endElement(Interpreter.java:179)
at at ch.qos.logback.core.joran.spi.EventPlayer.play(EventPlayer.java:62)
at at ch.qos.logback.core.joran.GenericConfigurator.doConfigure(GenericConfigurator.java:165)
at at ch.qos.logback.core.joran.GenericConfigurator.doConfigure(GenericConfigurator.java:152)
at at ch.qos.logback.core.joran.GenericConfigurator.doConfigure(GenericConfigurator.java:110)
at at ch.qos.logback.core.joran.GenericConfigurator.doConfigure(GenericConfigurator.java:53)
at at org.springframework.boot.logging.logback.LogbackLoggingSystem.configureByResourceUrl(LogbackLoggingSystem.java:175)
at at org.springframework.boot.logging.logback.LogbackLoggingSystem.loadConfiguration(LogbackLoggingSystem.java:152)
at at org.springframework.boot.logging.AbstractLoggingSystem.initializeWithConventions(AbstractLoggingSystem.java:79)
at at org.springframework.boot.logging.AbstractLoggingSystem.initialize(AbstractLoggingSystem.java:59)
at at org.springframework.boot.logging.logback.LogbackLoggingSystem.initialize(LogbackLoggingSystem.java:117)
at at org.springframework.boot.context.logging.LoggingApplicationListener.initializeSystem(LoggingApplicationListener.java:279)
at at org.springframework.boot.context.logging.LoggingApplicationListener.initialize(LoggingApplicationListener.java:254)
at at org.springframework.boot.context.logging.LoggingApplicationListener.onApplicationEnvironmentPreparedEvent(LoggingApplicationListener.java:219)
at at org.springframework.boot.context.logging.LoggingApplicationListener.onApplicationEvent(LoggingApplicationListener.java:196)
at at org.springframework.context.event.SimpleApplicationEventMulticaster.doInvokeListener(SimpleApplicationEventMulticaster.java:172)
at at org.springframework.context.event.SimpleApplicationEventMulticaster.invokeListener(SimpleApplicationEventMulticaster.java:165)
at at org.springframework.context.event.SimpleApplicationEventMulticaster.multicastEvent(SimpleApplicationEventMulticaster.java:139)
at at org.springframework.context.event.SimpleApplicationEventMulticaster.multicastEvent(SimpleApplicationEventMulticaster.java:127)
at at org.springframework.boot.context.event.EventPublishingRunListener.environmentPrepared(EventPublishingRunListener.java:75)
at at org.springframework.boot.SpringApplicationRunListeners.environmentPrepared(SpringApplicationRunListeners.java:53)
at at org.springframework.boot.SpringApplication.prepareEnvironment(SpringApplication.java:340)
at at org.springframework.boot.SpringApplication.run(SpringApplication.java:304)
at at org.springframework.boot.SpringApplication.run(SpringApplication.java:1213)
at at org.springframework.boot.SpringApplication.run(SpringApplication.java:1202)
at at com.nums.industry3.Industry3Application.main(Industry3Application.java:12)
Caused by: java.lang.ClassNotFoundException: org.fusesource.jansi.WindowsAnsiOutputStream
at at java.net.URLClassLoader.findClass(URLClassLoader.java:381)
at at java.lang.ClassLoader.loadClass(ClassLoader.java:424)
at at sun.misc.Launcher$AppClassLoader.loadClass(Launcher.java:338)
at at java.lang.ClassLoader.loadClass(ClassLoader.java:357)
at at ch.qos.logback.core.util.OptionHelper.instantiateByClassNameAndParameter(OptionHelper.java:56)
at ... 32 common frames omitted使用springboot中的logback时候,没有解决的问题
Create a self-signed SSL Certificate using OpenSSL in Windows
Preparation
Unfortunately, there is no official OpenSSL client for Windows. However, you could download it from WinOpenSSL.
Then you can use the OpenSSL utility to generate a Private Key, Certificate Signing Request (CSR) and Self-Signed Certificate.
Run the openssl.exe in Command Prompt or PowerShell, the executable will be located in folder C:\Program Files\OpenSSL-Win64\bin\ if you install the 64bit version.
First Step - Generate a Private Key
-
Enter the following command to create your RSA Private Key:
genrsa -des3 -out localhost.key 2048 -
After pressing Enter, you will be asked to enter a pass phrase for the localhost.key. You must type pass phrase in 4 to 1023 characters.
Generating RSA private key, 2048 bit long modulus (2 primes) ......................................................+++++ ..+++++ e is 65537 (0x010001) Enter pass phrase for localhost.key: - The localhost.key will be generated in the current folder, this is required later in the procedure.
Second Step - Generate a CSR (Certificate Signing Request)
In order for the self-signed SSL cert to work, you need to provide the Subject Alternative Name to the CSR. The easiest way to provide the subjectAltName is to use a config template when generating the CSR.
Example Configuration File
[ req ]
default_bits = 2048
prompt = no
default_md = sha256
distinguished_name = dn
req_extensions = req_ext
x509_extensions = x509_ext
[ dn ]
C = SG
ST = Singapore
L = Seletar
O = Rolls-Royce
OU = APAC
emailAddress = hiroshifuu@outlook.com
CN = localhost
[ req_ext ]
subjectAltName = @alternate_names
[ x509_ext ]
subjectAltName = @alternate_names
[ alternate_names ]
DNS.1 = localhost
DNS.2 = 127.0.0.1The command to generate the CSR is as follows:
req -new -key localhost.key -sha256 -out localhost.csr -config san.cnfTo view the output of the generated CSR enter the following command at the prompt:
OpenSSL> req -in localhost.csr -text -noout
Certificate Request:
Data:
Version: 1 (0x0)
Subject: C = SG, ST = Singapore, L = Seletar, O = Rolls-Royce, OU = APAC, emailAddress = hiroshifuu@outlook.com, CN = localhost
Subject Public Key Info:
Public Key Algorithm: rsaEncryption
RSA Public-Key: (2048 bit)
Modulus:
00:b2:b0:96:8b:c5:ab:88:0e:5e:9b:d6:7f:e7:25:
4d:8d:56:4b:9b:79:47:81:ee:28:53:38:68:e8:04:
88:0b:d0:ee:a7:60:14:36:59:5b:93:e8:ae:73:4a:
55:7d:88:f5:db:54:cd:2b:40:a8:f3:00:bc:67:c8:
ba:fd:73:60:2a:24:b1:07:09:eb:3a:d5:c3:d5:92:
e9:e6:1d:97:02:1d:b4:2c:b7:8f:e8:df:e2:49:9a:
4c:49:78:6a:c3:1f:4a:55:23:05:06:46:39:0e:75:
a5:45:f4:7f:32:bb:42:26:3a:b2:1c:3a:fa:b5:ce:
6f:97:05:0e:18:af:d6:32:32:33:61:18:75:b1:05:
ed:18:cc:0b:a9:a9:a0:46:46:3e:f8:20:42:21:9b:
01:23:9d:69:63:d8:c4:8d:5e:9d:cf:30:1d:e4:51:
5e:c7:35:dc:a0:07:97:57:1a:84:16:8f:40:9d:0e:
af:77:03:ee:8a:ee:b9:b1:c8:64:56:94:96:f7:f2:
1a:9a:dd:04:b2:ef:7c:8b:08:28:b0:58:7d:21:84:
ae:71:4e:64:ef:aa:0d:97:4a:4e:6b:ab:cc:bb:18:
f9:cf:c9:8e:70:b9:27:c5:f2:b5:d8:7f:92:2d:55:
2c:37:3d:1c:18:1c:d5:33:9f:4c:bb:4b:3a:ca:30:
0f:db
Exponent: 65537 (0x10001)
Attributes:
Requested Extensions:
X509v3 Subject Alternative Name:
DNS:localhost, DNS:127.0.0.1
Signature Algorithm: sha256WithRSAEncryption
ad:85:70:51:27:73:c8:b0:8d:09:ae:69:3f:ee:fc:5a:3d:28:
40:20:4e:56:23:03:9c:4c:7a:46:e8:d4:09:db:28:7c:f1:ac:
10:66:60:9c:38:66:56:89:13:1a:59:b7:ab:59:e6:a7:38:83:
9b:89:77:12:0c:39:ef:60:c9:c0:a6:a2:99:70:0b:52:9b:dc:
c5:81:e2:45:48:32:86:1f:14:7e:92:c6:5b:c2:81:23:33:4d:
23:59:02:66:a5:03:5a:ba:4f:13:ca:d8:de:26:68:ee:bf:db:
6e:73:93:22:3d:a0:6e:c1:45:6a:9d:db:7d:14:ae:4c:2f:a2:
fb:28:5d:3e:d1:54:92:f6:a0:fb:04:1c:87:24:0d:7f:47:36:
7c:2d:26:3a:63:4f:40:03:0a:8e:0e:1e:f9:ea:27:d9:50:0a:
6e:83:ab:df:b0:f6:db:e8:12:0d:19:43:eb:31:cd:d7:f6:5e:
73:61:e9:65:2d:08:45:b8:50:0b:4e:54:a2:aa:d5:1d:24:00:
12:a3:58:a5:d3:39:fa:24:f9:fb:91:4d:2c:23:e6:0b:77:b2:
49:a2:77:d7:62:20:e6:fd:69:93:da:b2:8f:4d:7e:c3:fb:b1:
f7:4d:5b:f9:aa:99:50:9a:d2:e5:a3:a4:cc:df:0f:77:e4:b0:
98:7f:4e:37Third Step - Generating a Self-Signed Certificate
Then you will use the OpenSSL tool to generate a temporary certificate, if you provide the SAN correctly, it will no longer generate an error in the client browser to the effect that the signing certificate authority is unknown and not trusted.
To generate a certificate which is good for 365 days, enter the following command:
x509 -req -days 365 -in localhost.csr -signkey localhost.key -sha256 -out localhost.crt -extfile san.cnf -extensionsTo view the output of the generated SSL Certificate enter the following command at the prompt:
OpenSSL> x509 -in localhost.crt -text -noout
Certificate:
Data:
Version: 3 (0x2)
Serial Number:
52:ad:82:a1:20:c3:17:a6:7d:b2:76:ed:90:ab:4d:52:2a:47:14:5c
Signature Algorithm: sha256WithRSAEncryption
Issuer: C = SG, ST = Singapore, L = Seletar, O = Rolls-Royce, OU = APAC, emailAddress = hiroshifuu@outlook.com, CN = localhost
Validity
Not Before: Jun 13 02:58:15 2019 GMT
Not After : Jun 12 02:58:15 2020 GMT
Subject: C = SG, ST = Singapore, L = Seletar, O = Rolls-Royce, OU = APAC, emailAddress = hiroshifuu@outlook.com, CN = localhost
Subject Public Key Info:
Public Key Algorithm: rsaEncryption
RSA Public-Key: (2048 bit)
Modulus:
00:b2:b0:96:8b:c5:ab:88:0e:5e:9b:d6:7f:e7:25:
4d:8d:56:4b:9b:79:47:81:ee:28:53:38:68:e8:04:
88:0b:d0:ee:a7:60:14:36:59:5b:93:e8:ae:73:4a:
55:7d:88:f5:db:54:cd:2b:40:a8:f3:00:bc:67:c8:
ba:fd:73:60:2a:24:b1:07:09:eb:3a:d5:c3:d5:92:
e9:e6:1d:97:02:1d:b4:2c:b7:8f:e8:df:e2:49:9a:
4c:49:78:6a:c3:1f:4a:55:23:05:06:46:39:0e:75:
a5:45:f4:7f:32:bb:42:26:3a:b2:1c:3a:fa:b5:ce:
6f:97:05:0e:18:af:d6:32:32:33:61:18:75:b1:05:
ed:18:cc:0b:a9:a9:a0:46:46:3e:f8:20:42:21:9b:
01:23:9d:69:63:d8:c4:8d:5e:9d:cf:30:1d:e4:51:
5e:c7:35:dc:a0:07:97:57:1a:84:16:8f:40:9d:0e:
af:77:03:ee:8a:ee:b9:b1:c8:64:56:94:96:f7:f2:
1a:9a:dd:04:b2:ef:7c:8b:08:28:b0:58:7d:21:84:
ae:71:4e:64:ef:aa:0d:97:4a:4e:6b:ab:cc:bb:18:
f9:cf:c9:8e:70:b9:27:c5:f2:b5:d8:7f:92:2d:55:
2c:37:3d:1c:18:1c:d5:33:9f:4c:bb:4b:3a:ca:30:
0f:db
Exponent: 65537 (0x10001)
X509v3 extensions:
X509v3 Subject Alternative Name:
DNS:localhost, DNS:127.0.0.1
Signature Algorithm: sha256WithRSAEncryption
a4:98:fe:3b:f3:2f:11:79:29:3a:60:25:ab:6f:e8:f2:c2:09:
5f:6c:5f:46:08:f2:39:04:bf:e5:bc:36:68:59:cc:48:60:ac:
69:a7:aa:ba:b3:0e:95:72:8c:84:53:aa:ae:b9:22:92:32:48:
2b:e7:e6:c8:73:5a:1f:72:9c:1f:35:52:c7:43:47:98:50:49:
2f:f9:ea:a9:94:fb:b9:1d:be:9a:45:90:17:a2:f2:d7:8d:b8:
66:23:72:f1:4e:f7:c2:07:ea:f3:f2:13:ba:16:cb:12:99:96:
0c:af:8a:f6:4f:cf:8f:b0:b7:44:34:09:7d:ba:59:ae:07:5d:
80:99:c6:b4:8b:96:cb:db:f7:31:e4:f1:b5:17:2e:c8:45:3a:
b9:00:03:0d:db:95:55:7e:bc:8e:a3:81:13:ad:3b:f0:6e:20:
c8:06:f4:05:7a:31:4e:ef:0c:2e:14:67:a1:37:79:92:ca:e6:
1f:cb:56:f9:21:3e:a5:14:cb:07:31:e0:dd:4c:a8:d2:f6:ab:
67:f3:07:63:02:0a:0e:71:1d:41:f1:72:a4:11:57:22:08:a4:
a9:14:40:2a:94:8d:fc:f9:0d:62:43:ff:21:92:18:eb:39:1b:
5e:8f:0f:13:da:27:fd:cd:04:f6:8c:1d:b7:85:79:eb:1a:13:
03:66:85:34Final Step - Importing Certificate
Hold down the Windows Key and Press R on your keyboard. The run dialog box will open. Type in mmc then press ENTER.
The Certificate Manager will open then import the localhost.csr into Trust Root Certification Authorities.
From now, your browser will not make complain anymore. (You may need to import the cert in Chrome as well).
![Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] millis...](http://www.gvkun.com/zb_users/upload/2025/04/3b91673f-0c42-4241-b418-a9cab5085a141744085353813.jpg "Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] millis...")
Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] millis...
刚部署好程序，第一次登录时，加载非常得慢，查看log日志发现：Creation of SecureRandom instance for session ID generation using [SHA1PRNG] took [33,755] milliseconds. 说什么创建用于会话ID生成的SecureRandom实例花费了[33,755]毫秒。
解决办法：打开$JAVA_PATH/jre/lib/security/java.security这个文件，找到下面的内容： securerandom.source=file:/dev/urandom 替换成 securerandom.source=file:/dev/./urandom
原因（网上说的）：SHA1PRNG算法是基于SHA-1算法实现且保密性较强的伪随机数生成器。
在SHA1PRNG中，有一个种子产生器，它根据配置执行各种操作。
1）如果Java.security.egd属性或securerandom.source属性指定的是”file:/dev/random”或”file:/dev/urandom”，那么JVM会使用本地种子产生器NativeSeedGenerator，它会调用super()方法，即调用SeedGenerator.URLSeedGenerator(/dev/random)方法进行初始化。 2）如果java.security.egd属性或securerandom.source属性指定的是其它已存在的URL，那么会调用SeedGenerator.URLSeedGenerator(url)方法进行初始化。 这就是为什么我们设置值为”file:///dev/urandom”或者值为”file:/./dev/random”都会起作用的原因。 在这个实现中，产生器会评估熵池（entropy pool）中的噪声数量。随机数是从熵池中进行创建的。当读操作时，/dev/random设备会只返回熵池中噪声的随机字节。/dev/random非常适合那些需要非常高质量随机性的场景，比如一次性的支付或生成密钥的场景。 当熵池为空时，来自/dev/random的读操作将被阻塞，直到熵池收集到足够的环境噪声数据。这么做的目的是成为一个密码安全的伪随机数发生器，熵池要有尽可能大的输出。对于生成高质量的加密密钥或者是需要长期保护的场景，一定要这么做。 那么什么是环境噪声？ 随机数产生器会手机来自设备驱动器和其它源的环境噪声数据，并放入熵池中。产生器会评估熵池中的噪声数据的数量。当熵池为空时，这个噪声数据的收集是比较花时间的。这就意味着，Tomcat在生产环境中使用熵池时，会被阻塞较长的时间。
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