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Configure One Cloud can handle the most challenging configuration problems, regardless of industry. Every product is configured on-the-fly and customers can see live visualizations of their selected options. Point-and-click admin setup makes it easy to define the rules for each product.

A configure script is an executable script designed to aid in developing a program to be run on a wide number of different computers. It matches the libraries on the user's computer, with those required by the program before compiling it from its source code.

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Obtaining software directly from the source code is a common procedure on Unix computers, and generally involves the following three steps: configuring the makefile, compiling the code, and finally installing the executable to standard locations. A configure script accomplishes the first of these steps. Using configure scripts is an automated method of generating makefiles before compilation to tailor the software to the system on which the executable is to be compiled and run. The final executable software is most commonly obtained by executing the following commands in a shell that is currently pointing to the directory containing the source code:

One must type ./configure rather than simply configure to indicate to the shell that the script is in the current directory. This is because, as a security precaution, Unix configurations don't search the current directory for executables. So, to execute programs in that directory, one must explicitly specify their location.[1]

Software developers simplify the challenge of cross-platform software development by using GNU Autotools.[2] These scripts query the system on which they run for environment settings, platform architecture, and the existence and location of required build and runtime dependencies. They store the gathered information in configure.ac or the now deprecated configure.in to be read by configure during the installation phase.

The first program to come with a configure script was rn by Larry Wall in 1984. The script was written by hand and produced a jocular running commentary when executed. It still survives as part of the build system of the trn program.[3]

No device was still able to use that SSID, so I again used Ethernet and browsed the GUI settings. Everything appeared OK, but it did show zero working access points. Tried setting to factory defaults again, but that had same issue. Tried reflashing the same firmware and after reboot and setup, the same issue remains. Access point appears stuck with Configure.Me and will not broadcast any other Wifi networks configured on device. Any ideas?

Additional update: AP appears to be working as expected. The issue is still repeatable if the AP is reset to defaults - unable to connect to Configure.Me, zero working APs and configured Wi-Fi networks not broadcasting. This was easily remedied by changing Admin/Services | System | IP settings from DHCP to Manual (same IP) and rebooting. Also, from a factory defaulted state, a restore of previously saved backup also puts AP in correctly saved config without need to change IP settings.

The configure script configures the source tree for compiling and installing the Apache HTTP Server on your particular platform. Various options allow the compilation of a server corresponding to your personal requirements.

To find out which modules are compiled by default, run ./configure -h or ./configure --help and look under Optional Features. Suppose you are interested in mod_example1 and mod_example2, and you see this:

Add one or more third-party modules to the list of statically linked modules. The module source file module-file will be searched in the modules/module-type subdirectory of your Apache HTTP server source tree. If it is not found there configure is considering module-file to be an absolute file path and tries to copy the source file into the module-type subdirectory. If the subdirectory doesn't exist it will be created and populated with a standard Makefile.in.

The LoadModule directives for the chosen modules will be automatically generated in the main configuration file. By default, all those directives will be commented out except for the modules that are either required or explicitly selected by a configure --enable-foo argument. You can change the set of loaded modules by activating or deactivating the LoadModule directives in httpd.conf. In addition the LoadModule directives for all built modules can be activated via the configure option --enable-load-all-modules.

For the correct events to be audited and included in the Windows Event Log, your domain controllers require specific Windows server Advanced Audit Policy settings. Misconfigured Advanced Audit Policy settings can cause gaps in the Event Log and incomplete Defender for Identity coverage.

For example, to configure Audit Security Group Management, under Account Management, double-click Audit Security Group Management, and then select Configure the following audit events for both Success and Failure events:

For example, to configure Outgoing NTLM traffic to remote servers, under Security Options, double-click Network security: Restrict NTLM: Outgoing NTLM traffic to remote servers, and then select Audit all:

To collect events for object changes, such as event 4662, you must also configure object auditing on the user, group, computer, and other objects. This procedure describes how to enable auditing in the Active Directory domain.

Make sure to review and verify your audit policies before enabling event collection to ensure that the domain controllers are properly configured to record the necessary events. If configured properly, this auditing should have minimal effect on server performance.

Configure blocks are used inside the Job DSL to give direct access to underlying XML of the Jenkins config.xml. Theblocks are closures which get a groovy.util.Node passed in. The XML element represents by the node depends on thecontext of the configure block.

To use configure blocks at the job or view level, the configure DSL method must be used. Here the root element ispassed in. For free-style jobs that is , but for other job types the name of the root element differs, e.g. for Maven projects.

If you are getting a ConcurrentModificationException when using the configure block, the XML element that you are tryingto generate might have a conflict with other (possibly undocumented and internal) DSL method names. To avoid this, youcan use the closure's delegate variable.

For brevity, the samples show only the part of the job configuration that is relevant for the shown configure block. Toget a runnable DSL script, further methods have to be added, like setting the job's name by using name().

Once the Artifactory Repository is configured you will need to get the "artifactoryName" property which will benecessary to properly configure your jobs. This property is the "serverId" input element found in the configurationpage. It is an hidden element.

You can configure two-factor authentication (2FA) using a TOTP app on mobile or desktop or via text message. After you have configured 2FA using a TOTP app or via text message, you can then also add security keys as alternate 2FA methods.

We strongly recommend using a time-based one-time password (TOTP) application to configure 2FA, and security keys as backup methods instead of SMS. TOTP applications are more reliable than SMS, especially for locations outside the United States. Many TOTP apps support the secure backup of your authentication codes in the cloud and can be restored if you lose access to your device.

After you configure 2FA, your account will enter a 28-day check up period. You can leave the check up period by successfully performing 2FA in those 28 days. Otherwise, you will be prompted to perform 2FA in an existing GitHub.com session on the 28th day. If you cannot perform 2FA to pass the checkup, you must use the provided shortcut to reconfigure your 2FA settings and retain access to GitHub.com.

If you're a member of an enterprise with managed users, you cannot configure 2FA for your managed user account account unless you're signed in as the setup user. For users other than the setup user, an administrator must configure 2FA on your identity provider (IdP).

Tip: To configure authentication via TOTP on multiple devices, during setup, scan the QR code using each device at the same time or save the "setup key", which is the TOTP secret. If 2FA is already enabled and you want to add another device, you must re-configure your TOTP app from your security settings.

Optionally, you can configure additional 2FA methods to reduce your risk of account lockout. For more details on how to configure each additional method, see "Configuring two-factor authentication using GitHub Mobile" and "Configuring two-factor authentication using a security key".

Once you have configured a TOTP application, or SMS, you can also use GitHub Mobile to authenticate. If, in the future, you no longer have access to GitHub Mobile, you will still be able to use security keys or TOTP applications to sign in. 006ab0faaa