![]() Next, set the appropriate permissions on Cacti’s directories for graph and log generation. Now edit /usr/share/cacti/include/config.php and specify the database type, name, host, user, and password for your Cacti configuration. Import the default Cacti database from the projects doc directory: # mysql cacti GRANT ALL ON cacti.* TO IDENTIFIED BY ' somepassword' Create the database with the command: # mysqladmin -user=root create cacti The Cacti installation procedure adds a configuration file for Apache – namely /etc/httpd/conf.d/nf – so you have to restart Apache with the command: # service httpd restartīefore you can use Cacti you must configure a MySQL database for it. # yum -y install php php-mysql php-snmp php-xml Now you can use yum as root to install all of the necessary packages: # yum -y install httpd Then update the system with the command # yum update. If you have a 64-bit system, run: # rpm -ivh ![]() To install it on a 32-bit system, run: # rpm -ivh The command to add EPEL differs depending on your server’s CPU hardware architecture. If the output is a blank line, you probably don’t have it. If you are unsure about whether you have EPEL installed, run the command # rpm -qa |grep -i epel. If you don’t already have EPEL among your sources you can add it easily. Apache, PHP, and MySQL are available in the standard CentOS repository, while RRDTool is available in EPEL (Extra Packages for Enterprise Linux), a repository that holds useful packages for Red Hat Enterprise Linux-based distributions, including CentOS. To run properly, Cacti need a complete LAMP stack and RRDTool installed. To see how Cacti and RRDTool can help monitor devices on a network, we’ll use CentOS 6 as our server platform. It supports data gathering via different methods such as scripts in any language and SNMP. Cacti provides templates to gather and show information such as system load (CPU, RAM, disks), users connected, MySQL load, and Apache load, all of which can affect the performance of your site.Ĭacti’s front end is completely PHP-driven. RRDTool stores all of the necessary information to create graphs and populate them with data in a MySQL database. ![]() Cacti was developed specifically to monitor and collect performance information, while Nagios is more oriented toward state changes, such as noting whether a daemon is up or down. While the popular Nagios application is a good general-purpose monitoring program that you can extend with plugins to handle just about any task, you may do even better by employing Cacti as a graphical front end to RRDTool‘s data logging and graphing functionality. PS2: I can generate a debug APK without any issue whatsoever.This is an article of mine, first published on WaziĮvery organization must monitor its infrastructure’s uptime and performance. PS: Obviously, I am selecting my variant here during the process: I do it via AS and follow the very standard procedure.Ĭan someone point to me what am I missing here? I assume there is a way to select a specific build variant when generating a signed APK, how does it works? Nothing changed in my way of generating an APK. Now, I have been generating an APK every week for years now, so I know my way around the folders, the different build variant output folders etc. ![]() But when I try to generate a Signed APK, I get a strange message after building telling me:ĪPK(s) generated successfully for module 'android-mobile-app-XXXX.app' with 0 build variants:Įven though the build seem to be successful I cannot find the generated APK anywhere (and considering the time it takes to give me that error, I don't even think it is building anything). Now I can compile my project and launch my app on my mobile, everything is working. I just updated my Android studio to the version 2021.1.1 Canary 12.Īfter struggling to make it work, I had to also upgrade my Gradle and Gradle plugin to 7.0.2. The permanent shutdown is not until March 15th.Īs in actions/checkout issue 14, you can add as a first step: Plus, this is still only the brownout period, so the protocol will only be disabled for a short period of time, allowing developers to discover the problem. Personally, I consider it less an "issue" and more "detecting unmaintained dependencies". The entire Internet has been moving away from unauthenticated, unencrypted protocols for a decade, it's not like this is a huge surprise. Second, check your package.json dependencies for any git:// URL, as in this example, fixed in this PR. This will help clients discover any lingering use of older keys or old URLs. This is the full brownout period where we’ll temporarily stop accepting the deprecated key and signature types, ciphers, and MACs, and the unencrypted Git protocol. See " Improving Git protocol security on GitHub". First, this error message is indeed expected on Jan. ![]()
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