Iblogpro 4
IBlogPro Theme. Inspired by modern technology, this Wordpress theme is the perfect way to give your website a look that is highly professional and clean.
The new and improved iBlogPro4 is here with new features and options designed to improve ease of use. Why all the changes?
Because we listened to what you had to say about iBlogPro3 and took action! Using the new PageLines core framework we’ve added more page templates, page specific options and much more so that making a fully customizable and professional website is at your fingertips. Here is a short overview of some of the changes:. New Footer —with 5 columns. Page Templates—including a left sidebar option.
Color Options—a new darker nav and added hexidecimal color options. New Widgetized Areas—like a full-width area above the footer. Shortcode Ready—Perfect for advanced slider customization. and more New Footer: This footer is replacing the minimal one line footer from past versions with a fully widgetized footer perfect for listing pages, links, archives and copyright information. New Shortcode Library & Feature Slider Thumbs: The new slider has added shortcode functionality that allows you to display dynamic content like a google map. Additionally, the feature slider navigation numbers can now be replaced with either thumbnails (pictured) or with the title of the slider.
Done Before we can run this script, we need to connect an LED to Raspberry Pi. According to the figure above, pin #13 corresponds to a software-controllable GPIO27 and pin #14 (for convenience, the pins are shown again in the figure below): Now connect the LED with a resistor to pins 13 and 14. Remember to connect the side with resistor to GROUND i.e. Be careful when connecting things, as short-circuiting certain pins will restart (and might even burn) our board and any devices attached to it. Use an expandable USB phone charger instead of your actual computer as the power source. Turn off your Raspberry PI board and carefully connect the LED (as shown below), then turn on the Raspberry Pi.
Run the above bash script (remember to make it executable). The LED should start blinking. You can now stop the shell script and free (unexport) the GPIO. Done Rpi Monitor RPi-Monitor is a self monitoring application designed to run on Raspberry Pi. It monitors your Raspberry Pi software version, update info, uptime, cpu-load, temprature, memory, sd-card space, network usage and has secure shell (ssh) build in. Reclamando nuestro espacio. The extraction of the information is done by a process designed to run as a daemon (which is executed as root). The extracted key performance indicators (KPI) from the computer are stored into a Round Robin Database (RRD) to keep a history of the health of the computer.
Rpimonitord has the perl script which starts an embedded web server giving access to the pages. The web server is running as a separate process owned by a non root user (the user ‘pi’ by default). To install Rpi monitor, run the following commands.
Iblog Proctor
Sudo apt - get update & amp; & amp; sudo service rpimonitor update Open a web browser on your local machine and enter the following url to access Rpi Monitor. Replace the IP address with the IP address of your Raspberry Pi. Click on Start button to open the status page which shows various details about your Raspberry Pi. The Statistics tab also has several nice looking graphs. You can add a custom category to the Statistics tab to display live data received from temperature/humidity sensor.
Edit the file /etc/rpimonitord.conf and add the following code at the end. Remember to add an extra space after the second = in the third line.