Using SYSPREP in Windows Embedded Standard 7

Using Windows Embedded Standard 7 you can quickly build an Operating System configuration that support your hardware and include only the components required to run your application. Being able to customize the set of packages that are included in your image has multiple advantages: - reduced footprint (you’ll save storage and memory giving more resources to your application) - improved security (some services may have bugs that allows remote exploits and can become a security issue, removing them if they are not needed on your device will improve security) - improved reliability (less code, less bugs ). In Windows Embedded Standard 7 you can generate a set-up DVD or thumbdrive that can be used to install the operating system and your application on a target machine. Doing a full setup on each device could be a suitable solution, but it has some drawbacks. Setup may take a long time and may require some user interaction, some components may need to be installed or configured after the main OS setup etc ... Read the rest of entry »

The Net MF weather station on Channel9!

The project on the weather station that I have already published on CodePlex is the subject of one of the blog posts Coding4Fun on Channel9, as always managed by Greg Duncan.

Netduino 2: also the younger brother of Plus enhances !

It just been officially announced on the Netduino forum the release of the new version of the base of the SecretLabs boards : the Netduino 2 ! After the release of the second version of the board that has Ethernet connectivity and microSD onboard, the Netduino Plus 2, the entry-level version board has a successor even more powerful. Microprocessor and memory Following the same line of Netduino Plus 2, the microprocessor is completely different from that of its predecessor, in fact it is a STM32F2 (from STMicroelectronics) based on architecture Cortex-M3 to 120MHz in place of an Atmel ARM7 to 48 Mhz. The jump of memory is amazing! The amount of available RAM is 60 KB and for Flash the amount available to our application goes from 128 to 192 KB. Input and Output The board provides 22 GPIO pins (compared to 20 above), part of which have the following features: 6 PWM; 4 UART; SPI interface; I2C interface; In addition, there are 6-channel ADC with a resolution of 12 bits (rather than 10-bit). Storage Obviously, ... Read the rest of entry »

μPLibrary on Channel 9 !

uPLibrary, dedicated to. NET Micro Framework, which I started developing for over a year and upgrade over time with new features has been reported on Channel 9 in Blog Coding4Fun thanks to the efforts of Greg Duncan at the following link.

Measure the wind speed with the μPLibrary

The version 1.9 of uPLibrary is enriched with another managed driver for the management of an anemometer, an instrument used for measuring the wind speed. The driver is generic, considering the common operation for most of all anemometers. The anemometer I used generates 4 pulses per second to the detection of a wind speed of 10 Km / h; such information is useful to determine the true wind speed by counting pulses in a time interval that can be set. In fact, Anemometer The class provides a constructor whose parameters are the following: inPin: Pin board used and it is connected to the output signal pulse anemometer; calculatePeriod: period in which the driver must observe and assess the wind speed (the default value is 5000 ms); referenceWindSpeed​​: reference wind speed in km / h (the default is 10); referencePulseForSecond: number of pulses per second reference (the default value is 4); As you can see the default values ​​of the driver are those of the anemometer used for testing. Inside, the class associ ... Read the rest of entry »

μPLibrary : new temperature and humidity sensor

Beginning of the year ... the uPLibrary grows and upgrade to version 1.9 !One of the new features added is the managed driver for the temperature and humidity sensor SHT1x of Sensirion, which is available in a convenient breakout board of DFRobot. The communication protocol is expected to be a non-standard I2C, so the .Net Micro Framework classes dedicated I2C are unusable. In this case, the only solution is the bit banging, through which the date and clock signals are driven directly by software. The implemented class SHT1x provides a constructor which pass the two pins used for the aforesaid signals over the power supply voltage supplied to the sensor. The latter information is necessary for the implementation of compensation formulas for the calculation of the actual value of temperature and humidity from the data read from the sensor. The methods exposed are trivially as follows: ReadTemperature (): provides the measured temperature, on the basis of the unit of measure passed as a parameter; ReadRelativ ... Read the rest of entry »

Netduino Plus Weather Station !

I’m pleased to introduce you my new open source project on CodePlex…..Net Micro Framework Weather Station !

This project helps you to build a weather station based on .Net Micro Framework. The data come from some sensors (temperature, humidity, luminosity and wind speed) and you can read them, in real time, using a Web page on the integrated Web Server. Enabling data logging, you can save your data into a microSD.

The project is built for Netduino Plus board and based on .Net Micro Framework 4.2 but you can use a different board changing only the pin for the sensors connections.

It uses Metro UI CSS (http://metroui.org.ua/) for Metro style Web page.

Updated Windows Embedded Compact 7 Documentation on MSDN

If you have not visited the online documentation for Compact 7 on Microsoft’s MSDN site, it has been updated with new contents…

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.Net Micro Framework 4.3 RTM released !

.Net Micro Framework 4.3 released with the following new features : Read the rest of entry »

Windows 8 App Development Day 3/4: Standard Project Templates-2

Covers the Split App Windows Store Project Template. Read the rest of entry »