embedded

I have an application written in .NETMF that requires that I be able to parse an RFC822-Datetime. Normally, this would be easy, but NETMF does not have a DateTime.parse() method, nor does it have some sort of a pattern matching implementation, so I'm pretty much stuck. Any ideas? EDIT: "Intelligent" solutions are probably needed. Part of the reason this is difficult is that the datetime in question has a tendency to have extra spaces in it (but only sometimes). A simple substring solution might work one day, but fail the next when the datetime has an extra space somewhere between the parts. I

I have a general purpose class which is used in different contexts - sometime as static variable, and sometime as a normal variable on the stack/heap. When it is used as a normal variable the destructor must be called when it goes out of scope - as normal. The executable is used in an embedded target where flash is a limited resource and which will never exit, and for this I would like this "exit" code to be disabled. Following is an example to illustrate the problem. A is the class where the destructor is needed for normal circumstances, but is not needed for static variables. struct Abstract

When I hear that, I always think about an mobile device. But why is the hardware "embedded" there? Isn't the whole device the hardware? Why is a personal computer no embedded hardware system? Adam Davis In today's world embedded simply refers to a system with one or more of the following traits: Single purpose (ie, not a general purpose computer, like your desktop) Firmware rather than software - still software, but not as easily updated (flash, etc) Hardware and software are designed together as a unit Different, perhaps more rigorous testing as software updates are not desired Real time

Let's say there is a simple test code typedef struct { int first; int second; int third; } type_t; #define ADDRESS 0x12345678 #define REGISTER ((type_t*)ADDRESS) const int data = (int)(&REGISTER->second)*2; int main(void) { volatile int data_copy; data_copy = data; while(1) {}; } Which is compiled in CodeSourcery G++ (gcc 4.3.2) for bare metal ARM. It also has a very standard linker script. When compiled in C (as main.c) the object "data" goes into Flash, as expected. When compiled in C++ (as main.cpp) this object goes into RAM, and additional code is added which does nothing more than copy

Here is how to do it with a registry key. * Go to HKEY_LOCAL_MACHINE\SYSTEM\GWE * Create a DWORD named Animate if it does not already exist * Edit the DWORD value named Animate * 0 - Disables Window Animation 1 - Enables Window Animation However, it needs restart of the device. I would like to know if there is anyway to disable it instantly, programmatically? Take a look at SystemParametersInfo . There is no animation setting, but maybe if you notify GWES of a different change it will also update the animation state. 来源： https://stackoverflow.com/questions/3268631/disable-ce-windows-animation

I have to serve two masters. One project which is expected to split in two after v1.0. It initially was a straightforward embedded project coded in C using FreeRTOS. It till could be until v1.0. Afterwards, one master says we must use QNX to please a partner or lose a deal while another says that we must use J/XFS (Java extension for financial services ) or lose another deal. QNX doesn't exactly seem bustling with support for Java. The best that I can find is this link , but t's hardly official. So, can anyone shed more light on Java on QNX? I have to say that I've never tried to use Java

Can java programming be used in micro-controller programming like C and C++? If yes what are the requirement for it? What about in PIC16 and PIC32 series micro controller? Any Possibility for them. I could not find much more information about it in the web too.I appreciate your help. Cheers!!! Clifford To run Java on any platform you will need a Java Virtual Machine (JVM). I would not hold out too much hope for PIC16 due to the memory resources required and perhaps the performance. If you want the highest performance and smallest footprint then C or C++ are a better (and most usual) solution