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Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
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Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
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You shouldn't have let an ape mess with your projects. |
Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
@Gigabyte tone down your language please.
Name calling won't make your statements more true, just condencending. Keep it civil guys. Regards Dousan... |
Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
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Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
@GigaByte
looks like you know a thing or two about NITDroid development. :) maybe you'd like to join their TEAM? i hope your differences can still be settled. thanks! |
Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
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Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
Hey Guyz,,
The CM9(00) [WIP] stated by Sanjeev Is totally diff from the n14 experimental version so even if he said before that nitdroid got accelerated , he was mentioning tar balls or the n14 version,, CM9 is totally different and isn't based on n14 at all... Read the post correctly to understand the developments: TEAM Energy proudly presents CM 9(00) [WIP][U-Boot] |
Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
off topic :@ vestin thanks finally some body poked in and acted as a buffer to stable the gigabyte acidic excoriations .
on topic : Well since i see 2.3.4 is pretty and stable ,may i request for camera modules to be ported to on 2.3.4 version ? And voice calling is another issue where mostly people will be concerned . though will be waiting for something new in nitdroid.I wonder if e-yes still working on N900 nitdroid.N9 geeks got him away i suppose .Ammyt other than sanjeev and vakkov ,we are counting on you too.man you are finally off the hook ( i mean exams are finished eh ) . |
Re: The Grand NITDroid Thread - NITDroid ICS Upgrade!
Cortex A8, CodeSourcery
embOS for Cortex A8 was developed for and with CodeSourcery compiler and supports all memory models offered by these compilers. It comes with easy to use start projects for CodeSourcery* Codebench IDE. Initilization code for different Cortex A8 starter boards is included. Resources and performance data Memory usage Kernel size (ROM) approx. 1700 bytes Kernel RAM usage 51 bytes RAM usage per task control block 32 bytes RAM usage per resource semaphore 8 bytes RAM usage per counting semaphore 2 bytes RAM usage per mailbox 20 bytes RAM usage per software timer 20 bytes RAM usage event 0 bytes Min. stack-size per task (RAM) 72 bytes Timing Context switch time TBD Interrupt latency time zero Kernel CPU usage/TICK less than .2% of total calculation time at 1000 Interrupts/second (1ms TICK) Basic time unit (TICK) typ. 1 ms, min. 20 µs (50 kHz interrupt frequency) Features Max. no. of tasks Unlimited (by available RAM only) Max. no. of mailboxes unlimited (by available RAM only) Max. no. of semaphores (resource/binary/counting) unlimited (by available RAM only) Max. no. of software timers unlimited (by available RAM only) Max. no. of priorities 64 Stack size idle task (RAM) 0(no memory needed) Nested interrupts permitted Task switches from within ISR possible Absolute values given above were measured with embOS release build on an TI OMAP3503 CPU running at 600MHz Shared from google http://www.segger.com/cortex-a8--codesourcery.html |
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