Code: Select all
rdate -s ntp_server_address
eg. for Warsaw, Berlin and Paris
rdate -s ntp.task.gda.pl
Code: Select all
rdate -s ntp_server_address
eg. for Warsaw, Berlin and Paris
rdate -s ntp.task.gda.pl
Under HardwareThe Raspberry Pi does not come with a real-time clock,[5] so an OS must use a network time server, or ask the user for time information at boot time to get access to time and date for file time and date stamping. However, a real-time clock (such as the DS1307) with battery backup can be added via the I2C interface.
Did you try the following?Lobster wrote:Alsa AlphaAlsa driver is included
Tried it
Did not hear a growl from it.
Look forward to updates.
Basically I did not try a secure web site in Midori and am now recommending downloading and using Chrome (for now) as it solves some of the instability found in Midori. Chrome should have SSL, though I have not checked.But does this version do SSL? In other words what happens when you go to an https site?
Woof is not ready to build for the RasPi. Currently only builds a Ubuntu Lucid based build for the Mele armv7 box.Lobster wrote:OK update on the state of the Raspberry's. From what little information I can glean, the SD image is unique on the Rpi. I tried woof2 three times in all but so far the image is failing to write and many packages are missing.
I am typing this in on my IPad. Cool.
Anyways I am pleased that I can use woof2 - not exactly sure that it is all there for the ARM but this is still being developed by Barry
it seems with better and better and faster PC hardware coming out all the time, that software developers get lazy and create bloated and resource intensive applications and games etc and dont worry about slimming or how much ram or cpu they use because it runs fine on their particularly newish computer... and everyone owns a computer that is only 2 years old max right?Lobster wrote:Guys,
My Arm experience is based on three devices, the Wii, a cheap Andoid phone and the iPad. These devices are complete and polished devices.
The raspberry pi is not like that.
The rpi boots up fast, the hardware seems robust. The small size is impressive. The development tools and programming is in place.
The operating systems seem at Alpha stage, with some program's very robust and others not working.
This is a learning and project involvement tool. As such it's potential is all in place.
The speed of the rpi became an issue for me very early on.
It is slow.
When I set up the Debian to be Puppi like, the system was more responsive and this can be tweaked further. Rpi needs puppy know how. No doubt.
The innovation that will come from the Rpi will be incredible. That is because of the large user base.
The team at Rpi are smart cookies. I can imagine a faster board. Perhaps a multi-CPU component . . .
To be involved in something that is this phenomenal, at such an early stage is great.
I can not code on the wii, the android smartphone or the iPad.
I can already on the rpi. The Rpi foundation are focussing on learning packs.
What fun.