Examples of using Kernel can in English and their translations into Portuguese
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Says that only the kernel can change the PMAR.
The kernel can, thus, share various pieces of information.
Bit instructions so that the kernel can begin executing.
So the kernel can simply allocate one of these new.
And we want andthey get so that only the kernel can do this.
A 32-bit kernel can only use the first 2 GB of RAM.
So we want to make sure that only something this kernel can change the PMAR.
The kernel can be entered in two ways: via a trap or via a syscall.
After that, a buildkernel to build a kernel can be run at any time.
The kernel can carefully verify that these put and get commands.
And this kernel, except forthis one difference that a kernel can change the.
The kernel can generate signals to notify processes of events.
Rebuilding and reinstalling a new custom kernel can then be performed in the usual way.
A 64-bit kernel can only load 64-bit kernel modules.
Say for example,requests additional memory to execute, the kernel can add that memory, add an entry into the.
Only the GENERIC kernel can be automatically updated by freebsd-update.
Once the edits to the custom configuration file have been saved,the source code for the kernel can be compiled using the following steps.
Furthermore, the kernel can do things like it can create a new map.
Iscsid communicates with the SCSI mid layer to create in-kernel block devices that the kernel can then treat like any other SCSI block device on the system.
The kernel can add or remove almost any device in a running system.
Dynamic Kernel Device Management with udev The kernel can add or remove almost any device in a running system.
A custom kernel can add support for devices which are not present in the GENERIC kernel. .
Although everything that happens outside of the kernel can be lumped together under“user-space”, we can still separate it into software layers.
The kernel can handle arbitrary sizes but internal data structures scale to 4 times the largest swap partition.
For the most part, the kernel can auto-detect information about your peripherals.
Kernel can so choose the right technology, just suited for the specific application, with a large degree of optimization, in fact Kernel can develop a large number of modern microprocessor, secially single-chip.
In addition to routing, the kernel can perform network address translation, traffic shaping and filtering.
Similarly, the kernel can do things like allocate new memory into one of these addresses.
When using Soft Updates, the kernel can take up to thirty seconds to write changes to the physical disk.
And therefore, the kernel can sort of ensure that these two modules don't do malicious things to each other.