EmbeddedKOS: Difference between revisions
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As it was shown (see for example [http://board.kolibrios.org/viewtopic.php?t=897 KolibriOS for Manufacturing control]), KolibriOS can be successfully used in wide range of data acquisition and process control systems.<br /> | As it was shown (see for example [http://board.kolibrios.org/viewtopic.php?t=897 KolibriOS for Manufacturing control]), KolibriOS can be successfully used in wide range of data acquisition and process control systems.<br /> | ||
A compact open-source kernel, a simple and convenient minimalistic graphics subsystem, fairly developed user interface, very capable low-level system services, | A compact open-source kernel, a simple and convenient minimalistic graphics subsystem, fairly developed user interface, very capable low-level system services, support of popular network protocols and filesystems - all this set of features makes KolibriOS a perspective embedded OS.<br /> | ||
"Kolibri-A" branch-project has been started in July 2010 as an attempt to resolve numerous problems related. | |||
'''NB:''' the '''A''' letter means its code will be tied to AMD/HT architecture; particularly to a well-documented AMD chipsets ''NB780/SB700'' and ''Fusion/Hudson''. Other platforms might not be supported in the nearest future...<br /> | |||
''' | Note also that some specific features of ''Kolibri-A'' are 100% experimental: | ||
- you're warned you can use or test this branch on your own risk, and | |||
- you should realise that some of these features will never be merged to the main ''KolibriOS'' trunk. | |||
''' | '''Specific features of Kolibri-A'''<br /> | ||
* | * convenient and very powerful [https://en.wikipedia.org/wiki/Exokernel exokernel] API functions; | ||
* | * memory-mapped Extended PCIe configuration space and Root Complex registers accessible to userspace applications; | ||
* | * user software can request access to device-specific PCI BAR regions; | ||
* static system buffer (8Мb) dedicated for DMA operations; | |||
* burst-DMA mode (PCI) and "long" PCI-express packets support; | |||
* an RT-optimized memory manager; | * an RT-optimized memory manager; | ||
* | * handling MSI interrupts with full access to APIC-space; | ||
* | * direct power control (ACPI bypass); | ||
* | * faster 32bpp graphics; | ||
* optional ROM-bootloader. <br /> | * experimental ''non-scalable'' vector fonts (smaller and faster than standard vector and bitmap fonts); | ||
* optional ROM-bootloader for diskless systems); | |||
* extended API with faster system calls. <br /> | |||
Latest revision as of 22:51, 21 September 2019
Embedded-KOS
As it was shown (see for example KolibriOS for Manufacturing control), KolibriOS can be successfully used in wide range of data acquisition and process control systems.
A compact open-source kernel, a simple and convenient minimalistic graphics subsystem, fairly developed user interface, very capable low-level system services, support of popular network protocols and filesystems - all this set of features makes KolibriOS a perspective embedded OS.
"Kolibri-A" branch-project has been started in July 2010 as an attempt to resolve numerous problems related.
NB: the A letter means its code will be tied to AMD/HT architecture; particularly to a well-documented AMD chipsets NB780/SB700 and Fusion/Hudson. Other platforms might not be supported in the nearest future...
Note also that some specific features of Kolibri-A are 100% experimental: - you're warned you can use or test this branch on your own risk, and - you should realise that some of these features will never be merged to the main KolibriOS trunk.
Specific features of Kolibri-A
- convenient and very powerful exokernel API functions;
- memory-mapped Extended PCIe configuration space and Root Complex registers accessible to userspace applications;
- user software can request access to device-specific PCI BAR regions;
- static system buffer (8Мb) dedicated for DMA operations;
- burst-DMA mode (PCI) and "long" PCI-express packets support;
- an RT-optimized memory manager;
- handling MSI interrupts with full access to APIC-space;
- direct power control (ACPI bypass);
- faster 32bpp graphics;
- experimental non-scalable vector fonts (smaller and faster than standard vector and bitmap fonts);
- optional ROM-bootloader for diskless systems);
- extended API with faster system calls.