Searched refs:complex (Results 1 – 10 of 10) sorted by relevance
| /xen/docs/misc/ |
| A D | vtd-pi.txt | 7 VT-d posted-interrupts: posted-interrupts support in root-complex side
43 posted-interrupt-descriptor structure by the root-complex or software,
109 posted-interrupt-descriptor structure by the root-complex, followed by
110 an optional notification event issued to the CPU complex. The interrupt
111 request arriving at the root-complex carry the identity of the interrupt
119 (interrupt) to be issued to the CPU complex to inform CPU/software about pending
320 2. For lowest-priority interrupts, new Intel CPU/Chipset/root-complex
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| A D | kconfig-language.rst | 635 desirable to enable more complex dependency mappings and / or queries,
639 solver proves too complex or that it cannot address recursive dependency issues
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| A D | pvcalls.pandoc | 73 any other complex configurations on the host
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| A D | livepatch.pandoc | 1083 but is more complex to implement.
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| /xen/xen/include/xen/lib/x86/ |
| A D | cpuid.h | 162 bool /* d */ wbinvd:1, inclusive:1, complex:1; member
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| /xen/docs/features/ |
| A D | sched_credit.pandoc | 56 complex (due to, e.g., the introduction of boosting, caps and vCPU
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| /xen/m4/ |
| A D | systemd.m4 | 56 dnl src/core/systemd.pc.in but this is a bit complex at the
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| /xen/docs/man/ |
| A D | xl-numa-placement.7.pod | 17 is quite more complex and slow. On these machines, a NUMA node is usually
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| A D | xl.cfg.5.pod.in | 180 More complex notation can be also used, exactly as described above. So
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| /xen/docs/designs/ |
| A D | argo.pandoc | 439 operation. It enables introducing granular locking without complex or
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