Fast boot
地域：
CA
CA Campbell
摘要
Initializing a computing system using dormant pages includes marking a set of guest physical addresses as dormant. It further includes, for each node in a plurality of physical nodes, designating a set of real physical addresses for zeroing. An operating system is executing collectively across the physical nodes.
說明書
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-
- TS_NET_SCHEDULER,
- TS_NET_MEMORY,
- TS_NET_IO,
- TS_NET_MIGRATION,
- TS_NET_REMOTE,
- TS_NET_REMOTE_INIT,
- TS_NET_IOAPIC,
- TS_NET_CONTROL,
- TS_NET_BENCHMARK,
- TS_PAGE_BENCHMARK,
- TS_SYNC_CLOCK,
- TS_NET_MMIO,
In some embodiments, the TS_NET_MEMORY subsystem has the following example message types:
-
- VMEM_UNKNOWN=0,
- VMEM_BUILD_GCPP=1, //message to node to build its cpp (coherency page protocol).
- VMEM_BUILD_COMPLETE=2, //message that the build is complete
- VMEM_MOVE_OWNER=3, //message carrying page from owner to owner
- VMEM_COMPLETE_PAGE=4, //message used to signal page state change complete
- VMEM_OK2SEND=5, //message used to broadcast available room for pages
- VMEM_COLLECT_PAGE_BCST=6, //message used in isolating protocol (path where the collect message is broadcast).
- GTHREAD_COLLECT_BCST=7, //message used to collect guest thread metadata
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