| /qemu/tests/qemu-iotests/tests/ |
| H A D | parallels-checks.out | 39 == write another pattern to second cluster ==
42 == check second cluster ==
46 == check second cluster ==
61 == check second cluster ==
70 == check the second cluster (deduplicated) ==
78 == write another pattern to second cluster ==
81 == check second cluster ==
85 == check second cluster ==
92 == check second cluster ==
101 == check the second cluster (deduplicated) ==
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| H A D | parallels-checks | 104 echo "== write another pattern to second cluster =="
107 echo "== check second cluster =="
114 echo "== check second cluster =="
123 echo "== check second cluster =="
132 echo "== check the second cluster (deduplicated) =="
143 echo "== write another pattern to second cluster =="
146 echo "== check second cluster =="
153 echo "== check second cluster =="
159 echo "== check second cluster =="
168 echo "== check the second cluster (deduplicated) =="
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| H A D | zoned | 53 echo "opening the second zone"
75 echo "(4) finishing the second zone"
81 echo "(5) resetting the second zone"
96 echo "After appending the second zone firstly:"
99 echo "After appending the second zone secondly:"
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| H A D | zoned.out | 27 opening the second zone
45 (4) finishing the second zone
50 (5) resetting the second zone
64 After appending the second zone firstly:
67 After appending the second zone secondly:
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| /qemu/include/qemu/ |
| H A D | throttle.h | 46 * currently used for bytes per second and operations per second.
50 * - avg: the desired I/O limits in units per second.
51 * - max: the limit during bursts, also in units per second.
57 * bkt.level and leaks at a rate of bkt.avg units per second.
67 * per second.
70 * maximum of bkt.max units per second for at most bkt.burst_length
80 uint64_t avg; /* average goal in units per second */
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| H A D | throttle-options.h | 39 .help = "limit total I/O operations per second",\
43 .help = "limit read operations per second",\
47 .help = "limit write operations per second",\
51 .help = "limit total bytes per second",\
55 .help = "limit read bytes per second",\
59 .help = "limit write bytes per second",\
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| /qemu/docs/specs/ |
| H A D | rapl-msr.rst | 60 3. Sleep for 1 second - During this pause the vcpu and other non-vcpu threads
90 dividing the time in clock ticks. The number of clock ticks per second can be
91 found by the sysconf system call. A typical value of clock ticks per second is
92 100. So a core can run a process at the maximum of 100 ticks per second. If a
94 of the package for a period of 1 second.
108 A 4 cores package can schedule a maximum of 400 ticks per second with 100 ticks
109 per second per core. If a thread was scheduled for 100 ticks between a second
112 package during this whole second is 1/4 of the total energy spent by the
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| H A D | ppc-spapr-numa.rst | 72 ibm,associativity array, the second level is the second element and
76 means that the second would be 20 and the third level 40. For the P1 and
86 Second NUMA level (0x2) => associativity[1] = S1
92 Second NUMA level (0x2) => associativity[1] = S2
397 The first and second level are equal, 0x4, and a third one was added in
404 * second level is skipped since it's equal to the first
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| /qemu/include/standard-headers/linux/ |
| H A D | vmclock-abi.h | 17 * Second, there may be a step change in the value of the counter itself, as
44 * of 1 ms per second would effectively tweak the counter period by 1000PPM
148 * its own smearing during the day or so after a leap second when
150 * second which is now theoretically "historical".
152 #define VMCLOCK_LEAP_NONE 0x00 /* No known nearby leap second */
153 #define VMCLOCK_LEAP_PRE_POS 0x01 /* Positive leap second at EOM */
154 #define VMCLOCK_LEAP_PRE_NEG 0x02 /* Negative leap second at EOM */
155 #define VMCLOCK_LEAP_POS 0x03 /* Set during 23:59:60 second */
167 * fields is 1/2^(64 + counter_period_shift) of a second.
177 uint64_t time_frac_sec; /* Units of 1/2^64 of a second */
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| /qemu/tests/qemu-iotests/ |
| H A D | 305 | 51 # cluster (guest offset 123k) is referenced in the second refcount
53 echo '### Fill the first refcount block and one data cluster from the second'
60 echo '### Corrupt the offset of the second refcount block'
66 # second refcount blocks respectively, but only the first one can be
67 # allocated correctly because the second entry of the refcount table
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| H A D | 234 | 74 # Wait for the destination second (which does not)
83 iotests.log('Add a second parent to drive0-file...')
87 iotests.log('Restart A with -incoming and second parent...')
103 # Wait for the destination second (which does not)
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| H A D | 015.out | 8 creating second snapshot
14 checking second snapshot
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| H A D | 305.out | 4 ### Fill the first refcount block and one data cluster from the second
12 ### Corrupt the offset of the second refcount block
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| H A D | 307.out | 65 {"execute": "block-export-add", "arguments": {"description": "This is the writable second export", …
72 {"execute": "block-export-add", "arguments": {"description": "This is the writable second export", …
87 description: This is the writable second export
114 description: This is the writable second export
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| H A D | 234.out | 21 Add a second parent to drive0-file...
23 Restart A with -incoming and second parent...
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| /qemu/tests/tcg/s390x/ |
| H A D | mvc.c | 45 /* protect the second pages */ in main()
52 /* fault on second destination page */ in main()
59 /* fault on second source page */ in main()
66 /* fault on second source and second destination page */ in main()
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| /qemu/scripts/coverage/ |
| H A D | compare_gcov_json.py | 30 help=('Second file to check'))
72 def find_missing_files(first, second): argument
74 Return a list of files not covered in the second set
80 file_b = second[f]
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| /qemu/contrib/plugins/ |
| H A D | ips.c | 2 * Instructions Per Second (IPS) rate limiting plugin.
5 * particular number of Instructions Per Second (IPS). This controls
29 static uint64_t max_insn_per_second = 1000 * 1000 * 1000; /* ips per core, per second */
201 fprintf(stderr, "minimum of %d instructions per second needed\n", in qemu_plugin_install()
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| /qemu/docs/system/devices/ |
| H A D | usb-u2f.rst | 1 Universal Second Factor (U2F) USB Key Device
5 exposed to the internet to offer a strong second factor option for end
8 The second factor is provided by a device implementing the U2F
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| /qemu/docs/ |
| H A D | multiseat.txt | 28 additional switches for the second seat:
64 We'll create two vnc server instances, and bind the second one to the
65 second seat, similar to input devices:
71 likewise connecting to vnc display :2 shows the second seat.
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| /qemu/hw/uefi/ |
| H A D | var-service-utils.c | 168 if (a->second < b->second) { in uefi_time_compare()
171 if (a->second > b->second) { in uefi_time_compare()
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| /qemu/docs/system/arm/ |
| H A D | mps2.rst | 65 of the way the real FPGA image usually runs with the second Cortex-R52
67 create the second CPU with ``-smp 2``; both CPUs will then start
71 CPU0, and the second UART is accessible only by CPU1. The
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| /qemu/accel/tcg/ |
| H A D | translator.c | 273 * Read begins on the first page and extends to the second. in translator_ld()
284 * The read must conclude on the second page and not extend to a third. in translator_ld()
304 * If the second page is MMIO, treat as if the first page in translator_ld()
365 /* Unaligned or partial read from the second page is not atomic. */ in translator_ld()
387 * Either the first or second page may be I/O. If it is the second, in record_save()
439 /* Get any bytes from the second page. */ in translator_st()
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| /qemu/include/crypto/ |
| H A D | pbkdf.h | 117 * 1 second or longer to derive a key. The derived key
142 * second of compute time. The result of this can
148 * Returns: number of iterations in 1 second, -1 on error
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| /qemu/crypto/ |
| H A D | rsakey.h | 50 /* The second factor */
54 /* The second factor's exponent */
|