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/linux/kernel/trace/rv/
H A DMakefile6 obj-$(CONFIG_RV_MON_WIP) += monitors/wip/wip.o
7 obj-$(CONFIG_RV_MON_WWNR) += monitors/wwnr/wwnr.o
8 obj-$(CONFIG_RV_MON_SCHED) += monitors/sched/sched.o
9 obj-$(CONFIG_RV_MON_SCO) += monitors/sco/sco.o
10 obj-$(CONFIG_RV_MON_SNROC) += monitors/snroc/snroc.o
11 obj-$(CONFIG_RV_MON_SCPD) += monitors/scpd/scpd.o
12 obj-$(CONFIG_RV_MON_SNEP) += monitors/snep/snep.o
13 obj-$(CONFIG_RV_MON_RTAPP) += monitors/rtapp/rtapp.o
14 obj-$(CONFIG_RV_MON_PAGEFAULT) += monitors/pagefault/pagefault.o
15 obj-$(CONFIG_RV_MON_SLEEP) += monitors/sleep/sleep.o
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H A DKconfig46 This option configures the maximum number of per-task RV monitors that can run
49 source "kernel/trace/rv/monitors/wip/Kconfig"
50 source "kernel/trace/rv/monitors/wwnr/Kconfig"
52 source "kernel/trace/rv/monitors/sched/Kconfig"
53 source "kernel/trace/rv/monitors/sco/Kconfig"
54 source "kernel/trace/rv/monitors/snroc/Kconfig"
55 source "kernel/trace/rv/monitors/scpd/Kconfig"
56 source "kernel/trace/rv/monitors/snep/Kconfig"
57 source "kernel/trace/rv/monitors/sts/Kconfig"
58 source "kernel/trace/rv/monitors/nrp/Kconfig"
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/linux/tools/power/cpupower/utils/idle_monitor/
H A Dcpupower-monitor.c33 static struct cpuidle_monitor *monitors[MONITORS_MAX]; variable
111 need_len = monitors[mon]->hw_states_num * (MAX_COL_WIDTH + 1) in print_header()
115 sprintf(buf, "%s", monitors[mon]->name); in print_header()
136 for (state = 0; state < monitors[mon]->hw_states_num; state++) { in print_header()
139 s = monitors[mon]->hw_states[state]; in print_header()
181 for (state = 0; state < monitors[mon]->hw_states_num; state++) { in print_results()
185 s = monitors[mon]->hw_states[state]; in print_results()
206 monitors[mon]->name, s.name); in print_results()
254 if (!strcmp(monitors[num]->name, token)) { in parse_monitor_param()
256 tmp_mons[hits] = monitors[num]; in parse_monitor_param()
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/linux/Documentation/trace/rv/
H A Druntime-verification.rst30 In Linux terms, the runtime verification monitors are encapsulated inside the
59 In Linux terms, a *reactor* is an reaction method available for *RV monitors*.
60 By default, all monitors should provide a trace output of their actions,
77 Online RV monitors
80 Monitors can be classified as *offline* and *online* monitors. *Offline*
82 reading the trace execution from a permanent storage system. *Online* monitors
83 process the trace during the execution of the system. Online monitors are said
87 of monitor has a set of advantages. For example, *offline* monitors can be
92 Another important aspect regarding monitors is the overhead associated with the
97 *synchronous online* monitors will incur on lower overhead.
[all …]
H A Dmonitor_sched.rst1 Scheduler monitors
5 - Type: container for multiple monitors
14 Often it is possible to break such descriptions into smaller monitors,
15 sharing some or all events. Enabling those smaller monitors concurrently is,
21 It includes several per-cpu and per-task monitors that work independently to verify
25 monitors, whereas sched itself is a *container*.
26 From the interface perspective, sched includes other monitors as sub-directories,
27 enabling/disabling or setting reactors to sched, propagates the change to all monitors,
28 however single monitors can be used independently as well.
/linux/drivers/accel/habanalabs/common/
H A Dstate_dump.c452 struct hl_mon_state_dump *monitors; in hl_state_dump_alloc_read_sm_block_monitors() local
456 monitors = vmalloc(sds->props[SP_MONITORS_AMOUNT] * in hl_state_dump_alloc_read_sm_block_monitors()
458 if (!monitors) in hl_state_dump_alloc_read_sm_block_monitors()
464 monitors[i].id = i; in hl_state_dump_alloc_read_sm_block_monitors()
465 monitors[i].wr_addr_low = in hl_state_dump_alloc_read_sm_block_monitors()
469 monitors[i].wr_addr_high = in hl_state_dump_alloc_read_sm_block_monitors()
473 monitors[i].wr_data = in hl_state_dump_alloc_read_sm_block_monitors()
477 monitors[i].arm_data = in hl_state_dump_alloc_read_sm_block_monitors()
481 monitors[i].status = in hl_state_dump_alloc_read_sm_block_monitors()
486 return monitors; in hl_state_dump_alloc_read_sm_block_monitors()
[all …]
/linux/sound/pci/echoaudio/
H A Dlayla24_dsp.c289 s8 *monitors; in switch_asic() local
293 monitors = kmemdup(chip->comm_page->monitors, in switch_asic()
295 if (! monitors) in switch_asic()
298 memset(chip->comm_page->monitors, ECHOGAIN_MUTED, in switch_asic()
304 memcpy(chip->comm_page->monitors, monitors, in switch_asic()
306 kfree(monitors); in switch_asic()
310 memcpy(chip->comm_page->monitors, monitors, MONITOR_ARRAY_SIZE); in switch_asic()
311 kfree(monitors); in switch_asic()
/linux/tools/testing/selftests/verification/test.d/
H A Drv_wwnr_printk.tc14 echo 1 > monitors/wwnr/enable
15 echo printk > monitors/wwnr/reactors
29 echo nop > monitors/wwnr/reactors
30 echo 0 > monitors/wwnr/enable
H A Drv_monitor_reactor.tc55 for monitor_dir in monitors/*; do
65 monitor=$(ls /sys/kernel/tracing/rv/monitors -1 | head -n 1)
H A Dfunctions1 check_requires() { # Check required files, monitors and reactors
30 for m in monitors/*; do
H A Drv_monitors_available.tc5 for monitor_dir in monitors/*; do
/linux/Documentation/tools/rv/
H A Drv-mon-sched.rst7 Scheduler monitors collection
24 The scheduler monitor collection is a container for several monitors to model
28 As a monitor container, it will enable all nested monitors and set them
30 Nevertheless nested monitors can also be activated independently both by name
48 The available nested monitors are:
H A Drv-mon.rst7 List available monitors
22 monitors.
34 The **rv** tool provides the interface for a set of monitors. Use the
35 **rv list** command to list all available monitors.
H A Drv-list.rst7 List available monitors
20 The **rv list** command prints all available monitors. These monitors
H A Drv.rst28 verification (rv) monitors.
35 List all available monitors.
H A Dindex.rst8 (rv) monitors.
/linux/Documentation/hwmon/
H A Dmax16065.rst59 The MAX16067 flash-configurable system manager monitors and sequences multiple
62 The MAX16068 flash-configurable system manager monitors and manages up to six
65 The MAX16070/MAX16071 flash-configurable system monitors supervise multiple
68 MAX16070 monitors up to twelve system voltages simultaneously, and the MAX16071
69 monitors up to eight supply voltages.
H A Dadm1031.rst42 The ADM1030 monitors a single fan speed, while the ADM1031 monitors up to
H A Dina2xx.rst83 interface. The INA219 monitors both shunt drop and supply voltage, with
87 interface. The INA220 monitors both shunt drop and supply voltage.
90 The INA226 monitors both a shunt voltage drop and bus supply voltage.
92 INA230 and INA231 are high or low side current shunt and power monitors
H A Dina3221.rst21 The Texas Instruments INA3221 monitors voltage, current, and power on the high
22 side of up to three D.C. power supplies. The INA3221 monitors both shunt drop
H A Dtmp513.rst28 The TMP512 (dual-channel) and TMP513 (triple-channel) are system monitors
30 shunt monitor. These system monitors have the capability of measuring remote
/linux/fs/resctrl/
H A DKconfig15 monitors and controls from userspace, say Y here to get a mountable
19 controls and monitors are left in a quiescent, permissive state.
/linux/Documentation/arch/arm64/
H A Damu.rst18 The activity monitors extension is an optional extension introduced by the
21 The activity monitors unit, implemented in each CPU, provides performance
53 activity monitors extension. Therefore, when CONFIG_ARM64_AMU_EXTN is
/linux/drivers/perf/
H A DKconfig63 Say y if you want to use CPU performance monitors on ARM-based
83 Say y if you want to use CPU performance monitors on RISCV-based
152 version 3. The PMUv3 is the CPU performance monitors on ARMv8
225 Say y if you want to use APM X-Gene SoC performance monitors.
258 performance monitors on CN10K family silicons.
/linux/kernel/trace/rv/monitors/sco/
H A DKconfig11 This monitor is part of the sched monitors collection.

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