3.3 Command Index

• ! – execute a shell command
• != – not equal
• # – treat the line as a comment
• $ – get the value of a CLI variable
• % – read register by name, module or string formatting
• & – various bitwise operators
• * – arithmetic multiplication
• + – arithmetic addition
• += – add to a CLI variable
• - – arithmetic subtraction
• -= – subtract from a CLI variable
• -> – access object attribute
• / – arithmetic division
• : – unused operator
• < – less than
• << – bitwise left shift
• <= – less or equal
• = – set a CLI variable
• == – equal
• > – greater than
• >= – greater or equal
• >> – bitwise right shift
• @ – evaluate a Python statement
• [
• ^ – bitwise XOR operation
• ` – evaluate a Python expression
• | – bitwise OR operation
• ~ – bitwise not
• <AM79C960>.info – print information about the object
• <AM79C960>.status – print status of the object
• <AM79C973>.info – print information about the object
• <AM79C973>.status – print status of the object
• <AT24Cxx>.info – print information about the object
• <AT24Cxx>.status – print status of the object
• <BCM5703C>.info – print information about the object
• <BCM5703C>.status – print status of the object
• <BCM5704C>.info – print information about the object
• <BCM5704C>.status – print status of the object
• <CL-PD6729>.info – print information about the object
• <CL-PD6729>.status – print status of the object
• <DEC21041>.info – print information about the object
• <DEC21041>.status – print status of the object
• <DEC21140A>.info – print information about the object
• <DEC21140A>.status – print status of the object
• <DEC21143>.info – print information about the object
• <DEC21143>.status – print status of the object
• <DS12887-c>.get-date-time – get date and time
• <DS12887-c>.info – print information about the object
• <DS12887-c>.set-date-time – set date and time
• <DS12887-c>.status – print status of the object
• <DS12887-c>.trace-nvram – trace nvram updates
• <DS12887>.get-date-time – get date and time
• <DS12887>.info – print information about the object
• <DS12887>.set-date-time – set date and time
• <DS12887>.status – print status of the object
• <DS323x>.get-date-time – get date and time
• <DS323x>.info – print information about the object
• <DS323x>.set-date-time – set date and time
• <DS323x>.status – print status of the object
• <ISA>.info – print information about the object
• <ISA>.status – print status of the object
• <NS16450>.info – print information about the object
• <NS16450>.status – print status of the object
• <NS16550>.info – print information about the object
• <NS16550>.status – print status of the object
• <TSB12LV26>.info – print information about the object
• <TSB12LV26>.status – print status of the object
• <accel-vga>.display-resolution – display resolution
• <accel-vga>.info – print information about the object
• <accel-vga>.redraw – redraw display
• <accel-vga>.refresh-rate – set refresh rate for the display
• <accel-vga>.status – print status of the object
• <accel-vga>.text-dump – print text contents of display
• <accel_vga_v2>.display-resolution – display resolution
• <accel_vga_v2>.info – print information about the object
• <accel_vga_v2>.redraw – redraw display
• <accel_vga_v2>.refresh-rate – set refresh rate for the display
• <accel_vga_v2>.status – print status of the object
• <accel_vga_v2>.text-dump – print text contents of display
• <address_profiler>.address-profile-data – linear map of address profiling data
• <address_profiler>.address-profile-info – general info about an address profiler
• <address_profiler>.address-profile-toplist – print toplist of address profiling data
• <agent_handle>.agent-poll-interval – set the agent's polling interval
• <agent_handle>.agent-quit – quit the agent for this handle
• <agent_handle>.agent-restart – restart the Simics target agent
• <agent_handle>.cd – alias for <agent_handle>.change-directory
• <agent_handle>.change-directory – change this handle's working directory
• <agent_handle>.delete-handle – delete this agent handle
• <agent_handle>.discard-jobs – discard jobs from this agent handle
• <agent_handle>.download – download file from system to host
• <agent_handle>.download-dir – download directory from target to host
• <agent_handle>.get-captured-output – get or print the captured job output
• <agent_handle>.info – print information about the object
• <agent_handle>.list-files – list target directory contents
• <agent_handle>.list-jobs – list commands posted on this handle
• <agent_handle>.ls – alias for <agent_handle>.list-files
• <agent_handle>.print-file – print file contents on Simics CLI
• <agent_handle>.print-working-directory – print this handle's working directory
• <agent_handle>.pwd – alias for <agent_handle>.print-working-directory
• <agent_handle>.run – execute a command on the target system
• <agent_handle>.run-until-job – run simulation until job completed
• <agent_handle>.status – print status of the object
• <agent_handle>.target-time – set or get target system date and time
• <agent_handle>.upload – upload file from host to target
• <agent_handle>.upload-dir – upload directory from host to target
• <agent_handle>.wait-for-job – suspend script branch until job completed
• <agent_manager>.connect-to-agent – create a handle for a Simics Agent
• <agent_manager>.disable – disable the manager and delete handles
• <agent_manager>.enable – enable the agent_manager
• <agent_manager>.info – print information about the object
• <agent_manager>.list-agents – list all known Simics Agents
• <agent_manager>.status – print status of the object
• <apic-bus>.info – print information about the object
• <apic-bus>.status – print status of the object
• <apic>.info – print information about the object
• <apic>.status – print status of the object
• <apic_bus_v2>.info – print information about the object
• <apic_bus_v2>.status – print status of the object
• <arinc429_bus>.capture-start – start traffic recorder
• <arinc429_bus>.capture-stop – stop traffic recorder
• <arinc429_bus>.info – print information about the object
• <arinc429_bus>.playback-start – start traffic generator
• <arinc429_bus>.playback-stop – stop traffic generation
• <arinc429_bus>.status – print status of the object
• <async-bridge>.info – print information about the object
• <async-bridge>.status – print status of the object
• <attr-meter>.info – print information about the object
• <attr-meter>.status – print status of the object
• <bank_coverage_tool>.access-count – print bank access count
• <bank_coverage_tool>.add-filter – add filter to the tool
• <bank_coverage_tool>.add-instrumentation – add instrumentation
• <bank_coverage_tool>.connect-all – connect to the banks of all devices
• <bank_coverage_tool>.coverage – print bank coverages
• <bank_coverage_tool>.delete – deletes instrumentation tool
• <bank_coverage_tool>.disable-instrumentation – disable instrumentation
• <bank_coverage_tool>.enable-instrumentation – enable instrumentation
• <bank_coverage_tool>.info – print information about the object
• <bank_coverage_tool>.list-providers – list-provider objects
• <bank_coverage_tool>.load – load instrumented bank coverage from file
• <bank_coverage_tool>.remove-filter – remove filter from the tool
• <bank_coverage_tool>.remove-instrumentation – remove instrumentation
• <bank_coverage_tool>.save – save instrumented bank coverage to file
• <bank_coverage_tool>.status – print status of the object
• <bank_instrumentation_subscribe>.bp-break-bank – set device access break
• <bank_instrumentation_subscribe>.bp-run-until-bank – run until specified device access occurs
• <bank_instrumentation_subscribe>.bp-trace-bank – enable tracing of device accesses
• <bank_instrumentation_subscribe>.bp-wait-for-bank – wait for specified device access
• <bank_patch_tool>.add-filter – add filter to the tool
• <bank_patch_tool>.add-instrumentation – add instrumentation
• <bank_patch_tool>.delete – deletes instrumentation tool
• <bank_patch_tool>.disable-instrumentation – disable instrumentation
• <bank_patch_tool>.enable-instrumentation – enable instrumentation
• <bank_patch_tool>.info – print information about the object
• <bank_patch_tool>.list-providers – list-provider objects
• <bank_patch_tool>.remove-filter – remove filter from the tool
• <bank_patch_tool>.remove-instrumentation – remove instrumentation
• <bank_patch_tool>.status – print status of the object
• <bitmask-translator>.info – print information about the object
• <bitmask-translator>.status – print status of the object
• <blueprint-namespace>.info – print information about the object
• <blueprint-namespace>.status – print status of the object
• <bp-manager.bank>.break – set device access break
• <bp-manager.bank>.run-until – run until specified device access occurs
• <bp-manager.bank>.trace – enable tracing of device accesses
• <bp-manager.bank>.wait-for – wait for specified device access
• <bp-manager.con-gfx>.break – set graphical breakpoint
• <bp-manager.con-gfx>.run-until – run until graphical break matches
• <bp-manager.con-gfx>.trace – enable tracing of graphical matches
• <bp-manager.con-gfx>.wait-for – wait for graphical match
• <bp-manager.con-string>.break – set string breakpoint
• <bp-manager.con-string>.run-until – run until string appears
• <bp-manager.con-string>.trace – enable tracing of string appearances
• <bp-manager.con-string>.wait-for – wait for specified string
• <bp-manager.con-string>.wait-then-write – wait for a string, then write an input string
• <bp-manager.cr>.break – set break on control register access
• <bp-manager.cr>.run-until – run until specified control register access
• <bp-manager.cr>.trace – enable tracing of control register accesses
• <bp-manager.cr>.wait-for – wait for specified control register access
• <bp-manager.cycle>.break – set cycle breakpoint
• <bp-manager.cycle>.run-until – run until specified cycle
• <bp-manager.cycle>.trace – enable tracing of cycle points
• <bp-manager.cycle>.wait-for – wait for specified cycle
• <bp-manager.cycle_event>.break – set cycle event break
• <bp-manager.cycle_event>.run-until – run until specified cycle event occurs
• <bp-manager.cycle_event>.trace – enable tracing of cycle events
• <bp-manager.cycle_event>.wait-for – wait for specified cycle event
• <bp-manager.eth_link>.break – break on Found src mac in network stream at the provided link
• <bp-manager.eth_link>.run-until – trace Found src mac in network stream at the provided link
• <bp-manager.eth_link>.trace – wait_for
• <bp-manager.eth_link>.wait-for – run_until
• <bp-manager.exc>.break – set break on exception
• <bp-manager.exc>.run-until – run until specified exception occurs
• <bp-manager.exc>.trace – enable tracing of exceptions
• <bp-manager.exc>.wait-for – wait for specified exception
• <bp-manager.hap>.break – set hap breakpoint
• <bp-manager.hap>.run-until – run until hap triggers
• <bp-manager.hap>.trace – enable tracing of hap triggers
• <bp-manager.hap>.wait-for – wait for hap to trigger
• <bp-manager.log>.break – set break on log output
• <bp-manager.log>.run-until – run until log output appears
• <bp-manager.log>.trace – enable tracing of log messages
• <bp-manager.log>.wait-for – wait until log output appears
• <bp-manager.magic>.break – set magic instruction break
• <bp-manager.magic>.run-until – run until specified magic instruction occurs
• <bp-manager.magic>.trace – enable tracing of magic instructions
• <bp-manager.magic>.wait-for – wait for specified magic instruction
• <bp-manager.memory>.break – set break on memory access
• <bp-manager.memory>.run-until – run until specified memory access
• <bp-manager.memory>.trace – enable tracing of memory accesses
• <bp-manager.memory>.unbreak – remove breakpoint range
• <bp-manager.memory>.wait-for – wait for specified memory access
• <bp-manager.msr>.break – set break on architectural MSR access
• <bp-manager.msr>.run-until – run until specified architectural MSR access
• <bp-manager.msr>.trace – enable tracing of architectural MSR accesses
• <bp-manager.msr>.wait-for – wait for specified architectural MSR access
• <bp-manager.notify>.break – set notifier breakpoint
• <bp-manager.notify>.run-until – run until notifier triggers
• <bp-manager.notify>.trace – enable tracing of notifier triggers
• <bp-manager.notify>.wait-for – wait for notifier to trigger
• <bp-manager.os_awareness>.break – break on OS Awareness node changes
• <bp-manager.os_awareness>.run-until – run until OS Awareness node changes
• <bp-manager.os_awareness>.trace – trace OS Awareness node changes
• <bp-manager.os_awareness>.wait-for – wait for OS Awareness node changes
• <bp-manager.src-line>.break – add breakpoint at a source code line
• <bp-manager.src-line>.run-until – run until reaching source code line
• <bp-manager.src-line>.trace – enable tracing of source code line reaches
• <bp-manager.src-line>.wait-for – wait until reaching source code line
• <bp-manager.src-location>.break – add breakpoint at a location
• <bp-manager.src-location>.run-until – run until reaching location
• <bp-manager.src-location>.trace – enable tracing of location reaches
• <bp-manager.src-location>.wait-for – wait until reaching location
• <bp-manager.step>.break – set step breakpoint
• <bp-manager.step>.run-until – run until specified step
• <bp-manager.step>.trace – enable tracing of step points
• <bp-manager.step>.wait-for – wait for specified step
• <bp-manager.step_event>.break – set step event break
• <bp-manager.step_event>.run-until – run until specified step event occurs
• <bp-manager.step_event>.trace – enable tracing of step events
• <bp-manager.step_event>.wait-for – wait for specified step event
• <bp-manager.time>.break – set time breakpoint
• <bp-manager.time>.run-until – run until specified time
• <bp-manager.time>.trace – enable tracing of time points
• <bp-manager.time>.wait-for – wait for specified time
• <bp-manager>.info – print information about the object
• <bp-manager>.status – print status of the object
• <bp_manager>.delete – delete a breakpoint
• <bp_manager>.disable – disable breakpoint
• <bp_manager>.enable – enable breakpoint
• <bp_manager>.enabled – enable or disable breakpoint
• <bp_manager>.ignore-count – set number of hits of breakpoint to ignore
• <bp_manager>.list – list breakpoints
• <bp_manager>.list-types – list breakpoint type providers
• <bp_manager>.show – show details about a breakpoint
• <bp_manager>.test-trigger – test trigger breakpoint
• <bp_manager>.wait-for-breakpoint – wait for breakpoint
• <branch_recorder>.clean – delete all branch arcs in the branch recorder
• <branch_recorder>.info – print information about the object
• <branch_recorder>.print-branch-arcs – print branch arcs
• <branch_recorder>.status – print status of the object
• <branch_recorder_handler>.attach-branch-recorder – attach a branch recorder to a processor
• <branch_recorder_handler>.detach-branch-recorder – detach a branch recorder from a processor
• <branch_recorder_handler>.start-instruction-profiling – get started with instruction profiling
• <break_strings_v2>.bp-break-console-string – set string breakpoint
• <break_strings_v2>.bp-run-until-console-string – run until string appears
• <break_strings_v2>.bp-trace-console-string – enable tracing of string appearances
• <break_strings_v2>.bp-wait-for-console-string – wait for specified string
• <breakpoint>.bp-break-memory – set break on memory access
• <breakpoint>.bp-run-until-memory – run until specified memory access
• <breakpoint>.bp-trace-memory – enable tracing of memory accesses
• <breakpoint>.bp-wait-for-memory – wait for specified memory access
• <brody>.info – print information about the object
• <brody>.status – print status of the object
• <callback_info>.list-instrumentation-callbacks – list instrumentation callbacks
• <can_endpoint>.info – print information about the object
• <can_endpoint>.status – print status of the object
• <can_link>.info – print information about the object
• <can_link>.status – print status of the object
• <can_link_impl>.info – print information about the object
• <can_link_impl>.status – print status of the object
• <cdrom_image>.delete – delete an unused cdrom-image object
• <cdrom_image>.info – print information about the object
• <cdrom_image>.status – print status of the object
• <cell>.cpu-switch-time – alias for <cell>.set-time-quantum
• <cell>.info – print information about the object
• <cell>.set-time-quantum – get/set the time quantum for a given cell
• <cell>.status – print status of the object
• <cell_and_clocks_comp>.info – print information about the object
• <cell_and_clocks_comp>.status – print status of the object
• <clipboard-gateway>.info – print information about the object
• <clipboard-gateway>.status – print status of the object
• <clock>.info – print information about the object
• <clock>.status – print status of the object
• <code_coverage>.add-functions – create functions map
• <code_coverage>.add-path-map – add path map
• <code_coverage>.add-report – add report to already existing coverage
• <code_coverage>.add-source-info – include source info
• <code_coverage>.add-source-only-info – include source info
• <code_coverage>.clear-path-maps – clear all added path maps
• <code_coverage>.combine-mappings – combine matching mappings that have different addresses
• <code_coverage>.csv-output – output report in CSV format
• <code_coverage>.disassemble – create disassembly for all mappings
• <code_coverage>.filter-mappings – filter out mappings or source files using a pattern
• <code_coverage>.html-report – write html report
• <code_coverage>.info – print information about the object
• <code_coverage>.lcov-output – output report to LCOV tracefile format
• <code_coverage>.list-mappings – list mappings
• <code_coverage>.list-path-maps – list added path maps
• <code_coverage>.remove-analyzer-info – remove source info
• <code_coverage>.remove-unknown-addresses – remove unknown addresses
• <code_coverage>.save – save collected code coverage
• <code_coverage>.status – print status of the object
• <code_coverage>.stop – stop recording coverage
• <component>.connect-to – connect component into an existing component hierarchy
• <component>.delete – delete non-instantiated components
• <component>.get-available-connector – returns the name of a free connector
• <component>.get-component-object – get named object from components
• <component>.get-connection – return connection information
• <component>.get-connector-list – return list of connectors
• <component>.get-processor-list – return list of processors
• <conf_object>.log-group – enable/disable a log group
• <conf_object>.log-level – set or get the log level
• <connector>.info – print information about the object
• <connector>.status – print status of the object
• <context>.info – print information about the object
• <context>.off – switch off context object
• <context>.on – switch on context object
• <context>.run-until-activated – run until context becomes active
• <context>.run-until-deactivated – run until context becomes inactive
• <context>.status – print status of the object
• <context_handler>.set-context – set the current context of a CPU
• <cp3_quad100tx>.info – print information about the object
• <cp3_quad100tx>.status – print status of the object
• <cpci_adapter>.info – print information about the object
• <cpci_adapter>.status – print status of the object
• <cpci_backplane>.info – print information about the object
• <cpci_backplane>.status – print status of the object
• <cpu-group>.info – print information about the object
• <cpu_mode_filter>.add-mode – filter on specific modes
• <cpu_mode_filter>.delete – remove the filter
• <cpu_mode_filter>.info – print information about the object
• <cpu_mode_filter>.remove-mode – stop filtering on a mode
• <cpu_mode_filter>.status – print status of the object
• <cpumode_software_mapper>.info – print information about the object
• <cpumode_software_mapper>.status – print status of the object
• <cpumode_software_tracker>.info – print information about the object
• <cpumode_software_tracker>.status – print status of the object
• <cpumode_software_tracker_comp>.info – print information about the object
• <cpumode_software_tracker_comp>.status – print status of the object
• <cycle>.bp-break-cycle – set cycle breakpoint
• <cycle>.bp-break-time – set time breakpoint
• <cycle>.bp-run-until-cycle – run until specified cycle
• <cycle>.bp-run-until-time – run until specified time
• <cycle>.bp-trace-cycle – enable tracing of cycle points
• <cycle>.bp-trace-time – enable tracing of time points
• <cycle>.bp-wait-for-cycle – wait for specified cycle
• <cycle>.bp-wait-for-time – wait for specified time
• <cycle>.print-time – print number of steps and cycles executed
• <cycle>.ptime – alias for <cycle>.print-time
• <cycle_event_instrumentation>.bp-break-cycle-event – set cycle event break
• <cycle_event_instrumentation>.bp-run-until-cycle-event – run until specified cycle event occurs
• <cycle_event_instrumentation>.bp-trace-cycle-event – enable tracing of cycle events
• <cycle_event_instrumentation>.bp-wait-for-cycle-event – wait for specified cycle event
• <cycle_staller>.info – print information about the object
• <cycle_staller>.status – print status of the object
• <data_profiler>.clear – clear data profiler
• <datagram_link>.info – print information about the object
• <datagram_link>.status – print status of the object
• <datagram_link_endpoint>.info – print information about the object
• <datagram_link_endpoint>.status – print status of the object
• <datagram_link_impl>.info – print information about the object
• <datagram_link_impl>.status – print status of the object
• <ddr2_memory_module_comp>.info – print information about the object
• <ddr2_memory_module_comp>.status – print status of the object
• <ddr3_memory_module_comp>.info – print information about the object
• <ddr3_memory_module_comp>.status – print status of the object
• <ddr_memory_module_comp>.info – print information about the object
• <ddr_memory_module_comp>.status – print status of the object
• <deckard>.info – print information about the object
• <deckard>.status – print status of the object
• <dm9161>.info – print information about the object
• <dm9161>.status – print status of the object
• <dummy_comp>.info – print information about the object
• <dummy_comp>.status – print status of the object
• <dynamic_link_connector>.info – print information about the object
• <dynamic_link_connector>.status – print status of the object
• <e1000_spi>.info – print information about the object
• <e1000_spi>.status – print status of the object
• <elliot>.info – print information about the object
• <elliot>.status – print status of the object
• <emmett>.info – print information about the object
• <emmett>.status – print status of the object
• <empty_components>.info – print information about the object
• <empty_components>.status – print status of the object
• <empty_device_c>.info – print information about the object
• <empty_device_c>.status – print status of the object
• <empty_device_cc>.info – print information about the object
• <empty_device_cc>.status – print status of the object
• <empty_device_dml>.info – print information about the object
• <empty_device_dml>.status – print status of the object
• <empty_device_pyobj>.info – print information about the object
• <empty_device_pyobj>.status – print status of the object
• <empty_device_python>.info – print information about the object
• <empty_device_python>.status – print status of the object
• <empty_software_mapper>.info – print information about the object
• <empty_software_mapper>.status – print status of the object
• <empty_software_tracker>.info – print information about the object
• <empty_software_tracker>.status – print status of the object
• <empty_software_tracker_comp>.info – print information about the object
• <empty_software_tracker_comp>.status – print status of the object
• <etg>.info – print information about the object
• <etg>.packet-rate – set or display the packets per second rate
• <etg>.packet-size – set or display the packet size
• <etg>.set-bandwidth-limit – set or display the bandwidth limit in bits per second
• <etg>.start – start generating traffic
• <etg>.status – print status of the object
• <etg>.stop – stop generating traffic
• <etg_comp>.info – print information about the object
• <etg_comp>.status – print status of the object
• <etg_panel_comp>.info – print information about the object
• <etg_panel_comp>.status – print status of the object
• <eth-cable-link-endpoint>.info – print information about the object
• <eth-cable-link-endpoint>.status – print status of the object
• <eth-cable-link>.info – print information about the object
• <eth-cable-link>.status – print status of the object
• <eth-connector>.info – print information about the object
• <eth-connector>.status – print status of the object
• <eth-hub-link-endpoint>.info – print information about the object
• <eth-hub-link-endpoint>.status – print status of the object
• <eth-hub-link>.info – print information about the object
• <eth-hub-link>.status – print status of the object
• <eth-link-connector>.info – print information about the object
• <eth-link-connector>.status – print status of the object
• <eth-link-snoop-endpoint>.info – print information about the object
• <eth-link-snoop-endpoint>.status – print status of the object
• <eth-probe>.delete – delete the probe
• <eth-probe>.ethereal – alias for <eth-probe>.wireshark
• <eth-probe>.ethereal-stop – alias for <eth-probe>.wireshark-stop
• <eth-probe>.info – print information about the object
• <eth-probe>.pcap-dump – dump Ethernet traffic to a pcap file
• <eth-probe>.pcap-dump-stop – stop the current dump
• <eth-probe>.tcpdump – run the tcpdump program
• <eth-probe>.tcpdump-stop – stop the current tcpdump capture
• <eth-probe>.wireshark – run the wireshark/ethereal program
• <eth-probe>.wireshark-stop – stop the current wireshark capture
• <eth-switch-link-endpoint>.info – print information about the object
• <eth-switch-link-endpoint>.status – print status of the object
• <eth-switch-link-snoop-endpoint>.info – print information about the object
• <eth-switch-link-snoop-endpoint>.status – print status of the object
• <eth-switch-link>.info – print information about the object
• <eth-switch-link>.status – print status of the object
• <eth-transceiver>.info – print information about the object
• <eth-transceiver>.status – print status of the object
• <eth_injector>.info – print information about the object
• <eth_injector>.start – start pcap playback
• <eth_injector>.status – print status of the object
• <eth_injector>.stop – stop pcap playback
• <eth_injector_comp>.info – print information about the object
• <eth_injector_comp>.status – print status of the object
• <ethan>.info – print information about the object
• <ethan>.status – print status of the object
• <ethernet_cable>.connect-real-network-bridge – connect to the real network
• <ethernet_cable>.connect-real-network-host – connect to the real network
• <ethernet_cable>.connect-real-network-napt – enable NAPT from simulated network
• <ethernet_cable>.disconnect-real-network – disconnect from the real network
• <ethernet_cable>.ethereal – alias for <ethernet_cable>.wireshark
• <ethernet_cable>.ethereal-stop – alias for <ethernet_cable>.wireshark-stop
• <ethernet_cable>.get-free-connector – return the name of an unused connector
• <ethernet_cable>.info – print information about the object
• <ethernet_cable>.pcap-dump – dump Ethernet traffic to a pcap file
• <ethernet_cable>.pcap-dump-stop – stop the current dump
• <ethernet_cable>.set-goal-latency – set the link's goal latency in seconds
• <ethernet_cable>.start-link-monitor – start background monitoring of an Ethernet link
• <ethernet_cable>.status – print status of the object
• <ethernet_cable>.stop-link-monitor – stop Ethernet link monitoring
• <ethernet_cable>.tcpdump – run the tcpdump program
• <ethernet_cable>.tcpdump-stop – stop the current tcpdump capture
• <ethernet_cable>.view-link-monitor – view status of the monitored Ethernet link
• <ethernet_cable>.wireshark – run the wireshark/ethereal program
• <ethernet_cable>.wireshark-stop – stop the current wireshark capture
• <ethernet_hub>.connect-real-network-bridge – connect to the real network
• <ethernet_hub>.connect-real-network-host – connect to the real network
• <ethernet_hub>.connect-real-network-napt – enable NAPT from simulated network
• <ethernet_hub>.disconnect-real-network – disconnect from the real network
• <ethernet_hub>.ethereal – alias for <ethernet_hub>.wireshark
• <ethernet_hub>.ethereal-stop – alias for <ethernet_hub>.wireshark-stop
• <ethernet_hub>.get-free-connector – return the name of an unused connector
• <ethernet_hub>.info – print information about the object
• <ethernet_hub>.pcap-dump – dump Ethernet traffic to a pcap file
• <ethernet_hub>.pcap-dump-stop – stop the current dump
• <ethernet_hub>.set-goal-latency – set the link's goal latency in seconds
• <ethernet_hub>.start-link-monitor – start background monitoring of an Ethernet link
• <ethernet_hub>.status – print status of the object
• <ethernet_hub>.stop-link-monitor – stop Ethernet link monitoring
• <ethernet_hub>.tcpdump – run the tcpdump program
• <ethernet_hub>.tcpdump-stop – stop the current tcpdump capture
• <ethernet_hub>.view-link-monitor – view status of the monitored Ethernet link
• <ethernet_hub>.wireshark – run the wireshark/ethereal program
• <ethernet_hub>.wireshark-stop – stop the current wireshark capture
• <ethernet_switch>.connect-real-network-bridge – connect to the real network
• <ethernet_switch>.connect-real-network-host – connect to the real network
• <ethernet_switch>.connect-real-network-napt – enable NAPT from simulated network
• <ethernet_switch>.disconnect-real-network – disconnect from the real network
• <ethernet_switch>.ethereal – alias for <ethernet_switch>.wireshark
• <ethernet_switch>.ethereal-stop – alias for <ethernet_switch>.wireshark-stop
• <ethernet_switch>.get-free-connector – return the name of an unused connector
• <ethernet_switch>.info – print information about the object
• <ethernet_switch>.pcap-dump – dump Ethernet traffic to a pcap file
• <ethernet_switch>.pcap-dump-stop – stop the current dump
• <ethernet_switch>.set-goal-latency – set the link's goal latency in seconds
• <ethernet_switch>.start-link-monitor – start background monitoring of an Ethernet link
• <ethernet_switch>.status – print status of the object
• <ethernet_switch>.stop-link-monitor – stop Ethernet link monitoring
• <ethernet_switch>.tcpdump – run the tcpdump program
• <ethernet_switch>.tcpdump-stop – stop the current tcpdump capture
• <ethernet_switch>.view-link-monitor – view status of the monitored Ethernet link
• <ethernet_switch>.wireshark – run the wireshark/ethereal program
• <ethernet_switch>.wireshark-stop – stop the current wireshark capture
• <ethernet_vlan_switch>.add-vlan – add a VLAN definition and corresponding connectors
• <ethernet_vlan_switch>.connect-real-network-napt – enable NAPT from simulated network
• <ethernet_vlan_switch>.ethereal – alias for <ethernet_vlan_switch>.wireshark
• <ethernet_vlan_switch>.ethereal-stop – alias for <ethernet_vlan_switch>.wireshark-stop
• <ethernet_vlan_switch>.get-free-connector – return the name of an unused access connector
• <ethernet_vlan_switch>.get-free-trunk-connector – return the name of an unused trunk connector
• <ethernet_vlan_switch>.info – print information about the object
• <ethernet_vlan_switch>.pcap-dump – dump Ethernet traffic to a pcap file
• <ethernet_vlan_switch>.pcap-dump-stop – stop the current dump
• <ethernet_vlan_switch>.set-goal-latency – set the link's goal latency in seconds
• <ethernet_vlan_switch>.status – print status of the object
• <ethernet_vlan_switch>.tcpdump – run the tcpdump program
• <ethernet_vlan_switch>.tcpdump-stop – stop the current tcpdump capture
• <ethernet_vlan_switch>.wireshark – run the wireshark/ethereal program
• <ethernet_vlan_switch>.wireshark-stop – stop the current wireshark capture
• <event_histogram>.add-filter – add filter to the tool
• <event_histogram>.add-instrumentation – add instrumentation
• <event_histogram>.clear – clear instruction sizes frequencies
• <event_histogram>.delete – deletes instrumentation tool
• <event_histogram>.histogram – print taken exceptions with frequencies
• <event_histogram>.list-providers – list-provider objects
• <event_histogram>.remove-filter – remove filter from the tool
• <event_histogram>.remove-instrumentation – remove instrumentation
• <exception>.bp-break-exception – set break on exception
• <exception>.bp-run-until-exception – run until specified exception occurs
• <exception>.bp-trace-exception – enable tracing of exceptions
• <exception>.bp-wait-for-exception – wait for specified exception
• <exception>.list-exceptions – list exceptions on a processor
• <exception_histogram>.add-filter – add filter to the tool
• <exception_histogram>.add-instrumentation – add instrumentation
• <exception_histogram>.clear – clear instruction sizes frequencies
• <exception_histogram>.delete – deletes instrumentation tool
• <exception_histogram>.disable-instrumentation – disable instrumentation
• <exception_histogram>.enable-instrumentation – enable instrumentation
• <exception_histogram>.histogram – print taken exceptions with frequencies
• <exception_histogram>.info – print information about the object
• <exception_histogram>.list-providers – list-provider objects
• <exception_histogram>.remove-filter – remove filter from the tool
• <exception_histogram>.remove-instrumentation – remove instrumentation
• <exception_histogram>.status – print status of the object
• <firewire_bus>.info – print information about the object
• <firewire_bus>.status – print status of the object
• <floppy-drive>.info – print information about the object
• <floppy-drive>.status – print status of the object
• <frankie_carbone>.info – print information about the object
• <frankie_carbone>.status – print status of the object
• <frequency_bus>.info – print information about the object
• <frequency_bus>.status – print status of the object
• <ftp-control>.info – print information about the object
• <ftp-control>.status – print status of the object
• <ftp-data>.info – print information about the object
• <ftp-data>.status – print status of the object
• <ftp-service>.info – print information about the object
• <ftp-service>.status – print status of the object
• <g-cache>.add-profiler – add a profiler to the cache
• <g-cache>.info – print information about the object
• <g-cache>.line-status – print the cache lines status
• <g-cache>.remove-profiler – remove a profiler from the cache
• <g-cache>.reset-cache-lines – reset all the cache lines
• <g-cache>.reset-statistics – reset the cache statistics
• <g-cache>.statistics – print the cache statistics
• <g-cache>.status – print status of the object
• <gdb-remote>.disconnect – disconnect from the remote gdb
• <gdb-remote>.info – print information about the object
• <gdb-remote>.signal – tell remote gdb we got a signal
• <gdb-remote>.target – set target CPU for gdb connection
• <generic-flash-memory>.accept-inquiries – deprecated set whether or not to handle inquiry accesses
• <generic-flash-memory>.info – print information about the object
• <generic-flash-memory>.status – print status of the object
• <generic-mmc-card>.info – print information about the object
• <generic-mmc-card>.status – print status of the object
• <generic_eth_phy>.info – print information about the object
• <generic_eth_phy>.status – print status of the object
• <generic_pcie_switch>.info – print information about the object
• <generic_pcie_switch>.status – print status of the object
• <generic_pcie_switch_port>.info – print information about the object
• <generic_pcie_switch_port>.status – print status of the object
• <generic_spi_flash>.info – print information about the object
• <generic_spi_flash>.status – print status of the object
• <gertie>.info – print information about the object
• <gertie>.status – print status of the object
• <gfx-frontend-winsome>.info – print information about the object
• <gfx-frontend-winsome>.status – print status of the object
• <gfx_break>.bp-break-gfx – set graphical breakpoint
• <gfx_break>.bp-run-until-gfx – run until graphical break matches
• <gfx_break>.bp-trace-gfx – enable tracing of graphical matches
• <gfx_break>.bp-wait-for-gfx – wait for graphical match
• <gfx_console_comp>.info – print information about the object
• <gfx_console_comp>.status – print status of the object
• <gml_link>.info – print information about the object
• <gml_link>.status – print status of the object
• <gml_link_endpoint>.info – print information about the object
• <gml_link_endpoint>.status – print status of the object
• <gml_link_impl>.info – print information about the object
• <gml_link_impl>.status – print status of the object
• <godzilla>.info – print information about the object
• <godzilla>.status – print status of the object
• <goldfish-rtc>.info – print information about the object
• <goldfish-rtc>.status – print status of the object
• <graphcon>.capture-start – capture output to file
• <graphcon>.capture-stop – stop output capture to file
• <graphcon>.dimming – get/set dimming status
• <graphcon>.get-pixel – read pixel value
• <graphcon>.gfx-break-info – return information about a graphical breakpoint
• <graphcon>.gfx-break-match – determine if graphical breakpoint currently matches
• <graphcon>.gfx-break-png – export graphical breakpoint data to a PNG file
• <graphcon>.grab-setup – set grab button and modifier
• <graphcon>.hide – hide the console window
• <graphcon>.info – print information about the object
• <graphcon>.input – send string to a console
• <graphcon>.input-file – input a file into a console
• <graphcon>.save-break-xy – specify and save a graphical breakpoint
• <graphcon>.screenshot – save screen as PNG or BMP
• <graphcon>.set-pixel – write pixel value
• <graphcon>.show – display the console window
• <graphcon>.status – print status of the object
• <graphcon>.vnc-setup – setup VNC connection
• <graphcon>.vnc-status – return VNC connection data
• <graphcon>.wait-for-pixel-value – real pixel value
• <hal>.info – print information about the object
• <hal>.status – print status of the object
• <hap-meter>.info – print information about the object
• <hap-meter>.listen-for-exceptions – listen for exception haps
• <hap-meter>.listen-for-hap – listen for a specified hap
• <hap-meter>.status – print status of the object
• <host_system>.info – print information about the object
• <host_system>.status – print status of the object
• <hostfs>.info – print information about the object
• <hostfs>.root – get or set the hostfs root directory
• <hostfs>.status – print status of the object
• <hunt>.info – print information about the object
• <hunt>.status – print status of the object
• <hypersim-pattern-matcher>.delete-pattern – remove a pattern from the matcher
• <hypersim-pattern-matcher>.info – print information about the object
• <hypersim-pattern-matcher>.status – print status of the object
• <i210>.info – print information about the object
• <i210>.status – print status of the object
• <i210_comp>.info – print information about the object
• <i210_comp>.status – print status of the object
• <i210_v2>.info – print information about the object
• <i210_v2>.status – print status of the object
• <i210_v2_comp>.info – print information about the object
• <i210_v2_comp>.status – print status of the object
• <i21150>.info – print information about the object
• <i21150>.status – print status of the object
• <i21152>.info – print information about the object
• <i21152>.status – print status of the object
• <i21154>.info – print information about the object
• <i21154>.status – print status of the object
• <i2c-bus>.info – print information about the object
• <i2c-bus>.status – print status of the object
• <i2c-link-endpoint>.info – print information about the object
• <i2c-link-endpoint>.status – print status of the object
• <i2c-link-impl>.info – print information about the object
• <i2c-link-impl>.status – print status of the object
• <i2c_link_v1>.info – print information about the object
• <i2c_link_v1>.status – print status of the object
• <i2c_link_v2>.info – print information about the object
• <i2c_link_v2>.status – print status of the object
• <i2c_slave_v2_to_bus_adapter>.info – print information about the object
• <i2c_slave_v2_to_bus_adapter>.status – print status of the object
• <i2c_to_i3c_adapter>.info – print information about the object
• <i2c_to_i3c_adapter>.status – print status of the object
• <i2c_wire>.info – print information about the object
• <i2c_wire>.status – print status of the object
• <i3c_bus>.info – print information about the object
• <i3c_bus>.status – print status of the object
• <i3c_cable>.info – print information about the object
• <i3c_cable>.status – print status of the object
• <i3c_cable_endpoint>.info – print information about the object
• <i3c_cable_endpoint>.status – print status of the object
• <i3c_cable_impl>.info – print information about the object
• <i3c_cable_impl>.status – print status of the object
• <i3c_link>.info – print information about the object
• <i3c_link>.status – print status of the object
• <i3c_link_endpoint>.info – print information about the object
• <i3c_link_endpoint>.status – print status of the object
• <i3c_link_impl>.info – print information about the object
• <i3c_link_impl>.status – print status of the object
• <i3c_wire>.info – print information about the object
• <i3c_wire>.status – print status of the object
• <i8042>.ctrl-alt-del – send ctrl-alt-del to console
• <i8042>.info – print information about the object
• <i8042>.key-down – send key down event
• <i8042>.key-press – send key press
• <i8042>.key-up – send key up event
• <i8042>.left-button – set button state
• <i8042>.middle-button – set button state
• <i8042>.mouse-down – move mouse
• <i8042>.mouse-left – move mouse
• <i8042>.mouse-right – move mouse
• <i8042>.mouse-up – move mouse
• <i8042>.right-button – set button state
• <i8042>.status – print status of the object
• <i82077>.eject-floppy – eject floppy
• <i82077>.info – print information about the object
• <i82077>.insert-floppy – insert floppy in drive
• <i82077>.status – print status of the object
• <i8237x2>.info – print information about the object
• <i8237x2>.status – print status of the object
• <i82543>.info – print information about the object
• <i82543>.status – print status of the object
• <i82546>.info – print information about the object
• <i82546>.status – print status of the object
• <i8254>.info – print information about the object
• <i8254>.status – print status of the object
• <i82559>.info – print information about the object
• <i82559>.status – print status of the object
• <i82571EB_v2>.info – print information about the object
• <i82571EB_v2>.status – print status of the object
• <i82571EB_v2_comp>.info – print information about the object
• <i82571EB_v2_comp>.status – print status of the object
• <i82574_v2>.info – print information about the object
• <i82574_v2>.status – print status of the object
• <i82574_v2_comp>.info – print information about the object
• <i82574_v2_comp>.status – print status of the object
• <i82576EB_v2>.info – print information about the object
• <i82576EB_v2>.status – print status of the object
• <i82576EB_v2_comp>.info – print information about the object
• <i82576EB_v2_comp>.status – print status of the object
• <i82583V_v2>.info – print information about the object
• <i82583V_v2>.status – print status of the object
• <i82583V_v2_comp>.info – print information about the object
• <i82583V_v2_comp>.status – print status of the object
• <i8259x2>.info – print information about the object
• <i8259x2>.status – print status of the object
• <ide-cdrom>.eject – eject media from CD-ROM drive
• <ide-cdrom>.info – print information about the object
• <ide-cdrom>.insert – insert media in CD-ROM drive
• <ide-disk>.add-diff-file – add a diff file to the image
• <ide-disk>.add-diff-partial-file – alias for <ide-disk>.add-partial-diff-file
• <ide-disk>.add-partial-diff-file – add a partial diff file to the image
• <ide-disk>.default-translation – get or set the default CHS translation
• <ide-disk>.info – print information about the object
• <ide-disk>.print-partition-table – print the partition table
• <ide-disk>.save-diff-file – save diff file to disk
• <ide-disk>.save-mbr-partition – save an MBR partition to a file
• <ide>.info – print information about the object
• <ide>.status – print status of the object
• <ide_cdrom_comp>.info – print information about the object
• <ide_cdrom_comp>.status – print status of the object
• <ide_disk_comp>.info – print information about the object
• <ide_disk_comp>.status – print status of the object
• <ieee_802_15_4_link>.get-free-connector – return the name of an unused connector
• <ieee_802_15_4_link>.info – print information about the object
• <ieee_802_15_4_link>.status – print status of the object
• <ieee_802_15_4_link_endpoint>.info – print information about the object
• <ieee_802_15_4_link_endpoint>.status – print status of the object
• <ieee_802_15_4_link_impl>.info – print information about the object
• <ieee_802_15_4_link_impl>.status – print status of the object
• <ieee_802_15_4_probe>.ethereal – alias for <ieee_802_15_4_probe>.wireshark
• <ieee_802_15_4_probe>.ethereal-stop – alias for <ieee_802_15_4_probe>.wireshark-stop
• <ieee_802_15_4_probe>.info – print information about the object
• <ieee_802_15_4_probe>.pcap-dump – dump network traffic to a file
• <ieee_802_15_4_probe>.pcap-dump-stop – stop the current dump
• <ieee_802_15_4_probe>.status – print status of the object
• <ieee_802_15_4_probe>.tcpdump – run the tcpdump program
• <ieee_802_15_4_probe>.tcpdump-stop – stop the current tcpdump capture
• <ieee_802_15_4_probe>.wireshark – run the wireshark/ethereal program
• <ieee_802_15_4_probe>.wireshark-stop – stop the current wireshark capture
• <image>.add-diff-file – add a diff file to the image
• <image>.add-partial-diff-file – add a partial diff file to the image
• <image>.clear-files – clear the list of files for an image
• <image>.get – get bytes from image
• <image>.info – print information about the object
• <image>.list-files – list files representing the contents of an image
• <image>.load-file – load file into an image
• <image>.load-intel-hex – load Intel HEX file into an image
• <image>.load-intel-obj – load Intel .obj or .32.obj file into an image
• <image>.load-vmem – load Verilog VMEM file into memory
• <image>.print-image-memory-stats – image memory usage statistics
• <image>.save – save image to disk
• <image>.save-diff-file – save changes since last checkpoint
• <image>.save-file – save memory contents to a binary file
• <image>.save-intel-32-obj – save memory contents to an Intel .32.obj file
• <image>.save-intel-hex – save memory contents to an Intel HEX file
• <image>.save-intel-obj – save memory contents to an Intel .obj file
• <image>.save-vmem – save VMEM file of memory
• <image>.set – set bytes in image to specified value
• <image>.status – print status of the object
• <image>.x – examine image data
• <instruction_count>.add-filter – add filter to the tool
• <instruction_count>.add-instrumentation – add instrumentation
• <instruction_count>.clear – clear instruction counts
• <instruction_count>.delete – deletes instrumentation tool
• <instruction_count>.disable-instrumentation – disable instrumentation
• <instruction_count>.enable-instrumentation – enable instrumentation
• <instruction_count>.icount – print instruction count
• <instruction_count>.info – print information about the object
• <instruction_count>.list-providers – list-provider objects
• <instruction_count>.remove-filter – remove filter from the tool
• <instruction_count>.remove-instrumentation – remove instrumentation
• <instruction_count>.status – print status of the object
• <instruction_fetch>.ifm – alias for <instruction_fetch>.instruction-fetch-mode
• <instruction_fetch>.instruction-fetch-mode – set or get current mode for instruction fetching
• <instruction_histogram>.add-filter – add filter to the tool
• <instruction_histogram>.add-instrumentation – add instrumentation
• <instruction_histogram>.clear – remove old data
• <instruction_histogram>.delete – deletes instrumentation tool
• <instruction_histogram>.disable-instrumentation – disable instrumentation
• <instruction_histogram>.enable-instrumentation – enable instrumentation
• <instruction_histogram>.histogram – print instruction histogram
• <instruction_histogram>.info – print information about the object
• <instruction_histogram>.list-providers – list-provider objects
• <instruction_histogram>.remove-filter – remove filter from the tool
• <instruction_histogram>.remove-instrumentation – remove instrumentation
• <instruction_histogram>.status – print status of the object
• <instrumentation_filter_aggregator>.info – print information about the object
• <instrumentation_filter_aggregator>.status – print status of the object
• <instrumentation_order>.instrumentation-move – reorder instrumentation connections
• <instrumentation_order>.instrumentation-order – list instrumentation order for object
• <interface_histogram_tool>.add-filter – add filter to the tool
• <interface_histogram_tool>.delete – deletes instrumentation tool
• <interface_histogram_tool>.disable-instrumentation – disable instrumentation
• <interface_histogram_tool>.enable-instrumentation – enable instrumentation
• <interface_histogram_tool>.histogram – control blocked interfaces
• <interface_histogram_tool>.info – print information about the object
• <interface_histogram_tool>.list-providers – list-provider objects
• <interface_histogram_tool>.remove-filter – remove filter from the tool
• <interface_histogram_tool>.remove-instrumentation – remove instrumentation
• <interface_histogram_tool>.status – print status of the object
• <interface_log_tool>.add-filter – add filter to the tool
• <interface_log_tool>.control-blocked-interfaces – control blocked interfaces
• <interface_log_tool>.control-logged-interfaces – control logged interfaces
• <interface_log_tool>.delete – deletes instrumentation tool
• <interface_log_tool>.disable-instrumentation – disable instrumentation
• <interface_log_tool>.enable-instrumentation – enable instrumentation
• <interface_log_tool>.info – print information about the object
• <interface_log_tool>.list-providers – list-provider objects
• <interface_log_tool>.remove-filter – remove filter from the tool
• <interface_log_tool>.remove-instrumentation – remove instrumentation
• <interface_log_tool>.status – print status of the object
• <interrupt_to_signal>.info – print information about the object
• <interrupt_to_signal>.status – print status of the object
• <io-apic>.info – print information about the object
• <io-apic>.status – print status of the object
• <korben>.info – print information about the object
• <korben>.status – print status of the object
• <leader>.info – print information about the object
• <leader>.status – print status of the object
• <leeloo>.info – print information about the object
• <leeloo>.status – print status of the object
• <legacy-upstream-pcie-adapter>.info – print information about the object
• <legacy-upstream-pcie-adapter>.status – print status of the object
• <legacy_upstream_pcie_adapter_comp>.info – print information about the object
• <legacy_upstream_pcie_adapter_comp>.status – print status of the object
• <linux_mapper>.info – print information about the object
• <linux_mapper>.log-syscalls – start logging system calls
• <linux_mapper>.status – print status of the object
• <linux_tracker>.detect-parameters – try to detect settings for the Linux tracker
• <linux_tracker>.info – print information about the object
• <linux_tracker>.list-kernel-modules – list kernel modules
• <linux_tracker>.set-kernel-modules-path – set base path for kernel modules
• <linux_tracker>.status – print status of the object
• <linux_tracker_comp>.detect-parameters – try to detect settings for the Linux tracker
• <linux_tracker_comp>.info – print information about the object
• <linux_tracker_comp>.list-kernel-modules – list kernel modules
• <linux_tracker_comp>.log-syscalls – start logging system calls
• <linux_tracker_comp>.set-kernel-modules-path – set base path for kernel modules
• <linux_tracker_comp>.status – print status of the object
• <magic_pipe>.info – print information about the object
• <magic_pipe>.status – print status of the object
• <maria_singer>.info – print information about the object
• <maria_singer>.status – print status of the object
• <marvin>.info – print information about the object
• <marvin>.status – print status of the object
• <mcfly>.info – print information about the object
• <mcfly>.status – print status of the object
• <mem-traffic-meter>.info – print information about the object
• <mem-traffic-meter>.status – print status of the object
• <memory-space>.add-map – map device in a memory-space
• <memory-space>.check-overlaps – check memory space overlaps
• <memory-space>.del-map – remove device map from a memory-space
• <memory-space>.info – print information about the object
• <memory-space>.map – print memory map
• <memory-space>.status – print status of the object
• <memory_profiler>.add-filter – add filter to the tool
• <memory_profiler>.add-instrumentation – add instrumentation
• <memory_profiler>.add-memory-profiler – add a memory profiler to the processor
• <memory_profiler>.delete – deletes instrumentation tool
• <memory_profiler>.disable-instrumentation – disable instrumentation
• <memory_profiler>.enable-instrumentation – enable instrumentation
• <memory_profiler>.info – print information about the object
• <memory_profiler>.list-memory-profilers – list memory profilers connected to the processor
• <memory_profiler>.list-providers – list-provider objects
• <memory_profiler>.profile – print memory profile
• <memory_profiler>.remove-filter – remove filter from the tool
• <memory_profiler>.remove-instrumentation – remove instrumentation
• <memory_profiler>.remove-memory-profiler – remove a memory profiler from the processor
• <memory_profiler>.status – print status of the object
• <memory_space>.debug – get debug object
• <memory_space>.examine-memory – alias for <memory_space>.x
• <memory_space>.get – get value from physical address without side-effects
• <memory_space>.get-string – read a string from memory
• <memory_space>.load-binary – load binary (executable) file into memory
• <memory_space>.load-file – load file into memory
• <memory_space>.load-intel-hex – load Intel HEX file into memory
• <memory_space>.load-intel-obj – load Intel .obj or .32.obj file into memory
• <memory_space>.load-vmem – load Verilog VMEM file into memory
• <memory_space>.read – read value from physical address
• <memory_space>.read-string – read a string from memory
• <memory_space>.save-file – save memory contents to a binary file
• <memory_space>.save-intel-32-obj – save memory contents to an Intel .32.obj file
• <memory_space>.save-intel-hex – save memory contents to an Intel HEX file
• <memory_space>.save-intel-obj – save memory contents to an Intel .obj file
• <memory_space>.save-vmem – save VMEM file of memory
• <memory_space>.set – set physical address to specified value without side-effects
• <memory_space>.set-string – write a string to memory
• <memory_space>.write – set physical address to specified value
• <memory_space>.write-string – write a string to memory
• <memory_space>.x – examine raw memory contents
• <micron_mtfc128gap_emmc_card>.info – print information about the object
• <micron_mtfc128gap_emmc_card>.status – print status of the object
• <micron_mtfc16gap_emmc_card>.info – print information about the object
• <micron_mtfc16gap_emmc_card>.status – print status of the object
• <micron_mtfc2ggqdi_emmc_card>.info – print information about the object
• <micron_mtfc2ggqdi_emmc_card>.status – print status of the object
• <micron_mtfc32gap_emmc_card>.info – print information about the object
• <micron_mtfc32gap_emmc_card>.status – print status of the object
• <micron_mtfc4gacaeam_emmc_card>.info – print information about the object
• <micron_mtfc4gacaeam_emmc_card>.status – print status of the object
• <micron_mtfc4gacaeam_emmc_card_with_boot_part>.info – print information about the object
• <micron_mtfc4gacaeam_emmc_card_with_boot_part>.status – print status of the object
• <micron_mtfc4ggqdi_emmc_card>.info – print information about the object
• <micron_mtfc4ggqdi_emmc_card>.status – print status of the object
• <micron_mtfc4ggqdi_sdhc_card>.info – print information about the object
• <micron_mtfc4ggqdi_sdhc_card>.status – print status of the object
• <micron_mtfc64gap_emmc_card>.info – print information about the object
• <micron_mtfc64gap_emmc_card>.status – print status of the object
• <micron_mtfc64ggqdi_sdhc_card>.info – print information about the object
• <micron_mtfc64ggqdi_sdhc_card>.status – print status of the object
• <micron_mtfc8gacaeam_emmc_card>.info – print information about the object
• <micron_mtfc8gacaeam_emmc_card>.status – print status of the object
• <micron_mtfc8gam_emmc_card>.info – print information about the object
• <micron_mtfc8gam_emmc_card>.status – print status of the object
• <mii-management-bus>.info – print information about the object
• <mii-management-bus>.status – print status of the object
• <mii-transceiver>.info – print information about the object
• <mii-transceiver>.status – print status of the object
• <mmc_card>.info – print information about the object
• <mmc_card>.status – print status of the object
• <mmc_card_comp>.info – print information about the object
• <mmc_card_comp>.status – print status of the object
• <motherboard_x86_simple>.info – print information about the object
• <motherboard_x86_simple>.status – print status of the object
• <motherboard_x86_simple_no_apic>.info – print information about the object
• <motherboard_x86_simple_no_apic>.status – print status of the object
• <mtprof>.cellstat – display cell profiling information
• <mtprof>.disable – disable multithreaded simulation profiling
• <mtprof>.enable – enable multithreaded simulation profiling
• <mtprof>.info – print information about the object
• <mtprof>.modelstat – display ideal execution time on a sufficiently parallel host
• <mtprof>.save-data – save profiling data to file
• <mtprof>.status – print status of the object
• <nemo>.info – print information about the object
• <nemo>.status – print status of the object
• <network_breakpoint>.bp-break-network – break on Found src mac in network stream at the provided link
• <network_breakpoint>.bp-run-until-network – trace Found src mac in network stream at the provided link
• <network_breakpoint>.bp-trace-network – wait_for
• <network_breakpoint>.bp-wait-for-network – run_until
• <nikita>.info – print information about the object
• <nikita>.status – print status of the object
• <onfi_flash>.info – print information about the object
• <onfi_flash>.status – print status of the object
• <os_awareness>.active-node – list the active nodes
• <os_awareness>.delete-tracker – delete tracker component
• <os_awareness>.disable-tracker – stop using software tracking
• <os_awareness>.enable-tracker – enable software tracking
• <os_awareness>.find – find a node
• <os_awareness>.info – print information about the object
• <os_awareness>.insert-tracker – insert a new child tracker
• <os_awareness>.list – list all processes/tasks
• <os_awareness>.node-info – print all properties of a software node
• <os_awareness>.node-tree – list software node tree
• <os_awareness>.status – print status of the object
• <osa_component>.bp-break – break on OS Awareness node changes
• <osa_component>.bp-run-until – run until OS Awareness node changes
• <osa_component>.bp-trace – trace OS Awareness node changes
• <osa_component>.bp-wait-for – wait for OS Awareness node changes
• <osa_parameters>.load-parameters – load tracker parameter settings
• <osa_parameters>.save-parameters – save parameters
• <osa_parameters>.supports-parameters – check if supported
• <partition_mapper>.info – print information about the object
• <partition_mapper>.status – print status of the object
• <partition_tracker>.info – print information about the object
• <partition_tracker>.status – print status of the object
• <partition_tracker_comp>.info – print information about the object
• <partition_tracker_comp>.insert-empty-partition – insert a partition that is not associated with any tracker
• <partition_tracker_comp>.insert-tracker – insert a new child tracker
• <partition_tracker_comp>.remove-partition – remove a partition
• <partition_tracker_comp>.status – print status of the object
• <pc-shadow>.info – print information about the object
• <pc-shadow>.status – device status
• <pci-bus>.info – print information about the object
• <pci-controller-connector>.info – print information about the object
• <pci-controller-connector>.status – print status of the object
• <pci-device-connector>.info – print information about the object
• <pci-device-connector>.status – print status of the object
• <pci_accel_vga_comp>.info – print information about the object
• <pci_accel_vga_comp>.status – print status of the object
• <pci_accel_vga_v2_comp>.info – print information about the object
• <pci_accel_vga_v2_comp>.status – print status of the object
• <pci_am79c973_comp>.info – print information about the object
• <pci_am79c973_comp>.status – print status of the object
• <pci_bcm5703c_comp>.info – print information about the object
• <pci_bcm5703c_comp>.status – print status of the object
• <pci_bcm5704c_comp>.info – print information about the object
• <pci_bcm5704c_comp>.status – print status of the object
• <pci_dec21041_comp>.info – print information about the object
• <pci_dec21041_comp>.status – print status of the object
• <pci_dec21140>.info – print information about the object
• <pci_dec21140>.status – print status of the object
• <pci_dec21140_panel>.info – print information about the object
• <pci_dec21140_panel>.status – print status of the object
• <pci_dec21140a_comp>.info – print information about the object
• <pci_dec21140a_comp>.status – print status of the object
• <pci_dec21143_comp>.info – print information about the object
• <pci_dec21143_comp>.status – print status of the object
• <pci_i21152_comp>.info – print information about the object
• <pci_i21152_comp>.status – print status of the object
• <pci_i82543gc_comp>.info – print information about the object
• <pci_i82543gc_comp>.status – print status of the object
• <pci_i82546bg_comp>.info – print information about the object
• <pci_i82546bg_comp>.status – print status of the object
• <pci_i82559_comp>.info – print information about the object
• <pci_i82559_comp>.status – print status of the object
• <pci_pd6729_comp>.info – print information about the object
• <pci_pd6729_comp>.status – print status of the object
• <pci_proxy>.info – print information about the object
• <pci_proxy>.status – print status of the object
• <pci_proxy_mf>.info – print information about the object
• <pci_proxy_mf>.status – print status of the object
• <pci_vga_comp>.info – print information about the object
• <pci_vga_comp>.status – print status of the object
• <pcie-bus>.info – print information about the object
• <pcie-downstream-port-legacy.cfg>.map – print memory map
• <pcie-downstream-port-legacy.io>.map – print memory map
• <pcie-downstream-port-legacy.mem>.map – print memory map
• <pcie-downstream-port-legacy.msg>.map – print memory map
• <pcie-downstream-port-legacy>.info – print information about the object
• <pcie-downstream-port-legacy>.status – print status of the object
• <pcie-downstream-port.cfg>.map – print memory map
• <pcie-downstream-port.io>.map – print memory map
• <pcie-downstream-port.mem>.map – print memory map
• <pcie-downstream-port.msg>.map – print memory map
• <pcie-downstream-port>.info – print information about the object
• <pcie-downstream-port>.status – print status of the object
• <pcie_function_info>.pcie-dma-read – memory PCIe DMA Read
• <pcie_function_info>.pcie-dma-write – memory PCIe (DMA) Write
• <pcmcia_flash_disk_comp>.info – print information about the object
• <pcmcia_flash_disk_comp>.status – print status of the object
• <persistent-ram>.info – print information about the object
• <persistent-ram>.status – print status of the object
• <phy_comp>.info – print information about the object
• <phy_comp>.status – print status of the object
• <pipe_manager>.info – print information about the object
• <pipe_manager>.status – print status of the object
• <port-forward-outgoing-server>.status – print status of the object
• <port-space>.add-map – map device in a port-space
• <port-space>.del-map – remove device map from a port-space
• <port-space>.info – print information about the object
• <port-space>.map – print port map
• <port-space>.status – print status of the object
• <port_space>.get – get value from physical address without side-effects
• <port_space>.get-string – read a string from memory
• <port_space>.read – read value from physical address
• <port_space>.read-string – read a string from memory
• <port_space>.set – set physical address to specified value without side-effects
• <port_space>.set-string – write a string to memory
• <port_space>.write – set physical address to specified value
• <port_space>.write-string – write a string to memory
• <preferences>.info – print information about the object
• <preferences>.status – print status of the object
• <probe_monitor>.add-probe – add a probe to the monitor
• <probe_monitor>.clear-history – clear the sample history of the probes
• <probe_monitor>.delete – delete monitor
• <probe_monitor>.export-json – save probe data in json format
• <probe_monitor>.force-sample – manually trigger a sample
• <probe_monitor>.html-report – produce an HTML report with graphs and performance data
• <probe_monitor>.info – print information about the object
• <probe_monitor>.merge-json – save probe data in json format
• <probe_monitor>.plot-graph – produce a plot of probes
• <probe_monitor>.print-history – print sample history of the probes
• <probe_monitor>.profile-probes – fake samples and do a python profile of the collection
• <probe_monitor>.remove-probe – remove probe from monitor
• <probe_monitor>.reset-session – reset the probes' session start values
• <probe_monitor>.sampling-settings – set sampling settings
• <probe_monitor>.start – start the monitor
• <probe_monitor>.status – print status of the object
• <probe_monitor>.stop – stop the monitor
• <probe_monitor>.summary – show total summary of probes
• <probe_monitor>.table-settings – set the table settings
• <probe_streamer>.add-probe – add a probe to the streamer
• <probe_streamer>.delete – delete streamer
• <probe_streamer>.force-sample – manually trigger a sample
• <probe_streamer>.info – print information about the object
• <probe_streamer>.remove-probe – remove probe from streamer
• <probe_streamer>.reset-session – reset the probes' session start values
• <probe_streamer>.sampling-settings – set sampling settings
• <probe_streamer>.start – start the streamer
• <probe_streamer>.status – print status of the object
• <probe_streamer>.stop – stop the streamer
• <probe_streamer>.summary – show total summary of probes
• <probe_system_perfmeter>.add-probe – add a probe to the system-perfmeter
• <probe_system_perfmeter>.clear-history – clear the sample history of the probes
• <probe_system_perfmeter>.delete – delete system-perfmeter
• <probe_system_perfmeter>.export-json – save probe data in json format
• <probe_system_perfmeter>.force-sample – manually trigger a sample
• <probe_system_perfmeter>.html-report – produce an HTML report with graphs and performance data
• <probe_system_perfmeter>.info – print information about the object
• <probe_system_perfmeter>.merge-json – save probe data in json format
• <probe_system_perfmeter>.plot-graph – produce a plot of probes
• <probe_system_perfmeter>.print-history – print sample history of the probes
• <probe_system_perfmeter>.profile-probes – fake samples and do a python profile of the collection
• <probe_system_perfmeter>.remove-probe – remove probe from system-perfmeter
• <probe_system_perfmeter>.reset-session – reset the probes' session start values
• <probe_system_perfmeter>.sampling-settings – set sampling settings
• <probe_system_perfmeter>.start – start the system-perfmeter
• <probe_system_perfmeter>.status – print status of the object
• <probe_system_perfmeter>.stop – stop the system-perfmeter
• <probe_system_perfmeter>.summary – show total summary of probes
• <probe_system_perfmeter>.table-settings – set the table settings
• <probes>.info – print information about the object
• <probes>.list-kinds – print table of probe-kinds
• <probes>.new-aggregate-probe – create new aggregate probe
• <probes>.new-attribute-probe – new attribute based probe
• <probes>.new-fraction-object-probe – create object specific fraction probe
• <probes>.new-fraction-probe – create probe fraction probe
• <probes>.new-percent-probe – create new percent probe
• <probes>.new-sum-probe – create new sum probe
• <probes>.read – return probe value
• <probes>.status – print status of the object
• <probes>.subscribe – subscribe to probes
• <probes>.unsubscribe – unsubscribe to probes
• <process_filter>.add-pattern – filter on a specific node path pattern
• <process_filter>.delete – remove the filter
• <process_filter>.info – print information about the object
• <process_filter>.remove-pattern – stop filtering on a process
• <process_filter>.status – print status of the object
• <process_histogram>.add-filter – add filter to the tool
• <process_histogram>.add-instrumentation – add instrumentation
• <process_histogram>.clear – clear process histogram
• <process_histogram>.delete – deletes instrumentation tool
• <process_histogram>.histogram – print histogram of executed processes
• <process_histogram>.info – print information about the object
• <process_histogram>.list-providers – list-provider objects
• <process_histogram>.process-info – print detailed info on a process
• <process_histogram>.remove-filter – remove filter from the tool
• <process_histogram>.remove-instrumentation – remove instrumentation
• <process_histogram>.status – print status of the object
• <process_histogram_connection>.info – print information about the object
• <process_histogram_connection>.status – print status of the object
• <processor_info>.da – alias for <processor_info>.disassemble
• <processor_info>.debug – get debug object
• <processor_info>.disable – switch processor off
• <processor_info>.disassemble – disassemble instructions
• <processor_info>.enable – switch processor on
• <processor_info>.enabled – get enable status
• <processor_info>.examine-memory – alias for <processor_info>.x
• <processor_info>.l2p – alias for <processor_info>.logical-to-physical
• <processor_info>.load-binary – load binary (executable) file into memory
• <processor_info>.logical-to-physical – translate logical address to physical
• <processor_info>.pregs – alias for <processor_info>.print-processor-registers
• <processor_info>.print-processor-registers – print cpu registers
• <processor_info>.read-reg – read a register
• <processor_info>.set-pc – set the program counter
• <processor_info>.write-reg – write to register
• <processor_info>.x – examine raw memory contents
• <processor_internal>.bp-break-control-register – set break on control register access
• <processor_internal>.bp-break-magic – set magic instruction break
• <processor_internal>.bp-run-until-control-register – run until specified control register access
• <processor_internal>.bp-run-until-magic – run until specified magic instruction occurs
• <processor_internal>.bp-trace-control-register – enable tracing of control register accesses
• <processor_internal>.bp-trace-magic – enable tracing of magic instructions
• <processor_internal>.bp-wait-for-control-register – wait for specified control register access
• <processor_internal>.bp-wait-for-magic – wait for specified magic instruction
• <rachel>.info – print information about the object
• <rachel>.status – print status of the object
• <ram>.info – print information about the object
• <ram>.status – print status of the object
• <ram_tracer>.add-filter – add filter to the tool
• <ram_tracer>.add-instrumentation – add instrumentation
• <ram_tracer>.delete – deletes instrumentation tool
• <ram_tracer>.disable-instrumentation – disable instrumentation
• <ram_tracer>.enable-instrumentation – enable instrumentation
• <ram_tracer>.info – print information about the object
• <ram_tracer>.list-providers – list-provider objects
• <ram_tracer>.remove-filter – remove filter from the tool
• <ram_tracer>.remove-instrumentation – remove instrumentation
• <ram_tracer>.status – print status of the object
• <real_network_bridge_comp>.disconnect-real-network – disconnect from the real network
• <real_network_bridge_comp>.info – print information about the object
• <real_network_bridge_comp>.status – print status of the object
• <real_network_host_comp>.disconnect-real-network – disconnect from the real network
• <real_network_host_comp>.info – print information about the object
• <real_network_host_comp>.status – print status of the object
• <realtime>.disable – disable real-time behavior
• <realtime>.enable – enable real-time behavior
• <realtime>.info – print information about the object
• <realtime>.status – print status of the object
• <recorder>.info – print information about the object
• <recorder>.playback-start – play back recorded asynchronous input
• <recorder>.playback-stop – stop playback
• <recorder>.recorder-start – record asynchronous input to file
• <recorder>.recorder-stop – stop recorder
• <recorder>.status – print status of the object
• <register_breakpoint>.break-register – add a register breakpoint
• <register_breakpoint>.break-register-list – list current breakpoints
• <register_breakpoint>.unbreak-register – remove a register breakpoint
• <remote_sync_domain>.info – print information about the object
• <remote_sync_domain>.status – print status of the object
• <remote_sync_node>.info – print information about the object
• <remote_sync_node>.status – print status of the object
• <remote_sync_server>.info – print information about the object
• <remote_sync_server>.status – print status of the object
• <ripley>.info – print information about the object
• <ripley>.status – print status of the object
• <rn-eth-bridge-tap>.info – print information about the object
• <rn-eth-bridge-tap>.status – print status of the object
• <rom>.info – print information about the object
• <rom>.status – print status of the object
• <roy_batty>.info – print information about the object
• <roy_batty>.status – print status of the object
• <sample-device-c>.info – print information about the object
• <sample-device-c>.simple-method – simple example method
• <sample-device-c>.status – print status of the object
• <sample-i3c-target>.info – print information about the object
• <sample-i3c-target>.status – print status of the object
• <sample-pcie-device>.info – print information about the object
• <sample-pcie-device>.status – print status of the object
• <sample-risc-core>.info – print information about the object
• <sample-risc-core>.status – print status of the object
• <sample-risc>.info – print information about the object
• <sample-risc>.status – print status of the object
• <sample-x86-isa-extension>.info – print information about the object
• <sample-x86-isa-extension>.status – print status of the object
• <sample_802_15_4_panel>.info – print information about the object
• <sample_802_15_4_panel>.status – print status of the object
• <sample_802_15_4_transceiver>.info – print information about the object
• <sample_802_15_4_transceiver>.rm-rssi – remove RSSI value
• <sample_802_15_4_transceiver>.rr – alias for <sample_802_15_4_transceiver>.rm-rssi
• <sample_802_15_4_transceiver>.scr – alias for <sample_802_15_4_transceiver>.set-contention-ratio
• <sample_802_15_4_transceiver>.set-contention-ratio – set contention-ratio
• <sample_802_15_4_transceiver>.set-rssi – set RSSI value
• <sample_802_15_4_transceiver>.set-rssi-always-drop – set rssi-always-drop
• <sample_802_15_4_transceiver>.set-rssi-random-drop – set rssi-random-drop
• <sample_802_15_4_transceiver>.set-rssi-random-drop-ratio – set rssi-random-drop-ratio
• <sample_802_15_4_transceiver>.sr – alias for <sample_802_15_4_transceiver>.set-rssi
• <sample_802_15_4_transceiver>.srad – alias for <sample_802_15_4_transceiver>.set-rssi-always-drop
• <sample_802_15_4_transceiver>.srrd – alias for <sample_802_15_4_transceiver>.set-rssi-random-drop
• <sample_802_15_4_transceiver>.srrdr – alias for <sample_802_15_4_transceiver>.set-rssi-random-drop-ratio
• <sample_802_15_4_transceiver>.status – print status of the object
• <sample_802_15_4_transceiver_comp>.info – print information about the object
• <sample_802_15_4_transceiver_comp>.status – print status of the object
• <sample_device_cxx_after>.info – print information about the object
• <sample_device_cxx_after>.status – print status of the object
• <sample_device_cxx_after_bank>.info – print information about the object
• <sample_device_cxx_after_bank>.status – print status of the object
• <sample_device_cxx_attribute_class_attribute>.info – print information about the object
• <sample_device_cxx_attribute_class_attribute>.status – print status of the object
• <sample_device_cxx_attribute_class_member_method>.info – print information about the object
• <sample_device_cxx_attribute_class_member_method>.status – print status of the object
• <sample_device_cxx_attribute_class_member_variable>.info – print information about the object
• <sample_device_cxx_attribute_class_member_variable>.status – print status of the object
• <sample_device_cxx_attribute_custom_method>.info – print information about the object
• <sample_device_cxx_attribute_custom_method>.status – print status of the object
• <sample_device_cxx_attribute_global_method>.info – print information about the object
• <sample_device_cxx_attribute_global_method>.status – print status of the object
• <sample_device_cxx_attribute_nested_stl_container>.info – print information about the object
• <sample_device_cxx_attribute_nested_stl_container>.status – print status of the object
• <sample_device_cxx_attribute_pseudo>.info – print information about the object
• <sample_device_cxx_attribute_pseudo>.status – print status of the object
• <sample_device_cxx_attribute_specialized_converter>.info – print information about the object
• <sample_device_cxx_attribute_specialized_converter>.status – print status of the object
• <sample_device_cxx_bank_by_code>.info – print information about the object
• <sample_device_cxx_bank_by_code>.status – print status of the object
• <sample_device_cxx_bank_by_data>.info – print information about the object
• <sample_device_cxx_bank_by_data>.status – print status of the object
• <sample_device_cxx_class_with_init_class>.info – print information about the object
• <sample_device_cxx_class_with_init_class>.status – print status of the object
• <sample_device_cxx_class_without_init_class>.info – print information about the object
• <sample_device_cxx_class_without_init_class>.status – print status of the object
• <sample_device_cxx_class_without_init_local>.info – print information about the object
• <sample_device_cxx_class_without_init_local>.status – print status of the object
• <sample_device_cxx_connect>.info – print information about the object
• <sample_device_cxx_connect>.status – print status of the object
• <sample_device_cxx_connect_map_target>.info – print information about the object
• <sample_device_cxx_connect_map_target>.status – print status of the object
• <sample_device_cxx_connect_to_descendant>.info – print information about the object
• <sample_device_cxx_connect_to_descendant>.status – print status of the object
• <sample_device_cxx_event>.info – print information about the object
• <sample_device_cxx_event>.status – print status of the object
• <sample_device_cxx_interface>.info – print information about the object
• <sample_device_cxx_interface>.status – print status of the object
• <sample_device_cxx_interface_c>.info – print information about the object
• <sample_device_cxx_interface_c>.status – print status of the object
• <sample_device_cxx_interface_with_custom_info>.info – print information about the object
• <sample_device_cxx_interface_with_custom_info>.status – print status of the object
• <sample_device_cxx_logging>.info – print information about the object
• <sample_device_cxx_logging>.status – print status of the object
• <sample_device_cxx_port_use_confobject.sample>.info – print information about the object
• <sample_device_cxx_port_use_confobject.sample>.status – print status of the object
• <sample_device_cxx_port_use_confobject>.info – print information about the object
• <sample_device_cxx_port_use_confobject>.status – print status of the object
• <sample_device_cxx_port_use_port.sample>.info – print information about the object
• <sample_device_cxx_port_use_port.sample>.status – print status of the object
• <sample_device_cxx_port_use_port>.info – print information about the object
• <sample_device_cxx_port_use_port>.status – print status of the object
• <sample_device_cxx_user_interface>.info – print information about the object
• <sample_device_cxx_user_interface>.status – print status of the object
• <sample_device_dml>.info – print information about the object
• <sample_device_dml>.status – print status of the object
• <sample_device_mixed>.info – print information about the object
• <sample_device_mixed>.status – print status of the object
• <sample_device_pkg_prio>.info – print information about the object
• <sample_device_pkg_prio>.status – print status of the object
• <sample_device_python>.info – print information about the object
• <sample_device_python>.status – print status of the object
• <sample_dma_device>.info – print information about the object
• <sample_dma_device>.status – print status of the object
• <sample_dma_device_cpp>.info – print information about the object
• <sample_dma_device_cpp>.status – print status of the object
• <sample_dma_device_python>.info – print information about the object
• <sample_dma_device_python>.status – print status of the object
• <sample_dynamic_connectors>.info – print information about the object
• <sample_dynamic_connectors>.status – print status of the object
• <sample_event_device>.info – print information about the object
• <sample_event_device>.status – print status of the object
• <sample_firewire_device>.info – print information about the object
• <sample_firewire_device>.status – print status of the object
• <sample_generic_message_device>.info – print information about the object
• <sample_generic_message_device>.status – print status of the object
• <sample_i2c_device>.info – print information about the object
• <sample_i2c_device>.status – print status of the object
• <sample_i3c_master>.info – print information about the object
• <sample_i3c_master>.status – print status of the object
• <sample_i3c_target_comp>.info – print information about the object
• <sample_i3c_target_comp>.status – print status of the object
• <sample_interrupt_device>.info – print information about the object
• <sample_interrupt_device>.status – print status of the object
• <sample_linux_mapper>.info – print information about the object
• <sample_linux_mapper>.status – print status of the object
• <sample_linux_tracker>.detect-parameters – generate settings for the sample Linux tracker
• <sample_linux_tracker>.info – print information about the object
• <sample_linux_tracker>.status – print status of the object
• <sample_linux_tracker_comp>.detect-parameters – generate settings for the sample Linux tracker
• <sample_linux_tracker_comp>.info – print information about the object
• <sample_linux_tracker_comp>.status – print status of the object
• <sample_notifier_cc>.info – print information about the object
• <sample_notifier_cc>.status – print status of the object
• <sample_notifier_dml>.info – print information about the object
• <sample_notifier_dml>.status – print status of the object
• <sample_pci_card>.info – print information about the object
• <sample_pci_card>.status – print status of the object
• <sample_pci_device>.info – print information about the object
• <sample_pci_device>.status – print status of the object
• <sample_pcie_device_comp>.info – print information about the object
• <sample_pcie_device_comp>.status – print status of the object
• <sample_pcie_device_old>.info – print information about the object
• <sample_pcie_device_old>.status – print status of the object
• <sample_pcie_endpoint_shim_comp>.info – print information about the object
• <sample_pcie_endpoint_shim_comp>.status – print status of the object
• <sample_pcie_sriov_device>.info – print information about the object
• <sample_pcie_sriov_device>.status – print status of the object
• <sample_pcie_switch_shim_comp>.info – print information about the object
• <sample_pcie_switch_shim_comp>.status – print status of the object
• <sample_serial_device>.info – print information about the object
• <sample_serial_device>.status – print status of the object
• <sample_signal_device>.info – print information about the object
• <sample_signal_device>.status – print status of the object
• <sample_signal_device_impl>.info – print information about the object
• <sample_signal_device_impl>.status – print status of the object
• <sample_timer_device>.info – print information about the object
• <sample_timer_device>.status – print status of the object
• <sata-controller-connector>.info – print information about the object
• <sata-controller-connector>.status – print status of the object
• <sata-device-connector>.info – print information about the object
• <sata-device-connector>.status – print status of the object
• <sata>.info – print information about the object
• <sata>.status – print status of the object
• <sata_cdrom_comp>.info – print information about the object
• <sata_cdrom_comp>.status – print status of the object
• <sata_disk_comp>.info – print information about the object
• <sata_disk_comp>.status – print status of the object
• <script-engine>.info – print information about the object
• <script-engine>.status – print status of the object
• <script-params>.assigned – return names of assigned parameters
• <script-params>.describe – display parameter information
• <script-params>.get – get parameter value
• <script-params>.help – display script parameters
• <script-params>.info – print information about the object
• <script-params>.list – list parameter values
• <script-params>.save – save parameter values
• <script-params>.setdefault – set parameter value default
• <script-params>.status – print status of the object
• <sd_card>.info – print information about the object
• <sd_card>.status – print status of the object
• <sdram_memory_module_comp>.info – print information about the object
• <sdram_memory_module_comp>.status – print status of the object
• <sebastian>.info – print information about the object
• <sebastian>.status – print status of the object
• <selfprof>.info – print information about the object
• <selfprof>.status – print status of the object
• <ser-link-endpoint>.info – print information about the object
• <ser-link-endpoint>.status – print status of the object
• <ser-link-impl>.info – print information about the object
• <ser-link-impl>.status – print status of the object
• <ser_link>.info – print information about the object
• <ser_link>.status – print status of the object
• <service-node-device>.info – print information about the object
• <service-node-device>.status – print status of the object
• <service-node>.add-host – add host entry
• <service-node>.arp – inspect and manipulate ARP table
• <service-node>.delete-host – delete host entry
• <service-node>.dhcp-add-pool – add DHCP pool
• <service-node>.dhcp-leases – print DHCP leases
• <service-node>.disable-real-dns – disable real DNS
• <service-node>.disable-service – disable network service
• <service-node>.enable-ftp-alg – enable FTP ALG
• <service-node>.enable-real-dns – enable real DNS
• <service-node>.enable-service – enable network service
• <service-node>.get-ip-address-from-pool – pop an IP address from the DHCP pool
• <service-node>.info – print information about the object
• <service-node>.list-host-info – list host info database
• <service-node>.route – show the routing table
• <service-node>.set-tftp-directory – set TFTP directory
• <service-node>.status – print status of the object
• <service-node>.tcpip-info – show TCP/IP info
• <service_node_comp>.add-connector – add a service-node connector
• <service_node_comp>.add-host – add host entry
• <service_node_comp>.arp – inspect and manipulate ARP table
• <service_node_comp>.change-reference-clock – change the reference clock of a service-node component
• <service_node_comp>.connect-to-link – connect a service-node component to a link
• <service_node_comp>.delete-host – delete host entry
• <service_node_comp>.dhcp-add-pool – add DHCP pool
• <service_node_comp>.dhcp-leases – print DHCP leases
• <service_node_comp>.disable-real-dns – disable real DNS
• <service_node_comp>.disable-service – disable network service
• <service_node_comp>.enable-ftp-alg – enable FTP ALG
• <service_node_comp>.enable-real-dns – enable real DNS
• <service_node_comp>.enable-service – enable network service
• <service_node_comp>.get-ip-address-from-pool – pop an IP address from the DHCP pool
• <service_node_comp>.info – print information about the object
• <service_node_comp>.list-host-info – list host info database
• <service_node_comp>.ntp-set-virtual-time – set time for NTP
• <service_node_comp>.ntp-time – get timing mode
• <service_node_comp>.ntp-virtual-time-mode – set virtual time as base time for NTP
• <service_node_comp>.route – show the routing table
• <service_node_comp>.route-add – add an entry to the routing table
• <service_node_comp>.set-ftp-directory – set FTP root directory
• <service_node_comp>.set-tftp-directory – set TFTP directory
• <service_node_comp>.status – print status of the object
• <service_node_comp>.tcpip-info – show TCP/IP info
• <set-memory>.info – print information about the object
• <set-memory>.status – print status of the object
• <signal-bus>.info – print information about the object
• <signal-bus>.status – print status of the object
• <signal_link>.get-free-receiver-connector – return the name of an unused receiver connector
• <signal_link>.get-free-sender-connector – return the name of an unused sender connector
• <signal_link>.info – print information about the object
• <signal_link>.status – print status of the object
• <signal_link_endpoint>.info – print information about the object
• <signal_link_endpoint>.status – print status of the object
• <signal_link_impl>.info – print information about the object
• <signal_link_impl>.status – print status of the object
• <signal_to_interrupt>.info – print information about the object
• <signal_to_interrupt>.status – print status of the object
• <sim>.info – print information about the object
• <sim>.status – print status of the object
• <simics-uefi>.info – print information about the object
• <simics-uefi>.status – print status of the object
• <simics_nvme_comp>.add_namespace – add a namespace to the NVMe drive
• <simics_nvme_comp>.info – print information about the object
• <simics_nvme_comp>.status – print status of the object
• <simics_nvme_controller>.info – print information about the object
• <simics_nvme_controller>.status – print status of the object
• <simicsfs_server>.add-client-group – add client group
• <simicsfs_server>.add-path-rule – add path rule
• <simicsfs_server>.check-path-rules – check path rules
• <simicsfs_server>.info – print information about the object
• <simicsfs_server>.list-client-groups – list client groups
• <simicsfs_server>.list-clients – list SimicsFS clients
• <simicsfs_server>.list-path-rules – list path rules
• <simicsfs_server>.remove-client-group – remove client group
• <simicsfs_server>.remove-path-rule – remove path rule
• <simicsfs_server>.status – print status of the object
• <simple-byte-dump>.info – print information about the object
• <simple-byte-dump>.set-output-file – sets file to output to
• <simple-byte-dump>.status – print status of the object
• <simple-scsi-disk>.add-diff-file – add a diff file to the image
• <simple-scsi-disk>.add-diff-partial-file – alias for <simple-scsi-disk>.add-partial-diff-file
• <simple-scsi-disk>.add-partial-diff-file – add a partial diff file to the image
• <simple-scsi-disk>.info – information about current state of the SCSI disk
• <simple-scsi-disk>.print-partition-table – print the partition table
• <simple-scsi-disk>.save-diff-file – save diff file to disk
• <simple-scsi-disk>.save-mbr-partition – save an MBR partition to a file
• <simple_cache>.info – print information about the object
• <simple_cache>.print-cache-content – meta content
• <simple_cache>.print-statistics – print statistics
• <simple_cache>.status – print status of the object
• <simple_cache_tool>.add-filter – add filter to the tool
• <simple_cache_tool>.add-instrumentation – add instrumentation
• <simple_cache_tool>.add-l1d-cache – add level 1 data cache
• <simple_cache_tool>.add-l1i-cache – add level 1 instruction cache
• <simple_cache_tool>.add-l2-cache – add level 2 cache
• <simple_cache_tool>.add-l3-cache – add l3
• <simple_cache_tool>.add-l3-cache-slice – add level 3 slice
• <simple_cache_tool>.delete – deletes instrumentation tool
• <simple_cache_tool>.disable-instrumentation – disable instrumentation
• <simple_cache_tool>.enable-instrumentation – enable instrumentation
• <simple_cache_tool>.info – print information about the object
• <simple_cache_tool>.list-caches – list connected caches
• <simple_cache_tool>.list-providers – list-provider objects
• <simple_cache_tool>.remove-filter – remove filter from the tool
• <simple_cache_tool>.remove-instrumentation – remove instrumentation
• <simple_cache_tool>.status – print status of the object
• <simple_i2c_device>.info – print information about the object
• <simple_i2c_device>.status – print status of the object
• <simple_memory_module>.info – print information about the object
• <simple_memory_module>.status – print status of the object
• <simple_pcie_device>.info – print information about the object
• <simple_pcie_device>.status – print status of the object
• <sja1000_can>.info – print information about the object
• <sja1000_can>.status – print status of the object
• <sparse-memory>.info – print information about the object
• <sparse-memory>.status – print status of the object
• <spi_checker>.info – print information about the object
• <spi_checker>.status – print status of the object
• <sr_histogram>.add-filter – add filter to the tool
• <sr_histogram>.add-instrumentation – add instrumentation
• <sr_histogram>.delete – deletes instrumentation tool
• <sr_histogram>.disable-instrumentation – disable instrumentation
• <sr_histogram>.enable-instrumentation – enable instrumentation
• <sr_histogram>.info – print information about the object
• <sr_histogram>.list-providers – list-provider objects
• <sr_histogram>.remove-filter – remove filter from the tool
• <sr_histogram>.remove-instrumentation – remove instrumentation
• <sr_histogram>.status – print status of the object
• <sr_ticks>.add-filter – add filter to the tool
• <sr_ticks>.add-instrumentation – add instrumentation
• <sr_ticks>.delete – deletes instrumentation tool
• <sr_ticks>.disable-instrumentation – disable instrumentation
• <sr_ticks>.enable-instrumentation – enable instrumentation
• <sr_ticks>.info – print information about the object
• <sr_ticks>.list-providers – list-provider objects
• <sr_ticks>.remove-filter – remove filter from the tool
• <sr_ticks>.remove-instrumentation – remove instrumentation
• <sr_ticks>.status – print status of the object
• <standard-pcie-switch>.info – print information about the object
• <standard-pcie-switch>.status – print status of the object
• <standard_pcie_switch_comp>.info – print information about the object
• <standard_pcie_switch_comp>.press-attention-button – press the attention button of a Downstream Port
• <standard_pcie_switch_comp>.status – print status of the object
• <state-assertion>.add – add an object to be asserted
• <state-assertion>.add-mem-lis – add a memory listener on the specified memory space
• <state-assertion>.fforward – fast-forward a state assertion file when comparing
• <state-assertion>.info – provide information about the state assertion
• <state-assertion>.start – start trace asserting/comparing
• <state-assertion>.status – provide the status of the current state assertion
• <state-assertion>.stop – stop trace asserting/comparing and close the file
• <static_link_connector>.info – print information about the object
• <static_link_connector>.status – print status of the object
• <step>.bp-break-step – set step breakpoint
• <step>.bp-run-until-step – run until specified step
• <step>.bp-trace-step – enable tracing of step points
• <step>.bp-wait-for-step – wait for specified step
• <step>.force-step-instruction – step instructions while other processors stall
• <step>.fsi – alias for <step>.force-step-instruction
• <step>.fstepi – alias for <step>.force-step-instruction
• <step_cycle_ratio>.set-step-rate – set steps per cycle rate
• <step_event_instrumentation>.bp-break-step-event – set step event break
• <step_event_instrumentation>.bp-run-until-step-event – run until specified step event occurs
• <step_event_instrumentation>.bp-trace-step-event – enable tracing of step events
• <step_event_instrumentation>.bp-wait-for-step-event – wait for specified step event
• <symdebug>.bp-break-source-line – add breakpoint at a source code line
• <symdebug>.bp-break-source-location – add breakpoint at a location
• <symdebug>.bp-run-until-source-line – run until reaching source code line
• <symdebug>.bp-run-until-source-location – run until reaching location
• <symdebug>.bp-trace-source-line – enable tracing of source code line reaches
• <symdebug>.bp-trace-source-location – enable tracing of location reaches
• <symdebug>.bp-wait-for-source-line – wait until reaching source code line
• <symdebug>.bp-wait-for-source-location – wait until reaching location
• <symdebug>.bt – alias for <symdebug>.stack-trace
• <symdebug>.down – go down N stack frames
• <symdebug>.f – alias for <symdebug>.frame
• <symdebug>.fin – alias for <symdebug>.step-out
• <symdebug>.finish – alias for <symdebug>.step-out
• <symdebug>.finish-function – alias for <symdebug>.step-out
• <symdebug>.frame – change current stack frame
• <symdebug>.list – list source and/or disassemble
• <symdebug>.n – alias for <symdebug>.step-over
• <symdebug>.next – alias for <symdebug>.step-over
• <symdebug>.next-instruction – alias for <symdebug>.step-over-instruction
• <symdebug>.next-line – alias for <symdebug>.step-over
• <symdebug>.nexti – alias for <symdebug>.step-over-instruction
• <symdebug>.ni – alias for <symdebug>.step-over-instruction
• <symdebug>.s – alias for <symdebug>.step-into
• <symdebug>.si – alias for <symdebug>.step-into-instruction
• <symdebug>.stack-trace – display stack trace
• <symdebug>.step – alias for <symdebug>.step-into
• <symdebug>.step-instruction – alias for <symdebug>.step-into-instruction
• <symdebug>.step-into – run to the next source line
• <symdebug>.step-into-instruction – run to the next instruction
• <symdebug>.step-line – alias for <symdebug>.step-into
• <symdebug>.step-out – finish the current function
• <symdebug>.step-over – run to the next source line, skipping subroutine calls
• <symdebug>.step-over-instruction – run to the next instruction, skipping subroutine calls
• <symdebug>.stepi – alias for <symdebug>.step-into-instruction
• <symdebug>.sym-address – return the address of expression or source line
• <symdebug>.sym-file – return source file for function or address
• <symdebug>.sym-function – return function at a given address
• <symdebug>.sym-line – return source line for function or address
• <symdebug>.sym-list – list symbols
• <symdebug>.sym-source – print source location for function or address
• <symdebug>.sym-string – evaluate symbolic expression
• <symdebug>.sym-type – return the type of a symbolic expression
• <symdebug>.sym-value – evaluate symbolic expression
• <symdebug>.sym-write – write value to variable
• <symdebug>.up – go up N stack frames
• <symdebug>.where – alias for <symdebug>.stack-trace
• <sync_domain>.info – print information about the object
• <sync_domain>.status – print status of the object
• <system_panel_bool>.info – print information about the object
• <system_panel_bool>.status – print status of the object
• <system_panel_number>.info – print information about the object
• <system_panel_number>.status – print status of the object
• <system_panel_state_manager>.info – print information about the object
• <system_panel_state_manager>.status – print status of the object
• <table>.export-table-csv – print table to file in csv format
• <table>.print-table – print table
• <tcf-agent>.info – print information about the object
• <tcf-agent>.status – print status of the object
• <tcf-context-proxy>.info – print information about the object
• <tcf-context-proxy>.status – print status of the object
• <tcp-server>.info – print information about the object
• <tcp-server>.status – print status of the object
• <telemetry_manager>.info – print information about the object
• <telemetry_manager>.status – print status of the object
• <telnet_frontend>.info – print information about the object
• <telnet_frontend>.status – print status of the object
• <text-frontend-winsome>.info – print information about the object
• <text-frontend-winsome>.status – print status of the object
• <textcon>.capture-start – capture output to file
• <textcon>.capture-stop – stop output capture to file
• <textcon>.disable-cmd-line-output – disable output to Simics command line
• <textcon>.enable-cmd-line-output – enable output to Simics command line
• <textcon>.hide – hide the console window
• <textcon>.host-serial-setup – setup host serial connection
• <textcon>.info – print information about the object
• <textcon>.input – send input to a console
• <textcon>.input-file – input a file into a console
• <textcon>.record-start – start recording of output on the console
• <textcon>.record-stop – stop recording of output on the console
• <textcon>.save-to-file – save console screen to file
• <textcon>.show – display the console window
• <textcon>.status – print status of the object
• <textcon>.telnet-setup – setup telnet connection
• <textcon>.telnet-status – return telnet connection data
• <trace-sync>.disable – disable core2 hardware bug workaround
• <trace-sync>.enable – enable core2 hardware bug workaround
• <trace-sync>.info – print information about the object
• <trace-sync>.status – print status of the object
• <tracer_tool>.add-filter – add filter to the tool
• <tracer_tool>.add-instrumentation – add instrumentation
• <tracer_tool>.add-log-message – add log messages to trace
• <tracer_tool>.del-log-message – delete log objects from tracer
• <tracer_tool>.delete – deletes instrumentation tool
• <tracer_tool>.disable-instrumentation – disable instrumentation
• <tracer_tool>.enable-instrumentation – enable instrumentation
• <tracer_tool>.info – print information about the object
• <tracer_tool>.list-providers – list-provider objects
• <tracer_tool>.print-trace-buffer – print trace buffer
• <tracer_tool>.remove-filter – remove filter from the tool
• <tracer_tool>.remove-instrumentation – remove instrumentation
• <tracer_tool>.save-trace-buffer – save the current trace buffer to a file
• <tracer_tool>.status – print status of the object
• <transaction>.wait-for-get – issue an inquiry read transaction and wait for it to complete
• <transaction>.wait-for-read – issue a read transaction and wait for it to complete
• <transaction>.wait-for-set – issue an inquiry write transaction and wait for it to complete
• <transaction>.wait-for-write – issue a write transaction and wait for it to complete
• <transaction_splitter>.info – print information about the object
• <transaction_splitter>.status – print status of the object
• <transaction_translator>.memory-map – print physical memory map
• <translator>.memory-map – print physical memory map
• <txt_console_comp>.info – print information about the object
• <txt_console_comp>.status – print status of the object
• <tyler_durden>.info – print information about the object
• <tyler_durden>.status – print status of the object
• <tyrell>.info – print information about the object
• <tyrell>.status – print status of the object
• <uart-device-connector>.info – print information about the object
• <uart-device-connector>.status – print status of the object
• <uart-remote-connector>.info – print information about the object
• <uart-remote-connector>.status – print status of the object
• <uefi_fw_mapper>.info – print information about the object
• <uefi_fw_mapper>.list-modules – list loaded modules
• <uefi_fw_mapper>.status – print status of the object
• <uefi_fw_tracker>.detect-parameters – try to detect settings for the UEFI tracker
• <uefi_fw_tracker>.info – print information about the object
• <uefi_fw_tracker>.status – print status of the object
• <uefi_fw_tracker_comp>.detect-parameters – try to detect settings for the UEFI tracker
• <uefi_fw_tracker_comp>.info – print information about the object
• <uefi_fw_tracker_comp>.list-modules – list loaded modules
• <uefi_fw_tracker_comp>.status – print status of the object
• <unix-socket-server>.info – print information about the object
• <unix-socket-server>.status – print status of the object
• <usb-device-connector>.info – print information about the object
• <usb-device-connector>.status – print status of the object
• <usb-host-connector>.info – print information about the object
• <usb-host-connector>.status – print status of the object
• <usb_disk_comp>.info – print information about the object
• <usb_disk_comp>.status – print status of the object
• <usb_hs_keyboard>.info – print information about the object
• <usb_hs_keyboard>.key-down – send key down event
• <usb_hs_keyboard>.key-press – send key event
• <usb_hs_keyboard>.key-up – send key up event
• <usb_hs_keyboard>.status – print status of the object
• <usb_hs_keyboard_comp>.info – print information about the object
• <usb_hs_keyboard_comp>.status – print status of the object
• <usb_keyboard>.info – print information about the object
• <usb_keyboard>.key-down – send key down event
• <usb_keyboard>.key-press – send key event
• <usb_keyboard>.key-up – send key up event
• <usb_keyboard>.status – print status of the object
• <usb_keyboard_comp>.info – print information about the object
• <usb_keyboard_comp>.status – print status of the object
• <usb_mouse>.info – print information about the object
• <usb_mouse>.left-button – send button down/up event
• <usb_mouse>.middle-button – send button down/up event
• <usb_mouse>.moveto – move mouse cursor
• <usb_mouse>.reset – reset mouse cursor
• <usb_mouse>.right-button – send button down/up event
• <usb_mouse>.status – print status of the object
• <usb_mouse_comp>.info – print information about the object
• <usb_mouse_comp>.status – print status of the object
• <usb_tablet>.info – print information about the object
• <usb_tablet>.status – print status of the object
• <usb_tablet_component>.info – print information about the object
• <usb_tablet_component>.status – print status of the object
• <vga>.info – print information about the object
• <vga>.redraw – redraw display
• <vga>.refresh-rate – set refresh rate for the display
• <vga>.status – print status of the object
• <vga>.text-dump – print text contents of display
• <vga_pci>.info – print information about the object
• <vga_pci>.redraw – redraw display
• <vga_pci>.refresh-rate – set refresh rate for the display
• <vga_pci>.status – print status of the object
• <vga_pci>.text-dump – print text contents of display
• <virtio-mmio-entropy>.info – print information about the object
• <virtio-mmio-entropy>.status – print status of the object
• <virtio-pcie-sriov-blk>.info – print information about the object
• <virtio-pcie-sriov-blk>.status – print status of the object
• <virtio_mmio_blk>.info – print information about the object
• <virtio_mmio_blk>.status – print status of the object
• <virtio_mmio_blk_comp>.info – print information about the object
• <virtio_mmio_blk_comp>.status – print status of the object
• <virtio_mmio_fs>.info – print information about the object
• <virtio_mmio_fs>.status – print status of the object
• <virtio_mmio_net>.info – print information about the object
• <virtio_mmio_net>.status – print status of the object
• <virtio_pcie_blk>.info – print information about the object
• <virtio_pcie_blk>.status – print status of the object
• <virtio_pcie_blk_comp>.info – print information about the object
• <virtio_pcie_blk_comp>.status – print status of the object
• <virtio_pcie_fs>.info – print information about the object
• <virtio_pcie_fs>.status – print status of the object
• <virtio_pcie_fs_comp>.info – print information about the object
• <virtio_pcie_fs_comp>.status – print status of the object
• <virtio_pcie_net>.info – print information about the object
• <virtio_pcie_net>.status – print status of the object
• <virtio_pcie_net_comp>.info – print information about the object
• <virtio_pcie_net_comp>.status – print status of the object
• <virtiofs_fuse>.info – print information about the object
• <virtiofs_fuse>.status – print status of the object
• <vmcom>.info – print information about the object
• <vmcom>.status – print status of the object
• <vtune_measurement>.flamegraph – produce a flamegraph (.svg) file of the profile
• <vtune_measurement>.info – print information about the object
• <vtune_measurement>.launch-gui – start vtune-gui on collected data
• <vtune_measurement>.module-profile – show module profile of run
• <vtune_measurement>.profile – show profile of run
• <vtune_measurement>.save-folded-stacks – fold stacks of the profile and write it to a file
• <vtune_measurement>.start – start measurement
• <vtune_measurement>.status – print status of the object
• <vtune_measurement>.stop – stop measurement
• <vtune_measurement>.summary – show VTune summary of the run
• <vtune_measurement>.thread-groups – show available thread groups
• <vtune_measurement>.thread-profile – show thread profile of run
• <wall_e>.info – print information about the object
• <wall_e>.status – print status of the object
• <x2apic_v2>.info – print information about the object
• <x2apic_v2>.status – print status of the object
• <x86-reset-bus>.info – print information about the object
• <x86-tlb>.info – print information about the object
• <x86-tlb>.status – print status of the device
• <x86>.disable-vmp – disable VMP
• <x86>.enable-vmp – enable VMP
• <x86>.setup-x86-timing – set timing
• <x86>.vmp – query VMP status
• <x86_branch_profiler>.add-filter – add filter to the tool
• <x86_branch_profiler>.add-instrumentation – add instrumentation
• <x86_branch_profiler>.delete – deletes instrumentation tool
• <x86_branch_profiler>.disable-instrumentation – disable instrumentation
• <x86_branch_profiler>.enable-instrumentation – enable instrumentation
• <x86_branch_profiler>.histogram – print histogram of branches used
• <x86_branch_profiler>.info – print information about the object
• <x86_branch_profiler>.list-providers – list-provider objects
• <x86_branch_profiler>.remove-filter – remove filter from the tool
• <x86_branch_profiler>.remove-instrumentation – remove instrumentation
• <x86_branch_profiler>.status – print status of the object
• <x86_broadcast>.info – print information about the object
• <x86_broadcast>.status – print status of the object
• <x86_chassis>.info – print information about the object
• <x86_chassis>.status – print status of the object
• <x86_mode_filter>.add-mode – add a mode to the filter
• <x86_mode_filter>.delete – add a mode to the filter
• <x86_mode_filter>.info – print information about the object
• <x86_mode_filter>.remove-mode – remove a mode from the filter
• <x86_mode_filter>.status – print status of the object
• <x86_mode_histogram>.add-filter – add filter to the tool
• <x86_mode_histogram>.add-instrumentation – add instrumentation
• <x86_mode_histogram>.delete – deletes instrumentation tool
• <x86_mode_histogram>.disable-instrumentation – disable instrumentation
• <x86_mode_histogram>.enable-instrumentation – enable instrumentation
• <x86_mode_histogram>.histogram – print x86 mode histogram
• <x86_mode_histogram>.info – print information about the object
• <x86_mode_histogram>.list-providers – list-provider objects
• <x86_mode_histogram>.remove-filter – remove filter from the tool
• <x86_mode_histogram>.remove-instrumentation – remove instrumentation
• <x86_mode_histogram>.status – print status of the object
• <x86_msr>.bp-break-msr – set break on architectural MSR access
• <x86_msr>.bp-run-until-msr – run until specified architectural MSR access
• <x86_msr>.bp-trace-msr – enable tracing of architectural MSR accesses
• <x86_msr>.bp-wait-for-msr – wait for specified architectural MSR access
• <x87_exception>.info – print information about the object
• <x87_exception>.status – print status of the object
• <zorg>.info – print information about the object
• <zorg>.status – print status of the object
• a – alias for help-search
• add-data-to-script-pipe – send data to a script pipe
• add-directory – add a directory to the Simics search path
• add-instrumentation-filter – add filter to connections
• add-instrumentation-group – add new instrumentation group
• add-module-directory – add a directory to the module search path
• add-pathmap-entry – add a path map entry
• add-session-comment – add a time-stamped user comment
• add-symbol-file – add symbol file to debugging contexts
• alias – add an alias
• and – logical and
• api-apropos – alias for api-search
• api-help – get API help
• api-search – search API help
• apropos – alias for help-search
• atoi – convert string to integer
• bin – display integer in binary notation
• bits – bit manipulation
• break-io – break on device accesses
• break-loop – break the execution in a script loop
• break-script-branch – break the execution of a script branch
• bt – alias for stack-trace
• c – alias for run
• cc – alias for run-cycles
• cd – change working directory
• change-namespace – change current namespace
• check-cell-partitioning – verify that cell partitioning is OK
• clear-device-access-stats – alias for clear-io-stats
• clear-directories – clear the Simics search path
• clear-io-stats – clear the device access stats
• clear-memorymap – clear all memory map entries
• clear-object-lock-stats – clear object lock statistics
• clear-pathmap – clear all path map entries
• cn – alias for change-namespace
• collect-coverage – collect a coverage profile
• command-file-history – list current CLI script stack
• command-file-stack – list current CLI command file stack
• command-history – show CLI command history
• connect – connect connectors
• connect-panel-to-frontend – connect panel to frontend
• connect-real-network – connect a simulated machine to the real network
• connect-real-network-bridge – connect bridge between real and simulated network
• connect-real-network-host – connect real host to the simulated network
• connect-real-network-napt – enable NAPT from simulated network
• connect-real-network-port-in – setup port forwarding to a simulated machine
• connect-real-network-port-out – setup port forwarding to real machine
• context-query-for-object – create a context query for a Simics object
• context-query-for-object-list – create a context query for a list of objects
• continue – alias for run
• continue-cycles – alias for run-cycles
• continue-loop – skip to next iteration in a script loop
• continue-seconds – alias for run-seconds
• copy-connector – copy object
• copyright – print full Simics copyright information
• cpu-switch-time – alias for set-time-quantum
• create-and-connect-ddr-memory-comp – create and connect memory modules to the system
• create-brody – create a non-instantiated brody
• create-can-link – create a non-instantiated can_link
• create-cell-and-clocks-comp – create a non-instantiated cell_and_clocks_comp
• create-cp3-quad100tx – create a non-instantiated cp3_quad100tx
• create-cpci-adapter – create a non-instantiated cpci_adapter
• create-cpci-backplane – create a non-instantiated cpci_backplane
• create-datagram-link – create a non-instantiated datagram_link
• create-ddr-memory-module-comp – create a non-instantiated ddr_memory_module_comp
• create-ddr2-memory-module-comp – create a non-instantiated ddr2_memory_module_comp
• create-ddr3-memory-module-comp – create a non-instantiated ddr3_memory_module_comp
• create-deckard – create a non-instantiated deckard
• create-dummy-comp – create a non-instantiated dummy_comp
• create-elliot – create a non-instantiated elliot
• create-emmett – create a non-instantiated emmett
• create-empty-components – create a non-instantiated empty_components
• create-etg-comp – create a non-instantiated etg_comp
• create-etg-panel-comp – create a non-instantiated etg_panel_comp
• create-eth-injector-comp – create a non-instantiated eth_injector_comp
• create-ethan – create a non-instantiated ethan
• create-ethernet-cable – create a non-instantiated ethernet_cable
• create-ethernet-hub – create a non-instantiated ethernet_hub
• create-ethernet-switch – create a non-instantiated ethernet_switch
• create-ethernet-vlan-switch – create a non-instantiated ethernet_vlan_switch
• create-frankie-carbone – create a non-instantiated frankie_carbone
• create-generic-pcie-switch – create a non-instantiated generic_pcie_switch
• create-gertie – create a non-instantiated gertie
• create-gfx-console-comp – create a non-instantiated gfx_console_comp
• create-gml-link – create a non-instantiated gml_link
• create-godzilla – create a non-instantiated godzilla
• create-hal – create a non-instantiated hal
• create-hunt – create a non-instantiated hunt
• create-i210-comp – create a non-instantiated i210_comp
• create-i210-v2-comp – create a non-instantiated i210_v2_comp
• create-i2c-link-v2 – create a non-instantiated i2c_link_v2
• create-i3c-cable – create a non-instantiated i3c_cable
• create-i3c-link – create a non-instantiated i3c_link
• create-i82571EB-v2-comp – create a non-instantiated i82571EB_v2_comp
• create-i82574-v2-comp – create a non-instantiated i82574_v2_comp
• create-i82576EB-v2-comp – create a non-instantiated i82576EB_v2_comp
• create-i82583V-v2-comp – create a non-instantiated i82583V_v2_comp
• create-ide-cdrom-comp – create a non-instantiated ide_cdrom_comp
• create-ide-disk-comp – create a non-instantiated ide_disk_comp
• create-ieee-802-15-4-link – create a non-instantiated ieee_802_15_4_link
• create-korben – create a non-instantiated korben
• create-leeloo – create a non-instantiated leeloo
• create-legacy-upstream-pcie-adapter-comp – create a non-instantiated legacy_upstream_pcie_adapter_comp
• create-maria-singer – create a non-instantiated maria_singer
• create-marvin – create a non-instantiated marvin
• create-mcfly – create a non-instantiated mcfly
• create-micron-mtfc128gap-emmc-card – create a non-instantiated micron_mtfc128gap_emmc_card
• create-micron-mtfc16gap-emmc-card – create a non-instantiated micron_mtfc16gap_emmc_card
• create-micron-mtfc2ggqdi-emmc-card – create a non-instantiated micron_mtfc2ggqdi_emmc_card
• create-micron-mtfc32gap-emmc-card – create a non-instantiated micron_mtfc32gap_emmc_card
• create-micron-mtfc4gacaeam-emmc-card – create a non-instantiated micron_mtfc4gacaeam_emmc_card
• create-micron-mtfc4gacaeam-emmc-card-with-boot-part – create a non-instantiated micron_mtfc4gacaeam_emmc_card_with_boot_part
• create-micron-mtfc4ggqdi-emmc-card – create a non-instantiated micron_mtfc4ggqdi_emmc_card
• create-micron-mtfc4ggqdi-sdhc-card – create a non-instantiated micron_mtfc4ggqdi_sdhc_card
• create-micron-mtfc64gap-emmc-card – create a non-instantiated micron_mtfc64gap_emmc_card
• create-micron-mtfc64ggqdi-sdhc-card – create a non-instantiated micron_mtfc64ggqdi_sdhc_card
• create-micron-mtfc8gacaeam-emmc-card – create a non-instantiated micron_mtfc8gacaeam_emmc_card
• create-micron-mtfc8gam-emmc-card – create a non-instantiated micron_mtfc8gam_emmc_card
• create-mmc-card-comp – create a non-instantiated mmc_card_comp
• create-motherboard-x86-simple – create a non-instantiated motherboard_x86_simple
• create-motherboard-x86-simple-no-apic – create a non-instantiated motherboard_x86_simple_no_apic
• create-nemo – create a non-instantiated nemo
• create-nikita – create a non-instantiated nikita
• create-os-awareness – create OS awareness framework
• create-pci-accel-vga-comp – create a non-instantiated pci_accel_vga_comp
• create-pci-accel-vga-v2-comp – create a non-instantiated pci_accel_vga_v2_comp
• create-pci-am79c973-comp – create a non-instantiated pci_am79c973_comp
• create-pci-bcm5703c-comp – create a non-instantiated pci_bcm5703c_comp
• create-pci-bcm5704c-comp – create a non-instantiated pci_bcm5704c_comp
• create-pci-dec21041-comp – create a non-instantiated pci_dec21041_comp
• create-pci-dec21140 – create a non-instantiated pci_dec21140
• create-pci-dec21140-panel – create a non-instantiated pci_dec21140_panel
• create-pci-dec21140a-comp – create a non-instantiated pci_dec21140a_comp
• create-pci-dec21143-comp – create a non-instantiated pci_dec21143_comp
• create-pci-i21152-comp – create a non-instantiated pci_i21152_comp
• create-pci-i82543gc-comp – create a non-instantiated pci_i82543gc_comp
• create-pci-i82546bg-comp – create a non-instantiated pci_i82546bg_comp
• create-pci-i82559-comp – create a non-instantiated pci_i82559_comp
• create-pci-pd6729-comp – create a non-instantiated pci_pd6729_comp
• create-pci-vga-comp – create a non-instantiated pci_vga_comp
• create-pcmcia-flash-disk-comp – create a non-instantiated pcmcia_flash_disk_comp
• create-phy-comp – create a non-instantiated phy_comp
• create-rachel – create a non-instantiated rachel
• create-real-network-bridge-comp – create a non-instantiated real_network_bridge_comp
• create-real-network-host-comp – create a non-instantiated real_network_host_comp
• create-ripley – create a non-instantiated ripley
• create-roy-batty – create a non-instantiated roy_batty
• create-sample-802-15-4-panel – create a non-instantiated sample_802_15_4_panel
• create-sample-802-15-4-transceiver-comp – create a non-instantiated sample_802_15_4_transceiver_comp
• create-sample-dynamic-connectors – create a non-instantiated sample_dynamic_connectors
• create-sample-i3c-target-comp – create a non-instantiated sample_i3c_target_comp
• create-sample-pci-card – create a non-instantiated sample_pci_card
• create-sample-pcie-device-comp – create a non-instantiated sample_pcie_device_comp
• create-sample-pcie-endpoint-shim-comp – create a non-instantiated sample_pcie_endpoint_shim_comp
• create-sample-pcie-switch-shim-comp – create a non-instantiated sample_pcie_switch_shim_comp
• create-sample-signal-device – create a non-instantiated sample_signal_device
• create-sata-cdrom-comp – create a non-instantiated sata_cdrom_comp
• create-sata-disk-comp – create a non-instantiated sata_disk_comp
• create-script-barrier – create a script barrier
• create-script-pipe – create a script pipe
• create-sdram-memory-module-comp – create a non-instantiated sdram_memory_module_comp
• create-sebastian – create a non-instantiated sebastian
• create-ser-link – create a non-instantiated ser_link
• create-service-node-comp – create a non-instantiated service_node_comp
• create-signal-link – create a non-instantiated signal_link
• create-simics-nvme-comp – create a non-instantiated simics_nvme_comp
• create-simple-memory-module – create a non-instantiated simple_memory_module
• create-standard-pcie-switch-comp – create a non-instantiated standard_pcie_switch_comp
• create-txt-console-comp – create a non-instantiated txt_console_comp
• create-tyler-durden – create a non-instantiated tyler_durden
• create-tyrell – create a non-instantiated tyrell
• create-unconnected-ethernet-probe – create an unconnected probe
• create-usb-disk-comp – create a non-instantiated usb_disk_comp
• create-usb-hs-keyboard-comp – create a non-instantiated usb_hs_keyboard_comp
• create-usb-keyboard-comp – create a non-instantiated usb_keyboard_comp
• create-usb-mouse-comp – create a non-instantiated usb_mouse_comp
• create-usb-tablet-component – create a non-instantiated usb_tablet_component
• create-virtio-mmio-blk-comp – create a non-instantiated virtio_mmio_blk_comp
• create-virtio-pcie-blk-comp – create a non-instantiated virtio_pcie_blk_comp
• create-virtio-pcie-fs-comp – create a non-instantiated virtio_pcie_fs_comp
• create-virtio-pcie-net-comp – create a non-instantiated virtio_pcie_net_comp
• create-wall-e – create a non-instantiated wall_e
• create-x86-chassis – create a non-instantiated x86_chassis
• create-zorg – create a non-instantiated zorg
• current-namespace – return current namespace
• current-processor – deprecated return current processor
• da – alias for disassemble
• date – host time and date
• debug-context – return the current debug object
• dec – display integer in decimal notation
• decl – declare parameter
• default-port-forward-target – set default port forwarding target
• defined – variable defined
• delete-connector – delete connector copy
• delete-snapshot – delete in-memory snapshots of the simulation state
• devs – list all mapped devices in Simics
• digit-grouping – set or show output formatting for numbers
• dirs – display directory stack
• disable-cell-threading – deprecated deprecated
• disable-debugger – get debug object
• disable-hypersim – disable hypersimulation
• disable-instrumentation – disable instrumentation
• disable-jit – disable JIT compilation for all JIT-capable processors
• disable-mca – alias for disable-multicore-accelerator
• disable-mtprof – disable mtprof data collection
• disable-multicore-accelerator – disable mca
• disable-multithreading – disable multithreading
• disable-object-lock-stats – disable object lock statistics collection
• disable-page-sharing – disable page-sharing
• disable-real-time-mode – disable real-time behavior
• disable-subsystem-threading – deprecated
• disable-tech-preview – disable tech preview for feature
• disable-unsupported-feature – disable unsupported feature
• disable-vmp – disable VMP for all x86 processors
• disable-vmp-feature – disable VMP feature
• disassemble – disassemble instructions
• disassemble-settings – change disassembly output settings
• disconnect – disconnect connectors
• disconnect-real-network – disconnect from the real network
• disconnect-real-network-port-in – remove port forwarding to a simulated machine
• disconnect-real-network-port-out – remove port forwarding to real machine
• display – print expression at prompt
• down – go down N stack frames
• dstc-disable – disable D-STC
• dstc-enable – enable D-STC
• echo – print a value
• else – run a block conditionally
• enable-cell-threading – deprecated deprecated
• enable-debugger – enable command line debugger
• enable-hypersim – enable hypersimulation
• enable-instrumentation – enable instrumentation
• enable-jit – enable JIT compilation for all JIT-capable processors
• enable-mca – alias for enable-multicore-accelerator
• enable-mtprof – enable multithreaded simulation profiling
• enable-multicore-accelerator – enable multicore-accelerator
• enable-multithreading – enable multithreaded simulation
• enable-object-lock-stats – enable object lock statistics collection
• enable-page-sharing – enable page-sharing
• enable-probes – enable probe framework
• enable-real-time-mode – enable real-time behavior
• enable-subsystem-threading – enable cell threading
• enable-tech-preview – enable tech preview for feature
• enable-unsupported-feature – enable unsupported feature
• enable-vmp – enable VMP for all VMP-capable processors
• enable-vmp-feature – enable VMP feature
• enable-writable-persistent-state – create/load a R/W persistent state
• env – return environment variable value
• ethereal – alias for wireshark
• ethereal-stop – alias for wireshark-stop
• examine-memory – alias for x
• except – catch error from block of code
• exec – execute a string as a CLI command
• exit – alias for quit
• expect – fail if not equal
• f – alias for frame
• file-exists – check if a file exists in the search path
• fin – alias for step-out
• finish – alias for step-out
• finish-function – alias for step-out
• force-step-instruction – step instructions while other processors stall
• foreach – run code with iterator
• frame – change current stack frame
• fsi – alias for force-step-instruction
• fstepi – alias for force-step-instruction
• get – get value of physical address
• get-auto-mac-address – get an unused MAC address
• get-command-args – get list of command arguments
• get-device-offset – read from an offset in a device bank
• get-device-reg – read from a register in a device bank
• get-error-command – return the name of command causing error
• get-error-file – return the file name of the CLI command error
• get-error-line – return the file line number of the CLI command error
• get-error-message – return the message for an error
• h – alias for help
• help – help command
• help-search – search for text in documentation
• hex – display integer in hexadecimal notation
• history – alias for command-history
• hl – alias for list-haps
• hypersim-status – show hypersim status
• if – run a block conditionally
• ifm – alias for instruction-fetch-mode
• in-list – check for occurrence in list
• in-string – check for substring in string
• insert-ethernet-probe – insert Ethernet probe
• insert-ieee-802-15-4-probe – insert IEEE 802.15.4 probe
• instantiate-components – instantiate components
• instruction-fetch-mode – set or get current mode for instruction fetching
• instrumentation-move – reorder instrumentation connections
• instrumentation-order – list instrumentation order for object
• int-to-double-float – interpret integer as 64-bit floating point
• int-to-extended-double-float – interpret integer as 80-bit floating point
• int-to-quad-float – interpret integer as 128-bit floating point
• int-to-single-float – interpret integer as 32-bit floating point
• interrupt-script – interrupt script execution
• interrupt-script-branch – interrupt the execution of a script branch
• io-stats – alias for print-device-access-stats
• iostc-disable – disable IO-STC
• iostc-enable – enable IO-STC
• istc-disable – disable I-STC
• istc-enable – enable or disable internal caches
• l – list namespace objects
• l2p – alias for logical-to-physical
• license – print Simics license
• list – list source and/or disassemble
• list-attributes – list all attributes
• list-blueprint-params – list blueprint parameters
• list-blueprint-state – list blueprint state
• list-blueprints – list blueprints
• list-cells – alias for list-thread-domains
• list-checkpoints – list checkpoints
• list-classes – list all configuration classes
• list-commands – list CLI commands
• list-components – print components
• list-debug-contexts – list debug contexts
• list-device-regs – find registers by name
• list-directories – list directories in Simics search path
• list-failed-modules – list the modules that are not loadable
• list-hap-callbacks – lists all hap callbacks
• list-haps – lists all haps
• list-hypersim-patterns – list available hypersim patterns
• list-instrumentation – list established instrumentation connections
• list-instrumentation-callbacks – list instrumentation callbacks
• list-instrumentation-groups – list instrumentation groups
• list-instrumentation-tools – list existing instrumentation tools
• list-interfaces – list all interfaces
• list-length – returns the length of a list
• list-modules – list loadable modules
• list-notifier-subscribers – list added notifier subscribers
• list-notifiers – list available notifiers
• list-object-references – list attributes that references 'object'
• list-objects – list objects
• list-packages – list package info in search path order
• list-pcie-hierarchies – list PCIe hierarchies in the system
• list-persistent-images – show information about images with "persistent" data
• list-port-forwarding-setup – view the port forwarding setup
• list-preferences – list preferences
• list-presets – list available presets
• list-prioritized-packages – list packages marked as prioritized
• list-processors – list processors
• list-processors-summary – prints a summary for processors
• list-script-branches – list all script branches
• list-sections – lists the relocatable sections of a symbol file
• list-segments – lists the segments of a symbol file
• list-session-comments – list all time-stamped session comments
• list-simics-search-paths – return %simics% search paths
• list-snapshots – list in-memory snapshots of the simulation state
• list-target-info – lists target information
• list-targets – list available targets
• list-telemetry-classes – list telemetry classes
• list-thread-domains – list cells and thread domains in them
• list-transactions – list deferred transactions
• list-variables – list CLI variables
• list-vars – alias for list-variables
• ll – list namespace objects
• load-binary – load binary (executable) file into memory
• load-coverage – load coverage from file
• load-file – load file into memory
• load-intel-hex – load Intel HEX file into memory
• load-intel-obj – load Intel .obj or .32.obj file into memory
• load-module – load module into Simics
• load-persistent-state – load persistent state
• load-target – load a target system
• local – define a local variable
• log – print log entries for all objects
• log-filter – suppress log messages for the object
• log-group – enable/disable a log group
• log-level – set or get the log level
• log-setup – configure log behavior
• log-size – set log buffer size
• log-type – set or get the current log types
• logical-to-physical – translate logical address to physical
• lookup-file – lookup a filename
• ls – list files
• man – alias for help
• match-string – compare string with a pattern and return matches
• max – max
• mca-status – alias for multicore-accelerator-status
• memory-map – print physical memory map
• min – min
• module-list – alias for list-modules
• module-list-failed – alias for list-failed-modules
• module-list-refresh – create a new list of loadable modules
• move-object – move object
• multicore-accelerator-status – print multicore accelerator status
• multimachine-accelerator-status – deprecated deprecated
• n – alias for step-over
• native-path – convert a filename to host native form
• new-attr-meter – create an attribute meter
• new-bank-coverage-tool – create a new bank_coverage_tool object
• new-bank-patch-tool – create a new bank_patch_tool object
• new-branch-recorder – create a new branch recorder
• new-brody – create an instantiated brody
• new-can-link – create an instantiated can_link
• new-cdrom-image – create new cdrom-image object
• new-cell-and-clocks-comp – create an instantiated cell_and_clocks_comp
• new-context – create a new context
• new-cp3-quad100tx – create an instantiated cp3_quad100tx
• new-cpci-adapter – create an instantiated cpci_adapter
• new-cpci-backplane – create an instantiated cpci_backplane
• new-cpu-mode-filter – filter on certain modes (user/supervisor/hypervisor)
• new-cycle-staller – create new cycle staller
• new-datagram-link – create an instantiated datagram_link
• new-ddr-memory-module-comp – create an instantiated ddr_memory_module_comp
• new-ddr2-memory-module-comp – create an instantiated ddr2_memory_module_comp
• new-ddr3-memory-module-comp – create an instantiated ddr3_memory_module_comp
• new-deckard – create an instantiated deckard
• new-dummy-comp – create an instantiated dummy_comp
• new-elliot – create an instantiated elliot
• new-emmett – create an instantiated emmett
• new-empty-components – create an instantiated empty_components
• new-etg-comp – create an instantiated etg_comp
• new-etg-panel-comp – create an instantiated etg_panel_comp
• new-eth-injector-comp – create an instantiated eth_injector_comp
• new-ethan – create an instantiated ethan
• new-ethernet-cable – create an instantiated ethernet_cable
• new-ethernet-hub – create an instantiated ethernet_hub
• new-ethernet-switch – create an instantiated ethernet_switch
• new-ethernet-vlan-switch – create an instantiated ethernet_vlan_switch
• new-event-histogram – create a new event_histogram object
• new-exception-histogram – create a new exception_histogram object
• new-frankie-carbone – create an instantiated frankie_carbone
• new-gdb-remote – create a gdb session
• new-generic-pcie-switch – create an instantiated generic_pcie_switch
• new-gertie – create an instantiated gertie
• new-gfx-console-comp – create an instantiated gfx_console_comp
• new-gml-link – create an instantiated gml_link
• new-godzilla – create an instantiated godzilla
• new-hal – create an instantiated hal
• new-hap-meter – create a new hap meter
• new-hunt – create an instantiated hunt
• new-i210-comp – create an instantiated i210_comp
• new-i210-v2-comp – create an instantiated i210_v2_comp
• new-i2c-link-v2 – create an instantiated i2c_link_v2
• new-i3c-cable – create an instantiated i3c_cable
• new-i3c-link – create an instantiated i3c_link
• new-ide-cdrom-comp – create an instantiated ide_cdrom_comp
• new-ide-disk-comp – create an instantiated ide_disk_comp
• new-ieee-802-15-4-link – create an instantiated ieee_802_15_4_link
• new-instruction-count – create a new instruction_count object
• new-instruction-histogram – create a new instruction_histogram object
• new-korben – create an instantiated korben
• new-leeloo – create an instantiated leeloo
• new-legacy-upstream-pcie-adapter-comp – create an instantiated legacy_upstream_pcie_adapter_comp
• new-maria-singer – create an instantiated maria_singer
• new-marvin – create an instantiated marvin
• new-mcfly – create an instantiated mcfly
• new-mem-traffic-meter – create a memory traffic meter
• new-memory-profiler – create a new memory_profiler object
• new-micron-mtfc128gap-emmc-card – create an instantiated micron_mtfc128gap_emmc_card
• new-micron-mtfc16gap-emmc-card – create an instantiated micron_mtfc16gap_emmc_card
• new-micron-mtfc2ggqdi-emmc-card – create an instantiated micron_mtfc2ggqdi_emmc_card
• new-micron-mtfc32gap-emmc-card – create an instantiated micron_mtfc32gap_emmc_card
• new-micron-mtfc4gacaeam-emmc-card – create an instantiated micron_mtfc4gacaeam_emmc_card
• new-micron-mtfc4gacaeam-emmc-card-with-boot-part – create an instantiated micron_mtfc4gacaeam_emmc_card_with_boot_part
• new-micron-mtfc4ggqdi-emmc-card – create an instantiated micron_mtfc4ggqdi_emmc_card
• new-micron-mtfc4ggqdi-sdhc-card – create an instantiated micron_mtfc4ggqdi_sdhc_card
• new-micron-mtfc64gap-emmc-card – create an instantiated micron_mtfc64gap_emmc_card
• new-micron-mtfc64ggqdi-sdhc-card – create an instantiated micron_mtfc64ggqdi_sdhc_card
• new-micron-mtfc8gacaeam-emmc-card – create an instantiated micron_mtfc8gacaeam_emmc_card
• new-micron-mtfc8gam-emmc-card – create an instantiated micron_mtfc8gam_emmc_card
• new-mmc-card-comp – create an instantiated mmc_card_comp
• new-motherboard-x86-simple – create an instantiated motherboard_x86_simple
• new-motherboard-x86-simple-no-apic – create an instantiated motherboard_x86_simple_no_apic
• new-nemo – create an instantiated nemo
• new-nikita – create an instantiated nikita
• new-os-awareness – create OS awareness framework
• new-pci-accel-vga-comp – create an instantiated pci_accel_vga_comp
• new-pci-accel-vga-v2-comp – create an instantiated pci_accel_vga_v2_comp
• new-pci-am79c973-comp – create an instantiated pci_am79c973_comp
• new-pci-bcm5703c-comp – create an instantiated pci_bcm5703c_comp
• new-pci-bcm5704c-comp – create an instantiated pci_bcm5704c_comp
• new-pci-dec21041-comp – create an instantiated pci_dec21041_comp
• new-pci-dec21140 – create an instantiated pci_dec21140
• new-pci-dec21140-panel – create an instantiated pci_dec21140_panel
• new-pci-dec21140a-comp – create an instantiated pci_dec21140a_comp
• new-pci-dec21143-comp – create an instantiated pci_dec21143_comp
• new-pci-i21152-comp – create an instantiated pci_i21152_comp
• new-pci-i82543gc-comp – create an instantiated pci_i82543gc_comp
• new-pci-i82546bg-comp – create an instantiated pci_i82546bg_comp
• new-pci-i82559-comp – create an instantiated pci_i82559_comp
• new-pci-pd6729-comp – create an instantiated pci_pd6729_comp
• new-pci-vga-comp – create an instantiated pci_vga_comp
• new-pcmcia-flash-disk-comp – create an instantiated pcmcia_flash_disk_comp
• new-phy-comp – create an instantiated phy_comp
• new-probe-monitor – create new probe-monitor
• new-probe-streamer – create new probe-streamer
• new-process-filter – filter on certain processes
• new-process-histogram – create a new process_histogram object
• new-rachel – create an instantiated rachel
• new-ram-tracer – create a new ram_tracer object
• new-real-network-bridge-comp – create an instantiated real_network_bridge_comp
• new-real-network-host-comp – create an instantiated real_network_host_comp
• new-ripley – create an instantiated ripley
• new-roy-batty – create an instantiated roy_batty
• new-sample-802-15-4-panel – create an instantiated sample_802_15_4_panel
• new-sample-802-15-4-transceiver-comp – create an instantiated sample_802_15_4_transceiver_comp
• new-sample-dynamic-connectors – create an instantiated sample_dynamic_connectors
• new-sample-i3c-target-comp – create an instantiated sample_i3c_target_comp
• new-sample-pci-card – create an instantiated sample_pci_card
• new-sample-pcie-device-comp – create an instantiated sample_pcie_device_comp
• new-sample-pcie-endpoint-shim-comp – create an instantiated sample_pcie_endpoint_shim_comp
• new-sample-pcie-switch-shim-comp – create an instantiated sample_pcie_switch_shim_comp
• new-sample-signal-device – create an instantiated sample_signal_device
• new-sample-x86-isa-extension – create a new sample ISA extension for x86
• new-sata-cdrom-comp – create an instantiated sata_cdrom_comp
• new-sata-disk-comp – create an instantiated sata_disk_comp
• new-sdram-memory-module-comp – create an instantiated sdram_memory_module_comp
• new-sebastian – create an instantiated sebastian
• new-ser-link – create an instantiated ser_link
• new-service-node-comp – create an instantiated service_node_comp
• new-signal-link – create an instantiated signal_link
• new-simics-nvme-comp – create an instantiated simics_nvme_comp
• new-simple-cache-tool – create a new simple_cache_tool object
• new-simple-memory-module – create an instantiated simple_memory_module
• new-sr-histogram – create a new sr_histogram object
• new-sr-ticks – create a new sr_ticks object
• new-standard-pcie-switch-comp – create an instantiated standard_pcie_switch_comp
• new-system-perfmeter – create new system-perfmeter
• new-tcf-agent – create a tcf agent
• new-time-server – create a new time server
• new-tracer-tool – create a new tracer_tool object
• new-txt-console-comp – create an instantiated txt_console_comp
• new-tyler-durden – create an instantiated tyler_durden
• new-tyrell – create an instantiated tyrell
• new-usb-disk-comp – create an instantiated usb_disk_comp
• new-usb-hs-keyboard-comp – create an instantiated usb_hs_keyboard_comp
• new-usb-keyboard-comp – create an instantiated usb_keyboard_comp
• new-usb-mouse-comp – create an instantiated usb_mouse_comp
• new-usb-tablet-component – create an instantiated usb_tablet_component
• new-virtio-mmio-blk-comp – create an instantiated virtio_mmio_blk_comp
• new-virtio-pcie-blk-comp – create an instantiated virtio_pcie_blk_comp
• new-virtio-pcie-fs-comp – create an instantiated virtio_pcie_fs_comp
• new-virtio-pcie-net-comp – create an instantiated virtio_pcie_net_comp
• new-wall-e – create an instantiated wall_e
• new-x86-branch-profiler – create a new x86_branch_profiler object
• new-x86-chassis – create an instantiated x86_chassis
• new-x86-mode-filter – filter on different execution modes
• new-x86-mode-histogram – create a new x86_mode_histogram object
• new-zorg – create an instantiated zorg
• next – alias for step-over
• next-instruction – alias for step-over-instruction
• next-line – alias for step-over
• nexti – alias for step-over-instruction
• ni – alias for step-over-instruction
• not – logical not
• object-exists – check if object exists
• oct – display integer in octal notation
• or – logical or
• output-radix – change the default output radix
• p – alias for print
• pbs – alias for print-blueprint-state
• pcap-dump – dump Ethernet traffic to file
• pcap-dump-stop – stop the current dump
• pcapdump – alias for pcap-dump
• pcapdump-stop – alias for pcap-dump-stop
• pcie-config-probe – probe PCIe hierarchy with a BDF
• pcie-config-read – configuration Read PCIe
• pcie-config-write – configuration Write PCIe
• pcie-list-hierarchies – alias for list-pcie-hierarchies
• pcie-probe-bdf – alias for pcie-config-probe
• pdisable – switch processor off
• penable – switch processor on
• peq – alias for print-event-queue
• pid – print pid of Simics process
• pipe – run commands through a pipe
• popd – pop directory from directory stack
• pow – power of
• pregs – alias for print-processor-registers
• print – display integer in various bases
• print-blueprint-state – print blueprint state
• print-device-access-stats – list most frequently accessed devices
• print-device-reg-info – print detailed information of device registers
• print-device-regs – list registers in a bank
• print-event-queue – print event queue for processor
• print-image-memory-stats – image memory usage statistics
• print-object-lock-stats – print object lock statistics
• print-processor-registers – print cpu registers
• print-realtime-queue – list all callbacks in the realtime event queue
• print-sync-info – print synchronization configuration
• print-target-info – prints target information
• print-time – print number of steps and cycles executed
• probe-address – find destination for an address
• processor-status – show processors' status
• psel – alias for pselect
• pselect – get or set the currently selected processor/clock
• pstatus – alias for processor-status
• ptime – alias for print-time
• pushd – push directory on directory stack
• pwd – print working directory
• python – evaluate a Python expression
• python-mode – switch command line to Python mode
• q – alias for quit
• quit – quit from Simics
• r – alias for run
• range – create and return a list of integers
• rc – alias for run-cycles
• read-configuration – load a saved configuration
• read-device-offset – read from an offset in a device bank
• read-device-reg – read from a register in a device bank
• read-reg – read a register
• read-variable – value of a named variable
• real-time-mode – query for real-time mode
• record-session – save configuration including a recording
• release-notes – display product release notes
• remove-instrumentation – remove instrumentation
• remove-instrumentation-filter – remove instrumentation filter
• remove-instrumentation-group – remove an instrumentation group
• remove-symbol-file – remove symbol file from debugging contexts
• reset-sys-path – reset Python sys.path
• resolve-file – alias for lookup-file
• restart-simics – restart the current simics session
• restore-snapshot – restore the simulation state from an in-memory snapshot
• run – start execution
• run-command-file – deprecated execute a simics script
• run-cycles – start execution
• run-python-file – deprecated execute Python file
• run-script – run a script file
• run-seconds – execute for seconds
• s – alias for step-into
• save-component-template – save a component configuration template
• save-file – save memory contents to a binary file
• save-image-contents – save image to disk
• save-image-diff – save changes since last checkpoint
• save-intel-32-obj – save memory contents to an Intel .32.obj file
• save-intel-hex – save memory contents to an Intel HEX file
• save-intel-obj – save memory contents to an Intel .obj file
• save-persistent-state – save persistent simulator state
• save-preferences – save preferences
• sc – alias for step-cycle
• script-barrier-limit – manipulate the script barrier limit
• script-branch – start a script branch
• script-pipe-has-data – check if script pipe contains data
• search – alias for help-search
• set – set physical address to specified value
• set-context – set the current context of a CPU
• set-device-offset – write at an offset in a device bank
• set-device-reg – write to a register in a device bank
• set-image-memory-limit – limit image memory usage
• set-max-time-span – set threading mode
• set-min-latency – set the min latency of the sync domain
• set-pc – set the current processor's program counter
• set-prioritized-package – mark package as prioritized
• set-table-border-style – set table border style
• set-thread-limit – limit the number of simulation threads
• set-threading-mode – set threading mode
• set-time-quantum – set time quantum
• setup-x86-timing – set timing for all x86 processors
• shell – execute a shell command
• show-memorymap – show the current memory map
• show-pathmap – show the current path map
• si – alias for step-instruction
• signed – interpret unsigned integer as signed
• signed16 – interpret unsigned integer as signed
• signed32 – interpret unsigned integer as signed
• signed64 – interpret unsigned integer as signed
• signed8 – interpret unsigned integer as signed
• simulation-running – check if simulation is running
• split-string – split string based on its type
• stack-trace – display stack trace
• start-agent-manager – create and enable a Matic agent manager
• start-command-line-capture – send output to file
• start-eclipse-backend – start accepting connections from Eclipse
• start-magic-pipe – create and enable a Magic communication pipe
• start-pipe-manager – create and enable the Magic pipe manager
• start-playback – play back previously recorded input from a file
• start-recording – record all asynchronous input to file
• start-simicsfs-server – create and connect the SimicsFS server
• state-assertion-connect – connect to a state-assertion receiver
• state-assertion-create-file – record a state assertion file
• state-assertion-open-file – open a state assertion file for comparing
• state-assertion-receive – wait for a connection from a state assertion sender
• state-assertion-simple-assert – assert the file
• state-assertion-simple-record – record the state of an object every x steps
• stc-status – show I- and D-STC status
• step – alias for step-into
• step-cycle – step one or more cycles
• step-instruction – step one or more instructions
• step-into – run to the next source line
• step-line – alias for step-into
• step-out – finish the current function
• step-over – run to the next source line, skipping subroutine calls
• step-over-instruction – run to the next instruction, skipping subroutine calls
• stepi – alias for step-instruction
• stop – interrupt simulation
• stop-command-line-capture – stop sending output to file
• stop-playback – stop playback of asynchronous input from a file
• stop-recording – stop recording of session or asynchronous input
• string-length – returns the length of a string in bytes
• sym-address – return the address of expression or source line
• sym-file – return source file for function or address
• sym-function – return function at a given address
• sym-line – return source line for function or address
• sym-list – list symbols
• sym-source – print source location for function or address
• sym-string – evaluate symbolic expression
• sym-type – return the type of a symbolic expression
• sym-value – evaluate symbolic expression
• sym-write – write value to variable
• sync-info – alias for print-sync-info
• system-info – system info
• system-perfmeter – activate Simics performance monitoring
• system-perfmeter-summary – prints system-perfmeter summary
• table-border-style – alias for set-table-border-style
• take-snapshot – take a snapshot of the current simulation state
• tcpdump – run the tcpdump program
• tcpdump-stop – stop the current tcpdump capture
• telnet-frontend – enable telnet access to the command line
• trace-io – trace device accesses
• try – runs a block of commands and catches any error
• unbreak-io – break on device accesses
• undisplay – remove expression installed by display
• unset – remove a CLI variable
• unsigned – interpret an integer as unsigned 64-bit
• unsigned16 – interpret an integer as unsigned 16-bit
• unsigned32 – interpret an integer as unsigned 32-bit
• unsigned64 – interpret an integer as unsigned 64-bit
• unsigned8 – interpret an integer as unsigned 8-bit
• untrace-io – trace device accesses
• up – go up N stack frames
• version – display Simics version
• vmp-feature-status – show VMP feature settings
• vmp-version – print VMP version information
• wait-for-get – issue an inquiry read transaction and wait for it to complete
• wait-for-global-sync – wait until the global time in all cells is synchronized
• wait-for-global-time – wait until reaching a specified global time
• wait-for-io-break – wait for IO activity
• wait-for-read – issue a read transaction and wait for it to complete
• wait-for-script-barrier – wait until enough branches have reached a barrier
• wait-for-script-pipe – wait until there is data on a script pipe
• wait-for-set – issue an inquiry write transaction and wait for it to complete
• wait-for-shell – execute a shell command and wait for it to finish
• wait-for-simulation-started – wait for simulation to start
• wait-for-simulation-stopped – wait for simulation to stop
• wait-for-write – issue a write transaction and wait for it to complete
• where – alias for stack-trace
• while – run a block while true
• win-about – information on GUI load failure
• wireshark – run the wireshark/ethereal program
• wireshark-stop – stop the current wireshark capture
• write-configuration – save configuration
• write-device-offset – write at an offset in a device bank
• write-device-reg – write to a register in a device bank
• write-reg – write to register
• x – examine raw memory contents