6 Haps

Arinc429_Word

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

This hap is triggered on every word sent on a arinc429_bus object. In the hap handler, the last_word attribute can be read or modified. Setting it to -1 will drop the packet.

Component_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Internal: Similar to Component_Hierarchy_Change but also triggered for components that are not part of any complete hierarchy including non-instantiated components.

Component_Hierarchy_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *top_level_component);

Description

Internal: Triggered when an instantiated component hierarchy is modified. The hap is associated with the top-level component of the modified hierarchy.

Console_Break_String

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *break_string);

Description

Triggered when the output matches a string set to break on. The break_id is the number associated with the string breakpoint.

Core_Address_Not_Mapped

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  physical_address,
          int64  access_type,
          int64  size);

Triggered when an access to a memory-space has no target and the access does not match any entry in the outside_memory_whitelist CPU attribute. The default handler for this hap will signal an error and stop the simulation.

Core_Asynchronous_Trap

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  trap_number);

Index

trap_number

Description

SPARC: Triggered when an asynchronous trap occurs. This is either an external interrupt trap number == 0x60 or interrupt level n trap number 0x41 - 0x4F, or an asynchronous trap initiated by the user calling trap_cpu in the sparc-interrupt interface. The Core_External_Interrupt can also be used to catch interrupts, the difference is that Core_Asynchronous_Trap is only triggered if interrupts are enabled.

Core_At_Exit

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered, typically by SIM_quit, when Simics exits. The Simics API is not allowed to be used in the hap callbacks (see the Core_Clean_At_Exit hap description if access to the Simics API is needed).

Core_Back_To_Front

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Deprecated.

Core_Breakpoint_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered on an object when breakpoints attached to that object are inserted, deleted or changed in any way.

Core_Breakpoint_Memop

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  breakpoint_number,
          generic_transaction_t *memop);

Index

breakpoint_number

Description

Triggered when a breakpoint is triggered. breakpoint_number is the breakpoint number (as returned by SIM_breakpoint). If there are multiple breakpoints on an instruction then all installed haps will be run before control is transferred to the frontend (when applicable). The supplied memop can be used to figure out details about the transaction.

Core_Clean_At_Exit

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered, typically by SIM_quit, if Simics exits cleanly, i.e. in Global Context. The Simics API is available. Cleanup code should typically run in the Core_At_Exit hap callbacks instead if possible.

Core_Conf_Class_Register

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *class_name);

Description

Triggered when a new configuration class has been registered. Called in Global Context.

Core_Conf_Class_Unregister

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *class_name);

Description

Triggered when a configuration class has been unregistered. Called in Global Context.

Core_Conf_Clock_Change_Cell

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *old_cell,
          conf_object_t *new_cell);

Description

Triggered when a clock object changes cell

Core_Conf_Object_Change_Clock

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *old_clock,
          conf_object_t *new_clock);

Description

Triggered when an object's reference clock is changed

Core_Conf_Object_Create

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when a new configuration object's init_object method returns successfully, but before the object's attributes are set and before the object's finalize_instance method is called. Since the object is not fully created hap callbacks must not access any of the object's attributes or call any methods on the object's interfaces. Callbacks are called in Global Context.

Core_Conf_Object_Created

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when a configuration object has been created and finalized. This hap will always be followed by a Core_Conf_Objects_Created hap, but this hap can be triggered for more than one object before the Core_Conf_Objects_Created hap.

Core_Conf_Object_Delete

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *object_name);

Description

Triggered after a configuration object has been deleted. Called in Global Context.

Core_Conf_Object_Pre_Delete

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered just before a configuration object is deleted. Called in Global Context.

Core_Conf_Object_Rename

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *old_name);

Description

Triggered after an object's name has changed. Called in Global Context.

Core_Conf_Objects_Created

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered if and only if at least one Core_Conf_Object_Created hap has been triggered.

Core_Conf_Objects_Deleted

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when one or more objects have been deleted from the configuration after the Core_Conf_Object_Delete hap has been triggered for all of the objects. Called in Global Context.

Core_Configuration_Loaded

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when a configuration has been loaded. This hap can be triggered several times during a session since it is possible to append a new configuration to the existing one. In most cases it is better to use the finalize_instance function in the class_data_t instead. That function is called when the object creation is finished. Callbacks are called in Global Context.

Core_Context_Activate

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *other_ctx,
          conf_object_t *cpu);

Description

Triggered when this context replaces another context as the current context of a processor.

Core_Context_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *cpu);

Description

Triggered when the context is set to the current context for a processor.

Core_Context_Deactivate

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          conf_object_t *other_ctx,
          conf_object_t *cpu);

Description

Triggered when another context replaces this context as the current context of a processor.

Core_Context_Updated

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when the context is updated in some way.

Core_Continuation

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered at the (re)start of the simulation. The Core_Simulation_Stopped hap is called when the simulation is stopped. Callbacks are called in Global Context.

Core_Control_Register_Read

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  register_number);

Index

register_number

Description

Triggered when a control register is read. The hap is called before the read is performed; thus no registers have been modified.

Note that if the callback routine breaks to the frontend by raising an exception, the instruction will be replayed possibly causing repeated memory operations.

For x86 processors, this hap is triggered when a control register is read using a mov or smsw instruction (i.e. only explicit reads). Also the hap is triggered when MSRs are read with rdmsr, rdtsc or rdtscp instructions.

For PowerPC processors, this hap is triggered by the mfspr, mfmsr mfsr and mfsrin instructions (i.e. only explicit reads).

Core_Control_Register_Write

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  register_number,
          int64  value);

Index

register_number

Description

Triggered when a control register is written. Note that value is not (necessarily) the final contents in the register. When the callback is called, the processor register has not yet been updated with the new value.

If the callback routine breaks to the frontend by raising an exception, the instruction will be replayed possibly causing repeated memory operations.

For x86 processors, this hap is triggered by clts, lmsw, and mov. Also the hap is triggered when MSRs are written with wrmsr instruction. Page fault updates of CR2 should be caught with the Core_Exception hap.

For PowerPC processors, this hap is triggered by the mtspr, mtmsr, mtsr and mtsrin instructions (i.e. only explicit writes).

Core_DSTC_Flush_Counter

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  type,
          int64  virtual_address,
          int64  physical_address,
          int64  counter);

Description

Triggered when the DSTC flushes a line's hit counter. It reports how many hits the STC recorded since the line was inserted.

Core_Device_Access_Memop

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          generic_transaction_t *memop);

Description

Triggered when a device access is performed.

Core_Disable_Breakpoints

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  reenable);

Description

Disable (or reenable) all breakpoints. This hap is primarily used to improve reverse performance in certain situations.

Core_Discard_Future

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when recorded events should be forgotten. Called in Global Context.

Core_Exception

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  exception_number);

Index

exception_number

Description

Triggered when an exception/trap is taken by a processor. The hap occurs before side-effects, control transfers included, have taken place.

Interrupting the simulation by calling SIM_break_simulation inside the hap will cause the simulation to stop right before the exception (and the trapping instruction, if any). The simulation state will then be as it was prior to the execution of the instruction or exception. Continuing the simulation will then re-run the exception, this time without calling hap functions.

Depending on the processor model, some state may actually have changed in an idempotent way when the hap occurs, but this should not be relied upon.

The exact meaning of the exception number depends on the simulated processor architecture. The exception interface can be used to translate the number to an exception name.

Core_Exception_Return

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  exception_number);

Index

exception_number

Description

Triggered when an exception/trap handler finishes execution. The hap is triggered before any processor state has changed.

The following instructions trigger this hap (by processor class):

MIPS: eret and deret

PowerPC (32): rfi and rfci

PowerPC (64): rfi, rfid and hrfid

SH: rte

SPARC: done and retry

x86/x86-64: The iret family.

The exception_number parameter is only valid for SPARC processors.

Core_External_Interrupt

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  source_mid);

Index

source_mid

Description

(SPARC only) Triggered when a processor receives an external interrupt. The trigger object is the receiving cpu, and source_mid is the mid of the sending cpu/device. The hap will be triggered even if interrupts are disabled, but not if the interrupt logic is busy.

Core_Frequency_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  old_freq,
          int64  new_freq);

Description

Triggered when the frequency of a cycle queue has changed. Parameters are the old and new frequencies in Hz.

Core_Global_Message

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *message);

Description

Experimental

Core_Hap_Callback_Installed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  hap_number,
          int64  range_low,
          int64  range_high);

Index

hap_number

Description

Triggered before a callback is installed. The callback called by this hap is not allowed to install any hap callbacks.

Core_Hap_Callback_Removed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  hap_number,
          int64  range_low,
          int64  range_high);

Index

hap_number

Description

Triggered after a callback has been unregistered. The callback called by this hap is not allowed to remove any hap callbacks.

Core_Hap_Type_Added

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *hap_name);

Description

Triggered when a new hap type is added to the simulator. The hap is not triggered for the initial set of core haps. Callbacks called in Global Context.

Core_Image_Activity

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  type,
          int  onoff);

Description

Triggered on I/O activity in an image object.

Core_Initial_Configuration

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Deprecated - Use the Core_Configuration_Loaded hap instead.

Core_Log_Groups_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  log_group_mask);

Description

Triggered when the active log groups of an object changes

Core_Log_Level_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  new_log_level);

Description

Triggered when the log level of an object changes

Core_Log_Message

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  type,
          char *message);

Index

log type

Description

Triggered when a log message is registered that is supposed to be logged, i.e. with matching type and group(s) and level.

Core_Log_Message_Extended

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  type,
          char *message,
          int  level,
          int64  group);

Description

Triggered when a log message is registered that is supposed to be logged according to the log level.

Core_Log_Message_Filtered

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  type,
          char *message,
          int  level,
          int64  group);

Description

Triggered when a log message is registered that is supposed to be logged, i.e. with matching type and group(s) and level.

Core_Magic_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  parameter);

Index

parameter

Description

Triggered when Simics executes a magic instruction. The parameter is taken from the instruction and is architecture-dependent.

Core_Memory_Space_Map_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Experimental

Core_Mode_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  old_mode,
          int64  new_mode);

Description

Triggered when a processor changes privilege mode for whatever reason; usually an exception or return from an exception. The hap occurs after the processor has changed mode but before any instructions have been executed in the new mode.

For x86 processors, the modes are Sim_CPU_Mode_User for CPL 3, and Sim_CPU_Mode_Supervisor for CPL 0-2.

For other processors, the modes are Sim_CPU_Mode_User or Sim_CPU_Mode_Supervisor. Some processors also has the Sim_CPU_Mode_Hypervisor mode.

Core_Module_Loaded

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *module_name);

Description

Triggered when a module is loaded into Simics. Called in Global Context.

Core_Multicore_Acceleration_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  on/off);

Description

Triggered when the multicore-accelerator feature is enabled or disabled.

Core_Multithreading_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  on/off);

Description

Triggered when multithreaded simulation is enabled or disabled.

Core_Not_Implemented

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  line,
          char *file,
          char *rcsid,
          char *message,
          int64  data);

Description

Triggered when the simulator encounters unimplemented functionality.

Core_Preferences_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when an attribute in the prefs object is written. Called in Global Context.

Core_Processor_Schedule_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when the scheduling order of the processors has changed. Called in Global Context.

Core_Project_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when a new Simics project directory is selected. Called in Global Context.

Core_Recent_Files_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when the list of recently used files has changed. Called in Global Context.

Core_Rexec_Active

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  active_flag);

Description

Triggered when reverse execution support is activated or deactivated. Called in Global Context.

Core_Simulation_Mode_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  simulation_mode);

Index

simulation_mode

Description

Triggered when the simulation mode for the processor has changed.

Core_Simulation_Stopped

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  exception,
          char *error_string);

Index

exception

Description

Triggered when the simulation stops. The exception argument will always be SimExc_No_Exception, and error_string will always be NULL. After this hap, simulation will not advance (triggering Core_Continuation) until SIM_continue is called again. Callbacks are called in Global Context.

Core_Skipto_Progress

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  progress);

Description

Triggered with an estimate of skip-to progress. Called in Global Context.

Core_Sync_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  type);

Index

type

Description

Triggered when an synchronizing instruction is executed. The type parameter describe what kind of instruction is executing. Its encoding is specific to each architecture.

For SH, this hap is triggered when a synco instruction is executed. The type contains 0.

For SPARC-V9, this hap is triggered when a membar or stbar instruction is executed. For membar, the type contains the 7-bit field cmask|mmask specified in the instruction. For stbar, the type is 8 (equivalent to membar #StoreStore).

For x86, this hap is triggered when a fence instruction is executed. The type is set from the list provided by the x86_sync_instruction_type_t enum.

Core_Time_Transition

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  in_the_past);

Description

Triggered whenever there is a transition between the past and the present. Called in Global Context.

Core_Timing_Model_Change

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered on an object when a timing model or snoop device is inserted, deleted, or changed.

Core_User_Comments_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when the list of user comments for a session has changed

Core_Write_Configuration

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *file_name);

Description

Deprecated - Use the checkpoint interface instead

Eth_Injector_Pcap_Eof

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *pcap_file,
          int  num_injected,
          int  pcap_num_pkgs,
          int  auto_restart);

Description

Triggered by the eth_injector object when all contents of the pcap file has been sent. The callback function will have the pcap file name, next packet index, total number of packets in the pcap file, and auto-restart as arguments.

Firewire_Reset

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when the bus is reset. It is invoked after calculating the default topology. During the hap the self_ids attribute can be used to change the self id packets sent to the devices on the bus. The connected_devices attribute can also be changed to modify the mapping from physical id to device.

Firewire_Transfer

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Triggered when an packet travels through a firewire bus. During the hap handler the current_transfer attribute of the bus can be used to inspect and/or change the current transfer. If you set it to NULL the transfer is aborted and Firewire_V2_Ack_No_Ack is returned to the initiator of the transfer.

Gfx_Break

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  gfx_break);

Index

break_id

Description

Triggered when a graphical breakpoint matches the screen. break_id is the number returned when a breakpoint is set.

Gfx_Break_String

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  break_id);

Index

break_id

Description

Triggered when a graphics breakpoint matches the screen. break_id is the number returned when a breakpoint is set.

Graphics_Console_New_Title

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *title);

Description

Triggered when the console is assigned a new title.

Graphics_Console_Show_Hide

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  state);

Description

Triggered when the console is shown or hidden. The hap argument is 1 when the console is shown and 0 when hidden.

Internal_Bookmark_List_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Simics internal. Triggered when a bookmark has been added or deleted.

Internal_Break_IO

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  break-id);

Description

Simics internal. Triggered on a break-io access.

Internal_Device_Reg_Access

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          generic_transaction_t *memop,
          char *port,
          int  idx,
          int  func,
          int64  offset);

Description

Simics internal. Triggered on an access to a device register traced with trace-io command.

Internal_Micro_Checkpoint_Loaded

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Index

Description

Simics internal

Internal_SB_Wait

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Index

id

Description

Simics internal

Internal_Time_Direction_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  rev);

Index

Description

Simics internal. 'rev' is 1 when reverse execution is initiated, and 0 when reverse execution stops. In addition, a number of haps with rev = -1 may be fired during reverse execution at reverse chronologically ordered moments. This is typically used to update the user interface during reverse execution.

Internal_Time_Quantum_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

Description

Simics internal. Triggered when the time quantum has changed. The hap is supported in Simics 5 even though it is marked as internal.

REC_State_Changed

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  recording,
          int  playback);

Description

Internal

RTC_Nvram_Update

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  index,
          int64  old_value,
          int64  new_value);

Index

index

Description

This hap is triggered when the DS12887-c NVRAM memory is changed.

Realtime_Enabled

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  enabled);

Description

Internal: Notifies change of realtime enabled status

Rexec_Limit_Exceeded

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  limit_type);

Index

limit_type

Description

Triggered when a reverse execution resource limit is exceeded.

SCSI_Disk_Command

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  command_number,
          int64  start,
          int64  len);

Index

command_number

Description

Triggered when a SCSI command is received by a SCSI device. The parameters start and len are only used for read and write commands.

SN_NAPT_Enabled

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  enabled);

Index

Description

Triggered when NAPT is enabled or disabled in a service-node.The argument is 0 when disabled and 1 when enabled.

TLB_Fill_Data

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

Triggered when a TLB entry is filled after a table walk. Page size encoding: 0==4k, 1==2M, 2==4M, 3==1G.

TLB_Fill_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

Triggered when a TLB entry is filled after a table walk. Page size encoding: 0==4k, 1==2M, 2==4M, 3==1G.

TLB_Invalidate_Data

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

Triggered when a TLB entry is invalidated. The invalidation can be caused by an INVLPG instruction, a write to CR3, or by changes to paging bits in CR0 and CR4. Page size encoding: 0==4k, 1==2M, 2==4M, 3==1G.

TLB_Invalidate_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

TLB_Miss_Data

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear_address);

Index

linear_address

Description

Triggered when a DTLB miss occurs.

TLB_Miss_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear_address);

Index

linear_address

Description

Triggered when an ITLB miss occurs.

TLB_Replace_Data

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

This hap is triggered when a TLB entry is replaced by another. The parameters relate to the old entry, and the insertion of the new entry will trigger a fill hap. Page size encoding: 0==4k, 1==2M, 2==4M, 3==1G.

TLB_Replace_Instruction

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int64  linear,
          int64  physical,
          int64  page_size);

Index

page_size

Description

Text_Console_New_Title

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *new_title);

Description

Triggered when the console is assigned a new title.

Text_Console_Show_Hide

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  is_shown);

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          int  record,
          int  playback);

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *state);

Description

Triggered when the run state changes; not triggered in batch mode. The argument is one of:

"Stopped": simulation stopped and may not run
"Stopped_Fwd": stopped and may run forward
"Stopped_Fwd_Rev": stopped and may run forward or reverse
"Forwarding": simulation is running forward
"Forwarding_Rev": running forward and may run in reverse
"Reversing": simulation is running in the reverse direction

Vga_Break_String

Callback Type

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *string);

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj);

void (*) (lang_void *callback_data,
          conf_object_t *trigger_obj,
          char *break_string);

Index

break_id