Struct simics::api::simulator::hap_consumer::haps::TlbMissDataHap

pub struct TlbMissDataHap {}

Index: linear_address Description: Triggered when a DTLB miss occurs. Automatically generated struct for the HAP

Implementations

impl TlbMissDataHap

pub fn add_callback<F>(callback: F) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP. The callback may capture its environment.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.

pub fn add_callback_object<F>( callback: F, obj: *mut ConfObject, ) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP for a specific object. The callback may capture its environment.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.
• obj - The object to fire this callback for. This HAP will not trigger the callback when firing on any object other than this one.

pub fn add_callback_index<F>(callback: F, index: i64) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP for a specific index value. The callback may capture its environment.

Only HAPs which support an index may add a callback in this manner, and the index varies for each HAP. For example, the CoreMagicInstructionHap supports an index equal to the magic value.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.
• index - The index value for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.

pub fn add_callback_range<F>( callback: F, start: i64, end: i64, ) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP for a specific index value range. The callback may capture its environment.

Only HAPs which support an index may add a callback in this manner, and the index varies for each HAP. For example, the CoreMagicInstructionHap supports an index equal to the magic value.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.
• start - The start of the range of index values for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.
• end - The start of the range of index values for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.

pub fn add_callback_object_index<F>( callback: F, obj: *mut ConfObject, index: i64, ) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP on a specific object for a specific index value. The callback may capture its environment.

Only HAPs which support an index may add a callback in this manner, and the index varies for each HAP. For example, the CoreMagicInstructionHap supports an index equal to the magic value.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.
• obj - The object to fire this callback for. This HAP will not trigger the callback when firing on any object other than this one.
• index - The index value for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.

pub fn add_callback_object_range<F>( callback: F, obj: *mut ConfObject, start: i64, end: i64, ) -> Result<HapHandle>

where F: FnMut(*mut conf_object_t, int64) + 'static,

Add a callback to be called on each occurrence of this HAP on a specific object for a specific index value range. The callback may capture its environment.

Only HAPs which support an index may add a callback in this manner, and the index varies for each HAP. For example, the CoreMagicInstructionHap supports an index equal to the magic value.

Arguments

• callback - The closure to fire as a callback. The closure will be doubly boxed. Any program state accessed inside the closure must have the static lifetime. This is not enforced by the compiler, it is up to the programmer to ensure the soundness of their callback code.
• obj - The object to fire this callback for. This HAP will not trigger the callback when firing on any object other than this one.
• start - The start of the range of index values for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.
• end - The start of the range of index values for this HAP: Index: linear_address Description: Triggered when a DTLB miss occurs.

Trait Implementations

impl Hap for TlbMissDataHap

const NAME: Self::Name = crate::api::sys::TLB_MISS_DATA_HAP_NAME

The name of the HAP.

type Name = &'static [u8]

The type of the name of the HAP, must be convertible to raw C string to pass to the simulator

fn delete_callback_id(handle: HapHandle) -> Result<()>

A callback for a hap can be deleted by its handle

fn delete_callback_obj_id(obj: *mut ConfObject, handle: HapHandle) -> Result<()>

A callback for a hap can be deleted by the object it is associated with