* Add an address range to the set of instrumented address ranges. * * @param {String|Number|NativePointer} start Start address of the range

* Add a virtual callback which is triggered for any memory access in a specific address range matching the access type. * Virtual callbacks are c

* Remove an instrumentation. * * @param {Number} id The id of the instrumentation to remove. * @return {bool} True if instrumentat

! Compute the offset between the current code stream position and the start * of the data block. Used for pc relative memory access to the data blo

* Get the number of ExecBlock in the cache. Each block uses 2 memory pages * and some heap allocations. * * @return {Integer} The numbe

! Return the tag associated with this shadow variable. * * @return The tag of the shadow variable. */

! Enable logs matching priority. * * @param[in] priority Filter logs with greater or equal priority. */

* Register a callback for when a specific address range is executed. * * @param {String|Number|NativePointer} start Start of the address

! Obtain the value of the PC where the ExecBlock is currently writing * instructions. * * @return The PC value. */

! Get the address of the DataBlock * * @return The DataBlock offset. */

! Compute the offset between the current code stream position and the start * of the exec block epilogue code. Used for computing the remaining cod

* Remove an address range from the set of instrumented address ranges. * * @param {String|Number|NativePointer} start Start address of the

* Add a virtual callback which is triggered for any memory access at a specific address matching the access type. * Virtual callbacks are called

! Pretty print a range * * @param[in] os An output stream. */

Patch allowing to terminate a basic block early by writing address into DataBlock[Offset(PC)]