* [Convenient] Invoke the original AppleIntelFramebufferController::ReadRegister32 function * * @param controller The framebuffer controller ins

* [Convenient] Invoke the original AppleIntelFramebufferController::WriteRegister32 function * * @param controller The framebuffer controller in

* Add an injection descriptor to the list * * @param descriptor A non-null descriptor that specifies the trigger and the injector function

* Get the injector function associated with the given trigger * * @param trigger The trigger value * @return The injector function on succ

* Get the real framebuffer in use from the given bundle index */

* [Convenient] Get the default framebuffer controller */

* Get the string representation of this adapter mode */

* Retrieve sense ID * * @param record pointer to atom records * * @return sense id or 0 */

* Is modern system * * @return true if modern connectors are used */

* Prints connectors * * @param con pointer to an array of legacy or modern connectors (depends on the kernel version) * @param num number o

* Get the string representation of the given Core Display Clock decimal frequency */

* Retrieve connector * * @param objid object id * * @return connector id */

* Get the PWM frequency divider from the given framebuffer controller instance * * @param controller The framebuffer controller instance *

* Get the target register value from the given brightness level * * @param brightness The brightness level * @return The corresponding regist

* Retrieve transmitter and encoder * * @param usGraphicObjIds encoder objcect id * @param txmit reference to transmitter var * @pa

* Calculate the duty cycle for the given brightness level * * @param controller The framebuffer controller instance * @param brightness Th

* Fetch and preserve the PWM frequency set by the system firmware * * @param controller The framebuffer controller instance */

* Calculate the number of bytes that can be safely replaced */

* Get the raw value of this adapter mode * * @param mode A valid adapter mode * @return The corresponding register value on success. *

* Check whether the given framebuffer is in the list */

* Check whether this is an invalid adapter mode */

* Validate this invocation context */

* Save the given new brightness level to the given framebuffer controller instance * * @param controller The framebuffer controller instance

* Write the given duty cycle to the register `BXT_BLC_PWM_DUTY1` * * @param controller The framebuffer controller instance * @param dutyCy

* Write the given frequency value to the register `BXT_BLC_PWM_FREQ1` * * @param controller The framebuffer controller instance * @param f

* Copy new connectors * * @param out destination connectors * @param num number of copied connectors * @param in source connectors *

* Fetch and preserve the PWM control value set by the system firmware * * @param controller The framebuffer controller instance */

* Get the framebuffer controller at the given index */

* Get the current brightness level * * @param current The current register value * @return The current brightness level. */

* Get all functions that contain an inlined invocation of `hwSetBacklight()` and thus will be analyzed and patched * * @return A null-terminat

* Get the address of the wrapper function that sets the backlight compatible with the current machine * * @return The address of the wrapper f

* Get the target brightness level * * @return The target brightness level. */

* Checks if object is encoder * * @param objid object id * * @return true one success */

* Prints connector type * * @param type connector type */

* Analyze `hwSetBacklight()` to find the offset of each required member field in the framebuffer controller * * @param address The address of

* [Convenient] Revert the inlined invocation of `hwSetBacklight()` in this function * * @param probeContext A probe context specifying the o

* Check whether this mode supports HDMI 2.0 output */

* Sanity check connector size * * @param size buffer size in bytes * @param num number of connectors * * @return true if connectors a

* Write the given PWM control value to the register `BXT_BLC_PWM_CTL1` * * @param controller The framebuffer controller instance * @param

* Create an empty request */

* Create an injection descriptor conveniently */

* Default constructor */

* Default constructor */

Pattern: addl $<imm32>, %r?? Checks: ADD, 32-bit, Direct Mode, The immediate operand is identical to the given one