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- #Pbp3 overrides vref settings install
- #Pbp3 overrides vref settings update
- #Pbp3 overrides vref settings windows
Fixed bug with not being able to turn off the Flight Director when FMA modes are annunciated - the FD button will now disable all modes when being turned off, as long as the AP is not on.Enabled ability to arm LNAV on the ground and set activation at 400' AGL.Added altitude capture for TO/GA modes.(note: the ALT button is now tied to H:WT_CJ4_AP_ALT_PRESSED and the emissive lvar is L:WT_CJ4_ALT_HOLD) Added custom vertical autopilot to manage altitude capture and hold modes.Enabled APPR mode for ILS when tuned in PFD even when an approach is not loaded in the FMC.If you add other waypoints beyond the DP, those constraints will not be respected as climb constraints. The protection exists ONLY for waypoints that are loaded into the FMC as part of a DEPARTURE PROCEDURE. It simply provides protection for the pilot to not exceed an AT or AT OR BELOW constraint in the departure procedure. As a refresher, in the CJ4, VNAV in climb is NOT A PATH. When the user accepts the displayed folder location, the PBP_MPASM variable is overwritten.VNAV Climb should now be working correctly - we know that we've warned many people in past versions to turn it off if it isn't working, but at this point we believe it works as designed. The user's selection always overrides everything else. The user may select any folder, regardless of the existence of the assembler. No checks are performed from this point forward. If valid, present the default selection from above. Prompt the user to select a folder in which the assembler exists.If found, use this location as default and stop searching. If the registry shows that MPLAB8 is installed, check for MPASMWIN in the listed folder.If the registry shows that MPLABX is installed, check for MPASMX in the listed folder.If the PBP_MPASM variable exists and either MPASMWIN or MPASMX exist in the specified folder, use this location as default and stop searching.Next, it tackles the PBP_MPASM variable with the following search sequence:
#Pbp3 overrides vref settings update
If a valid PBP installation was found, it overwrites the MPLAB8 registry key so as to update the PBP language-tool location.
#Pbp3 overrides vref settings install
#Pbp3 overrides vref settings windows
It copies the latest MPLAB8 language-tool plugin into the Windows System32 folder and registers it.The MPASM-MPLAB Setup utility does a couple of things in addition to setting the PBP_MPASM variable: The setup utility is where the real work is done. The installer also requests that the MPASM-MPLAB Setup utility be run on the next restart. This is mostly a shot in the dark because, during a first-install, MPLAB and MPASM don't exist on the drive yet. The PBP3 installer sets the PBP_MPASM variable to the default "MPASM Suite" folder. The PBP_MPASM environment variable is manipulated during install/setup as follows. In effect, the PATH environment is temporarily modified when PBPX runs. For those familiar with Windows/DOS batch commands, this can be illustrated with: When PBPX runs, it reads the PBP_MPASM variable and prepends the location found there to the system PATH value. Since I've been asked about this frequently in the last few weeks, I'd like to disclose how it works. Instead of selecting an assembler location from a dialog in the IDE, you select using a utility called MPASM-MPLAB Setup, found in the PBP3 program group on the start menu. In PBP3, the compiler takes on more responsibility for locating the assembler. Other IDEs relied on the user-modified PATH environment variable to make the assembler available to PBP. MicroCode Studio compiled and assembled in separate steps, allowing it to specify the assembler location. In PBP 2.60 and earlier, it was required that the assembler be located by an external method. The assembler can still be located manually, but the process has changed a bit.