Use adressing program for IDE app to solve this problem

Using the BSET instruction, initialize the DDR for Port S $($address $$24A).($Normally you would use movb, or ldaa then staa. How can you initialize it with bset?$)$

Using either the BRSET or BRCLR instruction, write a program that waits for switch $1($aka bit $0[70])$ to go low, then high $-$ then lights LED $6[81$ context$]($Using either the BSET or BCLR instruction$).$

Put a NOP instruction at the end of the program. Set a breakpoint here to stop the program after the wait loop so you can check that it worked correctly.

Test the program. IT SHOULD WORK WHEN RUNNING CONTINUOUSLY $($green arrow$)!$ Whether switch $1($bit $0)$ is low or high when the program begins, it should not reach the NOP instruction unless the following progressions occur:

When the program starts with switch high, lights only turn on after switch goes low then high $(2$ flips$)....$ But then the program starts with switch low, it must go high, low, then high again $(3$ flips$)$ before the LED lights up$.$