Please identify the correct statement(s) for the following code snippet from the script: while inst_iter.hasNext() and not monitor.isCancelled(): ins = inst_iter.next() addr = ins.getAddress() pcodeList = ins.getPcode() for pcode in pcodeList: if pcode.getOpcode() == PcodeOp.FLOAT_DIV or pcode.getOpcode() == PcodeOp.INT_DIV: print("Address: {}, Inst: {}, Pcode: {}".format(addr, ins, pcode)) addrSet.add(addr) Question 1 options: It saves the address of the disassembled instruction that introduces division. This snippet uses refined/high p-code. This snippet uses raw p-code. It uses p-code opcode to identify the division operator. It uses the mnemonic string of a disassembled instruction to identify the division operator. It saves the sequence number of the p-code instruction that introduces division.
Please identify the correct statement(s) for the following code snippet from the script: while inst_iter.hasNext() and not monitor.isCancelled(): ins = inst_iter.next() addr = ins.getAddress() pcodeList = ins.getPcode() for pcode in pcodeList: if pcode.getOpcode() == PcodeOp.FLOAT_DIV or pcode.getOpcode() == PcodeOp.INT_DIV: print("Address: {}, Inst: {}, Pcode: {}".format(addr, ins, pcode)) addrSet.add(addr) Question 1 options: It saves the address of the disassembled instruction that introduces division. This snippet uses refined/high p-code. This snippet uses raw p-code. It uses p-code opcode to identify the division operator. It uses the mnemonic string of a disassembled instruction to identify the division operator. It saves the sequence number of the p-code instruction that introduces division.
Programming with Microsoft Visual Basic 2017
8th Edition
ISBN:9781337102124
Author:Diane Zak
Publisher:Diane Zak
Chapter5: The Repetition Structure
Section: Chapter Questions
Problem 1MQ6: Write an Add method that adds the contents of the decPrice variable to the lstPrices control.
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Please identify the correct statement(s) for the following code snippet from the script:
while inst_iter.hasNext() and not monitor.isCancelled():
ins = inst_iter.next()
addr = ins.getAddress()
pcodeList = ins.getPcode()
for pcode in pcodeList:
if pcode.getOpcode() == PcodeOp.FLOAT_DIV or pcode.getOpcode() == PcodeOp.INT_DIV:
print("Address: {}, Inst: {}, Pcode: {}".format(addr, ins, pcode))
addrSet.add(addr)
Question 1 options:
|
It saves the address of the disassembled instruction that introduces division. |
|
This snippet uses refined/high p-code. |
|
This snippet uses raw p-code. |
|
It uses p-code opcode to identify the division operator. |
|
It uses the mnemonic string of a disassembled instruction to identify the division operator. |
|
It saves the sequence number of the p-code instruction that introduces division. |
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