C++ Sample Run: Enter file name: gates.txt Set 1: 1 Set 2: 0 Below is a schematic of a possible circuit that could be input into the program. It corresponds to thesecond data set in the sample input:·10Sample File:2211A81 0 0 1 1 1 0 0AARRXA X0A1 -1A1 -0R-00 -01XI - 0A|- 0|R - 0 -Input will be from a data file. The first line of input will contain an integer number indicating how manydata sets are to be processed. The remaining lines will contain the data sets. Each data set will consist ofthree lines formatted according to the following descriptions:Bit Count - An integer corresponding to the number of bits being fed into the circuit. Thisinteger will be a number between 2 and 32 and will be a power of 2.Bit List - A space separated list of bits (either 0 or 1) that will be fed into the circuit.Gate List - A space separated list of logic gates. The first n/2¹ gates constitute the first stage andoperate directly on the input bits, the next n/2² gates constitute the second stage and operateon the results from the first stage, and so on for the other stages until only one gate remains.(Note, it is possible the there is only one stage) Each character in the list will either be 'A', 'R',or 'X' (corresponding to AND, OR, or XOR gates respectively). There will be exactly n-1 logic gates(where n is the number of bits read in).XI - 0Output to the screen the bit (0 or 1) resulting from the logic gate operations on the input bits, properlylabeled. Each pair of bits will be fed into the first n/2¹ gates, and the results of each of those operationswill be fed into the next n/2² gates, and so on until the result is reduced to a single bit (0 or 1). Let theuser input the file name from the keyboard. Refer to the sample output below. 3. One can build a circuit which consists of a hierarchy of logic gates which take a series of 2" bits asinput. The bits are processed in stages. The first stage pairs all the bits from the input and applies a logicoperation to each pair, leaving 2-1 bits for the next level. The process is repeated at each subsequentlevel until only 1 bit remains. Write a program to aid in the design of this circuit that will determine for agiven set of input bits and a given logic gate layout, what the output bit will be. Below is a description ofeach type of logic gate that the circuit can consist of:• AND GATE - Outputs a 1 if both bits are 1, outputs O otherwise.•OR GATE-Outputs a 1 if at least one of the bits is 1, outputs 0 otherwise.XOR GATE-Outputs O if both bits are equal, outputs 1 otherwise.

3. AND GATE: Outputs a 1 if both bits are 1, outputs 0 otherwise. // C program implementing the…

3. One can build a circuit which consists of a hierarchy of logic gates which take a series of 2" bits as input. The bits are processed in stages. The first stage pairs all the bits from the input and applies a logic operation to each pair, leaving 2n-1 bits for the next level. The process is repeated at each subsequent level until only 1 bit remains. Write a program to aid in the design of this circuit that will determine for a given set of input bits and a given logic gate layout, what the output bit will be. Below is a description of each type of logic gate that the circuit can consist of: • AND GATE-Outputs a 1 if both bits are 1, outputs O otherwise. OR GATE-Outputs a 1 if at least one of the bits is 1, outputs 0 otherwise.

3. One can build a circuit which consists of a hierarchy of logic gates which take a series of 2" bits as input. The bits are processed in stages. The first stage pairs all the bits from the input and applies a logic operation to each pair, leaving 2n-1 bits for the next level. The process is repeated at each subsequent level until only 1 bit remains. Write a program to aid in the design of this circuit that will determine for a given set of input bits and a given logic gate layout, what the output bit will be. Below is a description of each type of logic gate that the circuit can consist of: • AND GATE-Outputs a 1 if both bits are 1, outputs O otherwise. OR GATE-Outputs a 1 if at least one of the bits is 1, outputs 0 otherwise.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter4: Making Decisions

Section: Chapter Questions

Problem 4RQ

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