Question: write a c++ class definition called SAMPLEST_VOIP_FSM which will evaluate the student performance Page 1 ho po LLLLLILLLLLLLLLLLLLLLLLEILLLLLLLLL THE CITY COLLEGE Or NEW YORK, ELECTRICAL

write a c++ class definition called SAMPLEST_VOIP_FSM which will evaluate the student performance
 write a c++ class definition called SAMPLEST_VOIP_FSM which will evaluate the

Page 1 ho po LLLLLILLLLLLLLLLLLLLLLLEILLLLLLLLL THE CITY COLLEGE Or NEW YORK, ELECTRICAL ENGINER1NG DEPARTMENT PROTECT EE259, DAY-EVENING SECTIONS, FALL 2017 PROJECT O DESCRIPTION: write C++ claaa definition called SIMPLEST-VOIP-FSM which will evaluate the etudent performance The prototype for the laso SIMPLEST VOIP PSM is defined as follows class SIMPLEST VOIP_FSM public: // public interfaces tor this class SIMPLEST VOIP PSM(void) // example: g.SIMPLEST_VOIP_FSMO // constructor // returna nothing (void void SIMPLEST_VOIP FSM READ (void) example: g.SIMPLEST _VOIP PSM READ(void) ? interface to read student grades /I returns no values void SIMHPLEST VOIP FSM PRINT (void) // example: g.SIMPLEST_VOIP_ FSM PRINT (void)a // interface to print state information; // returns no values private: / private var to be used by this elass only (not from main) int n: / no of atates int state_id [101: // ids for states int out_degree (10]: // no of outgoing edges from a single state: int edge inputs [10) (51: // inputs for the edges leaving each state; int edge outputs [101 (51: // outputs for the edges leaving each state; int edge_tail state id [10] (5): // ids for the ending states for the edges // leaving each state The objects of SIMPLEST_VOIP_FSM class will read the input values from a file called in.o given with the following format: state id 0 edge input 0 0 edge output_0 o tail state_id o_o edge input o_x edge output_ox tail_state id ox state id 1 edge_input_1_0 edge_output 1 0 tail_state_id_1_0 edge input 1y edge output ly tai1 state_id 1Ly state idn-l z edge input_n- 0 edge_output_n-1.0 tail_state id _n-1 0 edge input_n-1z edge_output n-1 z tail_state_id n-1z n (le m = 10) is the number of states, state-id-i (between 0 and 999 inclusive

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