STARTER CODE INCLUDED! Please write the following functions in C. You do not need to write the main function, just these functions. Thank you!

Function Prototypes (text version):

void addToFront( list_t *list );

// creates a new watercraft from user input and then adds it to the front of // the list // increments the list size void addToRear( list_t *list ); // creates a new watercraft from user input and then adds it to the rear of // the list; should use the tail pointer // increments the list size //Printing Entire List Of All Watercraft Or Specs Of Chosen Watercraft: void printList ( list_t *list ); // prints all the watercraft in the list void printSpecs ( list_t *list ); // prints a list of the watercraft (i.e.calls printList()) and asks user to // choose which one to show the specs of // the specs will include the extra items and their associated costs, if applicable //Deleting A Watercraft: void deleteWatercraft( list_t *list ); // prints the list of watercraft (i.e.calls printList()) and lets the user // choose which one to delete // then deletes the chosen watercraft from the list // decrements the list size // if list is empty, prints message that the list is empty //Searching For And Printing Watercraft By Type Or Motor: int typeInInventory( list_t *list, char whichOne[] ); // called by searchByType() function // search the list and return a 1 if that type is found, 0 if not found int motorInInventory( list_t *list, int whichOne ); // called by searchByMotorType() function // search the list and return a 1 if that motor type is found, 0 if not found // (0 for no motor, 1 for out-board motor, and 2 for in-board) void printWatrcraftByType( list_t *list, char whichOne[] ); // traverses the list for the type that matches whichOne and prints all found void printWatrcraftByMotor( list_t *list, int whichOne ); // traverses the list for propulsion that matches whichOne and returns all found void searchByType( list_t *list ); // prints choices of types for user to choose the desired one // (e.g. 1 for pontoon, 2 for fishing, etc.) // uses if-else statement or switch statement to call typeInInventory() sending the // list and the string for the type chosen (e.g. pontoon or fishing, etc.) // if typeInInventory() returns a 1, call printWatercraftByType() void searchByMotorType( list_t *list ); // prints motor types for user to choose the desired one // (e.g. 1 for no motor, 2 for out-board motor, 3 for in-board motor) // uses if-else statement or switch statement to call motorInInventory() sending the // list and the integer for the type chosen (0, 1, or 2) // if typeInInventory() returns a 1, call printWatercraftByMotorType() //Printing Watercraft By Price In Order From Lowest To Highest: void printByPrice( list_t *list ); // creates a new local list built from the existing list where each watercraft // is added in order from lowest to highest // once the new list of watercraft in order of price from lowest to highest is // built, then call printList() to print the sorted list //Utility Function That Can Be Used In Your Other Functions: int isEmpty( list_t *list ); // returns 1 if the list is empty and 0 if it is not empty //Print Total Asset Value Of All Watercraft: void TAV( list_t *list ); // prints the total asset value of all inventory (sum of total_price)

STARTER CODE (header):

#ifndef SLL_LIST_H #define SLL_LIST_H #include #include #include typedef struct { double bimini; // cost of the add-on double towbar; double stereo; double table; double gps; double anchor; double paddles; } accessories_t; typedef struct watercraft { char type[15]; // e.g. pontoon, sport boat, sailboat, fishing, // canoe, kayak, jetski, etc. char make[20]; char model[30]; int propulsion; // 0 = none; 1 = outBoard; 2 = inBoard; char engine[15]; // Suzuki, Yamaha, etc. int hp; // horse power char color[25]; int length; // feet double base_price; double total_price; accessories_t extras; struct watercraft *next; } watercraft_t; typedef struct list { watercraft_t *head; watercraft_t *tail; int size; } list_t;

watercraft.txt (text file that contains content to be read into code) (can be copy and pasted):

pontoon,Crest,Carribean RS 230 SLC,1,Suzuki,115,Blue,26,134595.00,135945.00,1,200,0,250,450,450,0 fishing,Key West,239 FS,1,Mercury,250,Orange,24,86430.00,87630.00,0,0,250,200,500,250,0 sport boat,Tahoe,T16,1,Yamaha,300,Yellow,22,26895.00,27745.00,0,250,0,0,350,250,0 pontoon,Bennington,24 Slx,1,Mercury,140,Brown,24,83299.00,84049.00,1,250,0,200,0,300,0 kayak,Wilderness Systems,Tarpon 120 SOT,0,None,0,Red/Orange/Yellow,12,999.00,1149.00,0,0,0,0,0,0,150 pontoon,Suntracker,Bass Buggy 16 XL,1,Suzuki,115,Silver,22,13990.00,14990.00,1,200,0,250,300,250,0 pontoon,Crest,Classic LX 220 SLC,1,Mercury,115,Green,24,45599.00,47149.00,1,250,350,200,450,300,0 fishing,Phoenix,Bass Boat 920 Elite,2,Chevrolet,300,Orange,28,46995.00,48195.00,0,0,250,300,400,250,0 kayak,Eddyline,Rio,0,None,0,Green Apple,12,1429.00,1714.00,0,0,0,0,0,0,285 canoe,Old Town,Penobscot 164 ,0,None,0,Green,16,1299.95,1524.90,0,0,0,0,0,0,224.95 canoe,Mad River,Adventure 16,0,None,0,Red,16,899.00,1058.95,0,0,0,0,0,0,159.95 pontoon,Crest,Classic LX 200 L,1,Yamaha,150,Black,22,31816.00,33016.00,1,200,0,250,450,300,0 sport boat,Chaparral,297 Surf SSX,2,Chevrolet,300,Purple,24,220079.00,221279.00,0,250,350,0,400,200,0 fishing,Avenger,AV24,1,Yamaha,115,Gray,28,89995.00,90795.00,0,0,250,0,350,200,0 sport boat,Sea Ray,SDX 270,2,Chevrolet,300,Blue,28,185113.00,186213.00,0,200,300,0,350,250,0 fishing,Nitro,Z18 Pro,1,Suzuki,140,Black,30,35585.00,36235.00,0,0,0,0,400,250,0 pontoon,Bennington,25 Qxfb,1,Mercury,115,White,22,167000.00,168250.00,1,250,0,250,450,300,0 pontoon,Bentley,200 Cruise,1,Mercury,90,Silver,20,36995.00,37795.00,1,200,350,250,0,0,0

IF ANY EXTRA INFO IS NEEDED PLEASE COMMENT! I can update and provide starter code, too. However, formatting is not AS important and I mostly just need the functions to work.

// Adding Additional Watercraft: void addToFront ( list_t *list ); // creates a new watercraft from user input and then adds it to the front of // the list // increments the list size void addToRear( list t *list ); // creates a new watercraft from user input and then adds it to the rear of // the list; should use the tail pointer // increments the list size // Printing Entire List of All Watercraft or Specs Of Chosen Watercraft: void printList ( list_t *list ); // prints all the watercraft in the list void printSpecs ( list_t *list ); // prints a list of the watercraft (i.e.calls printList()) and asks user to // choose which one to show the specs of // the specs will include the extra items and their associated costs, if applicable //Deleting A Watercraft: void deleteWatercraft( list_t *list ); // prints the list of watercraft (i.e.calls printList()) and lets the user // choose which one to delete // then deletes the chosen watercraft from the list // decrements the list size // if list is empty, prints message that the list is empty // Searching For And Printing Watercraft By Type Or Motor: int typeInInventory( list_t *list, char whichone[] ); // called by searchByType() function // search the list and return a 1 if that type is found, o if not found int motorInInventory( list_t *list, int whichone ); // called by searchByMotorType() function // search the list and return a 1 if that motor type is found, o if not found // (o for no motor, I for out-board motor, and 2 for in-board) void printwatrcraftByType( list_t *list, char whichone[] ); // traverses the list for the type that matches whichone and prints all found void printwatrcraftByMotor( list_t *list, int whichone ); // traverses the list for propulsion that matches whichone and returns all found void searchByType( list_t *list ); // prints choices of types for user to choose the desired one // (e.g. i for pontoon, 2 for fishing, etc.) // uses if-else statement or switch statement to call typeInInventory() sending the // list and the string for the type chosen (e.g. "pontoon" or "fishing", etc.) // if typeInInventory() returns a 1, call printwatercraftByType() void searchByMotorType( list_t *list ); // prints motor types for user to choose the desired one // (e.g. i for no motor, 2 for out-board motor, 3 for in-board motor) // uses if-else statement or switch statement to call motorInInventory() sending the // list and the integer for the type chosen (0, 1, or 2) // if typeInInventory() returns a 1, call printwatercraftByMotorType() //Printing Watercraft By Price In Order From Lowest To Highest: void printByPrice list_t *list ); // creates a new local list built from the existing list where each watercraft // is added in order from lowest to highest // once the new list of watercraft in order of price from lowest to highest is // built, then call printList() to print the sorted list //Utility Function That Can Be Used In Your Other Functions: int isEmpty( list_t *list ); // returns 1 if the list is empty and @ if it is not empty //Print Total Asset value of All Watercraft: void TAVC list_t *list ); // prints the total asset value of all inventory (sum of total price) // Adding Additional Watercraft: void addToFront ( list_t *list ); // creates a new watercraft from user input and then adds it to the front of // the list // increments the list size void addToRear( list t *list ); // creates a new watercraft from user input and then adds it to the rear of // the list; should use the tail pointer // increments the list size // Printing Entire List of All Watercraft or Specs Of Chosen Watercraft: void printList ( list_t *list ); // prints all the watercraft in the list void printSpecs ( list_t *list ); // prints a list of the watercraft (i.e.calls printList()) and asks user to // choose which one to show the specs of // the specs will include the extra items and their associated costs, if applicable //Deleting A Watercraft: void deleteWatercraft( list_t *list ); // prints the list of watercraft (i.e.calls printList()) and lets the user // choose which one to delete // then deletes the chosen watercraft from the list // decrements the list size // if list is empty, prints message that the list is empty // Searching For And Printing Watercraft By Type Or Motor: int typeInInventory( list_t *list, char whichone[] ); // called by searchByType() function // search the list and return a 1 if that type is found, o if not found int motorInInventory( list_t *list, int whichone ); // called by searchByMotorType() function // search the list and return a 1 if that motor type is found, o if not found // (o for no motor, I for out-board motor, and 2 for in-board) void printwatrcraftByType( list_t *list, char whichone[] ); // traverses the list for the type that matches whichone and prints all found void printwatrcraftByMotor( list_t *list, int whichone ); // traverses the list for propulsion that matches whichone and returns all found void searchByType( list_t *list ); // prints choices of types for user to choose the desired one // (e.g. i for pontoon, 2 for fishing, etc.) // uses if-else statement or switch statement to call typeInInventory() sending the // list and the string for the type chosen (e.g. "pontoon" or "fishing", etc.) // if typeInInventory() returns a 1, call printwatercraftByType() void searchByMotorType( list_t *list ); // prints motor types for user to choose the desired one // (e.g. i for no motor, 2 for out-board motor, 3 for in-board motor) // uses if-else statement or switch statement to call motorInInventory() sending the // list and the integer for the type chosen (0, 1, or 2) // if typeInInventory() returns a 1, call printwatercraftByMotorType() //Printing Watercraft By Price In Order From Lowest To Highest: void printByPrice list_t *list ); // creates a new local list built from the existing list where each watercraft // is added in order from lowest to highest // once the new list of watercraft in order of price from lowest to highest is // built, then call printList() to print the sorted list //Utility Function That Can Be Used In Your Other Functions: int isEmpty( list_t *list ); // returns 1 if the list is empty and @ if it is not empty //Print Total Asset value of All Watercraft: void TAVC list_t *list ); // prints the total asset value of all inventory (sum of total price)