Draw a memory map for the code you see , until the execution reaches the point indicated by the comment /* HERE */.

In your diagram: You must have a stack, heap, and static memory sections. Identify each frame as illustrated by the previous examples. Draw your variables as they are encountered during program execution.

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public class Car ! private StringBuffer log; public Car (String tag) { log = new StringBuffer (tag + "*"); } public Car logService (String service, int cost) { String entry - service + "(" + cost + ")"; log.append(entry); /* HERE */ return this; } public String toString() { return log.toString(); } } public class Carlot ! private static final int FOUNDED = 1960; public static void receiving (Car[] move, String service, int idx)! move [idx).logservice (service, 20); } public static void main(String[] args) { Car one = new Car ("abc-123"); Car two = new Car ("cd1-"); Car[] rlot = new Car [3]; rlot[0] = one; rlot[1] = two; receiving(rlot, "rec", 1); for (Car car : rlot) { System.out.println(car); } System.out.println("Founded: " + Carlot. FOUNDED); } } public class Car ! private StringBuffer log; public Car (String tag) { log = new StringBuffer (tag + "*"); } public Car logService (String service, int cost) { String entry - service + "(" + cost + ")"; log.append(entry); /* HERE */ return this; } public String toString() { return log.toString(); } } public class Carlot ! private static final int FOUNDED = 1960; public static void receiving (Car[] move, String service, int idx)! move [idx).logservice (service, 20); } public static void main(String[] args) { Car one = new Car ("abc-123"); Car two = new Car ("cd1-"); Car[] rlot = new Car [3]; rlot[0] = one; rlot[1] = two; receiving(rlot, "rec", 1); for (Car car : rlot) { System.out.println(car); } System.out.println("Founded: " + Carlot. FOUNDED); } }