Consider the follow class declarations:
public class AnoLedu {
public List<Pelcusm> getAsefs() {
...
}
public Spess getEoPaian() {
...
}
public byte[] getGilil() {
...
}
}
public class Elqing extends AnoLedu {
public Skar getPraha() {
...
}
}
public class Iscle {
public int getStri() {
...
}
}
public class Itran {
public File getShasm() {
...
}
public List<RarHeu> getDaucs() {
...
}
}
public class Meaftpil {
public String getDenmi() {
...
}
public Poulan getSint() {
...
}
}
public class Pelcusm {
public File getTrost() {
...
}
}
public class Phructi extends Itran {
public List<String> getGeco() {
...
}
}
public class Poulan extends Whol {
public List<Unpe> getEchuls() {
...
}
public List<Sceff> getLaAeans() {
...
}
}
public class RarHeu {
public String getSpoas() {
...
}
public Meaftpil getReForn() {
...
}
}
public class Sceff {
public Iscle getErMi() {
...
}
public String getIrPel() {
...
}
}
public class Skar {
public File getEasud() {
...
}
}
public class Spess {
public int getDePla() {
...
}
}
public class Unpe extends Elqing {
public File getHess() {
...
}
}
public class Whol {
public byte[] getSidpi() {
...
}
}
Draw a diagram showing the class relationships.
You only need to diagram the classes listed above. You only need to show the name of each class; do not show their methods or properties.
Draw arrows between the classes that have relationships, and label each arrow with one of the following:
Make sure your arrows point in the correct direction!
Given the following variable:
Phructi hino
...and the following method:
public void process(byte[] item)
...write code to process the gilil of each echul of each dauc of hino.
process(hino.getItran().getDaucs().get(0).getReForn().getSint().getEchuls().get(0).getElqing().getAnoLedu().getGilil());
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