Java_DS_Practice/CC.java at master · AntsThatWander/Java_DS_Practice · GitHub

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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}
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packageCC;

publicclassCC {
privatechar[] UpperEncoding;
privatechar[] LowerEncoding;
privateintkey;

publicCC(intkey) {
UpperEncoding = newchar[26];
LowerEncoding = newchar[26];
this.key = key;
for(inti=0; i<26; i++) {
if(i+key<26) {
UpperEncoding[i+key] = (char) ('A' + i);
LowerEncoding[i+key] = (char) ('a' + i);
 }
else {
UpperEncoding[(i+key)-26] = (char) ('A' + i);
LowerEncoding[(i+key)-26] = (char) ('a' + i);
 }
 }
	}

publicStringListEncoder() {
StringbasicString = "Key: " + key;
basicString += "\n";
for(inti=0; i<26; i++) {
basicString += (char) ('A'+i) + " to " + UpperEncoding[i] + "\n";
 }
for(inti=0; i<26; i++) {
basicString += (char) ('a'+i) + " to " + LowerEncoding[i] + "\n";
 }


returnbasicString;
	}

publicStringEncoding(Stringunencoded) {
Stringencoded = "";

for(inti=0; i<unencoded.length(); i++) {
charUnLet = unencoded.charAt(i);
charEnLet;
if(UnLet>='A' && UnLet<='Z') {
EnLet = UpperEncoding[(int)UnLet-'A'];
 }
elseif(UnLet >= 'a' && UnLet <= 'z') {
EnLet = LowerEncoding[(int)UnLet-'a'];
 }
elseif(UnLet == ' ') {
EnLet = ' ';
 }
else {
EnLet = UnLet;
 }
encoded += EnLet;
 }

returnencoded;
	}
}