What should you do?

You create Microsoft Windows-based applications. You are creating a method. Your applications will call the method multiple times. You write the following lines of code for the method.

public string BuildSQL(string strFields, string strTable, string strFilterId) { string sqlInstruction = “SELECT “;
sqlInstruction += strFields;
sqlInstruction += ” FROM “;
sqlInstruction += strTable;
sqlInstruction += ” WHERE id =”;
sqlInstruction += strFilterid;
return sqlInstruction;
}

The method generates performance issues. You need to minimize the performance issues that the multiple string concatenations generate. What should you do?

You create Microsoft Windows-based applications. You are creating a method. Your applications will call the method multiple times. You write the following lines of code for the method.

public string BuildSQL(string strFields, string strTable, string strFilterId) { string sqlInstruction = “SELECT “;
sqlInstruction += strFields;
sqlInstruction += ” FROM “;
sqlInstruction += strTable;
sqlInstruction += ” WHERE id =”;
sqlInstruction += strFilterid;
return sqlInstruction;
}

The method generates performance issues. You need to minimize the performance issues that the multiple string concatenations generate. What should you do?

A.
Use a single complex string concatenation.

B.
Use an array of strings.

C.
Use an ArrayList object.

D.
Use a StringBuilder object.



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