L

Index

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Language(s), programming 2nd 3rd 4th 5th
     COBOL
     LISP
     Pascal
     Simula
     Smalltalk
     strongly typed
Last-in-first-out (LIFO) protocol 2nd
lastIndexOf() method
Layout conventions
Layout manager(s) 2nd 3rd 4th 5th
     border layout, adding components
     BorderLayout 2nd
     BoxLayout
     flow layout, and JPanel
     GridLayout
Layout, program
Leap year applet
Learning, machine
length() method 2nd 3rd
     length vs.
Length(s) 2nd 3rd
     of array 2nd
     of string
LetterFreq class
Lexical ordering
Lexicographic order, string comparison and
Library classes
Library packages 2nd
Library(ies), class
LIFO (last-in-first-out) protocol 2nd
Lightweight components
Limit bound
Line 2nd
     midpoint of
Linked list(s) 2nd
     accessing data in
     defined
     dynamic phone list (example)
     generality of
     generic
     generic type implementation
     nodes of 2nd
         inserting
         looking up
         printing
         removing
     of objects
     test data for
     traversing 2nd
Links 2nd 3rd
     data vs.
LISP language
List(s) 2nd 3rd 4th [See also Linked list(s)]
     Abstract Data Type (ADT)
         designing
         information hiding in 2nd
         queues
         stacks 2nd
         testing
     empty
     heterogeneous
     LISP programming language and
Literal values
Literal(s) 2nd
     in division
     string
Loans, car
Local area networks (LANs)
Local class 2nd
Local scope 2nd
Local variable declarations
Local variable defined
Local variables 2nd
     declaration of
Localization
Locked objects
Logic (semantic) errors 2nd
Logic, default
Logical (boolean) operations
     associativity of
     precedence order of
     short-circuit evaluation of
Logical design
long
Look and feel, pluggable
Loop counter
Loop variable 2nd 3rd
     naming rules for
Loop variable scope
Loop(s) 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th 13th 14th 15th 16th 17th 18th
     body of 2nd
     boundary condition
     bounds of 2nd
         counting 2nd 3rd
         limit
         sentinel 2nd 3rd 4th
     conditional
     counting
     design principles
     entry condition 2nd 3rd 4th
     exit conditions
     indentation for
     infinite
     initializer, entry condition, updater
     nested
     read
     reading text files using
     recursion vs. 2nd 3rd [See also Repetition structures]
     single-threaded
     structure
     structure vs. statement 2nd
     updater
Lowercase, converting to