Thinking logic of computer programs

Thinking logic of computer programs

Thinking logic of computer programs (1)-data and variables

Thinking logic of computer programs (2)-assignment

Thinking logic of computer programs (3)-basic operations

Thinking logic of computer programs (4)-binary representation of integers and bit operations

Thinking logic of computer programs (5)-Why is an error in decimal calculation?

Thinking logic of computer programs (6)-How to recover from garbled code (I )?

Thinking logic of computer programs (7)-How to recover from garbled characters (below )?

Thinking logic of computer programs (8)-true meaning of char

Thinking logic of computer programs (9)-nature of conditional execution

Thinking logic of computer programs (10)-powerful loops

Thinking logic of computer programs (11)-functions first recognized

Thinking logic of computer programs (12)-Basic Principles of function calls

Thinking logic of computer programs (13)-class

Thinking logic of computer programs (14)-combination of Classes

Thinking logic of computer programs (15)-inheritance and Polymorphism

Thinking logic of computer programs (16)-Details of Inheritance

Thinking logic of computer programs (17)-Basic Principle of inheritance implementation

Thinking logic of computer programs (18)-Why inheritance is a double-edged sword

Thinking logic of computer programs (19)-essence of interfaces

Thinking logic of computer programs (20)-Why abstract classes?

Thinking logic of computer programs (21)-nature of internal classes

Thinking logic of computer programs (22)-Code Organization Mechanism

Thinking logic of computer programs (23)-nature of enumeration

Thinking logic of computer programs (24)-exception (I)

Thinking logic of computer programs (25)-exception (lower)

Thinking logic of computer programs (26)-analytical packaging (I)

Thinking logic of computer programs (27)-analytical packaging (medium)

Thinking logic of computer programs (28)-analytical packaging (II)

Thinking logic of computer programs (29)-analysis String

Thinking logic of computer programs (30)-Analysis of StringBuilder

Thinking logic of computer programs (31)-Analysis of Arrays

Thinking logic of computer programs (32)-analyzing Date and Time

Thinking logic of computer programs (33)-Joda-Time

Thinking logic of computer programs (34)-random

Thinking logic of computer programs (35)-generic (I)-Basic Concepts and Principles

Thinking logic of computer programs (36)-generic (medium)-parsing wildcards

Thinking logic of computer programs (37)-generic (lower)-details and limitations

Thinking logic of computer programs (38)-Analysis of ArrayList

Thinking logic of computer programs (39)-profiling into list

Thinking logic of computer programs (40)-Analysis of HashMap

Thinking logic of computer programs (41)-Analysis of HashSet

Thinking logic of computer programs (42)-binary tree sorting

Thinking logic of computer programs (43)-Analysis of TreeMap

Thinking logic of computer programs (44)-Analysis of TreeSet

Thinking logic of computer programs (45)-magic heap

Thinking logic of computer programs (46)-Analysis of PriorityQueue

Thinking logic of computer programs (47)-Application of heap and PriorityQueue

Thinking logic of computer programs (48)-Analysis of ArrayDeque

Thinking logic of computer programs (49)-Analysis of LinkedHashMap

Thinking logic of computer programs (50)-Analysis of EnumMap

Thinking logic of computer programs (51)-Analysis of EnumSet

Thinking logic of computer programs (52)-Abstract containers

Thinking logic of computer programs (53)-Analysis of Collections-Algorithm

Thinking logic of computer programs (54)-Analysis of Collections-Design Mode

Thinking logic of computer programs (55)-container Summary

Thinking logic of computer programs (56)-Overview of Files

 

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