Principals of Programming Language

Features

• This unique free application is for all students across the world. It covers 127 topics of Principals of Programming Language in detail. These 127 topics are divided in 8 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 1. Abstract Machines
• 2. The Interpreter
• 3. Low-level and High-level languages
• 4. Example of an Abstract Machine
• 5. Describe a Programming Language
• 6. Grammar and Syntax
• 7. Introduction to syntax and semantics
• 8. Problem of Describing Syntax
• 9. Methods of Describing Syntax
• 10. Extended BNF
• 11. Attribute Grammars
• 12. Attribute Grammars Defined
• 13. Examples of Attribute Grammars
• 14. Computing Attribute Values
• 15. Dynamic Semantics
• 16. Axiomatic Semantics
• 17. Principles of language design
• 18. Programming paradigm
• 19. History of programming languages
• 20. Language design
• 21. Design goals of programming languages
• 22. Compilers
• 23. Virtual machines and interpreters
• 24. Chomsky Hierarchy
• 25. Elementary data types
• 26. Integer operations
• 27. Overflow operation
• 28. Enumeration types
• 29. Character type
• 30. Boolean type
• 31. Subtypes
• 32. Derived types
• 33. Expressions
• 34. Assignment statements
• 35. Introduction to lexical and semantic analysis
• 36. Lexical Analysis
• 37. Parsing Problem
• 38. Top-Down parsing
• 39. Bottom-Up Parsing
• 40. Complexity of Parsing
• 41. LL Grammar Class
• 42. Parsing Problem for Bottom-Up Parsers
• 43. Shift-Reduce Algorithms
• 44. LR Parsers
• 45. Data type
• 46. Primitive Data Types
• 47. Character String Types
• 48. Implementation of Character String Types
• 49. Array Types
• 50. Array Categories
• 51. Slices
• 52. Implementation of Array Types
• 53. Associative Arrays
• 54. Record Types
• 55. Tuple Types
• 56. List Types
• 57. Union Types
• 58. Pointer and Reference Types
• 59. Pointer Problems
• 60. Pointers in C and C
• 61. Reference Types
• 62. Implementation of Pointer and Reference Types
• 63. Heap Management
• 64. Type Checking
• 65. Strong Typing
• 66. Expressions
• 67. Arithmetic Expressions
• 68. Operator Evaluation Order
• 69. Associativity
• 70. Parentheses
• 71. Operand Evaluation Order
• 72. Referential Transparency
• 73. Overloaded Operators
• 74. Type Conversions
• 75. Coercion in Expressions
• 76. Explicit Type Conversion
• 77. Relational and Boolean Expressions
• 78. Short-Circuit Evaluation
• 79. Assignment statements
• 80. Fundamentals of Subprograms
• 81. Procedures and Functions in subprograms
• 82. Design Issues for Subprograms
• 83. Local Referencing Environments
• 84. Parameter-Passing Methods
• 85. Implementating Models of Parameter Passing
• 86. Implementing Parameter-Passing Methods
• 87. Type Checking Parameters
• 88. Parameters That Are Subprograms
• 89. Calling Subprograms Indirectly
• 90. Overloaded Subprograms
• 91. Generic Subprograms
• 92. Generic Functions in C
• 93. Generic Methods in Java 5.0
• 94. Design Issues for Functions
• 95. User-Defined Overloaded Operators
• 96. Closures
• 97. Coroutines
• 98. The Concept of Abstraction
• 99. Data Abstraction
• 100. Design Issues for Abstract Data Types
• 101. Abstract Data Types in Ada
• 102. Abstract Data Types in C
• 103. Abstract Data Types in C#
• 104. Parameterized Abstract Data Types
• 105. Parameterized Abstract Data Types in C
• 106. Encapsulation in C
• 107. Encapsulation in C
• 108. Concurrency
• 109. Categories of Concurrency
• 110. Subprogram-Level Concurrency
• 111. Flow diagram of task states
• 112. Semaphores
• 113. Cooperation Synchronization
• 114. Competition Synchronization
• 115. Monitors
• 116. Message Passing
• 117. Ada Support for Concurrency
• 118. Java Threads
• 119. High-Performance Fortran

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