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[Tutorialsplanet.NET] Udemy - Linux System Programming Techniques & Concepts

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Tutorialsplanet NET Udemy - Linux System Programming Techniques & Concepts

文件列表
  1. 01 - Introduction/001 Introduction.mp4110.39MB
  2. 01 - Introduction/002 Join Telegram Group.mp4580.34KB
  3. 01 - Introduction/003 Setting up Linux Development Environment.mp417.89MB
  4. 01 - Introduction/004 Begin - Doubly Linked List as a Library.mp434.24MB
  5. 01 - Introduction/005 Quick Compilation Steps.mp422.99MB
  6. 01 - Introduction/006 Summary.mp48.3MB
  7. 02 - Understanding Header Files/001 What are Header Files and their Purpose _.mp413.77MB
  8. 02 - Understanding Header Files/002 Relationship between Source and Header Files.mp455.2MB
  9. 02 - Understanding Header Files/003 Text Substitution.mp436.8MB
  10. 02 - Understanding Header Files/004 Text Substitution Example.mp419.07MB
  11. 02 - Understanding Header Files/005 Text Substitution Demonstration.mp410.3MB
  12. 03 - Preprocessing Directives/001 Problem Of Duplicate Inclusion of Header Files.mp417.73MB
  13. 03 - Preprocessing Directives/002 What are Pre-processing Directives _.mp425.58MB
  14. 03 - Preprocessing Directives/003 Solution to Duplicate Inclusion of Hdr files using Preprocessing Directives.mp436.53MB
  15. 04 - Correct Way of Using Structures and Functions/001 Structure Definitions and Use.mp412.97MB
  16. 04 - Correct Way of Using Structures and Functions/002 Function Declaration and Use.mp426.57MB
  17. 04 - Correct Way of Using Structures and Functions/003 Recursive Dependency.mp424.92MB
  18. 04 - Correct Way of Using Structures and Functions/004 Solution to Recursive Dependency.mp412.86MB
  19. 04 - Correct Way of Using Structures and Functions/005 Summary.mp44.59MB
  20. 05 - Quick Creation of Static and Dynamic Libraries/001 Resuming with Doubly Linked List Library.mp421.73MB
  21. 05 - Quick Creation of Static and Dynamic Libraries/002 Static and Dynamic Libraries - Quick Creation.mp488.96MB
  22. 05 - Quick Creation of Static and Dynamic Libraries/003 Linking with Static Library.mp438.41MB
  23. 05 - Quick Creation of Static and Dynamic Libraries/004 Linking with Dynamic Library.mp410.36MB
  24. 05 - Quick Creation of Static and Dynamic Libraries/005 Summary.mp42.47MB
  25. 06 - Four Stages of Compilation Process/001 4 Stages of Compilation Process.mp416.34MB
  26. 06 - Four Stages of Compilation Process/002 Stage 1 of 4 - Preprocessing stage.mp410.93MB
  27. 06 - Four Stages of Compilation Process/003 Stage 2 of 4 - Compilation Stage.mp49.64MB
  28. 06 - Four Stages of Compilation Process/004 Stage 3 of 4 - Assembler Stage.mp434.71MB
  29. 06 - Four Stages of Compilation Process/005 Stage 4 of 4 - Linking Stage.mp421.42MB
  30. 07 - Build Project using Makefiles/001 Introducing Makefile.mp415.23MB
  31. 07 - Build Project using Makefiles/002 Makefile Analogy - Dependency Tree.mp417.04MB
  32. 07 - Build Project using Makefiles/003 Makefile Assignment - part1.mp457.34MB
  33. 07 - Build Project using Makefiles/004 Makefile Assignment - part2.mp447.19MB
  34. 07 - Build Project using Makefiles/005 Final Makefile.mp434.21MB
  35. 08 - Programmable Libraries - Generics/001 Introduction.mp414.16MB
  36. 08 - Programmable Libraries - Generics/002 Revisiting DLL.mp450.82MB
  37. 08 - Programmable Libraries - Generics/003 Problem Statement.mp416.37MB
  38. 08 - Programmable Libraries - Generics/004 Solution - Responsibility Delegation.mp441.22MB
  39. 08 - Programmable Libraries - Generics/005 Using Programmable DLL Library - Code Walk.mp49.87MB
  40. 08 - Programmable Libraries - Generics/006 Search Callback Summary.mp48.13MB
  41. 08 - Programmable Libraries - Generics/007 Comparison Callback.mp483.51MB
  42. 08 - Programmable Libraries - Generics/008 Comparison Callback Demo.mp47.96MB
  43. 08 - Programmable Libraries - Generics/009 Summary.mp45.17MB
  44. 09 - Iterative Macros/001 Getting Started.mp447.08MB
  45. 09 - Iterative Macros/002 For loop Semantics.mp48.63MB
  46. 09 - Iterative Macros/003 Iterative Macros For LinkedList.mp438.09MB
  47. 09 - Iterative Macros/004 Iterative Macros for Binary Trees.mp425.54MB
  48. 09 - Iterative Macros/005 Tree Iterators Prerequisites.mp410.92MB
  49. 09 - Iterative Macros/006 Tree Iterators Implementation.mp418.17MB
  50. 09 - Iterative Macros/007 Summary.mp44.32MB
  51. 10 - Glue Based Data structures/001 Introduction.mp410.68MB
  52. 10 - Glue Based Data structures/002 Glthreads Definition.mp412.88MB
  53. 10 - Glue Based Data structures/003 Difference - Traditional Vs Glue Based DLL.mp414.56MB
  54. 10 - Glue Based Data structures/004 Structure Field Offset.mp423.14MB
  55. 10 - Glue Based Data structures/005 GLNode Insertion.mp411.06MB
  56. 10 - Glue Based Data structures/006 GLThread Iteration.mp49.52MB
  57. 10 - Glue Based Data structures/007 GLNode Removal.mp43.69MB
  58. 10 - Glue Based Data structures/008 Code Walk - Demo.mp423.77MB
  59. 10 - Glue Based Data structures/009 Traditional List Problems.mp416.84MB
  60. 10 - Glue Based Data structures/010 GLThread Benefits.mp414.81MB
  61. 11 - Opaque Pointers/001 Introduction.mp45.73MB
  62. 11 - Opaque Pointers/002 Typical Library Design.mp47.72MB
  63. 11 - Opaque Pointers/003 Problem Statement.mp411.52MB
  64. 11 - Opaque Pointers/004 Solution Strategy.mp414.9MB
  65. 11 - Opaque Pointers/005 Conclusion.mp46.58MB
  66. 12 - Bit Programming/001 Introduction to Bit Programming.mp440.84MB
  67. 12 - Bit Programming/002 XOR Operator.mp427.92MB
  68. 12 - Bit Programming/003 Using Bits as Flags.mp466.87MB
  69. 12 - Bit Programming/004 Using Enums as Bits.mp410.58MB
  70. 12 - Bit Programming/005 Bit Pattern Matching.mp412.65MB
  71. 12 - Bit Programming/006 Bit Pattern Matching Steps.mp414.51MB
  72. 12 - Bit Programming/007 BitMaps.mp442.65MB
  73. 12 - Bit Programming/008 BitMap APIs and Implementation.mp422.37MB
  74. 13 - TLV Based Communication/001 TLVs Introduction.mp422.6MB
  75. 13 - TLV Based Communication/002 Why we need TLVs _.mp461.53MB
  76. 13 - TLV Based Communication/003 Why we need TLVs - Another scenario.mp419.12MB
  77. 13 - TLV Based Communication/004 Understanding TLVs.mp431.07MB
  78. 13 - TLV Based Communication/005 TLV Addressing the problem of Heterogeneity.mp4172.02MB
  79. 13 - TLV Based Communication/006 TLV Addressing the problem of Software Upgrade.mp416.81MB
  80. 13 - TLV Based Communication/007 Data Structure - STREAMS.mp426.24MB
  81. 13 - TLV Based Communication/008 TLV De-Serialization using STREAMS.mp427MB
  82. 14 - Working with Linux Posix Timers/001 Agenda and Prerequisites.mp413.49MB
  83. 14 - Working with Linux Posix Timers/002 Timer Relevance.mp410.65MB
  84. 14 - Working with Linux Posix Timers/003 Timer Types.mp416.27MB
  85. 14 - Working with Linux Posix Timers/004 Posix APIs for Timers.mp413.79MB
  86. 14 - Working with Linux Posix Timers/005 Timer Design.mp434.21MB
  87. 14 - Working with Linux Posix Timers/006 Timer Creation Steps.mp453.34MB
  88. 14 - Working with Linux Posix Timers/007 Timer Implementation and Demo.mp499.66MB
  89. 15 - Machine Endianness/001 Machine Endianness.mp414.05MB
  90. 15 - Machine Endianness/002 Program to find Machine Endianness.mp43.99MB
  91. 16 - Memory Layout of Linux Process/001 Agenda.mp49.31MB
  92. 16 - Memory Layout of Linux Process/002 Virtual Memory Memory Basics.mp429.1MB
  93. 16 - Memory Layout of Linux Process/003 Memory Layout of Linux Process.mp430.17MB
  94. 16 - Memory Layout of Linux Process/004 Example _ Memory Layout of Linux Process.mp474.4MB
  95. 16 - Memory Layout of Linux Process/005 Exercise on size command.mp46.61MB
  96. 17 - Stack Memory Management/001 Stack Memory Basics.mp416.67MB
  97. 17 - Stack Memory Management/002 Stack Memory Contents.mp432.4MB
  98. 17 - Stack Memory Management/003 Stack-Overflow and Prevention.mp49.67MB
  99. 17 - Stack Memory Management/004 Stack Memory Corruption.mp414.58MB
  100. 17 - Stack Memory Management/005 Procedure Call and Return - Getting Started.mp449.45MB
  101. 17 - Stack Memory Management/006 Common Cpu Registers.mp49.32MB
  102. 17 - Stack Memory Management/007 Procedure Call Mechanism.mp431.29MB
  103. 17 - Stack Memory Management/008 Purpose of Base Pointer register (ebp).mp412.63MB
  104. 17 - Stack Memory Management/009 Formalizing Procedure Call Algorithm.mp411.82MB
  105. 17 - Stack Memory Management/010 Procedure Return - Goals.mp412.05MB
  106. 17 - Stack Memory Management/011 Procedure Return Explained - Step by Step.mp418.73MB
  107. 17 - Stack Memory Management/012 Formalizing Procedure Return Algorithm.mp412.99MB
  108. 18 - Heap Memory Management/001 Heap Memory Management - Goals and Introduction.mp411.74MB
  109. 18 - Heap Memory Management/002 Malloc() - Quick Revision.mp426.89MB
  110. 18 - Heap Memory Management/003 Break pointer.mp47.49MB
  111. 18 - Heap Memory Management/004 brk and sbrk system calls.mp417.98MB
  112. 18 - Heap Memory Management/005 Malloc Version 1.0.mp415.32MB
  113. 18 - Heap Memory Management/006 Problem Statement.mp410.75MB
  114. 18 - Heap Memory Management/007 Heap Memory Management Requirement.mp48.46MB
  115. 18 - Heap Memory Management/008 MetaBlock and DataBlock.mp418.7MB
  116. 18 - Heap Memory Management/009 Allocations and Deallocations.mp422.34MB
  117. 18 - Heap Memory Management/010 Block Splitting.mp424.82MB
  118. 18 - Heap Memory Management/011 Block Merging.mp411.38MB
  119. 18 - Heap Memory Management/012 Problem of Fragmentation.mp437.01MB
  120. 19 - Concepts of Paging/001 Introduction.mp410.58MB
  121. 19 - Concepts of Paging/002 Byte Addressable Memory.mp413.67MB
  122. 19 - Concepts of Paging/003 What is 32 bit Or 64 bit system _.mp412.33MB
  123. 19 - Concepts of Paging/004 Bus System.mp424.85MB
  124. 19 - Concepts of Paging/005 CPU Generates Virtual Addresses.mp422.93MB
  125. 19 - Concepts of Paging/006 Data bus and Address Bus.mp432.15MB
  126. 19 - Concepts of Paging/007 Mapping of Virtual Address to Physical Address.mp427.25MB
  127. 19 - Concepts of Paging/008 Physical Pages and Frames.mp413.41MB
  128. 19 - Concepts of Paging/009 Page Swapping.mp48.9MB
  129. 19 - Concepts of Paging/010 Virtual Memory Pages.mp456.91MB
  130. 19 - Concepts of Paging/011 1_1 Mapping between Physical and Virtual Page.mp421.88MB
  131. 19 - Concepts of Paging/012 Virtual Address Composition.mp411.96MB
  132. 19 - Concepts of Paging/013 Page Table.mp420.01MB
  133. 19 - Concepts of Paging/014 Paging in Action.mp482.65MB
  134. 19 - Concepts of Paging/015 Multiple Process Scenario.mp412.79MB
  135. 19 - Concepts of Paging/016 Resolve External Fragmentation.mp46.5MB
  136. 19 - Concepts of Paging/017 Page Allocation to a Process - Part1.mp418.52MB
  137. 19 - Concepts of Paging/018 Page Allocation to a Process - Part2.mp417.46MB
  138. 19 - Concepts of Paging/019 Shared Physical Pages.mp441.48MB
  139. 19 - Concepts of Paging/020 Page tables Problems.mp46.18MB
  140. 19 - Concepts of Paging/021 Page Table Problem 1 - Large Page Table Size Matters.mp413.68MB
  141. 19 - Concepts of Paging/022 Page Table Problem 2 - Need for Contiguous Main Memory.mp49.31MB
  142. 19 - Concepts of Paging/023 Page Table Problem 3 - Page Table Hollowness.mp419.21MB
  143. 20 - Multi Level Paging/001 Introduction.mp416.39MB
  144. 20 - Multi Level Paging/002 Multi Level Paging In Action - Part1.mp456.91MB
  145. 20 - Multi Level Paging/003 Multi Level Paging In Action - Part2.mp478.22MB
  146. 21 - Paging on Demand/001 Problem Statement.mp413.15MB
  147. 21 - Paging on Demand/002 Demand Paging Steps.mp431.07MB
  148. 21 - Paging on Demand/003 Effective Access Time.mp48.03MB
  149. 22 - Memory Management for Multi-threaded Processes/001 Introduction.mp413.91MB
  150. 22 - Memory Management for Multi-threaded Processes/002 Virtual Memory Management.mp415.31MB
  151. 22 - Memory Management for Multi-threaded Processes/003 Page Table Management.mp423.73MB
  152. 22 - Memory Management for Multi-threaded Processes/004 Thread Termination.mp47.33MB
  153. 23 - Bonus/001 Bonus Lecture - Time to get some Candies __.mp46.03MB
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