1、培訓過程中，如有部分內(nèi)容理解不透或消化不好，可免費在以后培訓班中重聽；
        2、培訓結(jié)束后,授課老師留給學員聯(lián)系方式,保障培訓效果,免費提供課后技術(shù)支持。
        3、培訓合格學員可享受免費推薦就業(yè)機會。

• Introduction to Lua
  A bit of history
  Lua's goals, features and non-goals
  Resources of Lua documentation and tutorials
  Installing the Lua interpreter
  Setting up and using LuaRocks
  Basic syntax and semantics
  Identifiers
  Comments, block comments
  Global variables and enforcing of strictness
  Local variables
  Standalone programs, program arguments
  Compilation units, chunks, expressions, semicolons
  Data types and data structures
  Basic types: nil, boolean, number, string
  Object types: function, userdata, thread, table
  References/objects vs. basic values
  The importance of tables in Lua
  Introduction to tables and their versatility
  Tables as an associative array
  Tables as numeric arrays, sequences
  Basic control structures
  The if then elseif else end
  The while loop
  The repeat loop
  The simple for loop
  Error handling
  Return values vs exceptions
  Converting a return value to an exception
  Converting an exception to a return value
  Error levels
  Example programs
  Polynomial evaluation
  Breadth first search
  Additional exercises
  More about functions
  Named arguments
  Object-oriented calls
  Closures
  Currying
  Tail calls
  Multiple assignment and return
  Varargs
  Iterators and co-routines
  The generic for loop
  Stateless vs stateful iterators
  Differences between iterators and co-routines
  Metatables and metamethods
  The set example
  The __tostring metamethod
  Arithmetic metamethods
  The __index, __newindex metamethods
  The __len metamethod
  Modules and packages
  Using modules
  Creating modules
  Organizing modules into packages
  Advanced tables
  Tables for queues and stacks
  Tables describing graphs
  Matrices as tables
  Linked lists as tables
  String buffers
  Metatables through examples
  Proxies
  Readonly
  Memoization
  Dynamic programming with memoization
  The Fibonacci example
  Environments
  Relationship between global variables and environments
  Free variables
  The _ENV table and the _G table
  More about modules
  Different approaches to creating modules
  Modules that change the behavior
  Module initialization and arguments
  Using environments to implement safe modules
  Advanced iterators and co-routines
  Producer, consumer, filter
  Wrapping co-routines to get iterators
  Stateless iterator for linked lists
  Contributing to the Ecosystem
  Uploading packages to MoonRocks
  Functional paradigm in Lua
  The map function
  The reduce / fold function
  Object-oriented Programming
  Different approaches to OOP
  Different approaches to inheritance
  Examples
  A walkthrough of the Lua Standard Libraries
  Compilation
  Compilation
  Eval
  Relationship with the environment
  Binary chunks
  Garbage collection
  Weak tables
  Finalizers, the __gc meta-method
  Lua bytecode and virtual machine
  Generating bytecode from source code
  Reading and analyzing bytecode
  Quick tour of the source code of the Lua VM
  C modules
  Calling C from Lua
  Search path and loading of C modules
  Calling Lua from C
  The Stack
  Error handling
  Continuations
  Handling Lua values and types from C
  Arrays
  Strings
  Userdata
  Metatables
  Object oriented calls
  Light userdata
  Memory management
  Allocators
  GC API
  Threads in Lua
  Co-routines vs threads
  Real multi-threading and Lua states