软件发布：'Net Tools(Build 1.2.2000.0820)( 此版本支持POP3 & SMTP)'

NowCan 2000-08-23 03:58:00
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软件简介：'Net Tools(Build 1.2.2000.0526)的升级版本.
New feature: POP3 & SMTP
Fix some bugs in Win2000.
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python3.6.5参考手册 chm
Python参考手册，官方正式版参考手册，chm版。以下摘取部分内容:Navigation index modules | next | Python » 3.6.5 Documentation » Python Documentation contents What’s New in Python What’s New In Python 3.6 Summary – Release highlights New Features PEP 498: Formatted string literals PEP 526: Syntax for variable annotations PEP 515: Underscores in Numeric Literals PEP 525: Asynchronous Generators PEP 530: Asynchronous Comprehensions PEP 487: Simpler customization of class creation PEP 487: Descriptor Protocol Enhancements PEP 519: Adding a file system path protocol PEP 495: Local Time Disambiguation PEP 529: Change Windows filesystem encoding to UTF-8 PEP 528: Change Windows console encoding to UTF-8 PEP 520: Preserving Class Attribute Definition Order PEP 468: Preserving Keyword Argument Order New dict implementation PEP 523: Adding a frame evaluation API to CPython PYTHONMALLOC environment variable DTrace and SystemTap probing support Other Language Changes New Modules secrets Improved Modules array ast asyncio binascii cmath collections concurrent.futures contextlib datetime decimal distutils email encodings enum faulthandler fileinput hashlib http.client idlelib and IDLE importlib inspect json logging math multiprocessing os pathlib pdb pickle pickletools pydoc random re readline rlcompleter shlex site sqlite3 socket socketserver ssl statistics struct subprocess sys telnetlib time timeit tkinter traceback tracemalloc typing unicodedata unittest.mock urllib.request urllib.robotparser venv warnings winreg winsound xmlrpc.client zipfile zlib Optimizations Build and C API Changes Other Improvements Deprecated New Keywords Deprecated Python behavior Deprecated Python modules, functions and methods asynchat asyncore dbm distutils grp importlib os re ssl tkinter venv Deprecated functions and types of the C API Deprecated Build Options Removed API and Feature Removals Porting to Python 3.6 Changes in ‘python’ Command Behavior Changes in the Python API Changes in the C API CPython bytecode changes Notable changes in Python 3.6.2 New make regen-all build target Removal of make touch build target Notable changes in Python 3.6.5 What’s New In Python 3.5 Summary – Release highlights New Features PEP 492 - Coroutines with async and await syntax PEP 465 - A dedicated infix operator for matrix multiplication PEP 448 - Additional Unpacking Generalizations PEP 461 - percent formatting support for bytes and bytearray PEP 484 - Type Hints PEP 471 - os.scandir() function – a better and faster directory iterator PEP 475: Retry system calls failing with EINTR PEP 479: Change StopIteration handling inside generators PEP 485: A function for testing approximate equality PEP 486: Make the Python Launcher aware of virtual environments PEP 488: Elimination of PYO files PEP 489: Multi-phase extension module initialization Other Language Changes New Modules typing zipapp Improved Modules argparse asyncio bz2 cgi cmath code collections collections.abc compileall concurrent.futures configparser contextlib csv curses dbm difflib distutils doctest email enum faulthandler functools glob gzip heapq http http.client idlelib and IDLE imaplib imghdr importlib inspect io ipaddress json linecache locale logging lzma math multiprocessing operator os pathlib pickle poplib re readline selectors shutil signal smtpd smtplib sndhdr socket ssl Memory BIO Support Application-Layer Protocol Negotiation Support Other Changes sqlite3 subprocess sys sysconfig tarfile threading time timeit tkinter traceback types unicodedata unittest unittest.mock urllib wsgiref xmlrpc xml.sax zipfile Other module-level changes Optimizations Build and C API Changes Deprecated New Keywords Deprecated Python Behavior Unsupported Operating Systems Deprecated Python modules, functions and methods Removed API and Feature Removals Porting to Python 3.5 Changes in Python behavior Changes in the Python API Changes in the C API What’s New In Python 3.4 Summary – Release Highlights New Features PEP 453: Explicit Bootstrapping of PIP in Python Installations Bootstrapping pip By Default Documentation Changes PEP 446: Newly Created File Descriptors Are Non-Inheritable Improvements to Codec Handling PEP 451: A ModuleSpec Type for the Import System Other Language Changes New Modules asyncio ensurepip enum pathlib selectors statistics tracemalloc Improved Modules abc aifc argparse audioop base64 collections colorsys contextlib dbm dis doctest email filecmp functools gc glob hashlib hmac html http idlelib and IDLE importlib inspect ipaddress logging marshal mmap multiprocessing operator os pdb pickle plistlib poplib pprint pty pydoc re resource select shelve shutil smtpd smtplib socket sqlite3 ssl stat struct subprocess sunau sys tarfile textwrap threading traceback types urllib unittest venv wave weakref xml.etree zipfile CPython Implementation Changes PEP 445: Customization of CPython Memory Allocators PEP 442: Safe Object Finalization PEP 456: Secure and Interchangeable Hash Algorithm PEP 436: Argument Clinic Other Build and C API Changes Other Improvements Significant Optimizations Deprecated Deprecations in the Python API Deprecated Features Removed Operating Systems No Longer Supported API and Feature Removals Code Cleanups Porting to Python 3.4 Changes in ‘python’ Command Behavior Changes in the Python API Changes in the C API Changed in 3.4.3 PEP 476: Enabling certificate verification by default for stdlib http clients What’s New In Python 3.3 Summary – Release highlights PEP 405: Virtual Environments PEP 420: Implicit Namespace Packages PEP 3118: New memoryview implementation and buffer protocol documentation Features API changes PEP 393: Flexible String Representation Functionality Performance and resource usage PEP 397: Python Launcher for Windows PEP 3151: Reworking the OS and IO exception hierarchy PEP 380: Syntax for Delegating to a Subgenerator PEP 409: Suppressing exception context PEP 414: Explicit Unicode literals PEP 3155: Qualified name for classes and functions PEP 412: Key-Sharing Dictionary PEP 362: Function Signature Object PEP 421: Adding sys.implementation SimpleNamespace Using importlib as the Implementation of Import New APIs Visible Changes Other Language Changes A Finer-Grained Import Lock Builtin functions and types New Modules faulthandler ipaddress lzma Improved Modules abc array base64 binascii bz2 codecs collections contextlib crypt curses datetime decimal Features API changes email Policy Framework Provisional Policy with New Header API Other API Changes ftplib functools gc hmac http html imaplib inspect io itertools logging math mmap multiprocessing nntplib os pdb pickle pydoc re sched select shlex shutil signal smtpd smtplib socket socketserver sqlite3 ssl stat struct subprocess sys tarfile tempfile textwrap threading time types unittest urllib webbrowser xml.etree.ElementTree zlib Optimizations Build and C API Changes Deprecated Unsupported Operating Systems Deprecated Python modules, functions and methods Deprecated functions and types of the C API Deprecated features Porting to Python 3.3 Porting Python code Porting C code Building C extensions Command Line Switch Changes What’s New In Python 3.2 PEP 384: Defining a Stable ABI PEP 389: Argparse Command Line Parsing Module PEP 391: Dictionary Based Configuration for Logging PEP 3148: The concurrent.futures module PEP 3147: PYC Repository Directories PEP 3149: ABI Version Tagged .so Files PEP 3333: Python Web Server Gateway Interface v1.0.1 Other Language Changes New, Improved, and Deprecated Modules email elementtree functools itertools collections threading datetime and time math abc io reprlib logging csv contextlib decimal and fractions ftp popen select gzip and zipfile tarfile hashlib ast os shutil sqlite3 html socket ssl nntp certificates imaplib http.client unittest random poplib asyncore tempfile inspect pydoc dis dbm ctypes site sysconfig pdb configparser urllib.parse mailbox turtledemo Multi-threading Optimizations Unicode Codecs Documentation IDLE Code Repository Build and C API Changes Porting to Python 3.2 What’s New In Python 3.1 PEP 372: Ordered Dictionaries PEP 378: Format Specifier for Thousands Separator Other Language Changes New, Improved, and Deprecated Modules Optimizations IDLE Build and C API Changes Porting to Python 3.1 What’s New In Python 3.0 Common Stumbling Blocks Print Is A Function Views And Iterators Instead Of Lists Ordering Comparisons Integers Text Vs. Data Instead Of Unicode Vs. 8-bit Overview Of Syntax Changes New Syntax Changed Syntax Removed Syntax Changes Already Present In Python 2.6 Library Changes PEP 3101: A New Approach To String Formatting Changes To Exceptions Miscellaneous Other Changes Operators And Special Methods Builtins Build and C API Changes Performance Porting To Python 3.0 What’s New in Python 2.7 The Future for Python 2.x Changes to the Handling of Deprecation Warnings Python 3.1 Features PEP 372: Adding an Ordered Dictionary to collections PEP 378: Format Specifier for Thousands Separator PEP 389: The argparse Module for Parsing Command Lines PEP 391: Dictionary-Based Configuration For Logging PEP 3106: Dictionary Views PEP 3137: The memoryview Object Other Language Changes Interpreter Changes Optimizations New and Improved Modules New module: importlib New module: sysconfig ttk: Themed Widgets for Tk Updated module: unittest Updated module: ElementTree 1.3 Build and C API Changes Capsules Port-Specific Changes: Windows Port-Specific Changes: Mac OS X Port-Specific Changes: FreeBSD Other Changes and Fixes Porting to Python 2.7 New Features Added to Python 2.7 Maintenance Releases PEP 434: IDLE Enhancement Exception for All Branches PEP 466: Network Security Enhancements for Python 2.7 Acknowledgements What’s New in Python 2.6 Python 3.0 Changes to the Development Process New Issue Tracker: Roundup New Documentation Format: reStructuredText Using Sphinx PEP 343: The ‘with’ statement Writing Context Managers The contextlib module PEP 366: Explicit Relative Imports From a Main Module PEP 370: Per-user site-packages Directory PEP 371: The multiprocessing Package PEP 3101: Advanced String Formatting PEP 3105: print As a Function PEP 3110: Exception-Handling Changes PEP 3112: Byte Literals PEP 3116: New I/O Library PEP 3118: Revised Buffer Protocol PEP 3119: Abstract Base Classes PEP 3127: Integer Literal Support and Syntax PEP 3129: Class Decorators PEP 3141: A Type Hierarchy for Numbers The fractions Module Other Language Changes Optimizations Interpreter Changes New and Improved Modules The ast module The future_builtins module The json module: JavaScript Object Notation The plistlib module: A Property-List Parser ctypes Enhancements Improved SSL Support Deprecations and Removals Build and C API Changes Port-Specific Changes: Windows Port-Specific Changes: Mac OS X Port-Specific Changes: IRIX Porting to Python 2.6 Acknowledgements What’s New in Python 2.5 PEP 308: Conditional Expressions PEP 309: Partial Function Application PEP 314: Metadata for Python Software Packages v1.1 PEP 328: Absolute and Relative Imports PEP 338: Executing Modules as Scripts PEP 341: Unified try/except/finally PEP 342: New Generator Features PEP 343: The ‘with’ statement Writing Context Managers The contextlib module PEP 352: Exceptions as New-Style Classes PEP 353: Using ssize_t as the index type PEP 357: The ‘__index__’ method Other Language Changes Interactive Interpreter Changes Optimizations New, Improved, and Removed Modules The ctypes package The ElementTree package The hashlib package The sqlite3 package The wsgiref package Build and C API Changes Port-Specific Changes Porting to Python 2.5 Acknowledgements What’s New in Python 2.4 PEP 218: Built-In Set Objects PEP 237: Unifying Long Integers and Integers PEP 289: Generator Expressions PEP 292: Simpler String Substitutions PEP 318: Decorators for Functions and Methods PEP 322: Reverse Iteration PEP 324: New subprocess Module PEP 327: Decimal Data Type Why is Decimal needed? The Decimal type The Context type PEP 328: Multi-line Imports PEP 331: Locale-Independent Float/String Conversions Other Language Changes Optimizations New, Improved, and Deprecated Modules cookielib doctest Build and C API Changes Port-Specific Changes Porting to Python 2.4 Acknowledgements What’s New in Python 2.3 PEP 218: A Standard Set Datatype PEP 255: Simple Generators PEP 263: Source Code Encodings PEP 273: Importing Modules from ZIP Archives PEP 277: Unicode file name support for Windows NT PEP 278: Universal Newline Support PEP 279: enumerate() PEP 282: The logging Package PEP 285: A Boolean Type PEP 293: Codec Error Handling Callbacks PEP 301: Package Index and Metadata for Distutils PEP 302: New Import Hooks PEP 305: Comma-separated Files PEP 307: Pickle Enhancements Extended Slices Other Language Changes String Changes Optimizations New, Improved, and Deprecated Modules Date/Time Type The optparse Module Pymalloc: A Specialized Object Allocator Build and C API Changes Port-Specific Changes Other Changes and Fixes Porting to Python 2.3 Acknowledgements What’s New in Python 2.2 Introduction PEPs 252 and 253: Type and Class Changes Old and New Classes Descriptors Multiple Inheritance: The Diamond Rule Attribute Access Related Links PEP 234: Iterators PEP 255: Simple Generators PEP 237: Unifying Long Integers and Integers PEP 238: Changing the Division Operator Unicode Changes PEP 227: Nested Scopes New and Improved Modules Interpreter Changes and Fixes Other Changes and Fixes Acknowledgements What’s New in Python 2.1 Introduction PEP 227: Nested Scopes PEP 236: __future__ Directives PEP 207: Rich Comparisons PEP 230: Warning Framework PEP 229: New Build System PEP 205: Weak References PEP 232: Function Attributes PEP 235: Importing Modules on Case-Insensitive Platforms PEP 217: Interactive Display Hook PEP 208: New Coercion Model PEP 241: Metadata in Python Packages New and Improved Modules Other Changes and Fixes Acknowledgements What’s New in Python 2.0 Introduction What About Python 1.6? New Development Process Unicode List Comprehensions Augmented Assignment String Methods Garbage Collection of Cycles Other Core Changes Minor Language Changes Changes to Built-in Functions Porting to 2.0 Extending/Embedding Changes Distutils: Making Modules Easy to Install XML Modules SAX2 Support DOM Support Relationship to PyXML Module changes New modules IDLE Improvements Deleted and Deprecated Modules Acknowledgements Changelog Python 3.6.5 final? Tests Build Python 3.6.5 release candidate 1? Security Core and Builtins Library Documentation Tests Build Windows macOS IDLE Tools/Demos C API Python 3.6.4 final? Python 3.6.4 release candidate 1? Core and Builtins Library Documentation Tests Build Windows macOS IDLE Tools/Demos C API Python 3.6.3 final? Library Build Python 3.6.3 release candidate 1? Security Core and Builtins Library Documentation Tests Build Windows IDLE Tools/Demos Python 3.6.2 final? Python 3.6.2 release candidate 2? Security Python 3.6.2 release candidate 1? Core and Builtins Library Security Library IDLE C API Build Documentation Tools/Demos Tests Windows Python 3.6.1 final? Core and Builtins Build Python 3.6.1 release candidate 1? Core and Builtins Library IDLE Windows C API Documentation Tests Build Python 3.6.0 final? Python 3.6.0 release candidate 2? Core and Builtins Tools/Demos Windows Build Python 3.6.0 release candidate 1? Core and Builtins Library C API Documentation Tools/Demos Python 3.6.0 beta 4? Core and Builtins Library Documentation Tests Build Python 3.6.0 beta 3? Core and Builtins Library Windows Build Tests Python 3.6.0 beta 2? Core and Builtins Library Windows C API Build Tests Python 3.6.0 beta 1? Core and Builtins Library IDLE C API Tests Build Tools/Demos Windows Python 3.6.0 alpha 4? Core and Builtins Library IDLE Tests Windows Build Python 3.6.0 alpha 3? Core and Builtins Library Security Library Security Library IDLE C API Build Tools/Demos Documentation Tests Python 3.6.0 alpha 2? Core and Builtins Library Security Library Security Library IDLE Documentation Tests Windows Build Windows C API Tools/Demos Python 3.6.0 alpha 1? Core and Builtins Library Security Library Security Library Security Library IDLE Documentation Tests Build Windows Tools/Demos C API Python 3.5.3 final? Python 3.5.3 release candidate 1? Core and Builtins Library Security Library Security Library IDLE C API Documentation Tests Tools/Demos Windows Build Python 3.5.2 final? Core and Builtins Tests IDLE Python 3.5.2 release candidate 1? Core and Builtins Security Library Security Library Security Library Security Library Security Library IDLE Documentation Tests Build Windows Tools/Demos Windows Python 3.5.1 final? Core and Builtins Windows Python 3.5.1 release candidate 1? Core and Builtins Library IDLE Documentation Tests Build Windows Tools/Demos Python 3.5.0 final? Build Python 3.5.0 release candidate 4? Library Build Python 3.5.0 release candidate 3? Core and Builtins Library Python 3.5.0 release candidate 2? Core and Builtins Library Python 3.5.0 release candidate 1? Core and Builtins Library IDLE Documentation Tests Python 3.5.0 beta 4? Core and Builtins Library Build Python 3.5.0 beta 3? Core and Builtins Library Tests Documentation Build Python 3.5.0 beta 2? Core and Builtins Library Python 3.5.0 beta 1? Core and Builtins Library IDLE Tests Documentation Tools/Demos Python 3.5.0 alpha 4? Core and Builtins Library Build Tests Tools/Demos C API Python 3.5.0 alpha 3? Core and Builtins Library Build Tests Tools/Demos Python 3.5.0 alpha 2? Core and Builtins Library Build C API Windows Python 3.5.0 alpha 1? Core and Builtins Library IDLE Build C API Documentation Tests Tools/Demos Windows The Python Tutorial 1. Whetting Your Appetite 2. Using the Python Interpreter 2.1. Invoking the Interpreter 2.1.1. Argument Passing 2.1.2. Interactive Mode 2.2. The Interpreter and Its Environment 2.2.1. Source Code Encoding 3. An Informal Introduction to Python 3.1. Using Python as a Calculator 3.1.1. Numbers 3.1.2. Strings 3.1.3. Lists 3.2. First Steps Towards Programming 4. More Control Flow Tools 4.1. if Statements 4.2. for Statements 4.3. The range() Function 4.4. break and continue Statements, and else Clauses on Loops 4.5. pass Statements 4.6. Defining Functions 4.7. More on Defining Functions 4.7.1. Default Argument Values 4.7.2. Keyword Arguments 4.7.3. Arbitrary Argument Lists 4.7.4. Unpacking Argument Lists 4.7.5. Lambda Expressions 4.7.6. Documentation Strings 4.7.7. Function Annotations 4.8. Intermezzo: Coding Style 5. Data Structures 5.1. More on Lists 5.1.1. Using Lists as Stacks 5.1.2. Using Lists as Queues 5.1.3. List Comprehensions 5.1.4. Nested List Comprehensions 5.2. The del statement 5.3. Tuples and Sequences 5.4. Sets 5.5. Dictionaries 5.6. Looping Techniques 5.7. More on Conditions 5.8. Comparing Sequences and Other Types 6. Modules 6.1. More on Modules 6.1.1. Executing modules as scripts 6.1.2. The Module Search Path 6.1.3. “Compiled” Python files 6.2. Standard Modules 6.3. The dir() Function 6.4. Packages 6.4.1. Importing * From a Package 6.4.2. Intra-package References 6.4.3. Packages in Multiple Directories 7. Input and Output 7.1. Fancier Output Formatting 7.1.1. Old string formatting 7.2. Reading and Writing Files 7.2.1. Methods of File Objects 7.2.2. Saving structured data with json 8. Errors and Exceptions 8.1. Syntax Errors 8.2. Exceptions 8.3. Handling Exceptions 8.4. Raising Exceptions 8.5. User-defined Exceptions 8.6. Defining Clean-up Actions 8.7. Predefined Clean-up Actions 9. Classes 9.1. A Word About Names and Objects 9.2. Python Scopes and Namespaces 9.2.1. Scopes and Namespaces Example 9.3. A First Look at Classes 9.3.1. Class Definition Syntax 9.3.2. Class Objects 9.3.3. Instance Objects 9.3.4. Method Objects 9.3.5. Class and Instance Variables 9.4. Random Remarks 9.5. Inheritance 9.5.1. Multiple Inheritance 9.6. Private Variables 9.7. Odds and Ends 9.8. Iterators 9.9. Generators 9.10. Generator Expressions 10. Brief Tour of the Standard Library 10.1. Operating System Interface 10.2. File Wildcards 10.3. Command Line Arguments 10.4. Error Output Redirection and Program Termination 10.5. String Pattern Matching 10.6. Mathematics 10.7. Internet Access 10.8. Dates and Times 10.9. Data Compression 10.10. Performance Measurement 10.11. Quality Control 10.12. Batteries Included 11. Brief Tour of the Standard Library — Part II 11.1. Output Formatting 11.2. Templating 11.3. Working with Binary Data Record Layouts 11.4. Multi-threading 11.5. Logging 11.6. Weak References 11.7. Tools for Working with Lists 11.8. Decimal Floating Point Arithmetic 12. Virtual Environments and Packages 12.1. Introduction 12.2. Creating Virtual Environments 12.3. Managing Packages with pip 13. What Now? 14. Interactive Input Editing and History Substitution 14.1. Tab Completion and History Editing 14.2. Alternatives to the Interactive Interpreter 15. Floating Point Arithmetic: Issues and Limitations 15.1. Representation Error 16. Appendix 16.1. Interactive Mode 16.1.1. Error Handling 16.1.2. Executable Python Scripts 16.1.3. The Interactive Startup File 16.1.4. The Customization Modules Python Setup and Usage 1. Command line and environment 1.1. Command line 1.1.1. Interface options 1.1.2. Generic options 1.1.3. Miscellaneous options 1.1.4. Options you shouldn’t use 1.2. Environment variables 1.2.1. Debug-mode variables 2. Using Python on Unix platforms 2.1. Getting and installing the latest version of Python 2.1.1. On Linux 2.1.2. On FreeBSD and OpenBSD 2.1.3. On OpenSolaris 2.2. Building Python 2.3. Python-related paths and files 2.4. Miscellaneous 2.5. Editors and IDEs 3. Using Python on Windows 3.1. Installing Python 3.1.1. Supported Versions 3.1.2. Installation Steps 3.1.3. Removing the MAX_PATH Limitation 3.1.4. Installing Without UI 3.1.5. Installing Without Downloading 3.1.6. Modifying an install 3.1.7. Other Platforms 3.2. Alternative bundles 3.3. Configuring Python 3.3.1. Excursus: Setting environment variables 3.3.2. Finding the Python executable 3.4. Python Launcher for Windows 3.4.1. Getting started 3.4.1.1. From the command-line 3.4.1.2. Virtual environments 3.4.1.3. From a script 3.4.1.4. From file associations 3.4.2. Shebang Lines 3.4.3. Arguments in shebang lines 3.4.4. Customization 3.4.4.1. Customization via INI files 3.4.4.2. Customizing default Python versions 3.4.5. Diagnostics 3.5. Finding modules 3.6. Additional modules 3.6.1. PyWin32 3.6.2. cx_Freeze 3.6.3. WConio 3.7. Compiling Python on Windows 3.8. Embedded Distribution 3.8.1. Python Application 3.8.2. Embedding Python 3.9. Other resources 4. Using Python on a Macintosh 4.1. Getting and Installing MacPython 4.1.1. How to run a Python script 4.1.2. Running scripts with a GUI 4.1.3. Configuration 4.2. The IDE 4.3. Installing Additional Python Packages 4.4. GUI Programming on the Mac 4.5. Distributing Python Applications on the Mac 4.6. Other Resources The Python Language Reference 1. Introduction 1.1. Alternate Implementations 1.2. Notation 2. Lexical analysis 2.1. Line structure 2.1.1. Logical lines 2.1.2. Physical lines 2.1.3. Comments 2.1.4. Encoding declarations 2.1.5. Explicit line joining 2.1.6. Implicit line joining 2.1.7. Blank lines 2.1.8. Indentation 2.1.9. Whitespace between tokens 2.2. Other tokens 2.3. Identifiers and keywords 2.3.1. Keywords 2.3.2. Reserved classes of identifiers 2.4. Literals 2.4.1. String and Bytes literals 2.4.2. String literal concatenation 2.4.3. Formatted string literals 2.4.4. Numeric literals 2.4.5. Integer literals 2.4.6. Floating point literals 2.4.7. Imaginary literals 2.5. Operators 2.6. Delimiters 3. Data model 3.1. Objects, values and types 3.2. The standard type hierarchy 3.3. Special method names 3.3.1. Basic customization 3.3.2. Customizing attribute access 3.3.2.1. Customizing module attribute access 3.3.2.2. Implementing Descriptors 3.3.2.3. Invoking Descriptors 3.3.2.4. __slots__ 3.3.2.4.1. Notes on using __slots__ 3.3.3. Customizing class creation 3.3.3.1. Metaclasses 3.3.3.2. Determining the appropriate metaclass 3.3.3.3. Preparing the class namespace 3.3.3.4. Executing the class body 3.3.3.5. Creating the class object 3.3.3.6. Metaclass example 3.3.4. Customizing instance and subclass checks 3.3.5. Emulating callable objects 3.3.6. Emulating container types 3.3.7. Emulating numeric types 3.3.8. With Statement Context Managers 3.3.9. Special method lookup 3.4. Coroutines 3.4.1. Awaitable Objects 3.4.2. Coroutine Objects 3.4.3. Asynchronous Iterators 3.4.4. Asynchronous Context Managers 4. Execution model 4.1. Structure of a program 4.2. Naming and binding 4.2.1. Binding of names 4.2.2. Resolution of names 4.2.3. Builtins and restricted execution 4.2.4. Interaction with dynamic features 4.3. Exceptions 5. The import system 5.1. importlib 5.2. Packages 5.2.1. Regular packages 5.2.2. Namespace packages 5.3. Searching 5.3.1. The module cache 5.3.2. Finders and loaders 5.3.3. Import hooks 5.3.4. The meta path 5.4. Loading 5.4.1. Loaders 5.4.2. Submodules 5.4.3. Module spec 5.4.4. Import-related module attributes 5.4.5. module.__path__ 5.4.6. Module reprs 5.5. The Path Based Finder 5.5.1. Path entry finders 5.5.2. Path entry finder protocol 5.6. Replacing the standard import system 5.7. Special considerations for __main__ 5.7.1. __main__.__spec__ 5.8. Open issues 5.9. References 6. Expressions 6.1. Arithmetic conversions 6.2. Atoms 6.2.1. Identifiers (Names) 6.2.2. Literals 6.2.3. Parenthesized forms 6.2.4. Displays for lists, sets and dictionaries 6.2.5. List displays 6.2.6. Set displays 6.2.7. Dictionary displays 6.2.8. Generator expressions 6.2.9. Yield expressions 6.2.9.1. Generator-iterator methods 6.2.9.2. Examples 6.2.9.3. Asynchronous generator functions 6.2.9.4. Asynchronous generator-iterator methods 6.3. Primaries 6.3.1. Attribute references 6.3.2. Subscriptions 6.3.3. Slicings 6.3.4. Calls 6.4. Await expression 6.5. The power operator 6.6. Unary arithmetic and bitwise operations 6.7. Binary arithmetic operations 6.8. Shifting operations 6.9. Binary bitwise operations 6.10. Comparisons 6.10.1. Value comparisons 6.10.2. Membership test operations 6.10.3. Identity comparisons 6.11. Boolean operations 6.12. Conditional expressions 6.13. Lambdas 6.14. Expression lists 6.15. Evaluation order 6.16. Operator precedence 7. Simple statements 7.1. Expression statements 7.2. Assignment statements 7.2.1. Augmented assignment statements 7.2.2. Annotated assignment statements 7.3. The assert statement 7.4. The pass statement 7.5. The del statement 7.6. The return statement 7.7. The yield statement 7.8. The raise statement 7.9. The break statement 7.10. The continue statement 7.11. The import statement 7.11.1. Future statements 7.12. The global statement 7.13. The nonlocal statement 8. Compound statements 8.1. The if statement 8.2. The while statement 8.3. The for statement 8.4. The try statement 8.5. The with statement 8.6. Function definitions 8.7. Class definitions 8.8. Coroutines 8.8.1. Coroutine function definition 8.8.2. The async for statement 8.8.3. The async with statement 9. Top-level components 9.1. Complete Python programs 9.2. File input 9.3. Interactive input 9.4. Expression input 10. Full Grammar specification The Python Standard Library 1. Introduction 2. Built-in Functions 3. Built-in Constants 3.1. Constants added by the site module 4. Built-in Types 4.1. Truth Value Testing 4.2. Boolean Operations — and, or, not 4.3. Comparisons 4.4. Numeric Types — int, float, complex 4.4.1. Bitwise Operations on Integer Types 4.4.2. Additional Methods on Integer Types 4.4.3. Additional Methods on Float 4.4.4. Hashing of numeric types 4.5. Iterator Types 4.5.1. Generator Types 4.6. Sequence Types — list, tuple, range 4.6.1. Common Sequence Operations 4.6.2. Immutable Sequence Types 4.6.3. Mutable Sequence Types 4.6.4. Lists 4.6.5. Tuples 4.6.6. Ranges 4.7. Text Sequence Type — str 4.7.1. String Methods 4.7.2. printf-style String Formatting 4.8. Binary Sequence Types — bytes, bytearray, memoryview 4.8.1. Bytes Objects 4.8.2. Bytearray Objects 4.8.3. Bytes and Bytearray Operations 4.8.4. printf-style Bytes Formatting 4.8.5. Memory Views 4.9. Set Types — set, frozenset 4.10. Mapping Types — dict 4.10.1. Dictionary view objects 4.11. Context Manager Types 4.12. Other Built-in Types 4.12.1. Modules 4.12.2. Classes and Class Instances 4.12.3. Functions 4.12.4. Methods 4.12.5. Code Objects 4.12.6. Type Objects 4.12.7. The Null Object 4.12.8. The Ellipsis Object 4.12.9. The NotImplemented Object 4.12.10. Boolean Values 4.12.11. Internal Objects 4.13. Special Attributes 5. Built-in Exceptions 5.1. Base classes 5.2. Concrete exceptions 5.2.1. OS exceptions 5.3. Warnings 5.4. Exception hierarchy 6. Text Processing Services 6.1. string — Common string operations 6.1.1. String constants 6.1.2. Custom String Formatting 6.1.3. Format String Syntax 6.1.3.1. Format Specification Mini-Language 6.1.3.2. Format examples 6.1.4. Template strings 6.1.5. Helper functions 6.2. re — Regular expression operations 6.2.1. Regular Expression Syntax 6.2.2. Module Contents 6.2.3. Regular Expression Objects 6.2.4. Match Objects 6.2.5. Regular Expression Examples 6.2.5.1. Checking for a Pair 6.2.5.2. Simulating scanf() 6.2.5.3. search() vs. match() 6.2.5.4. Making a Phonebook 6.2.5.5. Text Munging 6.2.5.6. Finding all Adverbs 6.2.5.7. Finding all Adverbs and their Positions 6.2.5.8. Raw String Notation 6.2.5.9. Writing a Tokenizer 6.3. difflib — Helpers for computing deltas 6.3.1. SequenceMatcher Objects 6.3.2. SequenceMatcher Examples 6.3.3. Differ Objects 6.3.4. Differ Example 6.3.5. A command-line interface to difflib 6.4. textwrap — Text wrapping and filling 6.5. unicodedata — Unicode Database 6.6. stringprep — Internet String Preparation 6.7. readline — GNU readline interface 6.7.1. Init file 6.7.2. Line buffer 6.7.3. History file 6.7.4. History list 6.7.5. Startup hooks 6.7.6. Completion 6.7.7. Example 6.8. rlcompleter — Completion function for GNU readline 6.8.1. Completer Objects 7. Binary Data Services 7.1. struct — Interpret bytes as packed binary data 7.1.1. Functions and Exceptions 7.1.2. Format Strings 7.1.2.1. Byte Order, Size, and Alignment 7.1.2.2. Format Characters 7.1.2.3. Examples 7.1.3. Classes 7.2. codecs — Codec registry and base classes 7.2.1. Codec Base Classes 7.2.1.1. Error Handlers 7.2.1.2. Stateless Encoding and Decoding 7.2.1.3. Incremental Encoding and Decoding 7.2.1.3.1. IncrementalEncoder Objects 7.2.1.3.2. IncrementalDecoder Objects 7.2.1.4. Stream Encoding and Decoding 7.2.1.4.1. StreamWriter Objects 7.2.1.4.2. StreamReader Objects 7.2.1.4.3. StreamReaderWriter Objects 7.2.1.4.4. StreamRecoder Objects 7.2.2. Encodings and Unicode 7.2.3. Standard Encodings 7.2.4. Python Specific Encodings 7.2.4.1. Text Encodings 7.2.4.2. Binary Transforms 7.2.4.3. Text Transforms 7.2.5. encodings.idna — Internationalized Domain Names in Applications 7.2.6. encodings.mbcs — Windows ANSI codepage 7.2.7. encodings.utf_8_sig — UTF-8 codec with BOM signature 8. Data Types 8.1. datetime — Basic date and time types 8.1.1. Available Types 8.1.2. timedelta Objects 8.1.3. date Objects 8.1.4. datetime Objects 8.1.5. time Objects 8.1.6. tzinfo Objects 8.1.7. timezone Objects 8.1.8. strftime() and strptime() Behavior 8.2. calendar — General calendar-related functions 8.3. collections — Container datatypes 8.3.1. ChainMap objects 8.3.1.1. ChainMap Examples and Recipes 8.3.2. Counter objects 8.3.3. deque objects 8.3.3.1. deque Recipes 8.3.4. defaultdict objects 8.3.4.1. defaultdict Examples 8.3.5. namedtuple() Factory Function for Tuples with Named Fields 8.3.6. OrderedDict objects 8.3.6.1. OrderedDict Examples and Recipes 8.3.7. UserDict objects 8.3.8. UserList objects 8.3.9. UserString objects 8.4. collections.abc — Abstract Base Classes for Containers 8.4.1. Collections Abstract Base Classes 8.5. heapq — Heap queue algorithm 8.5.1. Basic Examples 8.5.2. Priority Queue Implementation Notes 8.5.3. Theory 8.6. bisect — Array bisection algorithm 8.6.1. Searching Sorted Lists 8.6.2. Other Examples 8.7. array — Efficient arrays of numeric values 8.8. weakref — Weak references 8.8.1. Weak Reference Objects 8.8.2. Example 8.8.3. Finalizer Objects 8.8.4. Comparing finalizers with __del__() methods 8.9. types — Dynamic type creation and names for built-in types 8.9.1. Dynamic Type Creation 8.9.2. Standard Interpreter Types 8.9.3. Additional Utility Classes and Functions 8.9.4. Coroutine Utility Functions 8.10. copy — Shallow and deep copy operations 8.11. pprint — Data pretty printer 8.11.1. PrettyPrinter Objects 8.11.2. Example 8.12. reprlib — Alternate repr() implementation 8.12.1. Repr Objects 8.12.2. Subclassing Repr Objects 8.13. enum — Support for enumerations 8.13.1. Module Contents 8.13.2. Creating an Enum 8.13.3. Programmatic access to enumeration members and their attributes 8.13.4. Duplicating enum members and values 8.13.5. Ensuring unique enumeration values 8.13.6. Using automatic values 8.13.7. Iteration 8.13.8. Comparisons 8.13.9. Allowed members and attributes of enumerations 8.13.10. Restricted subclassing of enumerations 8.13.11. Pickling 8.13.12. Functional API 8.13.13. Derived Enumerations 8.13.13.1. IntEnum 8.13.13.2. IntFlag 8.13.13.3. Flag 8.13.13.4. Others 8.13.14. Interesting examples 8.13.14.1. Omitting values 8.13.14.1.1. Using auto 8.13.14.1.2. Using object 8.13.14.1.3. Using a descriptive string 8.13.14.1.4. Using a custom __new__() 8.13.14.2. OrderedEnum 8.13.14.3. DuplicateFreeEnum 8.13.14.4. Planet 8.13.15. How are Enums different? 8.13.15.1. Enum Classes 8.13.15.2. Enum Members (aka instances) 8.13.15.3. Finer Points 8.13.15.3.1. Supported __dunder__ names 8.13.15.3.2. Supported _sunder_ names 8.13.15.3.3. Enum member type 8.13.15.3.4. Boolean value of Enum classes and members 8.13.15.3.5. Enum classes with methods 8.13.15.3.6. Combining members of Flag 9. Numeric and Mathematical Modules 9.1. numbers — Numeric abstract base classes 9.1.1. The numeric tower 9.1.2. Notes for type implementors 9.1.2.1. Adding More Numeric ABCs 9.1.2.2. Implementing the arithmetic operations 9.2. math — Mathematical functions 9.2.1. Number-theoretic and representation functions 9.2.2. Power and logarithmic functions 9.2.3. Trigonometric functions 9.2.4. Angular conversion 9.2.5. Hyperbolic functions 9.2.6. Special functions 9.2.7. Constants 9.3. cmath — Mathematical functions for complex numbers 9.3.1. Conversions to and from polar coordinates 9.3.2. Power and logarithmic functions 9.3.3. Trigonometric functions 9.3.4. Hyperbolic functions 9.3.5. Classification functions 9.3.6. Constants 9.4. decimal — Decimal fixed point and floating point arithmetic 9.4.1. Quick-start Tutorial 9.4.2. Decimal objects 9.4.2.1. Logical operands 9.4.3. Context objects 9.4.4. Constants 9.4.5. Rounding modes 9.4.6. Signals 9.4.7. Floating Point Notes 9.4.7.1. Mitigating round-off error with increased precision 9.4.7.2. Special values 9.4.8. Working with threads 9.4.9. Recipes 9.4.10. Decimal FAQ 9.5. fractions — Rational numbers 9.6. random — Generate pseudo-random numbers 9.6.1. Bookkeeping functions 9.6.2. Functions for integers 9.6.3. Functions for sequences 9.6.4. Real-valued distributions 9.6.5. Alternative Generator 9.6.6. Notes on Reproducibility 9.6.7. Examples and Recipes 9.7. statistics — Mathematical statistics functions 9.7.1. Averages and measures of central location 9.7.2. Measures of spread 9.7.3. Function details 9.7.4. Exceptions 10. Functional Programming Modules 10.1. itertools — Functions creating iterators for efficient looping 10.1.1. Itertool functions 10.1.2. Itertools Recipes 10.2. functools — Higher-order functions and operations on callable objects 10.2.1. partial Objects 10.3. operator — Standard operators as functions 10.3.1. Mapping Operators to Functions 10.3.2. Inplace Operators 11. File and Directory Access 11.1. pathlib — Object-oriented filesystem paths 11.1.1. Basic use 11.1.2. Pure paths 11.1.2.1. General properties 11.1.2.2. Operators 11.1.2.3. Accessing individual parts 11.1.2.4. Methods and properties 11.1.3. Concrete paths 11.1.3.1. Methods 11.2. os.path — Common pathname manipulations 11.3. fileinput — Iterate over lines from multiple input streams 11.4. stat — Interpreting stat() results 11.5. filecmp — File and Directory Comparisons 11.5.1. The dircmp class 11.6. tempfile — Generate temporary files and directories 11.6.1. Examples 11.6.2. Deprecated functions and variables 11.7. glob — Unix style pathname pattern expansion 11.8. fnmatch — Unix filename pattern matching 11.9. linecache — Random access to text lines 11.10. shutil — High-level file operations 11.10.1. Directory and files operations 11.10.1.1. copytree example 11.10.1.2. rmtree example 11.10.2. Archiving operations 11.10.2.1. Archiving example 11.10.3. Querying the size of the output terminal 11.11. macpath — Mac OS 9 path manipulation functions 12. Data Persistence 12.1. pickle — Python object serialization 12.1.1. Relationship to other Python modules 12.1.1.1. Comparison with marshal 12.1.1.2. Comparison with json 12.1.2. Data stream format 12.1.3. Module Interface 12.1.4. What can be pickled and unpickled? 12.1.5. Pickling Class Instances 12.1.5.1. Persistence of External Objects 12.1.5.2. Dispatch Tables 12.1.5.3. Handling Stateful Objects 12.1.6. Restricting Globals 12.1.7. Performance 12.1.8. Examples 12.2. copyreg — Register pickle support functions 12.2.1. Example 12.3. shelve — Python object persistence 12.3.1. Restrictions 12.3.2. Example 12.4. marshal — Internal Python object serialization 12.5. dbm — Interfaces to Unix “databases” 12.5.1. dbm.gnu — GNU’s reinterpretation of dbm 12.5.2. dbm.ndbm — Interface based on ndbm 12.5.3. dbm.dumb — Portable DBM implementation 12.6. sqlite3 — DB-API 2.0 interface for SQLite databases 12.6.1. Module functions and constants 12.6.2. Connection Objects 12.6.3. Cursor Objects 12.6.4. Row Objects 12.6.5. Exceptions 12.6.6. SQLite and Python types 12.6.6.1. Introduction 12.6.6.2. Using adapters to store additional Python types in SQLite databases 12.6.6.2.1. Letting your object adapt itself 12.6.6.2.2. Registering an adapter callable 12.6.6.3. Converting SQLite values to custom Python types 12.6.6.4. Default adapters and converters 12.6.7. Controlling Transactions 12.6.8. Using sqlite3 efficiently 12.6.8.1. Using shortcut methods 12.6.8.2. Accessing columns by name instead of by index 12.6.8.3. Using the connection as a context manager 12.6.9. Common issues 12.6.9.1. Multithreading 13. Data Compression and Archiving 13.1. zlib — Compression compatible with gzip 13.2. gzip — Support for gzip files 13.2.1. Examples of usage 13.3. bz2 — Support for bzip2 compression 13.3.1. (De)compression of files 13.3.2. Incremental (de)compression 13.3.3. One-shot (de)compression 13.4. lzma — Compression using the LZMA algorithm 13.4.1. Reading and writing compressed files 13.4.2. Compressing and decompressing data in memory 13.4.3. Miscellaneous 13.4.4. Specifying custom filter chains 13.4.5. Examples 13.5. zipfile — Work with ZIP archives 13.5.1. ZipFile Objects 13.5.2. PyZipFile Objects 13.5.3. ZipInfo Objects 13.5.4. Command-Line Interface 13.5.4.1. Command-line options 13.6. tarfile — Read and write tar archive files 13.6.1. TarFile Objects 13.6.2. TarInfo Objects 13.6.3. Command-Line Interface 13.6.3.1. Command-line options 13.6.4. Examples 13.6.5. Supported tar formats 13.6.6. Unicode issues 14. File Formats 14.1. csv — CSV File Reading and Writing 14.1.1. Module Contents 14.1.2. Dialects and Formatting Parameters 14.1.3. Reader Objects 14.1.4. Writer Objects 14.1.5. Examples 14.2. configparser — Configuration file parser 14.2.1. Quick Start 14.2.2. Supported Datatypes 14.2.3. Fallback Values 14.2.4. Supported INI File Structure 14.2.5. Interpolation of values 14.2.6. Mapping Protocol Access 14.2.7. Customizing Parser Behaviour 14.2.8. Legacy API Examples 14.2.9. ConfigParser Objects 14.2.10. RawConfigParser Objects 14.2.11. Exceptions 14.3. netrc — netrc file processing 14.3.1. netrc Objects 14.4. xdrlib — Encode and decode XDR data 14.4.1. Packer Objects 14.4.2. Unpacker Objects 14.4.3. Exceptions 14.5. plistlib — Generate and parse Mac OS X .plist files 14.5.1. Examples 15. Cryptographic Services 15.1. hashlib — Secure hashes and message digests 15.1.1. Hash algorithms 15.1.2. SHAKE variable length digests 15.1.3. Key derivation 15.1.4. BLAKE2 15.1.4.1. Creating hash objects 15.1.4.2. Constants 15.1.4.3. Examples 15.1.4.3.1. Simple hashing 15.1.4.3.2. Using different digest sizes 15.1.4.3.3. Keyed hashing 15.1.4.3.4. Randomized hashing 15.1.4.3.5. Personalization 15.1.4.3.6. Tree mode 15.1.4.4. Credits 15.2. hmac — Keyed-Hashing for Message Authentication 15.3. secrets — Generate secure random numbers for managing secrets 15.3.1. Random numbers 15.3.2. Generating tokens 15.3.2.1. How many bytes should tokens use? 15.3.3. Other functions 15.3.4. Recipes and best practices 16. Generic Operating System Services 16.1. os — Miscellaneous operating system interfaces 16.1.1. File Names, Command Line Arguments, and Environment Variables 16.1.2. Process Parameters 16.1.3. File Object Creation 16.1.4. File Descriptor Operations 16.1.4.1. Querying the size of a terminal 16.1.4.2. Inheritance of File Descriptors 16.1.5. Files and Directories 16.1.5.1. Linux extended attributes 16.1.6. Process Management 16.1.7. Interface to the scheduler 16.1.8. Miscellaneous System Information 16.1.9. Random numbers 16.2. io — Core tools for working with streams 16.2.1. Overview 16.2.1.1. Text I/O 16.2.1.2. Binary I/O 16.2.1.3. Raw I/O 16.2.2. High-level Module Interface 16.2.2.1. In-memory streams 16.2.3. Class hierarchy 16.2.3.1. I/O Base Classes 16.2.3.2. Raw File I/O 16.2.3.3. Buffered Streams 16.2.3.4. Text I/O 16.2.4. Performance 16.2.4.1. Binary I/O 16.2.4.2. Text I/O 16.2.4.3. Multi-threading 16.2.4.4. Reentrancy 16.3. time — Time access and conversions 16.3.1. Functions 16.3.2. Clock ID Constants 16.3.3. Timezone Constants 16.4. argparse — Parser for command-line options, arguments and sub-commands 16.4.1. Example 16.4.1.1. Creating a parser 16.4.1.2. Adding arguments 16.4.1.3. Parsing arguments 16.4.2. ArgumentParser objects 16.4.2.1. prog 16.4.2.2. usage 16.4.2.3. description 16.4.2.4. epilog 16.4.2.5. parents 16.4.2.6. formatter_class 16.4.2.7. prefix_chars 16.4.2.8. fromfile_prefix_chars 16.4.2.9. argument_default 16.4.2.10. allow_abbrev 16.4.2.11. conflict_handler 16.4.2.12. add_help 16.4.3. The add_argument() method 16.4.3.1. name or flags 16.4.3.2. action 16.4.3.3. nargs 16.4.3.4. const 16.4.3.5. default 16.4.3.6. type 16.4.3.7. choices 16.4.3.8. required 16.4.3.9. help 16.4.3.10. metavar 16.4.3.11. dest 16.4.3.12. Action classes 16.4.4. The parse_args() method 16.4.4.1. Option value syntax 16.4.4.2. Invalid arguments 16.4.4.3. Arguments containing - 16.4.4.4. Argument abbreviations (prefix matching) 16.4.4.5. Beyond sys.argv 16.4.4.6. The Namespace object 16.4.5. Other utilities 16.4.5.1. Sub-commands 16.4.5.2. FileType objects 16.4.5.3. Argument groups 16.4.5.4. Mutual exclusion 16.4.5.5. Parser defaults 16.4.5.6. Printing help 16.4.5.7. Partial parsing 16.4.5.8. Customizing file parsing 16.4.5.9. Exiting methods 16.4.6. Upgrading optparse code 16.5. getopt — C-style parser for command line options 16.6. logging — Logging facility for Python 16.6.1. Logger Objects 16.6.2. Logging Levels 16.6.3. Handler Objects 16.6.4. Formatter Objects 16.6.5. Filter Objects 16.6.6. LogRecord Objects 16.6.7. LogRecord attributes 16.6.8. LoggerAdapter Objects 16.6.9. Thread Safety 16.6.10. Module-Level Functions 16.6.11. Module-Level Attributes 16.6.12. Integration with the warnings module 16.7. logging.config — Logging configuration 16.7.1. Configuration functions 16.7.2. Configuration dictionary schema 16.7.2.1. Dictionary Schema Details 16.7.2.2. Incremental Configuration 16.7.2.3. Object connections 16.7.2.4. User-defined objects 16.7.2.5. Access to external objects 16.7.2.6. Access to internal objects 16.7.2.7. Import resolution and custom importers 16.7.3. Configuration file format 16.8. logging.handlers — Logging handlers 16.8.1. StreamHandler 16.8.2. FileHandler 16.8.3. NullHandler 16.8.4. WatchedFileHandler 16.8.5. BaseRotatingHandler 16.8.6. RotatingFileHandler 16.8.7. TimedRotatingFileHandler 16.8.8. SocketHandler 16.8.9. DatagramHandler 16.8.10. SysLogHandler 16.8.11. NTEventLogHandler 16.8.12. SMTPHandler 16.8.13. MemoryHandler 16.8.14. HTTPHandler 16.8.15. QueueHandler 16.8.16. QueueListener 16.9. getpass — Portable password input 16.10. curses — Terminal handling for character-cell displays 16.10.1. Functions 16.10.2. Window Objects 16.10.3. Constants 16.11. curses.textpad — Text input widget for curses programs 16.11.1. Textbox objects 16.12. curses.ascii — Utilities for ASCII characters 16.13. curses.panel — A panel stack extension for curses 16.13.1. Functions 16.13.2. Panel Objects 16.14. platform — Access to underlying platform’s identifying data 16.14.1. Cross Platform 16.14.2. Java Platform 16.14.3. Windows Platform 16.14.3.1. Win95/98 specific 16.14.4. Mac OS Platform 16.14.5. Unix Platforms 16.15. errno — Standard errno system symbols 16.16. ctypes — A foreign function library for Python 16.16.1. ctypes tutorial 16.16.1.1. Loading dynamic link libraries 16.16.1.2. Accessing functions from loaded dlls 16.16.1.3. Calling functions 16.16.1.4. Fundamental data types 16.16.1.5. Calling functions, continued 16.16.1.6. Calling functions with your own custom data types 16.16.1.7. Specifying the required argument types (function prototypes) 16.16.1.8. Return types 16.16.1.9. Passing pointers (or: passing parameters by reference) 16.16.1.10. Structures and unions 16.16.1.11. Structure/union alignment and byte order 16.16.1.12. Bit fields in structures and unions 16.16.1.13. Arrays 16.16.1.14. Pointers 16.16.1.15. Type conversions 16.16.1.16. Incomplete Types 16.16.1.17. Callback functions 16.16.1.18. Accessing values exported from dlls 16.16.1.19. Surprises 16.16.1.20. Variable-sized data types 16.16.2. ctypes reference 16.16.2.1. Finding shared libraries 16.16.2.2. Loading shared libraries 16.16.2.3. Foreign functions 16.16.2.4. Function prototypes 16.16.2.5. Utility functions 16.16.2.6. Data types 16.16.2.7. Fundamental data types 16.16.2.8. Structured data types 16.16.2.9. Arrays and pointers 17. Concurrent Execution 17.1. threading — Thread-based parallelism 17.1.1. Thread-Local Data 17.1.2. Thread Objects 17.1.3. Lock Objects 17.1.4. RLock Objects 17.1.5. Condition Objects 17.1.6. Semaphore Objects 17.1.6.1. Semaphore Example 17.1.7. Event Objects 17.1.8. Timer Objects 17.1.9. Barrier Objects 17.1.10. Using locks, conditions, and semaphores in the with statement 17.2. multiprocessing — Process-based parallelism 17.2.1. Introduction 17.2.1.1. The Process class 17.2.1.2. Contexts and start methods 17.2.1.3. Exchanging objects between processes 17.2.1.4. Synchronization between processes 17.2.1.5. Sharing state between processes 17.2.1.6. Using a pool of workers 17.2.2. Reference 17.2.2.1. Process and exceptions 17.2.2.2. Pipes and Queues 17.2.2.3. Miscellaneous 17.2.2.4. Connection Objects 17.2.2.5. Synchronization primitives 17.2.2.6. Shared ctypes Objects 17.2.2.6.1. The multiprocessing.sharedctypes module 17.2.2.7. Managers 17.2.2.7.1. Customized managers 17.2.2.7.2. Using a remote manager 17.2.2.8. Proxy Objects 17.2.2.8.1. Cleanup 17.2.2.9. Process Pools 17.2.2.10. Listeners and Clients 17.2.2.10.1. Address Formats 17.2.2.11. Authentication keys 17.2.2.12. Logging 17.2.2.13. The multiprocessing.dummy module 17.2.3. Programming guidelines 17.2.3.1. All start methods 17.2.3.2. The spawn and forkserver start methods 17.2.4. Examples 17.3. The concurrent package 17.4. concurrent.futures — Launching parallel tasks 17.4.1. Executor Objects 17.4.2. ThreadPoolExecutor 17.4.2.1. ThreadPoolExecutor Example 17.4.3. ProcessPoolExecutor 17.4.3.1. ProcessPoolExecutor Example 17.4.4. Future Objects 17.4.5. Module Functions 17.4.6. Exception classes 17.5. subprocess — Subprocess management 17.5.1. Using the subprocess Module 17.5.1.1. Frequently Used Arguments 17.5.1.2. Popen Constructor 17.5.1.3. Exceptions 17.5.2. Security Considerations 17.5.3. Popen Objects 17.5.4. Windows Popen Helpers 17.5.4.1. Constants 17.5.5. Older high-level API 17.5.6. Replacing Older Functions with the subprocess Module 17.5.6.1. Replacing /bin/sh shell backquote 17.5.6.2. Replacing shell pipeline 17.5.6.3. Replacing os.system() 17.5.6.4. Replacing the os.spawn family 17.5.6.5. Replacing os.popen(), os.popen2(), os.popen3() 17.5.6.6. Replacing functions from the popen2 module 17.5.7. Legacy Shell Invocation Functions 17.5.8. Notes 17.5.8.1. Converting an argument sequence to a string on Windows 17.6. sched — Event scheduler 17.6.1. Scheduler Objects 17.7. queue — A synchronized queue class 17.7.1. Queue Objects 17.8. dummy_threading — Drop-in replacement for the threading module 17.9. _thread — Low-level threading API 17.10. _dummy_thread — Drop-in replacement for the _thread module 18. Interprocess Communication and Networking 18.1. socket — Low-level networking interface 18.1.1. Socket families 18.1.2. Module contents 18.1.2.1. Exceptions 18.1.2.2. Constants 18.1.2.3. Functions 18.1.2.3.1. Creating sockets 18.1.2.3.2. Other functions 18.1.3. Socket Objects 18.1.4. Notes on socket timeouts 18.1.4.1. Timeouts and the connect method 18.1.4.2. Timeouts and the accept method 18.1.5. Example 18.2. ssl — TLS/SSL wrapper for socket objects 18.2.1. Functions, Constants, and Exceptions 18.2.1.1. Socket creation 18.2.1.2. Context creation 18.2.1.3. Random generation 18.2.1.4. Certificate handling 18.2.1.5. Constants 18.2.2. SSL Sockets 18.2.3. SSL Contexts 18.2.4. Certificates 18.2.4.1. Certificate chains 18.2.4.2. CA certificates 18.2.4.3. Combined key and certificate 18.2.4.4. Self-signed certificates 18.2.5. Examples 18.2.5.1. Testing for SSL support 18.2.5.2. Client-side operation 18.2.5.3. Server-side operation 18.2.6. Notes on non-blocking sockets 18.2.7. Memory BIO Support 18.2.8. SSL session 18.2.9. Security considerations 18.2.9.1. Best defaults 18.2.9.2. Manual settings 18.2.9.2.1. Verifying certificates 18.2.9.2.2. Protocol versions 18.2.9.2.3. Cipher selection 18.2.9.3. Multi-processing 18.2.10. LibreSSL support 18.3. select — Waiting for I/O completion 18.3.1. /dev/poll Polling Objects 18.3.2. Edge and Level Trigger Polling (epoll) Objects 18.3.3. Polling Objects 18.3.4. Kqueue Objects 18.3.5. Kevent Objects 18.4. selectors — High-level I/O multiplexing 18.4.1. Introduction 18.4.2. Classes 18.4.3. Examples 18.5. asyncio — Asynchronous I/O, event loop, coroutines and tasks 18.5.1. Base Event Loop 18.5.1.1. Run an event loop 18.5.1.2. Calls 18.5.1.3. Delayed calls 18.5.1.4. Futures 18.5.1.5. Tasks 18.5.1.6. Creating connections 18.5.1.7. Creating listening connections 18.5.1.8. Watch file descriptors 18.5.1.9. Low-level socket operations 18.5.1.10. Resolve host name 18.5.1.11. Connect pipes 18.5.1.12. UNIX signals 18.5.1.13. Executor 18.5.1.14. Error Handling API 18.5.1.15. Debug mode 18.5.1.16. Server 18.5.1.17. Handle 18.5.1.18. Event loop examples 18.5.1.18.1. Hello World with call_soon() 18.5.1.18.2. Display the current date with call_later() 18.5.1.18.3. Watch a file descriptor for read events 18.5.1.18.4. Set signal handlers for SIGINT and SIGTERM 18.5.2. Event loops 18.5.2.1. Event loop functions 18.5.2.2. Available event loops 18.5.2.3. Platform support 18.5.2.3.1. Windows 18.5.2.3.2. Mac OS X 18.5.2.4. Event loop policies and the default policy 18.5.2.5. Event loop policy interface 18.5.2.6. Access to the global loop policy 18.5.2.7. Customizing the event loop policy 18.5.3. Tasks and coroutines 18.5.3.1. Coroutines 18.5.3.1.1. Example: Hello World coroutine 18.5.3.1.2. Example: Coroutine displaying the current date 18.5.3.1.3. Example: Chain coroutines 18.5.3.2. InvalidStateError 18.5.3.3. TimeoutError 18.5.3.4. Future 18.5.3.4.1. Example: Future with run_until_complete() 18.5.3.4.2. Example: Future with run_forever() 18.5.3.5. Task 18.5.3.5.1. Example: Parallel execution of tasks 18.5.3.6. Task functions 18.5.4. Transports and protocols (callback based API) 18.5.4.1. Transports 18.5.4.1.1. BaseTransport 18.5.4.1.2. ReadTransport 18.5.4.1.3. WriteTransport 18.5.4.1.4. DatagramTransport 18.5.4.1.5. BaseSubprocessTransport 18.5.4.2. Protocols 18.5.4.2.1. Protocol classes 18.5.4.2.2. Connection callbacks 18.5.4.2.3. Streaming protocols 18.5.4.2.4. Datagram protocols 18.5.4.2.5. Flow control callbacks 18.5.4.2.6. Coroutines and protocols 18.5.4.3. Protocol examples 18.5.4.3.1. TCP echo client protocol 18.5.4.3.2. TCP echo server protocol 18.5.4.3.3. UDP echo client protocol 18.5.4.3.4. UDP echo server protocol 18.5.4.3.5. Register an open socket to wait for data using a protocol 18.5.5. Streams (coroutine based API) 18.5.5.1. Stream functions 18.5.5.2. StreamReader 18.5.5.3. StreamWriter 18.5.5.4. StreamReaderProtocol 18.5.5.5. IncompleteReadError 18.5.5.6. LimitOverrunError 18.5.5.7. Stream examples 18.5.5.7.1. TCP echo client using streams 18.5.5.7.2. TCP echo server using streams 18.5.5.7.3. Get HTTP headers 18.5.5.7.4. Register an open socket to wait for data using streams 18.5.6. Subprocess 18.5.6.1. Windows event loop 18.5.6.2. Create a subprocess: high-level API using Process 18.5.6.3. Create a subprocess: low-level API using subprocess.Popen 18.5.6.4. Constants 18.5.6.5. Process 18.5.6.6. Subprocess and threads 18.5.6.7. Subprocess examples 18.5.6.7.1. Subprocess using transport and protocol 18.5.6.7.2. Subprocess using streams 18.5.7. Synchronization primitives 18.5.7.1. Locks 18.5.7.1.1. Lock 18.5.7.1.2. Event 18.5.7.1.3. Condition 18.5.7.2. Semaphores 18.5.7.2.1. Semaphore 18.5.7.2.2. BoundedSemaphore 18.5.8. Queues 18.5.8.1. Queue 18.5.8.2. PriorityQueue 18.5.8.3. LifoQueue 18.5.8.3.1. Exceptions 18.5.9. Develop with asyncio 18.5.9.1. Debug mode of asyncio 18.5.9.2. Cancellation 18.5.9.3. Concurrency and multithreading 18.5.9.4. Handle blocking functions correctly 18.5.9.5. Logging 18.5.9.6. Detect coroutine objects never scheduled 18.5.9.7. Detect exceptions never consumed 18.5.9.8. Chain coroutines correctly 18.5.9.9. Pending task destroyed 18.5.9.10. Close transports and event loops 18.6. asyncore — Asynchronous socket handler 18.6.1. asyncore Example basic HTTP client 18.6.2. asyncore Example basic echo server 18.7. asynchat — Asynchronous socket command/response handler 18.7.1. asynchat Example 18.8. signal — Set handlers for asynchronous events 18.8.1. General rules 18.8.1.1. Execution of Python signal handlers 18.8.1.2. Signals and threads 18.8.2. Module contents 18.8.3. Example 18.9. mmap — Memory-mapped file support 19. Internet Data Handling 19.1. email — An email and MIME handling package 19.1.1. email.message: Representing an email message 19.1.2. email.parser: Parsing email messages 19.1.2.1. FeedParser API 19.1.2.2. Parser API 19.1.2.3. Additional notes 19.1.3. email.generator: Generating MIME documents 19.1.4. email.policy: Policy Objects 19.1.5. email.errors: Exception and Defect classes 19.1.6. email.headerregistry: Custom Header Objects 19.1.7. email.contentmanager: Managing MIME Content 19.1.7.1. Content Manager Instances 19.1.8. email: Examples 19.1.9. email.message.Message: Representing an email message using the compat32 API 19.1.10. email.mime: Creating email and MIME objects from scratch 19.1.11. email.header: Internationalized headers 19.1.12. email.charset: Representing character sets 19.1.13. email.encoders: Encoders 19.1.14. email.utils: Miscellaneous utilities 19.1.15. email.iterators: Iterators 19.2. json — JSON encoder and decoder 19.2.1. Basic Usage 19.2.2. Encoders and Decoders 19.2.3. Exceptions 19.2.4. Standard Compliance and Interoperability 19.2.4.1. Character Encodings 19.2.4.2. Infinite and NaN Number Values 19.2.4.3. Repeated Names Within an Object 19.2.4.4. Top-level Non-Object, Non-Array Values 19.2.4.5. Implementation Limitations 19.2.5. Command Line Interface 19.2.5.1. Command line options 19.3. mailcap — Mailcap file handling 19.4. mailbox — Manipulate mailboxes in various formats 19.4.1. Mailbox objects 19.4.1.1. Maildir 19.4.1.2. mbox 19.4.1.3. MH 19.4.1.4. Babyl 19.4.1.5. MMDF 19.4.2. Message objects 19.4.2.1. MaildirMessage 19.4.2.2. mboxMessage 19.4.2.3. MHMessage 19.4.2.4. BabylMessage 19.4.2.5. MMDFMessage 19.4.3. Exceptions 19.4.4. Examples 19.5. mimetypes — Map filenames to MIME types 19.5.1. MimeTypes Objects 19.6. base64 — Base16, Base32, Base64, Base85 Data Encodings 19.7. binhex — Encode and decode binhex4 files 19.7.1. Notes 19.8. binascii — Convert between binary and ASCII 19.9. quopri — Encode and decode MIME quoted-printable data 19.10. uu — Encode and decode uuencode files 20. Structured Markup Processing Tools 20.1. html — HyperText Markup Language support 20.2. html.parser — Simple HTML and XHTML parser 20.2.1. Example HTML Parser Application 20.2.2. HTMLParser Methods 20.2.3. Examples 20.3. html.entities — Definitions of HTML general entities 20.4. XML Processing Modules 20.4.1. XML vulnerabilities 20.4.2. The defusedxml and defusedexpat Packages 20.5. xml.etree.ElementTree — The ElementTree XML API 20.5.1. Tutorial 20.5.1.1. XML tree and elements 20.5.1.2. Parsing XML 20.5.1.3. Pull API for non-blocking parsing 20.5.1.4. Finding interesting elements 20.5.1.5. Modifying an XML File 20.5.1.6. Building XML documents 20.5.1.7. Parsing XML with Namespaces 20.5.1.8. Additional resources 20.5.2. XPath support 20.5.2.1. Example 20.5.2.2. Supported XPath syntax 20.5.3. Reference 20.5.3.1. Functions 20.5.3.2. Element Objects 20.5.3.3. ElementTree Objects 20.5.3.4. QName Objects 20.5.3.5. TreeBuilder Objects 20.5.3.6. XMLParser Objects 20.5.3.7. XMLPullParser Objects 20.5.3.8. Exceptions 20.6. xml.dom — The Document Object Model API 20.6.1. Module Contents 20.6.2. Objects in the DOM 20.6.2.1. DOMImplementation Objects 20.6.2.2. Node Objects 20.6.2.3. NodeList Objects 20.6.2.4. DocumentType Objects 20.6.2.5. Document Objects 20.6.2.6. Element Objects 20.6.2.7. Attr Objects 20.6.2.8. NamedNodeMap Objects 20.6.2.9. Comment Objects 20.6.2.10. Text and CDATASection Objects 20.6.2.11. ProcessingInstruction Objects 20.6.2.12. Exceptions 20.6.3. Conformance 20.6.3.1. Type Mapping 20.6.3.2. Accessor Methods 20.7. xml.dom.minidom — Minimal DOM implementation 20.7.1. DOM Objects 20.7.2. DOM Example 20.7.3. minidom and the DOM standard 20.8. xml.dom.pulldom — Support for building partial DOM trees 20.8.1. DOMEventStream Objects 20.9. xml.sax — Support for SAX2 parsers 20.9.1. SAXException Objects 20.10. xml.sax.handler — Base classes for SAX handlers 20.10.1. ContentHandler Objects 20.10.2. DTDHandler Objects 20.10.3. EntityResolver Objects 20.10.4. ErrorHandler Objects 20.11. xml.sax.saxutils — SAX Utilities 20.12. xml.sax.xmlreader — Interface for XML parsers 20.12.1. XMLReader Objects 20.12.2. IncrementalParser Objects 20.12.3. Locator Objects 20.12.4. InputSource Objects 20.12.5. The Attributes Interface 20.12.6. The AttributesNS Interface 20.13. xml.parsers.expat — Fast XML parsing using Expat 20.13.1. XMLParser Objects 20.13.2. ExpatError Exceptions 20.13.3. Example 20.13.4. Content Model Descriptions 20.13.5. Expat error constants 21. Internet Protocols and Support 21.1. webbrowser — Convenient Web-browser controller 21.1.1. Browser Controller Objects 21.2. cgi — Common Gateway Interface support 21.2.1. Introduction 21.2.2. Using the cgi module 21.2.3. Higher Level Interface 21.2.4. Functions 21.2.5. Caring about security 21.2.6. Installing your CGI script on a Unix system 21.2.7. Testing your CGI script 21.2.8. Debugging CGI scripts 21.2.9. Common problems and solutions 21.3. cgitb — Traceback manager for CGI scripts 21.4. wsgiref — WSGI Utilities and Reference Implementation 21.4.1. wsgiref.util – WSGI environment utilities 21.4.2. wsgiref.headers – WSGI response header tools 21.4.3. wsgiref.simple_server – a simple WSGI HTTP server 21.4.4. wsgiref.validate — WSGI conformance checker 21.4.5. wsgiref.handlers – server/gateway base classes 21.4.6. Examples 21.5. urllib — URL handling modules 21.6. urllib.request — Extensible library for opening URLs 21.6.1. Request Objects 21.6.2. OpenerDirector Objects 21.6.3. BaseHandler Objects 21.6.4. HTTPRedirectHandler Objects 21.6.5. HTTPCookieProcessor Objects 21.6.6. ProxyHandler Objects 21.6.7. HTTPPasswordMgr Objects 21.6.8. HTTPPasswordMgrWithPriorAuth Objects 21.6.9. AbstractBasicAuthHandler Objects 21.6.10. HTTPBasicAuthHandler Objects 21.6.11. ProxyBasicAuthHandler Objects 21.6.12. AbstractDigestAuthHandler Objects 21.6.13. HTTPDigestAuthHandler Objects 21.6.14. ProxyDigestAuthHandler Objects 21.6.15. HTTPHandler Objects 21.6.16. HTTPSHandler Objects 21.6.17. FileHandler Objects 21.6.18. DataHandler Objects 21.6.19. FTPHandler Objects 21.6.20. CacheFTPHandler Objects 21.6.21. UnknownHandler Objects 21.6.22. HTTPErrorProcessor Objects 21.6.23. Examples 21.6.24. Legacy interface 21.6.25. urllib.request Restrictions 21.7. urllib.response — Response classes used by urllib 21.8. urllib.parse — Parse URLs into components 21.8.1. URL Parsing 21.8.2. Parsing ASCII Encoded Bytes 21.8.3. Structured Parse Results 21.8.4. URL Quoting 21.9. urllib.error — Exception classes raised by urllib.request 21.10. urllib.robotparser — Parser for robots.txt 21.11. http — HTTP modules 21.11.1. HTTP status codes 21.12. http.client — HTTP protocol client 21.12.1. HTTPConnection Objects 21.12.2. HTTPResponse Objects 21.12.3. Examples 21.12.4. HTTPMessage Objects 21.13. ftplib — FTP protocol client 21.13.1. FTP Objects 21.13.2. FTP_TLS Objects 21.14. poplib — POP3 protocol client 21.14.1. POP3 Objects 21.14.2. POP3 Example 21.15. imaplib — IMAP4 protocol client 21.15.1. IMAP4 Objects 21.15.2. IMAP4 Example 21.16. nntplib — NNTP protocol client 21.16.1. NNTP Objects 21.16.1.1. Attributes 21.16.1.2. Methods 21.16.2. Utility functions 21.17. smtplib — SMTP protocol client 21.17.1. SMTP Objects 21.17.2. SMTP Example 21.18. smtpd — SMTP Server 21.18.1. SMTPServer Objects 21.18.2. DebuggingServer Objects 21.18.3. PureProxy Objects 21.18.4. MailmanProxy Objects 21.18.5. SMTPChannel Objects 21.19. telnetlib — Telnet client 21.19.1. Telnet Objects 21.19.2. Telnet Example 21.20. uuid — UUID objects according to RFC 4122 21.20.1. Example 21.21. socketserver — A framework for network servers 21.21.1. Server Creation Notes 21.21.2. Server Objects 21.21.3. Request Handler Objects 21.21.4. Examples 21.21.4.1. socketserver.TCPServer Example 21.21.4.2. socketserver.UDPServer Example 21.21.4.3. Asynchronous Mixins 21.22. http.server — HTTP servers 21.23. http.cookies — HTTP state management 21.23.1. Cookie Objects 21.23.2. Morsel Objects 21.23.3. Example 21.24. http.cookiejar — Cookie handling for HTTP clients 21.24.1. CookieJar and FileCookieJar Objects 21.24.2. FileCookieJar subclasses and co-operation with web browsers 21.24.3. CookiePolicy Objects 21.24.4. DefaultCookiePolicy Objects 21.24.5. Cookie Objec
Java邮件开发Fundamentals of the JavaMail API
Fundamentals of the JavaMail API Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Table of Contents If you're viewing this document online, you can click any of the topics below to link directly to that section. 1. Tutorial tips 2 2. Introducing the JavaMail API 3 3. Reviewing related protocols 4 4. Installing JavaMail 6 5. Reviewing the core classes 8 6. Using the JavaMail API 13 7. Searching with SearchTerm 21 8. Exercises 22 9. Wrapup 32 Fundamentals of the JavaMail API Page 1 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 1. Tutorial tips Should I take this tutorial? Looking to incorporate mail facilities into your platform-independent Java solutions? Look no further than the JavaMail API, which offers a protocol-independent model for working with IMAP, POP, SMTP, MIME, and all those other Internet-related messaging protocols. With the help of the JavaBeans Activation Framework (JAF), your applications can now be mail-enabled through the JavaMail API. Concepts After completing this module you will understand the: * Basics of the Internet mail protocols SMTP, POP3, IMAP, and MIME * Architecture of the JavaMail framework * Connections between the JavaMail API and the JavaBeans Activation Framework Objectives By the end of this module you will be able to: * Send and read mail using the JavaMail API * Deal with sending and receiving attachments * Work with HTML messages * Use search terms to search for messages Prerequisites Instructions on how to download and install the JavaMail API are contained in the course. In addition, you will need a development environment such as the JDK 1.1.6+ or the Java 2 Platform, Standard Edition (J2SE) 1.2.x or 1.3.x. A general familiarity with object-oriented programming concepts and the Java programming language is necessary. The Java language essentials tutorial can help. copyright 1996-2000 Magelang Institute dba jGuru Contact jGuru has been dedicated to promoting the growth of the Java technology community through evangelism, education, and software since 1995. You can find out more about their activities, including their huge collection of FAQs at jGuru.com . To send feedback to jGuru about this course, send mail to producer@jguru.com . Course author: Formerly with jGuru.com , John Zukowski does strategic Java consulting for JZ Ventures, Inc. His latest book is titled Java Collections from Apress . Fundamentals of the JavaMail API Page 2 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 2. Introducing the JavaMail API What is the JavaMail API? The JavaMail API is an optional package (standard extension) for reading, composing, and sending electronic messages. You use the package to create Mail User Agent (MUA) type programs, similar to Eudora, pine, and Microsoft Outlook. The API's main purpose is not for transporting, delivering, and forwarding messages; this is the purview of applications such as sendmail and other Mail Transfer Agent (MTA) type programs. MUA-type programs let users read and write e-mail, whereas MUAs rely on MTAs to handle the actual delivery. The JavaMail API is designed to provide protocol-independent access for sending and receiving messages by dividing the API into two parts: * The first part of the API is the focus of this course --basically, how to send and receive messages independent of the provider/protocol. * The second part speaks the protocol-specific languages, like SMTP, POP, IMAP, and NNTP. With the JavaMail API, in order to communicate with a server, you need a provider for a protocol. The creation of protocol-specific providers is not covered in this course because Sun provides a sufficient set for free. Fundamentals of the JavaMail API Page 3 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 3. Reviewing related protocols Introduction Before looking into the JavaMail API specifics, let's step back and take a look at the protocols used with the API. There are basically four that you'll come to know and love: * SMTP * POP * IMAP * MIME You will also run across NNTP and some others. Understanding the basics of all the protocols will help you understand how to use the JavaMail API. While the API is designed to be protocol agnostic, you can't overcome the limitations of the underlying protocols. If a capability isn't supported by a chosen protocol, the JavaMail API doesn't magically add the capability on top of it. (As you'll soon see, this can be a problem when working with POP.) SMTP The Simple Mail Transfer Protocol (SMTP) is defined by RFC 821 . It defines the mechanism for delivery of e-mail. In the context of the JavaMail API, your JavaMail-based program will communicate with your company or Internet Service Provider's (ISP's) SMTP server. That SMTP server will relay the message on to the SMTP server of the recipient(s) to eventually be acquired by the user(s) through POP or IMAP. This does not require your SMTP server to be an open relay, as authentication is supported, but it is your responsibility to ensure the SMTP server is configured properly. There is nothing in the JavaMail API for tasks like configuring a server to relay messages or to add and remove e-mail accounts. POP POP stands for Post Office Protocol. Currently in version 3, also known as POP3, RFC 1939 defines this protocol. POP is the mechanism most people on the Internet use to get their mail. It defines support for a single mailbox for each user. That is all it does, and that is also the source of a lot of confusion. Much of what people are familiar with when using POP, like the ability to see how many new mail messages they have, are not supported by POP at all. These capabilities are built into programs like Eudora or Microsoft Outlook, which remember things like the last mail received and calculate how many are new for you. So, when using the JavaMail API, if you want this type of information, you have to calculate it yourself. IMAP IMAP is a more advanced protocol for receiving messages. Defined in RFC 2060 , IMAP stands for Internet Message Access Protocol, and is currently in version 4, also known as IMAP4. When using IMAP, your mail server must support the protocol. You can't just change your program to use IMAP instead of POP and expect everything in IMAP to be supported. Assuming your mail server supports IMAP, your JavaMail-based program can take Fundamentals of the JavaMail API Page 4 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks advantage of users having multiple folders on the server and these folders can be shared by multiple users. Due to the more advanced capabilities, you might think IMAP would be used by everyone. It isn't. It places a much heavier burden on the mail server, requiring the server to receive the new messages, deliver them to users when requested, and maintain them in multiple folders for each user. While this does centralize backups, as users' long-term mail folders get larger and larger, everyone suffers when disk space is exhausted. With POP, saved messages get offloaded from the mail server. MIME MIME stands for Multipurpose Internet Mail Extensions. It is not a mail transfer protocol. Instead, it defines the content of what is transferred: the format of the messages, attachments, and so on. There are many different documents that take effect here: RFC 822 , RFC 2045 , RFC 2046 , and RFC 2047 . As a user of the JavaMail API, you usually don't need to worry about these formats. However, these formats do exist and are used by your programs. NNTP and others Because of the split of the JavaMail API between provider and everything else, you can easily add support for additional protocols. Sun maintains a list of third-party providers that take advantage of protocols for which Sun does not provide out-of-the-box support. You'll find support for NNTP (Network News Transport Protocol) [newsgroups], S/MIME (Secure Multipurpose Internet Mail Extensions), and more. Fundamentals of the JavaMail API Page 5 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 4. Installing JavaMail Introduction There are two versions of the JavaMail API commonly used today: 1.2 and 1.1.3. All the examples in this course will work with both. While 1.2 is the latest, 1.1.3 is the version included with the 1.2.1 version of the Java 2 Platform, Enterprise Edition (J2EE), so it is still commonly used. The version of the JavaMail API you want to use affects what you download and install. All will work with JDK 1.1.6+, Java 2 Platform, Standard Edition (J2SE) version 1.2.x, and J2SE version 1.3.x. Note: After installing Sun's JavaMail implementation, you can find many example programs in the demo directory. Installing JavaMail 1.2 To use the JavaMail 1.2 API, download the JavaMail 1.2 implementation, unbundle the javamail-1_2.zip file, and add the mail.jar file to your CLASSPATH. The 1.2 implementation comes with an SMTP, IMAP4, and POP3 provider besides the core classes. After installing JavaMail 1.2, install the JavaBeans Activation Framework. Installing JavaMail 1.1.3 To use the JavaMail 1.1.3 API, download the JavaMail 1.1.3 implementation, unbundle the javamail1_1_3.zip file, and add the mail.jar file to your CLASSPATH. The 1.1.3 implementation comes with an SMTP and IMAP4 provider, besides the core classes. If you want to access a POP server with JavaMail 1.1.3, download and install a POP3 provider. Sun has one available separate from the JavaMail implementation. After downloading and unbundling pop31_1_1.zip, add pop3.jar to your CLASSPATH, too. After installing JavaMail 1.1.3, install the JavaBeans Activation Framework. Installing the JavaBeans Activation Framework All versions of the JavaMail API require the JavaBeans Activation Framework. The framework adds support for typing arbitrary blocks of data and handling it accordingly. This doesn't sound like much, but it is your basic MIME-type support found in many browsers and mail tools today. After downloading the framework, unbundle the jaf1_0_1.zip file, and add the activation.jar file to your CLASSPATH. For JavaMail 1.2 users, you should now have added mail.jar and activation.jar to your CLASSPATH. For JavaMail 1.1.3 users, you should now have added mail.jar, pop3.jar, and activation.jar to your CLASSPATH. If you have no plans of using POP3, you don't Fundamentals of the JavaMail API Page 6 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks need to add pop3.jar to your CLASSPATH. If you don't want to change the CLASSPATH environment variable, copy the jar files to your lib/ext directory under the Java Runtime Environment (JRE) directory. For instance, for the J2SE 1.3 release, the default directory would be C:\jdk1.3\jre\lib\ext on a Windows platform. Using JavaMail with the Java 2 Enterprise Edition If you use J2EE, there is nothing special you have to do to use the basic JavaMail API; it comes with the J2EE classes. Just make sure the j2ee.jar file is in your CLASSPATH and you're all set. For J2EE 1.2.1, the POP3 provider comes separately, so download and follow the steps to include the POP3 provider as shown in the previous section "Installing JavaMail 1.1.3." J2EE 1.3 users get the POP3 provider with J2EE so do not require the separate installation. Neither installation requires you to install the JavaBeans Activation Framework. Exercise Exercise 1. How to set up a JavaMail environment on page 22 Fundamentals of the JavaMail API Page 7 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 5. Reviewing the core classes Introduction Before taking a how-to approach at looking at the JavaMail classes in depth, this section walks you through the core classes that make up the API: Session, Message, Address, Authenticator, Transport, Store, and Folder. All these classes are found in the top-level package for the JavaMail API, javax.mail, though you'll frequently find yourself using subclasses found in the javax.mail.internet package. Session The Session class defines a basic mail session. It is through this session that everything else works. The Session object takes advantage of a java.util.Properties object to get information like mail server, username, password, and other information that can be shared across your entire application. The constructors for the class are private. You can get a single default session that can be shared with the getDefaultInstance() method: Properties props = new Properties(); // fill props with any information Session session = Session.getDefaultInstance(props, null); Or, you can create a unique session with getInstance(): Properties props = new Properties(); // fill props with any information Session session = Session.getDefaultInstance(props, null); In both cases, the null argument is an Authenticator object that is not being used at this time. In most cases, it is sufficient to use the shared session, even if working with mail sessions for multiple user mailboxes. You can add the username and password combination in at a later step in the communication process, keeping everything separate. Message Once you have your Session object, it is time to move on to creating the message to send. This is done with a type of Message . Because Message is an abstract class, you must work with a subclass, in most cases javax.mail.internet.MimeMessage .A MimeMessage is an e-mail message that understands MIME types and headers, as defined in the different RFCs. Message headers are restricted to US-ASCII characters only, though non-ASCII characters can be encoded in certain header fields. To create a Message, pass along the Session object to the MimeMessage constructor: MimeMessage message = new MimeMessage(session); Fundamentals of the JavaMail API Page 8 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Note: There are other constructors, like for creating messages from RFC822-formatted input streams. Once you have your message, you can set its parts, as Message implements the Part interface (with MimeMessage implementing MimePart ). The basic mechanism to set the content is the setContent() method, with arguments for the content and the mime type: message.setContent("Hello", "text/plain"); If, however, you know you are working with a MimeMessage and your message is plain text, you can use its setText() method, which only requires the actual content, defaulting to the MIME type of text/plain: message.setText("Hello"); For plain text messages, the latter form is the preferred mechanism to set the content. For sending other kinds of messages, like HTML messages, use the former. For setting the subject, use the setSubject() method: message.setSubject("First"); Address Once you've created the Session and the Message, as well as filled the message with content, it is time to address your letter with an Address . Like Message, Address is an abstract class. You use the javax.mail.internet.InternetAddress class. To create an address with just the e-mail address, pass the e-mail address to the constructor: Address address = new InternetAddress("president@whitehouse.gov"); If you want a name to appear next to the e-mail address, you can pass that along to the constructor, too: Address address = new InternetAddress("president@whitehouse.gov", "George Bush"); You will need to create address objects for the message's from field as well as the to field. Unless your mail server prevents you, there is nothing stopping you from sending a message that appears to be from anyone. Once you've created the addresses, you connect them to a message in one of two ways. For identifying the sender, you use the setFrom() and setReplyTo() methods. message.setFrom(address) If your message needs to show multiple from addresses, use the addFrom() method: Fundamentals of the JavaMail API Page 9 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Address address[] = ...; message.addFrom(address); For identifying the message recipients, you use the addRecipient() method. This method requires a Message.RecipientType besides the address. message.addRecipient(type, address) The three predefined types of address are: * Message.RecipientType.TO * Message.RecipientType.CC * Message.RecipientType.BCC So, if the message was to go to the vice president, sending a carbon copy to the first lady, the following would be appropriate: Address toAddress = new InternetAddress("vice.president@whitehouse.gov"); Address ccAddress = new InternetAddress("first.lady@whitehouse.gov"); message.addRecipient(Message.RecipientType.TO, toAddress); message.addRecipient(Message.RecipientType.CC, ccAddress); The JavaMail API provides no mechanism to check for the validity of an e-mail address. While you can program in support to scan for valid characters (as defined by RFC 822) or verify the MX (mail exchange) record yourself, these are all beyond the scope of the JavaMail API. Authenticator Like the java.net classes, the JavaMail API can take advantage of an Authenticator to access protected resources via a username and password. For the JavaMail API, that resource is the mail server. The JavaMail Authenticator is found in the javax.mail package and is different from the java.net class of the same name. The two don't share the same Authenticator as the JavaMail API works with Java 1.1, which didn't have the java.net variety. To use the Authenticator, you subclass the abstract class and return a PasswordAuthentication instance from the getPasswordAuthentication() method. You must register the Authenticator with the session when created. Then, your Authenticator will be notified when authentication is necessary. You could pop up a window or read the username and password from a configuration file (though if not encrypted is not secure), returning them to the caller as a PasswordAuthentication object. Properties props = new Properties(); // fill props with any information Authenticator auth = new MyAuthenticator(); Session session = Session.getDefaultInstance(props, auth); Transport The final part of sending a message is to use the Transport class. This class speaks the Fundamentals of the JavaMail API Page 10 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks protocol-specific language for sending the message (usually SMTP). It's an abstract class and works something like Session. You can use the default version of the class by just calling the static send() method: Transport.send(message); Or, you can get a specific instance from the session for your protocol, pass along the username and password (blank if unnecessary), send the message, and close the connection: message.saveChanges(); // implicit with send() Transport transport = session.getTransport("smtp"); transport.connect(host, username, password); transport.sendMessage(message, message.getAllRecipients()); transport.close(); This latter way is best when you need to send multiple messages, as it will keep the connection with the mail server active between messages. The basic send() mechanism makes a separate connection to the server for each method call. Note: To watch the mail commands go by to the mail server, set the debug flag with session.setDebug(true). Store and folder Getting messages starts similarly to sending messages with a Session. However, after getting the session, you connect to a Store , quite possibly with a username and password or Authenticator. Like Transport, you tell the Store what protocol to use: // Store store = session.getStore("imap"); Store store = session.getStore("pop3"); store.connect(host, username, password); After connecting to the Store, you can then get a Folder , which must be opened before you can read messages from it: Folder folder = store.getFolder("INBOX"); folder.open(Folder.READ_ONLY); Message message[] = folder.getMessages(); For POP3, the only folder available is the INBOX. If you are using IMAP, you can have other folders available. Note: Sun's providers are meant to be smart. While Message message[] = folder.getMessages(); might look like a slow operation reading every message from the server, only when you actually need to get a part of the message is the message content retrieved. Once you have a Message to read, you can get its content with getContent() or write its content to a stream with writeTo(). The getContent() method only gets the message content, while writeTo() output includes headers. Fundamentals of the JavaMail API Page 11 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks System.out.println(((MimeMessage)message).getContent()); Once you're done reading mail, close the connection to the folder and store. folder.close(aBoolean); store.close(); The boolean passed to the close() method of folder states whether or not to update the folder by removing deleted messages. Moving on Essentially, understanding how to use these seven classes is all you need for nearly everything with the JavaMail API. Most of the other capabilities of the JavaMail API build off these seven classes to do something a little different or in a particular way, like if the content is an attachment. Certain tasks, like searching, are isolated and are discussed later. Fundamentals of the JavaMail API Page 12 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 6. Using the JavaMail API Introduction You've seen how to work with the core parts of the JavaMail API. In the following sections you'll find a how-to approach for connecting the pieces to do specific tasks. Sending messages Sending an e-mail message involves getting a session, creating and filling a message, and sending it. You can specify your SMTP server by setting the mail.smtp.host property for the Properties object passed when getting the Session: String host = ...; String from = ...; String to = ...; // Get system properties Properties props = System.getProperties(); // Setup mail server props.put("mail.smtp.host", host); // Get session Session session = Session.getDefaultInstance(props, null); // Define message MimeMessage message = new MimeMessage(session); message.setFrom(new InternetAddress(from)); message.addRecipient(Message.RecipientType.TO, new InternetAddress(to)); message.setSubject("Hello JavaMail"); message.setText("Welcome to JavaMail"); // Send message Transport.send(message); You should place the code in a try-catch block, as setting up the message and sending it can throw exceptions. Exercise: Exercise 2. How to send your first message on page 23 Fetching messages For reading mail, you get a session, get and connect to an appropriate store for your mailbox, open the appropriate folder, and get your messages. Also, don't forget to close the connection when done. String host = ...; String username = ...; String password = ...; // Create empty properties Properties props = new Properties(); // Get session Session session = Session.getDefaultInstance(props, null); Fundamentals of the JavaMail API Page 13 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks // Get the store Store store = session.getStore("pop3"); store.connect(host, username, password); // Get folder Folder folder = store.getFolder("INBOX"); folder.open(Folder.READ_ONLY); // Get directory Message message[] = folder.getMessages(); for (int i=0, n=message.length; iPOP3 provider. Other providers may or may not implement the capabilities. It will more than likely be implemented for IMAP providers. Because POP only supports single access to the mailbox, you have to close the folder to delete the messages with Sun's provider. To unset a flag, just pass false to the setFlag() method. To see if a flag is set, check it with isSet(). Authenticating yourself You learned that you can use an Authenticator to prompt for username and password when needed, instead of passing them in as strings. Here you'll actually see how to more fully use authentication. Instead of connecting to the Store with the host, username, and password, you configure the Properties to have the host, and tell the Session about your custom Authenticator instance, as shown here: // Setup properties Properties props = System.getProperties(); props.put("mail.pop3.host", host); // Setup authentication, get session Authenticator auth = new PopupAuthenticator(); Session session = Session.getDefaultInstance(props, auth); // Get the store Store store = session.getStore("pop3"); store.connect(); You then subclass Authenticator and return a PasswordAuthentication object from the getPasswordAuthentication() method. The following is one such implementation, with a single field for both. (This isn't a Project Swing tutorial; just enter the two parts in the one field, separated by a comma.) Fundamentals of the JavaMail API Page 15 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks import javax.mail.*; import javax.swing.*; import java.util.*; public class PopupAuthenticator extends Authenticator { public PasswordAuthentication getPasswordAuthentication() { String username, password; String result = JOptionPane.showInputDialog( "Enter 'username,password'"); StringTokenizer st = new StringTokenizer(result, ","); username = st.nextToken(); password = st.nextToken(); return new PasswordAuthentication(username, password); } } Because the PopupAuthenticator relies on Swing, it will start up the event-handling thread for AWT. This basically requires you to add a call to System.exit() in your code to stop the program. Replying to messages The Message class includes a reply() method to configure a new Message with the proper recipient and subject, adding "Re: " if not already there. This does not add any content to the message, only copying the from or reply-to header to the new recipient. The method takes a boolean parameter indicating whether to reply to only the sender (false) or reply to all (true). MimeMessage reply = (MimeMessage)message.reply(false); reply.setFrom(new InternetAddress("president@whitehouse.gov")); reply.setText("Thanks"); Transport.send(reply); To configure the reply-to address when sending a message, use the setReplyTo() method. Exercise: Exercise 4. How to reply to mail on page 27 Forwarding messages Forwarding messages is a little more involved. There is no single method to call, and you build up the message to forward by working with the parts that make up a message. A mail message can be made up of multiple parts. Each part is a BodyPart , or more specifically, a MimeBodyPart when working with MIME messages. The different body parts get combined into a container called Multipart or, again, more specifically a MimeMultipart . To forward a message, you create one part for the text of your message and a second part with the message to forward, and combine the two into a multipart. Then you add the multipart to a properly addressed message and send it. That's essentially it. To copy the content from one message to another, just copy over its Fundamentals of the JavaMail API Page 16 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks DataHandler , a class from the JavaBeans Activation Framework. // Create the message to forward Message forward = new MimeMessage(session); // Fill in header forward.setSubject("Fwd: " + message.getSubject()); forward.setFrom(new InternetAddress(from)); forward.addRecipient(Message.RecipientType.TO, new InternetAddress(to)); // Create your new message part BodyPart messageBodyPart = new MimeBodyPart(); messageBodyPart.setText( "Here you go with the original message:\n\n"); // Create a multi-part to combine the parts Multipart multipart = new MimeMultipart(); multipart.addBodyPart(messageBodyPart); // Create and fill part for the forwarded content messageBodyPart = new MimeBodyPart(); messageBodyPart.setDataHandler(message.getDataHandler()); // Add part to multi part multipart.addBodyPart(messageBodyPart); // Associate multi-part with message forward.setContent(multipart); // Send message Transport.send(forward); Working with attachments Attachments are resources associated with a mail message, usually kept outside of the message like a text file, spreadsheet, or image. As with common mail programs like Eudora and pine, you can attach resources to your mail message with the JavaMail API and get those attachments when you receive the message. Sending attachments: Sending attachments is quite like forwarding messages. You build up the parts to make the complete message. After the first part, your message text, you add other parts where the DataHandler for each is your attachment, instead of the shared handler in the case of a forwarded message. If you are reading the attachment from a file, your attachment data source is a FileDataSource . Reading from a URL, it is a URLDataSource . Once you have your DataSource, just pass it on to the DataHandler constructor, before finally attaching it to the BodyPart with setDataHandler(). Assuming you want to retain the original filename for the attachment, the last thing to do is to set the filename associated with the attachment with the setFileName() method of BodyPart. All this is shown here: // Define message Message message = new MimeMessage(session); message.setFrom(new InternetAddress(from)); message.addRecipient(Message.RecipientType.TO, new InternetAddress(to)); message.setSubject("Hello JavaMail Attachment"); // Create the message part BodyPart messageBodyPart = new MimeBodyPart(); // Fill the message messageBodyPart.setText("Pardon Ideas"); Fundamentals of the JavaMail API Page 17 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Multipart multipart = new MimeMultipart(); multipart.addBodyPart(messageBodyPart); // Part two is attachment messageBodyPart = new MimeBodyPart(); DataSource source = new FileDataSource(filename); messageBodyPart.setDataHandler(new DataHandler(source)); messageBodyPart.setFileName(filename); multipart.addBodyPart(messageBodyPart); // Put parts in message message.setContent(multipart); // Send the message Transport.send(message); When including attachments with your messages, if your program is a servlet, your users must upload the attachment besides telling you where to send the message. Uploading each file can be handled with a form encoding type of multipart/form-data.
Note: Message size is limited by your SMTP server, not the JavaMail API. If you run into problems, consider increasing the Java heap size by setting the ms and mx parameters. Exercise: Exercise 5. How to send attachments on page 28 Getting attachments: Getting attachments out of your messages is a little more involved then sending them because MIME has no simple notion of attachments. The content of your message is a Multipart object when it has attachments. You then need to process each Part, to get the main content and the attachment(s). Parts marked with a disposition of Part.ATTACHMENT from part.getDisposition() are clearly attachments. However, attachments can also come across with no disposition (and a non-text MIME type) or a disposition of Part.INLINE. When the disposition is either Part.ATTACHMENT or Part.INLINE, you can save off the content for that message part. Just get the original filename with getFileName() and the input stream with getInputStream(). Multipart mp = (Multipart)message.getContent(); for (int i=0, n=multipart.getCount(); i"; message.setContent(htmlText, "text/html")); On the receiving end, if you fetch the message with the JavaMail API, there is nothing built into the API to display the message as HTML. The JavaMail API only sees it as a stream of bytes. To display the message as HTML, you must either use the Swing JEditorPane or some third-party HTML viewer component. if (message.getContentType().equals("text/html")) { String content = (String)message.getContent(); JFrame frame = new JFrame(); JEditorPane text = new JEditorPane("text/html", content); text.setEditable(false); JScrollPane pane = new JScrollPane(text); frame.getContentPane().add(pane); frame.setSize(300, 300); frame.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); frame.show(); } Including images with your messages: On the other hand, if you want your HTML content message to be complete, with embedded images included as part of the message, you must treat the image as an attachment and reference the image with a special cid URL, where the cid is a reference to the Content-ID header of the image attachment. The process of embedding an image is quite similar to attaching a file to a message, the only Fundamentals of the JavaMail API Page 19 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks difference is you have to tell the MimeMultipart that the parts are related by setting its subtype in the constructor (or with setSubType()) and set the Content-ID header for the image to a random string which is used as the src for the image in the img tag. The following demonstrates this completely. String file = ...; // Create the message Message message = new MimeMessage(session); // Fill its headers message.setSubject("Embedded Image"); message.setFrom(new InternetAddress(from)); message.addRecipient(Message.RecipientType.TO, new InternetAddress(to)); // Create your new message part BodyPart messageBodyPart = new MimeBodyPart(); String htmlText = "

Hello

" + ""; messageBodyPart.setContent(htmlText, "text/html"); // Create a related multi-part to combine the parts MimeMultipart multipart = new MimeMultipart("related"); multipart.addBodyPart(messageBodyPart); // Create part for the image messageBodyPart = new MimeBodyPart(); // Fetch the image and associate to part DataSource fds = new FileDataSource(file); messageBodyPart.setDataHandler(new DataHandler(fds)); messageBodyPart.setHeader("Content-ID","memememe"); // Add part to multi-part multipart.addBodyPart(messageBodyPart); // Associate multi-part with message message.setContent(multipart); Exercise: Exercise 6. How to send HTML messages with images on page 29 Fundamentals of the JavaMail API Page 20 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 7. Searching with SearchTerm Introduction The JavaMail API includes a filtering mechanism found in the javax.mail.search package to build up a SearchTerm . Once built, you then ask a Folder what messages match, retrieving an array of Message objects: SearchTerm st = ...; Message[] msgs = folder.search(st); There are 22 different classes available to help you build a search term. * AND terms (class AndTerm) * OR terms (class OrTerm) * NOT terms (class NotTerm) * SENT DATE terms (class SentDateTerm) * CONTENT terms (class BodyTerm) * HEADER terms (FromTerm / FromStringTerm, RecipientTerm / RecipientStringTerm, SubjectTerm, etc..) Essentially, you build up a logical expression for matching messages, then search. For instance the following term searches for messages with a (partial) subject string of ADV or a from field of friend@public.com. You might consider periodically running this query and automatically deleting any messages returned. SearchTerm st = new OrTerm( new SubjectTerm("ADV:"), new FromStringTerm("friend@public.com")); Message[] msgs = folder.search(st); Fundamentals of the JavaMail API Page 21 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 8. Exercises About the exercises These exercises are designed to provide help according to your needs. For example, you might simply complete the exercise given the information and the task list in the exercise body; you might want a few hints; or you may want a step-by-step guide to successfully complete a particular exercise. You can use as much or as little help as you need per exercise. Moreover, because complete solutions are also provided, you can skip a few exercises and still be able to complete future exercises requiring the skipped ones. Each exercise has a list of any prerequisite exercises, a list of skeleton code for you to start with, links to necessary API pages, and a text description of the exercise goal. In addition, there is help for each task and a solutions page with links to files that comprise a solution to the exercise. Exercise 1. How to set up a JavaMail environment In this exercise you will install Sun's JavaMail reference implementation. After installing, you will be introduced to the demonstration programs that come with the reference implementation. Task 1: Download the latest version of the JavaMail API implementation from Sun. Task 2: Download the latest version of the JavaBeans Activation Framework from Sun. Task 3: Unzip the downloaded packages. You get a ZIP file for all platforms for both packages. Help for task 3: You can use the jar tool to unzip the packages. Task 4: Add the mail.jar file from the JavaMail 1.2 download and the activation.jar file from the JavaBeans Activation Framework download to your CLASSPATH. Help for task 4: Copy the files to your extension library directory. For Microsoft Windows, using the default installation copy, the command might look like the following: cd \javamail-1.2 copy mail.jar \jdk1.3\jre\lib\ext cd \jaf-1.0.1 copy activation.jar \jdk1.3\jre\lib\ext If you don't like copying the files to the extension library directory, detailed instructions are available from Sun for setting your CLASSPATH on Windows NT. Task 5: Go into the demo directory that comes with the JavaMail API implementation and compile the msgsend program to send a test message. Help for task 5: javac msgsend.java Fundamentals of the JavaMail API Page 22 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Task 6: Execute the program passing in a from address with the -o option, your SMTP server with the -M option, and the to address (with no option). You'll then enter the subject, the text of your message, and the end-of-file character (CTRL-Z) to signal the end of the message input. Help for task 6: Be sure to replace the from address, SMTP server, and to address. java msgsend -o from@address -M SMTP.Server to@address If you are not sure of your SMTP server, contact your system administrator or check with your Internet Service Provider. Task 7: Check to make sure you received the message with your normal mail reader (Eudora, Outlook Express, pine, ...). Exercise 1. How to set up a JavaMail environment: Solution Upon successful completion, the JavaMail reference implementation will be in your CLASSPATH. Exercise 2. How to send your first message In the last exercise you sent a mail message using the demonstration program provided with the JavaMail implementation. In this exercise, you'll create the program yourself. For more help with exercises, see About the exercises on page 22 . Prerequisites: * Exercise 1. How to set up a JavaMail environment on page 22 Skeleton code: * MailExample.java Task 1: Starting with the skeleton code , get the system Properties. Help for task 1: Properties props = System.getProperties(); Task 2: Add the name of your SMTP server to the properties for the mail.smtp.host key. Fundamentals of the JavaMail API Page 23 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Help for task 2: props.put("mail.smtp.host", host); Task 3: Get a Session object based on the Properties. Help for task 3: Session session = Session.getDefaultInstance(props, null); Task 4: Create a MimeMessage from the session. Help for task 4: MimeMessage message = new MimeMessage(session); Task 5: Set the from field of the message. Help for task 5: message.setFrom(new InternetAddress(from)); Task 6: Set the to field of the message. Help for task 6: message.addRecipient(Message.RecipientType.TO, new InternetAddress(to)); Task 7: Set the subject of the message. Help for task 7: message.setSubject("Hello JavaMail"); Task 8: Set the content of the message. Help for task 8: message.setText("Welcome to JavaMail"); Task 9: Use a Transport to send the message. Help for task 9: Transport.send(message); Task 10: Compile and run the program, passing your SMTP server, from address, and to address on the command line. Fundamentals of the JavaMail API Page 24 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Help for task 10: java MailExample SMTP.Server from@address to@address Task 11: Check to make sure you received the message with your normal mail reader (Eudora, Outlook Express, pine, ...). Exercise 2. How to send your first message: Solution The following Java source file represents a solution to this exercise: * Solution/MailExample.java Exercise 3. How to check for mail In this exercise, create a program that displays the from address and subject for each message and prompts to display the message content. For more help with exercises, see About the exercises on page 22 . Prerequisites: * Exercise 1. How to set up a JavaMail environment on page 22 Skeleton Code * GetMessageExample.java Task 1: Starting with the skeleton code , get or create a Properties object. Help for task 1: Properties props = new Properties(); Task 2: Get a Session object based on the Properties. Help for task 2: Session session = Session.getDefaultInstance(props, null); Task 3: Get a Store for your e-mail protocol, either pop3 or imap. Help for task 3: Store store = session.getStore("pop3"); Task 4: Connect to your mail host's store with the appropriate username and password. Fundamentals of the JavaMail API Page 25 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Help for task 4: store.connect(host, username, password); Task 5: Get the folder you want to read. More than likely, this will be the INBOX. Help for task 5: Folder folder = store.getFolder("INBOX"); Task 6: Open the folder read-only. Help for task 6: folder.open(Folder.READ_ONLY); Task 7: Get a directory of the messages in the folder. Save the message list in an array variable named message. Help for task 7: Message message[] = folder.getMessages(); Task 8: For each message, display the from field and the subject. Help for task 8: System.out.println(i + ": " + message[i].getFrom()[0] + "\t" + message[i].getSubject()); Task 9: Display the message content when prompted. Help for task 9: System.out.println(message[i].getContent()); Task 10: Close the connection to the folder and store. Help for task 10: folder.close(false); store.close(); Task 11: Compile and run the program, passing your mail server, username, and password on the command line. Answer YES to the messages you want to read. Just hit ENTER if you don't. If you want to stop reading your mail before making your way through all the messages, enter QUIT. Help for task 11: java GetMessageExample POP.Server username password Fundamentals of the JavaMail API Page 26 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Exercise 3. How to check for mail: Solution The following Java source file represents a solution to this exercise. * Solution/GetMessageExample.java Exercise 4. How to reply to mail In this exercise, create a program that creates a canned reply message and attaches the original message if it's plain text. For more help with exercises, see About the exercises on page 22 . Prerequisites: * Exercise 3. How to check for mail on page 25 Skeleton Code: * ReplyExample.java Task 1: The skeleton code already includes the code to get the list of messages from the folder and prompt you to create a reply. Task 2: When answered affirmatively, create a new MimeMessage from the original message. Help for task 2: MimeMessage reply = (MimeMessage)message[i].reply(false); Task 3: Set the from field to your e-mail address. Task 4: Create the text for the reply. Include a canned message to start. When the original message is plain text, add each line of the original message, prefix each line with the "> " characters. Help for task 4: To check for plain text messages, check the messages MIME type with mimeMessage.isMimeType("text/plain"). Task 5: Set the message's content, once the message content is fully determined. Task 6: Send the message. Task 7: Compile and run the program, passing your mail server, SMTP server, username, password, and from address on the command line. Answer YES to the messages you want to send replies. Just hit ENTER if you don't. If you want to stop going through your mail before Fundamentals of the JavaMail API Page 27 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks making your way through all the messages, enter QUIT. Help for task 7: java ReplyExample POP.Server SMTP.Server username password from@address Task 8: Check to make sure you received the message with your normal mail reader (Eudora, Outlook Express, pine, ...). Exercise 4. How to reply to mail: Solution The following Java source file represents a solution to this exercise. * Solution/ReplyExample.java Exercise 5. How to send attachments In this exercise, create a program that sends a message with an attachment. For more help with exercises, see About the exercises on page 22 . Prerequisites: * Exercise 2. How to send your first message on page 23 Skeleton Code: * AttachExample.java Task 1: The skeleton code already includes the code to get the initial mail session. Task 2: From the session, get a Message and set its header fields: to, from, and subject. Task 3: Create a BodyPart for the main message content and fill its content with the text of the message. Help for task 3: BodyPart messageBodyPart = new MimeBodyPart(); messageBodyPart.setText("Here's the file"); Task 4: Create a Multipart to combine the main content with the attachment. Add the main content to the multipart. Help for task 4: Multipart multipart = new MimeMultipart(); multipart.addBodyPart(messageBodyPart); Fundamentals of the JavaMail API Page 28 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Task 5: Create a second BodyPart for the attachment. Task 6: Get the attachment as a DataSource. Help for task 6: DataSource source = new FileDataSource(filename); Task 7: Set the DataHandler for the message part to the data source. Carry the original filename along. Help for task 7: messageBodyPart.setDataHandler(new DataHandler(source)); messageBodyPart.setFileName(filename); Task 8: Add the second part of the message to the multipart. Task 9: Set the content of the message to the multipart. Help for task 9: message.setContent(multipart); Task 10: Send the message. Task 11: Compile and run the program, passing your SMTP server, from address, to address, and filename on the command line. This will send the file as an attachment. Help for task 11: java AttachExample SMTP.Server from@address to@address filename Task 12: Check to make sure you received the message with your normal mail reader (Eudora, Outlook Express, pine, ...). Exercise 5. How to send attachments: Solution The following Java source file represents a solution to this exercise. * Solution/AttachExample.java Exercise 6. How to send HTML messages with images In this exercise, create a program that sends an HTML message with an image attachment where the image is displayed within the HTML message. Fundamentals of the JavaMail API Page 29 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks For more help with exercises, see About the exercises on page 22 . Prerequisites: * Exercise 5. How to send attachments on page 28 Skeleton code: * logo.gif * HtmlImageExample.java Task 1: The skeleton code already includes the code to get the initial mail session, create the main message, and fill its headers (to, from, subject). Task 2: Create a BodyPart for the HTML message content. Task 3: Create a text string of the HTML content. Include a reference in the HTML to an image () that is local to the mail message. Help for task 3: Use a cid URL. The content-id will need to be specified for the image later. String htmlText = "

Hello

" + ""; Task 4: Set the content of the message part. Be sure to specify the MIME type is text/html. Help for task 4: messageBodyPart.setContent(htmlText, "text/html"); Task 5: Create a Multipart to combine the main content with the attachment. Be sure to specify that the parts are related. Add the main content to the multipart. Help for task 5: MimeMultipart multipart = new MimeMultipart("related"); multipart.addBodyPart(messageBodyPart); Task 6: Create a second BodyPart for the attachment. Task 7: Get the attachment as a DataSource, and set the DataHandler for the message part to the data source. Task 8: Set the Content-ID header for the part to match the image reference specified in the HTML. Help for task 8: messageBodyPart.setHeader("Content-ID","memememe"); Task 9: Add the second part of the message to the multipart, and set the content of the Fundamentals of the JavaMail API Page 30 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks message to the multipart. Task 10: Send the message. Task 11: Compile and run the program, passing your SMTP server, from address, to address, and filename on the command line. This will send the images as an inline image within the HTML text. Help for task 11: java HtmlImageExample SMTP.Server from@address to@address filename Task 12: Check if your mail reader recognizes the message as HTML and displays the image within the message, instead of as a link to an external attachment file. Help for task 12: If your mail reader can't display HTML messages, consider sending the message to a friend. Exercise 6. How to send HTML messages with images: Solution The following Java source files represent a solution to this exercise. * Solution/logo.gif * Solution/HtmlImageExample.java Fundamentals of the JavaMail API Page 31 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Section 9. Wrapup In summary The JavaMail API is a Java package used for reading, composing, and sending e-mail messages and their attachments. It lets you build standards-based e-mail clients that employ various Internet mail protocols, including SMTP, POP, IMAP, and MIME, as well as related protocols such as NNTP, S/MIME, and others. The API divides naturally into two parts. The first focuses on sending, receiving, and managing messages independent of the protocol used, whereas the second focuses on specific use of the protocols. The purpose of this tutorial was to show how to use the first part of the API, without attempting to deal with protocol providers. The core JavaMail API consists of seven classes --Session, Message, Address, Authenticator, Transport, Store, and Folder --all of which are found in javax.mail, the top-level package for the JavaMail API. We used these classes to work through a number of common e-mail-related tasks, including sending messages, retrieving messages, deleting messages, authenticating, replying to messages, forwarding messages, managing attachments, processing HTML-based messages, and searching or filtering mail lists. Finally, we provided a number of step-by-step exercises to help illustrate the concepts presented. Hopefully, this will help you add e-mail functionality to your platform-independent Java applications. Resources You can do much more with the JavaMail API than what's found here. The lessons and exercises found here can be supplemented by the following resources: * Download the JavaMail 1.2 API from the JavaMail API home page . * The JavaBeans Activation Framework is required for versions 1.2 and 1.1.3 of the JavaMail API. * The JavaMail-interest mailing list is a Sun-hosted discussion forum for developers. * Sun's JavaMail FAQ addresses the use of JavaMail in applets and servlets, as well as prototol-specific questions. * Tutorial author John Zukowski maintains jGuru's JavaMail FAQ . * Want to see how others are using JavaMail? Check out Sun's list of third-party products. * If you want more detail about JavaMail, read Rick Grehan's "How JavaMail keeps it simple" (Lotus Developer Network, June 2000). * Benoit Marchal shows how to use Java and XML to produce plain text and HTML newsletters in this two-part series, "Managing e-zines with JavaMail and XSLT" Part 1 (developerWorks, March 2001) and Part 2 (developerWorks, April 2001). * "Linking Applications with E-mail" (Lotus Developer Network, May 2000) discusses how groupware can facilitate communication, collaboration, and coordination among applications. Fundamentals of the JavaMail API Page 32 Presented by developerWorks, your source for great tutorials ibm.com/developerWorks Feedback Please let us know whether this tutorial was helpful to you and how we could make it better. We'd also like to hear about other tutorial topics you'd like to see covered. Thanks! For questions about the content of this tutorial, contact the author John Zukowski ( jaz@zukowski.net ) Colophon This tutorial was written entirely in XML, using the developerWorks Toot-O-Matic tutorial generator. The Toot-O-Matic tool is a short Java program that uses XSLT stylesheets to convert the XML source into a number of HTML pages, a zip file, JPEG heading graphics, and PDF files. Our ability to generate multiple text and binary formats from a single source file illustrates the power and flexibility of XML. Fundamentals of the JavaMail API Page 33
ICS delphixe10源码版
ICS - Internet Component Suite - V8 - Delphi 7 to RAD Studio 10 Seattle ======================================================================= (Aka FPIETTE's Components) Revised: March 3, 2016 http://www.overbyte.be/ http://wiki.overbyte.be/ Table of content: ----------------- - Legal issues - Donate - Register - Contributions - Latest Versions - Version Control repository - Installation - Available VCL Components - Sample applications - About SSL - Support - Release notes - Midware - Known problems - Special thanks Legal issues: ------------- Copyright (C) 1997-2016 by Fran鏾is PIETTE Rue de Grady 24, 4053 Embourg, Belgium SSL implementation includes code written by Arno Garrels, Berlin, Germany, contact: ICS is freeware. This software is provided 'as-is', without any express or implied warranty. In no event will the author be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented, you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. 4. You must register this software by sending a picture postcard to the author. Use a nice stamp and mention your name, street address, EMail address and any comment you like to say. 5. As this code make use of OpenSSL, your rights are restricted by OpenSSL license as soon as you use any SSL feature. See http://www.openssl.org for details. Donate ------ ICS is freeware. You can use it without paying anything except the registration postcard (see "register" below). But of course donations are welcome. You can send cash (Euro currency or US Dollars) in an envelop to my street address or buy a gift certificate at Amazon in the UK. I will then use it to buy books. Here is the direct URL at Amazon UK (nearest to my home, please don't use another): http://www.amazon.co.uk/exec/obidos/gc-email-order1/ref=g_gc_email/202-6198323-6681414 For more generous amount, contact me by email. Register -------- ICS is freeware. If you use the components, you must register by sending a picture postcard showing the area you live in and some beautiful stamps for my kids who are stamp collectors. Do not use an envelop, I collect USED postcards sent to me. Write on the postcard that it is your ICS registration. Address your card to: Francois PIETTE, rue de Grady 24, 4053 Embourg, Belgium. Don't forget to mention your name, street address, EMail and web site. Contributions: -------------- ICS has been designed by Fran鏾is PIETTE but many other peoples are working on the components and sample programs. The history of changes in each source file list all developers having contributed (When no name is given, the change is by F. Piette). I can't list all contributors here but I want to specially thanks two specially active contributors: - Arno Garrels - Angus Robertson Latest versions: --------------- The latest versions of ICS can be downloaded from the ICS Wiki web site: http://wiki.overbyte.be/wiki/index.php/ICS_Download ICS V5 and V6 are archive releases no longer updated, last supported release was 2007. ICS V7 is a stable release that may still be updated for major bugs, but not for new releases of Delphi, latest it supported was XE3. ICS V8 is the current development release which is held in a public Version Control repository that is zipped each night for easy download. The download page above also includes the OpenSSL binaries needed to support SSL. ICS V8 supports Delphi 64-bit and Mac OS-X projects. Note that latest C++ Builder version supported is XE3 (lack of spare time, sorry). ICS V9 is in early development and is planned to support Android. There are no current plans for ICS for iOS. Version Control repository: --------------------------- svn://svn.overbyte.be/ics or http://svn.overbyte.be:8443/svn/ics (Usercode = ics, password = ics) Installation: ------------- ICS V8 has been designed for Embarcadero Delphi 2009 and up, and C++ Builder 2009 and up, but is fully compatible with Borland Delphi 7 and CodeGear 2006 and 2007. Embarcadero RAD Studio includes Delphi and C++ Builder. http://www.embarcadero.com/ With Delphi XE2 and later, VCL 64-bit Windows targets are supported for Delphi only. Currently FireMonkey is partly supported for Delphi only (there are still a few non-ported components). ICS for Mac OSX is currently experimental. The zip file has sub-directories in it. You must use the WinZip "Use folder names" option to restore this directory tree or you will have problems because the files would not be in their proper subdirectories. Please note most of these directories are differently named to ICS V7 and earlier, to ease support of multiple versions of Delphi and platforms, and to ease location of similar sample projects. Please don't install V8 over an existing V7 installation, it will be a mess of old and new. This is the new V8 sub-directory layout: .\ Info directory .\Install Component packages project groups for all versions .\Packages (was Delphi\Vc32) Delphi (7 and up) and C++Builder (2006 and up) packages projects .\Source (was Delphi\Vc32) ICS Delphi source code built into packages .\Source\Include (was Delphi\Vc32) .inc files (including OverbyteIcsDefs.inc) .\Source\Extras (was Delphi\Vc32) Extra source code not built into packages .\Source\zobj125 (was Delphi\Vc32) ZLIB C OBJ include files .\Lib Unit output directories for all package builds, subdirectories | for 2007+ will be created on building the packages \$(Config) Release / Debug | \$(Platform) Win32 / Win64 / OSX32 | \ D7..XE8, 10 Seattle includes .dcu and .dfm files for Delphi and .obj and .hpp files for C++ Builder .\Samples Delphi Win32/Win64 common source for all demos .\Samples\delphi\BroswerDemo Delphi Win32/Win64 Web Browser sample application (all Delphi versions) .\Samples\delphi\BroswerDemo\Resources Resource file, web pages and movie linked into browser demo .\Samples\delphi\FtpDemos Delphi Win32/Win64 FTP sample applications (all Delphi versions) .\Samples\delphi\MailNewsDemos Delphi Win32/Win64 SMTP, POP3, NNTP sample applications (all Delphi versions) .\Samples\delphi\MiscDemos Delphi Win32/Win64 Miscellaneous applications (all Delphi versions) .\Samples\delphi\OtherDemos Delphi Win32/Win64 DNS, Ping, SNMP, Syslog sample applications (all Delphi versions) .\Samples\delphi\PlatformDemos Delphi FireMonkey and cross-platform samples (Delphi XE2+) .\Samples\delphi\SocketDemos Delphi Win32/Win64 Socket sample applications (all Delphi versions) .\Samples\delphi\sslinternet Delphi Win32/Win64 SSL-enabled sample applications (all Delphi versions) .\Samples\delphi\WebDemos Delphi Win32/Win64 HTTP sample applications (all Delphi versions) .\Samples\delphi\WebDemos\WebAppServerData Directory for WebAppServ demo data files .\Samples\delphi\WebDemos\WebServData Directory for WebServ demo data files .\Samples\cpp\internet C++Builder sample applications .\Samples\cpp\internet\cb2006 C++Builder 2006 projects .\Samples\cpp\internet\cb2007 C++Builder 2007 projects .\Samples\cpp\internet\cb2009 C++Builder 2009 projects .\Samples\cpp\internet\cb2010 C++Builder 2010 projects .\Samples\cpp\internet\cbXE C++Builder XE projects .\Samples\cpp\internet\cbXE2 C++Builder XE2 projects UPGRADING and REINSTALLING Uninstall an existing ICS package (Menu | Component | Install Packages, select the component package and click Remove). Rename the old ICS directory and unzip to a new or empty directory, remove the old path from the library path and add either the new .\Source directory to the library path under Tools | Options |... or the appropriate .\Lib subdirectory according to version, ie .\Lib\Debug\Win32\D2007 for Delphi 2007. The latter has the advantage that the ICS source code won't be recompiled whenever your project is build. Also under Tools | Options |... add the new .\Source directory to the Browsing path. All DELPHI and C++ BUILDER VERSIONS/WIN32 Always upgrade your compiler with the latest update available from Embarcadero. Always update your system with http://windowsupdate.microsoft.com SSL or not SSL? By default the SSL code is compiled into the run-time package and additional SSL- enabled components are installed. In order to not compile the SSL code into the run-time package and to not install the SSL-Enabled components you need to remove the conditional define USE_SSL from both the run-time and design-time package. However if you do not build your applications with run-time packages it is recommended to build the packages with default settings. The SSL code will the be compiled into your applications depending on whether the conditional define USE_SSL is set in the project options or not (this requires having the .\Source directory in either in the library path or in projects Search path). Actual use of SSL in your applications also requires the OpenSSL files LIBEAY32.DLL and SSLEAY32.DLL being available somewhere in the path. Note different DLLs are needed for Win32 and Win64 applications. The ICS distribution includes the latest Win32 OpenSSL files in the .\OpenSSL-Win32 directory and the two main DLLs duplicated in .\Samples\delphi\sslinternet. Other OpenSSL files, including older and Win64, may be downloaded from: http://wiki.overbyte.be/wiki/index.php/ICS_Download INSTALLATION USING THE INSTALL PROJECT GROUPS For each Delphi and C++ Builder version one project group is provided in directory .\Install: Delphi 7 : D7Install.bpg Delphi 2006 : D2006Install.bdsgroup Delphi 2007 : D2007Install.groupproj Delphi 2009 : D2009Install.groupproj Delphi 2010 : D2010Install.groupproj Delphi XE : DXeInstall.groupproj Delphi XE2 : DXe2Install.groupproj // VCL only, no FireMonkey components Delphi XE2 : DXe2InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE3 : DXe3Install.groupproj // VCL only, no FireMonkey components Delphi XE3 : DXe3InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE4 : DXe4Install.groupproj // VCL only, no FireMonkey components Delphi XE4 : DXe4InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE5 : DXe5Install.groupproj // VCL only, no FireMonkey components Delphi XE5 : DXe5InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE6 : DXe6Install.groupproj // VCL only, no FireMonkey components Delphi XE6 : DXe6InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE7 : DXe7Install.groupproj // VCL only, no FireMonkey components Delphi XE7 : DXe7InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi XE8 : DXe8Install.groupproj // VCL only, no FireMonkey components Delphi XE8 : DXe8InstallVclFmx.groupproj // Both VCL and FireMonkey components Delphi 10 Seattle : D10SInstall.groupproj // VCL only, no FireMonkey components Delphi 10 Seattle : D10SInstallVclFmx.groupproj // Both VCL and FireMonkey components C++ Builder 2006 : CB2006Install.bdsgroup C++ Builder 2007 : CB2007Install.groupproj C++ Builder 2009 : CB2009Install.groupproj C++ Builder 2010 : CB2010Install.groupproj C++ Builder XE : CBXeInstall.groupproj C++ Builder XE2 : CBXe2Install.groupproj // VCL only no FireMonkey components C++ Builder XE2 : CBXe2InstallVclFmx.groupproj // Both VCL and FireMonkey components C++ Builder XE3 : CBXe3InstallVclFmx.groupproj // Both VCL and FireMonkey components 1 - Do a File/Open Project, navigate to the Install directory, select the correct file and open it. The project manager view should now display two package projects, one run-time and one design-time package. The run-time package name contains the "Run" suffix. The design-time package name contains the "Design" suffix. 2 - Select and Build the run-time package (do not install). 3 - Select and Install the design-time package. After a few seconds, you should have a dialog box telling you the package has been installed with a bunch of new components registered in the Tool Palette under "Overbyte ICS" and "Overbyte ICS SSL". Then do a "Save All" and a "Close All". 4 - One package is installed, called 'Overbyte ICS Design-Time Package for Delphi xxx'. 5 - Various directories under .\Samples\delphi\ include samples that illustrate use of all the ICS components, see later. FIREMONKEY CROSS PLATFORM PACKAGES: 1 - For XE2 and later, DXe?Install (where ? is the version) installs VCL components only, while DXe?InstallVclFmx also installs FireMonkey cross platform components (three run time packages). In order to use this feature first uninstall the old design-time package. 2 = Build all three run-time packages for all available platforms (32-bit and 64-bit Windows and Mac OS X) in the order they are listed in project manager. 3 - Next build and install the three design-time packages in the order they are listed in project manager. 4 - Three packages are installed, called: 'Overbyte ICS Common Design-Time Package for Delphi xxx' 'Overbyte ICS FMX Design-Time Package for Delphi xxx' 'Overbyte ICS VCL Design-Time Package for Delphi xxx' Note that the new packaging is still beta/alpha, both package names and included units might change in a future beta drop. The old VCL packages are still there however they do no longer support FireMonkey and of course only one set of packages can be installed in the IDE at the same time, if you want both VCL and FMX install DXe2InstallVclFmx.groupproj only. Currently the XE2 package cache is buggy and should be disabled by adding the -nocache parameter. 5 - The .\Samples\delphi\PlatformDemos\ folder contains FireMonkey sample projects that may all be built with FireMonkey for Mac OS X (and Windows). ALTERNATE INSTALLATION USING THE PACKAGE PROJECT FILES: For each Delphi and C++ Builder version two package project files exist in the .\Packages directory. One run-time and one design-time package project file. The run-time file name contains the "Run" suffix. The design-time file name contains the "Design" suffix. PACKAGE PROJECT FILE NAMES - VCL: Delphi 7 : OverbyteIcsD7Run.dpk, OverbyteIcsD7Design.dpk Delphi 2006 : OverbyteIcsD2006Run.bdsproj, OverbyteIcsD2006Design.bdsproj Delphi 2007 : OverbyteIcsD2007Run.dproj, OverbyteIcsD2007Design.dproj Delphi 2009 : OverbyteIcsD2009Run.dproj, OverbyteIcsD2009Design.dproj Delphi 2010 : OverbyteIcsD2010Run.dproj, OverbyteIcsD2010Design.dproj Delphi XE : OverbyteIcsDXeRun.dproj, OverbyteIcsDXeDesign.dproj Delphi XE2 : OverbyteIcsDXe2Run.dproj, OverbyteIcsDXe2Design.dproj Delphi XE3 : OverbyteIcsDXe3Run.dproj, OverbyteIcsDXe3Design.dproj Delphi XE4 : OverbyteIcsDXe4Run.dproj, OverbyteIcsDXe4Design.dproj Delphi XE5 : OverbyteIcsDXe5Run.dproj, OverbyteIcsDXe5Design.dproj Delphi XE6 : OverbyteIcsDXe6Run.dproj, OverbyteIcsDXe6Design.dproj Delphi XE7 : OverbyteIcsDXe7Run.dproj, OverbyteIcsDXe7Design.dproj Delphi XE8 : OverbyteIcsDXe8Run.dproj, OverbyteIcsDXe8Design.dproj Delphi 10 Seattle : OverbyteIcsD10SRun.dproj, OverbyteIcsD10SDesign.dproj C++ Builder 2006 : OverbyteIcsCB2006Run.bdsproj, OverbyteIcsCB2006Design.bdsproj C++ Builder 2007 : OverbyteIcsCB2007Run.cbproj, OverbyteIcsCB2007Design.cbproj C++ Builder 2009 : OverbyteIcsCB2009Run.cbproj, OverbyteIcsCB2009Design.cbproj C++ Builder 2010 : OverbyteIcsCB2010Run.cbproj, OverbyteIcsCB2010Design.cbproj C++ Builder XE : OverbyteIcsCBXeRun.cbproj, OverbyteIcsCBXeDesign.cbproj C++ Builder XE2 : OverbyteIcsCBXe2Run.cbproj, OverbyteIcsCBXe2Design.cbproj C++ Builder XE3 : OverbyteIcsCBXe3Run.cbproj, OverbyteIcsCBXe3Design.cbproj PACKAGE PROJECT FILE NAMES - FireMonkey and VCL: Delphi XE2 FMX/VCL : IcsCommonDXe2Run.dproj, IcsCommonDXe2Design.dproj Delphi XE2 VCL : IcsVclDXe2Run.dproj, IcsVclDXe2Design.dproj Delphi XE2 FMX : IcsFmxDXe2Run.dproj, IcsFmxDXe2Design.dproj Delphi XE3 FMX/VCL : IcsCommonDXe3Run.dproj, IcsCommonDXe3Design.dproj Delphi XE3 VCL : IcsVclDXe3Run.dproj, IcsVclDXe3Design.dproj Delphi XE3 FMX : IcsFmxDXe3Run.dproj, IcsFmxDXe3Design.dproj Delphi XE4 FMX/VCL : IcsCommonDXe4Run.dproj, IcsCommonDXe4Design.dproj Delphi XE4 VCL : IcsVclDXe4Run.dproj, IcsVclDXe4Design.dproj Delphi XE4 FMX : IcsFmxDXe4Run.dproj, IcsFmxDXe4Design.dproj Delphi XE5 FMX/VCL : IcsCommonDXe5Run.dproj, IcsCommonDXe5Design.dproj Delphi XE5 VCL : IcsVclDXe5Run.dproj, IcsVclDXe5Design.dproj Delphi XE5 FMX : IcsFmxDXe5Run.dproj, IcsFmxDXe5Design.dproj Delphi XE6 FMX/VCL : IcsCommonDXe6Run.dproj, IcsCommonDXe6Design.dproj Delphi XE6 VCL : IcsVclDXe6Run.dproj, IcsVclDXe6Design.dproj Delphi XE6 FMX : IcsFmxDXe6Run.dproj, IcsFmxDXe6Design.dproj Delphi XE7 FMX/VCL : IcsCommonDXe7Run.dproj, IcsCommonDXe7Design.dproj Delphi XE7 VCL : IcsVclDXe7Run.dproj, IcsVclDXe7Design.dproj Delphi XE7 FMX : IcsFmxDXe7Run.dproj, IcsFmxDXe7Design.dproj Delphi XE8 FMX/VCL : IcsCommonDXe8Run.dproj, IcsCommonDXe8Design.dproj Delphi XE8 VCL : IcsVclDXe8Run.dproj, IcsVclDXe8Design.dproj Delphi XE8 FMX : IcsFmxDXe8Run.dproj, IcsFmxDXe8Design.dproj Delphi 10 Seattle FMX/VCL: IcsCommonD10SRun.dproj, IcsCommonD10SDesign.dproj Delphi 10 Seattle VCL : IcsVclD10SRun.dproj, IcsVclD10SDesign.dproj Delphi 10 Seattle FMX : IcsFmxD10SRun.dproj, IcsFmxD10SDesign.dproj C++ Builder XE2 FMX/VCL : IcsCommonCBXe2Run.dproj, IcsCommonDXe2Design.dproj C++ Builder XE2 VCL : IcsVclCBXe2Run.dproj, IcsVclCBXe2Design.dproj C++ Builder XE2 FMX : IcsFmxCBXe2Run.dproj, IcsFmxCBXe2Design.dproj C++ Builder XE3 FMX/VCL : IcsCommonCBXe3Run.dproj, IcsCommonDXe3Design.dproj C++ Builder XE3 VCL : IcsVclCBXe3Run.dproj, IcsVclCBXe3Design.dproj C++ Builder XE3 FMX : IcsFmxCBXe3Run.dproj, IcsFmxCBXe3Design.dproj 1 - Open and Build the run-time package project (do not install!). 2 - Open and Install the design-time package project. (Do a File/Open Project, browse to the .\Packages directory. Select the correct file and open it. Then in the project manager view, right-click on the package, then click on either the Build or Install button.) 3 - For Delphi XE2 and later, a 64-bit run-time package can be built by changing the package target platform to 64-bit Windows. This has the same name as the 32-bit package, so a different package output directory needs to be specified in Tools / Options / Delphi Options for 64-bit Windows. After a few seconds, you should have a dialog box telling you the package has been installed with a bunch of new components registered in the Tool Palette under "Overbyte ICS" and "Overbyte ICS SSL". Then do a "Save All" and a "Close All". DELPHI 2006/WIN32, 2007/WIN32, 2009/WIN32, 2010/WIN32, XE/WIN32: Having installed the package, verify that the appropriate Win32 Library Path (Tools / Options / Delphi Options / Library - Win32 / Library Path) has been added, .\Lib subdirectory according to version, ie .\Lib\Debug\Win32\D2007 for Delphi 2007. If not, add it manually. It is not mandatory to add .\Lib to the global Delphi path, but it will be much easier for you because otherwise you'll have to add it to each project. DELPHI XE2/WIN32, XE3/WIN32, XE4/WIN32, XE5/WIN32, XE6/WIN32, XE7/WIN32, XE8/WIN32, 10 Seattle/WIN32, XE2/WIN64, XE3/WIN64, XE4/WIN64, XE5/WIN64, XE6/WIN64, XE7/WIN64, XE8/WIN64, 10 Seattle/WIN64: Similar to above, but the Library path is specified separately for 32-bit and 64-bit Windows Platforms. DELPHI 7: Add VC32 directory path to your library path (Tools menu / Environment Options / Library / Library Path. Add .\Lib\Debug\Win32\D7 path at the end of the existing path). SAMPLE DELPHI PROJECTS Once the package is installed, you may open the sample projects. The samples are split into several directories according to protocols, most with a project group that can be opened in all versions of Delphi. .\Samples\delphi\BroswerDemo .\Samples\delphi\FtpDemos\FtpDemos.bpg .\Samples\delphi\MailNewsDemos\MailNewsDemos.bpg .\Samples\delphi\MiscDemos\MiscDemos.bpg .\Samples\delphi\OtherDemos\OtherDemos.bpg .\Samples\delphi\PlatformDemos\XSamples.groupproj .\Samples\delphi\SocketDemos\SocketDemos.bpg .\Samples\delphi\sslinternet\SslDemos.bpg .\Samples\delphi\WebDemos\WebDemos.bpg Full details of the sample projects are shown later in this document. You might get some dialog box telling you that resource files are missing (they may not have been included in the zip file to save space) and are recreated by Delphi. It is OK. Any other error message is a problem you should fix. After all resource files have been recreated, you should see in the project manager a group of projects. To compile all samples in the group at once, do Project / Build all projects. This may take a few minutes. Note 1: Delphi may run out of memory if you ask to compile all projects at once. If you have not enough RAM, then compile each project individually. Note 2: Delphi has warnings which triggers a lot of messages for 100% OK code. You can turn those warnings off in the project/ options / Compiler messages and deselecting: "Deprecated symbol", "Platform symbol", "unsafe type", "unsafe code", "unsafe typecast". Those are intended for .NET and Linux portability. You can safely ignore them if you run windows. For you facility, I included a utility SetProjectOptions (source code, you must compile it) in the internet directory. This utility will update project options to disable the warnings. Once the components are all installed, you may open the sample projects each one after the other and compile them. For each project, do file/open and select the dpr file in the internet directory. Then Project/Build All. C++ BUILDER 2006, 2007, 2009, 2010, XE, XE2, XE3: Follow the installation procedure described for Delphi 2006. Just change the project group and package name: use CB2006, CBXe, etc, see above. You can't have Delphi 2006 and CBuilder 2006 packages installed at the same time in the IDE. So when switching from one to the other, be sure to remove the one you don't need. Building the FireMonkey CBXE2InstallVclFmx C++ packages for OSX may trigger an ILINK32 error, this is a bug in C++ Builder reported as QC #103668 the Win32 packages should build without errors. Once the components are all installed, you may open the sample projects each one after the other and compile them. For each project, do file/open and select the dpr file in the internet directory. Then Project/Build All. Projects are located in SAMPLES\CPP\INTERNET\CB2006\ (or CB2006, CBXE, etc) with a project group in each directory, OverbyteIcsCB2006Sam.bdsgroup, OverbyteIcsCBXe2Sam.groupproj, etc. It is likely that for each project, C++ Builder complains about a missing .res file. This is not a problem, C++ Builder will recreate it as needed. They have not been included to save space in the zip file. Once the components are all installed, you may open the sample projects each one after the other and compile them. For each project, do file/open and select the dpr file in the internet directory. Then Project/Build All. NOTES: - You may have an error message, using Delphi or C++ Builder complaining about Font.Charset, OldCreateOrder and other properties. Those are new properties in newer Delphi or C++ Builder versions, newer than the version you use. You can safely ignore those errors because those properties are not used by the components nor sample programs. You may encounter this error at run time. To avoid it, you must open each form at design time and ignore the error. Then recompile. If you don't ignore the error at design time, you'll have it at runtime ! - If you have Delphi or C++ Builder complaining about a file not found, add .\source directory to your library path. - If you are using C++ Builder you may encounter an error at link time such as "Unable to open file MWBCB30.LIB" (or other libs). This is a bug in C++ Builder. To solve it, you can edit project option file (right click in project manager) and remove any reference to the missing libraries. - Don't forget that the C++Builder components are located in .\delphi\vc32 which is object pascal source code (not a problem for C++Builder, just indicate that the *.pas files are displayed when installing). C++Builder will create the *.hpp files. There are some on-line help files in the VC32 directory. Available VCL Components ------------------------ - The following is a list of the files that should be installed in order to properly add all of the available components in this collection: > OverbyteIcsCharsetComboBox.pas Provides easy MIME charset selection > OverbyteIcsDnsQuery DNS lookup component - useful for getting MX records > OverbyteIcsDprUpdFix.pas IDE plugin for Delphi 2009 and 2010 to update old projects > OverbyteIcsEmulVT.pas ANSI terminal emulation in a control > OverbyteIcsFingCli.pas FINGER client protocol - Find information about user > OverbyteIcsFtpCli.pas FTP client protocol - file transfer > OverbyteIcsFtpSrv.pas FTP server protocol - file transfer > OverbyteIcsFtpSrvT.pas FTP server protocol - helpers > OverbyteIcsHttpAppServer.pas HTTP server protocol - used to build advanced web servers > OverbyteIcsHttpProt.pas HTTP client protocol - used by the web > OverbyteIcsHttpSrv.pas HTTP server protocol - used to build web servers > OverbyteIcsLogger.pas A component to log information > OverbyteIcsMimeDec.pas MIME component - decode file attach, use with POP3 > OverbyteIcsMultiProgressBar.pas A segmented progress bar > OverbyteIcsMultipartFtpDownloader.pas FTP client protocol - download one file using simultaneous connections to speedup download > OverbyteIcsMultipartHttpDownloader.pas HTTP client protocol - download one file using simultaneous connections to speedup download > OverbyteIcsNntpCli.pas NNTP client protocol - send and receive newsgroups messages > OverbyteIcsPing.pas ICMP echo protocol - ping a host > OverbyteIcsPop3Prot.pas POP3 client protocol - get mail from mail server > OverbyteIcsReg.pas Register design components > OverbyteIcsSmtpProt.pas SMTP client protocol - send mail to server > OverbyteIcsSmtpSrv.pas SMTP server protocol - receive mail from client > OverbyteIcsSnmpCli.pas SNMP client protocol - network management > OverbyteIcsSnmpMsgs.pas SNMP client protocol - message helper > OverbyteIcsSysLogClient.pas Syslog Client Protocol - receive syslog messages > OverbyteIcsSysLogDefs.pas Syslog Protocol - helpers > OverbyteIcsSysLogServer.pas Syslog Server Protocol - send syslog messages > OverbyteIcsTnCnx.pas TELNET client protocol - terminal emulation protocol > OverbyteIcsTnEmulVT.pas TELNET and ANSI terminal emulation combined > OverbyteIcsTnOptFrm.pas TELNET Client configuration form > OverbyteIcsTnScript.pas TELNET client protocol - with automation > OverbyteIcsWSocket.pas Winsock component - TCP, UDP, DNS,... > OverbyteIcsWSocketE.pas Register procedure and property editor for TWSocket > OverbyteIcsWSocketS.pas Winsock component for building servers > OverbyteIcsWSocketTS.pas Winsock component for building multithreaded servers - The following list support and utilities units: > OverbyteIcsAsn1Utils.pas ASN1 utilities (for TSnmpClient component) > OverbyteIcsAvlTrees.pas Implements a fast cache-like data storage > OverbyteIcsCharsetUtils.pas MIME-charset functions > OverbyteIcsCookies.pas Client Cookie Handling > OverbyteIcsCRC.pas 32 bit CRC computation > OverbyteIcsCsc.pas character set routines > OverbyteIcsDES.pas Implementation of the Data Encryption Standard (DES) > OverbyteIcsDigestAuth.pas HTTP Digest Access Authentication > OverbyteIcsFormDataDecoder.pas Decode a MIME data block as generated by a HTML form > OverbyteIcsHttpCCodZLib.pas Supports GZIP coding for HttpContCod > OverbyteIcsHttpContCod.pas HTTP Content Coding support, uses extra units > OverbyteIcsIcmp.pas ICMP protocol support, used by the PING component > OverbyteIcsIconv.pas Headers for iconv library (LGPL) > OverbyteIcsLIBEAY.pas Delphi encapsulation for LIBEAY32.DLL (OpenSSL) > OverbyteIcsMD4.pas Implementation of the MD4 Message-Digest Algorithm > OverbyteIcsMD5.pas Implementation of the MD5 Message-Digest Algorithm > OverbyteIcsMimeUtil.pas Support routines for MIME standard > OverbyteIcsMLang.pas A few header translations from MS mlang.h > OverbyteIcsNtlmMsgs.pas Client NTLM authentification messages used within HTTP protocol > OverbyteIcsNtlmSsp.pas Server NTLM authentification of user credentials using Windows SSPI > OverbyteIcsOneTimePw.pas One Time Password support functions, used by FTP > OverbyteIcsSHA1.pas Implementation of US Secure Hash Algorithm 1 (SHA1) > OverbyteIcsSocketUtils.pas Cross platform socket utilities for ICS > OverbyteIcsSSLEAY.pas Delphi encapsulation for SSLEAY32.DLL (OpenSSL) > OverbyteIcsSslSessionCache.pas A very fast external SSL-session-cache component > OverbyteIcsSslThrdLock.pas Implementation of OpenSsl thread locking (Windows); > OverbyteIcsSspi.pas A few header translations from MS sspi.h and security.h > OverbyteIcsStreams.pas Fast streams for ICS > OverbyteIcsThreadTimer.pas A custom timer class using custom timer messages from one or more threads > OverbyteIcsTicks64.pas GetTickCount64 support for all versions of Windows > OverbyteIcsTimeList.pas List of items with expiry times, used for WebSessions > OverbyteIcsTypes.pas Common types, mainly for backward compiler compatibility > OverbyteIcsURL.pas Support routines for URL handling > OverbyteIcsUtils.pas Vast number of common utilities, many supporting Unicode for D7/2007 > OverbyteIcsWSockBuf.pas FIFO buffers for TWSocket > OverbyteIcsWebSession.pas Web session support for THttpAppSrv and MidWare > OverbyteIcsWinnls.pas A few header translations for Unicode Normalization in winnls.h > OverbyteIcsWinsock.pas Some Winsock initialisations > OverbyteIcsWndControl.pas A class that encapsulates a windows message queue and a message map > OverbyteIcsZLibDll.pas Zlib support, interface to external zlib.dll functions > OverbyteIcsZlibHigh.pas Zlib support, high level interface for compression and decompression > OverbyteIcsZLibObj.pas Zlib support, interface to zlib linked C OBJ functions FireMonkey Cross Platform Support: ---------------------------------- For Delphi and C++ Builder XE2 and later, FireMonkey Desktop applications are an alternate to VCL Forms applications, supporting cross platforms of Windows 32-bit and 64-bit and Mac OS X (and perhaps other platforms in future). FireMonkey uses different visual components to VCL, while some non-visual components can be used for both VCL and FMX projects, while other components need special versions, such as ICS. Earlier betas of V8 used the conditional define "FMX" which is *no longer required in project options. Instead in your existing ICS FireMonkey app. add either "Ics.Fmx" to the unit scope names in project options or apply the following changes in the uses clause, rename: OverbyteIcsWndControl -> Ics.Fmx.OverbyteIcsWndControl OverbyteIcsWSocket -> Ics.Fmx.OverbyteIcsWSocket OverbyteIcsFtpCli -> Ics.Fmx.OverbyteIcsFtpCli OverbyteIcsFtpSrv -> Ics.Fmx.OverbyteIcsFtpSrv OverbyteIcsHttpProt -> Ics.Fmx.OverbyteIcsHttpProt OverbyteIcsWSocketS -> Ics.Fmx.OverbyteIcsWSocketS OverbyteIcsSmtpProt -> Ics.Fmx.OverbyteIcsSmtpProt.pas OverbyteIcsPop3Prot -> Ics.Fmx.OverbyteIcsPop3Prot.pas OverbyteIcsNntpCli -> Ics.Fmx.OverbyteIcsNntpCli.pas OverbyteIcsPing -> Ics.Fmx.OverbyteIcsPing.pas OverbyteIcsDnsQuery -> Ics.Fmx.OverbyteIcsDnsQuery.pas OverbyteIcsFingCli -> Ics.Fmx.OverbyteIcsFingCli.pas OverbyteIcsSslSessionCache -> Ics.Fmx.OverbyteIcsSslSessionCache.pas OverbyteIcsSslThrdLock -> Ics.Fmx.OverbyteIcsSslThrdLock.pas OverbyteIcsHttpSrv -> Ics.Fmx.OverbyteIcsHttpSrv.pas OverbyteIcsSocketUtils -> Ics.Fmx.OverbyteIcsSocketUtils.pas OverbyteIcsMultipartFtpDownloader -> Ics.Fmx.OverbyteIcsMultipartFtpDownloader.pas OverbyteIcsMultipartHttpDownloader -> Ics.Fmx.OverbyteIcsMultipartHttpDownloader.pas OverbyteIcsHttpAppServer -> Ics.Fmx.OverbyteIcsHttpAppServer.pas OverbyteIcsThreadTimer -> Ics.Fmx.OverbyteIcsThreadTimer.pas OverbyteIcsCharsetComboBox -> Ics.Fmx.OverbyteIcsCharsetComboBox.pas { Demo units } OverbyteIcsWebAppServerCounter -> Ics.Fmx.OverbyteIcsWebAppServerCounter OverbyteIcsWebAppServerMailer -> Ics.Fmx.OverbyteIcsWebAppServerMailer The list above is also the list of units that now have different names in the FireMonkey framework however most of them share the same source file. Dropping a ICS component on the form will add the correct unit name for each framework automatically (don't forget to disable the package cache as described above). Unit OverbyteIcsLibrary.pas has been *deprecated* and ICS IPv8 doesn't use it anymore. If you used it in your own code read the comment in OverbyteIcsLibrary.pas, search for "deprecated". Sample applications: -------------------- With V8, the sample applications are now grouped into directories according to general functionality, to make it easier to compare related samples. Many samples are similar. When searching for something, always look at the date the demos where created. The most recent is always the best code! In the lists below, ACTIVE!! indicates applications that are actively maintained to test and support new functionality in the ICS components. These may not be simplest samples, but are usually the first to try when learning about a component. Delphi Win32/Win64 Web Browser sample application ------------------------------------------------- .\Samples\delphi\BroswerDemo > FrameBrowserIcs.dpr Web Browser using HtmlViewer component - ACTIVE!! Note this sample needs HtmlViewer component installed Delphi Win32/Win64 FTP sample applications ------------------------------------------ .\Samples\delphi\FtpDemos\FtpDemos.bpg - Project group > OverbyteIcsBasFtp.dpr Basic FTP client program > OverbyteIcsConFtp.dpr Basic console mode FTP client > OverbyteIcsFtpAsy.dpr Example of asynchronous FTP client > OverbyteIcsFtpMulti.dpr Demo to do several FTP downloads in parallel to get a list of files > OverbyteIcsFtpMultipartDownload.dpr Demo to FTP download a single large file in several parts in parallel > OverbyteIcsFtpServ.dpr General purpose FTP server, uses TSocketServer - ACTIVE!! > OverbyteIcsFtpThrd.dpr Demo of multithreaded FTP client, see also FTPASY > OverbyteIcsFtpTst.dpr Basic graphical FTP client - ACTIVE!! Delphi Win32/Win64 SMTP, POP3, NNTP sample applications ------------------------------------------------------- .\Samples\delphi\MailNewsDemos\MailNewsDemos.bpg - Project group > OverbyteIcsBasNntp.dpr Basic NNTP client program > OverbyteIcsConPop3.dpr Basic console mode demo for POP3 (mail receive) > OverbyteIcsConSmtp.dpr Basic console mode demo for SMTP (mail send) > OverbyteIcsMailHtml.dpr Example of HTML formatted EMail sending, including embedded images - ACTIVE!! > OverbyteIcsMailRcv.dpr Internet EMail access using POP3 protocol - ACTIVE!! > OverbyteIcsMailSnd.dpr Example of EMail sending using SMTP, including file attach - ACTIVE!! > OverbyteIcsMailSndAsync.dpr Example of parallel EMail sending with multiple connections > OverbyteIcsMimeDemo.dpr Example of EMail decoding (attached files are extracted) - ACTIVE!! > OverbyteIcsNewsReader.dpr Example of TNntpCli component (Send/receive newsgroups) - ACTIVE!! > OverbyteIcsSmtpServer.dpr Internet EMail server using SMTP protocol - ACTIVE!! Delphi Win32/Win64 Miscellaneous applications --------------------------------------------- .\Samples\delphi\MiscDemos\MiscDemos.bpg - Project group > OverbyteIcsBufStrmTst.dpr Test of buffered stream classes > OverbyteIcsCacheTest.dpr Test of TCacheTree class used in TSslAvlSessionCache > OverbyteIcsMD4Test.dpr Test program for MD4 unit > OverbyteIcsMD5File.dpr Example of MD5 unit: computer MD5 checksum for files > OverbyteIcsMD5Test.dpr Test program for MD5 unit > OverbyteIcsOneTimePassword.dpr One Time Password test routines for OverByteIcsOneTimePw unit > OverbyteIcsSHA1Test.dpr Test program for SHA unit > OverbyteIcsThreadTimerDemo.dpr Demo for TIcsThreadTimer > OverbyteIcsTicks64Demo.dpr GetTickCount64 test routines for OverbyteIcsTicks64 unit > OverbyteIcsTimerDemo.dpr Very simple demo for TIcsTimer > OverByteIcsWndControlTest.dpr Test program for windows and threads Delphi Win32/Win64 DNS, Ping, SNMP, Syslog sample applications -------------------------------------------------------------- .\Samples\delphi\OtherDemos\OtherDemos.bpg - Project group > OverbyteIcsBatchDnsLookup.dpr Batch async DNS lookup using DnsLookup (IPv6 and IPv4) > OverbyteIcsConPing.dpr Basic console mode demo for ping component > OverbyteIcsDll1.dpr Demo showing how to use a TWSocket component in a DLL > OverbyteIcsDll2.dpr Demo showing how to use a THttpCli component in a DLL > OverbyteIcsDllTst.dpr Test program calling ICSDLL1 and ICSDLL2 > OverbyteIcsDnsLook.dpr Example of name resolution (IPv6 and IPv4) > OverbyteIcsDnsResolver.dpr Batch async DNS lookup event driven using DnsQuery > OverbyteIcsFinger.dpr Example of TFingerCli component > OverbyteIcsNsLookup.dpr Demo for the DnsQuery component > OverbyteIcsPingTst.dpr Demo for the ping component, includes trace route > OverbyteIcsSnmpCliTst.dpr Demo for SNMP (simple network management protocol) component > OverbyteIcsSysLogClientDemo.dpr Demo for SysLog client component > OverbyteIcsSysLogServerDemo.dpr Demo for SysLog server component Delphi FireMonkey cross-platform samples (Delphi XE2 and later) --------------------------------------------------------------- All these samples may be built for Mac OS X (and Windows). .\Samples\delphi\PlatformDemos\XSamples.groupproj > IcsCliDemo.dproj Example of client for SRVDEMO, IPV4 only > IcsTcpSrvIPv6.dproj Basic server without client forms, event-driven, IPv4/IPV6 > IcsConSmtp.dproj Basic console mode demo for SMTP (mail send) > IcsMailSnd.dproj Example of EMail sending using SMTP, including file attach > IcsMailRcv.dproj Internet EMail access using POP3 protocol > IcsHttpsTst.dproj Example of THttpCli component (GET), show many features > IcsWebServ.dproj Demo of HTTP server, uses TSocketServer > IcsWebAppServ.dproj Advanced HTTP server demo, uses WebServ, adds sessions > IcsFtpTst.dproj Basic graphical FTP client > IcsFtpServ.dproj General purpose FTP server, uses TSocketServer > IcsUdpLstn.dproj UDP listen demo > IcsUdpSend.dproj UDP send demo > IcsBatchDnsLookup.dproj Batch async DNS lookup using DnsLookup (IPv6 and IPv4) > IcsDll1.dproj Demo showing how to use a TWSocket component in a DLL > IcsDll2.dproj Demo showing how to use a THttpCli component in a DLL > IcsDllTst.dproj Test program calling ICSDLL1 and ICSDLL2 > IcsThreadTimerDemo.dproj Very simple demo for TIcsTimer Delphi Win32/Win64 Socket sample applications --------------------------------------------- .\Samples\delphi\SocketDemos\SocketDemos.bpg - Project group > OverbyteIcsBinCliDemo.dpr Client program to receive binary and delimited text data. Works with BinTcpSrv demo. > OverbyteIcsCliDemo.dpr Example of client for SRVDEMO, IPV4 only - ACTIVE!! > OverbyteIcsClient5.dpr Basic client GUI applications > OverbyteIcsClient7.dpr Simple client application demonstrating TWSocket > OverbyteIcsConCli1.dpr Basic client/server console applications > OverbyteIcsConCli2.dpr Basic client/server console applications with thread > OverbyteIcsConSrv1.dpr Basic server application in console mode > OverbyteIcsConUdpLstn.dpr Console application to listen for UDP messages > OverbyteIcsDynCli.dpr Demo of dynamically created TWSocket components > OverbyteIcsMtSrv.dpr Basic server, multi-threaded, see THRDSRV for better code > OverbyteIcsRecv.dpr Simple file receive (server), use with SENDER demo (client) > OverbyteIcsSender.dpr Simple file send (client), use with RECV demo (server) > OverbyteIcsServer5.dpr Basic server GUI applications > OverbyteIcsSocksTst.dpr How to use TWSocket with SOCKS protocol (firewall traversing) > OverbyteIcsSrvDemo.dpr Example of server using a TTable - ACTIVE!! > OverbyteIcsSrvTcp.dpr Basic server without client forms, event-driven > OverbyteIcsSvcTcp.dpr Same as SRVTCP but as an NT/2K/XP service > OverbyteIcsTWSChat.dpr Chat program (both client and server in a single program) > OverbyteIcsTcpSrv.dpr Basic server without client forms, event-driven, IPv4 only - ACTIVE!! > OverbyteIcsTcpSrvIPv6.dpr Basic server without client forms, event-driven, IPv4/IPV6 - ACTIVE!! > OverbyteIcsTelnetClient.dpr Telnet client using a TnEmulVT > OverbyteIcsThrdSrv.dpr Basic multithreaded TCP server, banner sent in main thread > OverbyteIcsThrdSrvV2.dpr Basic multithreaded TCP server, banner sent in worker thread > OverbyteIcsThrdSrvV3.dpr Basic TCP server showing how to use TWSocketThrdServer > OverbyteIcsTnDemo.dpr Telnet client using a TMemo > OverbyteIcsTnSrv.dpr Basic TCP server with client forms, event-driven > OverbyteIcsUdpLstn.dpr UDP listen demo > OverbyteIcsUdpSend.dpr UDP send demo Delphi Win32/Win64 SSL-enabled sample applications -------------------------------------------------- .\Samples\delphi\sslinternet\SslDemos.bpg - Project group > OverbyteIcsHttpsTst.dpr Example of TSslHttpCli component (GET) - ACTIVE!! > OverbyteIcsPemTool.dpr ICS Pem Certificate Tool - Create and import certificates in OpenSLL PEM format > OverbyteIcsSimpleSslCli.dpr Example of simple SSL client using TSslWSocket - ACTIVE!! > OverbyteIcsSimpleSslServer.dpr Example of SSL server using TSslWSocket - ACTIVE!! > OverbyteIcsSslFtpServ.dpr General purpose FTP SSL server, uses TSocketServer - ACTIVE!! > OverbyteIcsSslFtpTst.dpr Basic graphical FTP SSL client - ACTIVE!! > OverbyteIcsSslMailRcv.dpr Internet EMail access using POP3 protocol and SSL - ACTIVE!! > OverbyteIcsSslMailSnd.dpr Example of EMail sending using SMTP and SSL - ACTIVE!! > OverbyteIcsSslNewsRdr.dpr Example of TSslNntpCli component (Send/receive newsgroups) - ACTIVE!! > OverbyteIcsMsVerify.dpr Verify and show an OpenSSL certificate or certificate chain using class TMsCertChainEngine which uses MS crypto API - ACTIVE!! > OverbyteIcsSslSniSrv.dpr Test of Server Name Indication (SNI) in server mode - ACTIVE!! > OverbyteIcsSslWebServ.dpr Demo of HTTPS server, uses TSocketServer - ACTIVE!! > OverbyteIcsSslWebAppServer.dpr Advanced HTTPS server demo, uses WebServ, adds sessions - ACTIVE!! > OverbyteIcsSslSmtpServer.dpr Internet EMail server using SMTP protocol and SSL - ACTIVE!! Delphi Win32/Win64 HTTP sample applications ------------------------------------------- .\Samples\delphi\WebDemos\WebDemos.bpg - Project group > OverbyteIcsConHttp.dpr Basic console mode HTTP client > OverbyteIcsHttpAsp.dpr Example of THttpCli component with cookie (POST to an ASP page) > OverbyteIcsHttpAsy.dpr Example of THttpCli component with multiple async requests (GET) > OverbyteIcsHttpChk.dpr Example of THttpCli to check for valid URL using HEAD request > OverbyteIcsHttpDmo.dpr Simple HTTP client demo with proxy > OverbyteIcsHttpGet.dpr Example of THttpCli component (GET into a file) > OverbyteIcsHttpMultipartDownload.dpr Demo application for TMultipartHttpDownloader to download files using simultaneous connections > OverbyteIcsHttpPg.dpr Example of THttpCli component (POST to CGI script) > OverbyteIcsHttpPost.dpr Example of THttpCli component (POST), work with WebServ sample - ACTIVE!! > OverbyteIcsHttpThrd.dpr Example of THttpCli component (multi-threaded GET) > OverbyteIcsHttpTst.dpr Example of THttpCli component (GET), show many features - ACTIVE!! > OverbyteIcsIsapi.dll Example of FTP client component within an ISAPI extension > OverbyteIcsWebAppServer.dpr Advanced HTTP server demo, uses WebServ, adds sessions - ACTIVE!! > OverbyteIcsWebServ.dpr Demo of HTTP server, uses TSocketServer - ACTIVE!! Two samples are not in the project group since they need extra components installed > OverbyteIcsRestDemo.drp Demo program showing how to use REST API from Google and Yahoo > OverbyteIcsRestJsonDemo.drp Demo program showing how to use REST API from Google Search and JSON Sample Notes ------------ Note 1: Not all samples have been rewritten in C++ for C++ Builder. And those rewritten are frequently much simpler. So C++ Builder user: have a look at the Delphi sample too ! Note 2: Follow "UserMade" link on ICS web site to find more sample programs written by ICS users. As explained in the component installation, you may encounter an error loading a sample application or running it. This may be because the last time I loaded the form, I was using another Delphi or C++ Builder version which has new properties. You can safely ignore messages related to those new properties. They are not used in the samples. (The properties are CharSet, OldCreateOrder and others). You can also encounter error about duplicate resources. You can ignore them safely. If you have those errors, open each form in the IDE, ignore the error then recompile. If you don't open the form in the IDE, you'll get the errors at runtime and your program will abort. When installing a new version, always delete old dcu, obj, dcpil and always recompile everything ! Close everything before recompiling the library or packages. When installing a new version, be sure to unzip it in the same directory tree as the old one or you'll mess both versions. About SSL: ---------- TSslWSocket and TSslWSocketServer component are derived from the standard TWSocket and TWSocketServer component. The SSL code is compiled into the component only if you define USE_SSL symbol to your packages and projects. Just add USE_SSL to the defines in the project or package options and recompile everything. The components make use of LIBEAY32.DLL and SSLEAY32.DLL to handle SSL protocol stuff. The DLLs are dynamically loaded at runtime. It means that the DLLs will only be required at runtime when you first make use of a SSL function. Your applications will run on systems without OpenSSL DLLs as long as you don't call any SSL function. The files may be downloaded from: http://wiki.overbyte.be/wiki/index.php/ICS_Download Most ICS components have their SSL enabled counter part. They work exactly the same way as the regular component except when SSL specific stuff is needed, for example certificates. To support SSL stuff, the SSL-enabled version use some new properties, events and methods. Many sample programs have their SSL-enabled counter part in a separate sources located in SslInternet folder. SSL certificates: To make use of SSL, you frequently need certificates. I provide some demo certificates I built using command line OpenSSL tool. PEM certificates can be opened by a text editor, LF as well as CRLF are allowed as line breaks. CACERT.PEM : A demo certificate for "Example CA" 01CERT.PEM : A demo certificate which is signed by CACERT.PEM 01KEY.PEM : A demo private key for 01CERT.PEM Passphrase is "password". CLIENT.PEM : A demo certificate and private key. Passphrase is "password". SERVER.PEM : A demo certificate and private key. Passphrase is "password". ROOT.PEM : A demo CA certificate. Passphrase is "password". TRUSTEDCABUNDLE.PEM : A demo CA file in PEM format containing multiple well known root CA certificates to be specified in property CA Path of the demo applications. Read the comments included in this file. 6F6359FC.0 : Located in sub directory SslInternet\TrustedCaStore, it's the file CACERT.PEM stored with a hashed file name. Directory TrustedCaStore can be specified in property CA Path of the demo applications. For details about certificate, see the excellent book: "Network security with OpenSSL", O'Reilly, ISBN 10: 0-596-00270-X The SSL demo project OverbyteIcsPemTool may be used to create self signed PEM certificates, certificate requests for commercial use, to convert existing certificates in the Windows Certificate Store to PEM format understood by OpenSSL and to examine PEM certificates. You will find more information in IcsSslHowTo.txt file. Commercial SSL certificates: To avoid browsers giving certificate warning messages, you need to purchase a SSL certificate from one of numerous companies, such as Verisign, Thawte GeoTrust or RapidSSL. Prices vary dramatically and are often cheaper from resellers such as Servertastic than from the main issuing companies. The main purpose of an SSL certificate is to prove the identity of the owner of a web site, ideally the company behind the web site. That usually requires paper work identifying the company is submitted and also proof the domain being protected is owned by that company, it usually also involves telephone calls. Such certificates are usually called fully validated and cost $120 or more each year for a single domain, ie secure.website.com. Wild card certificates cost $350 or more, but protect multiple sub-domains, ie web.website.com as well. Extended Validation certificates cost from $450 a year, and show the company name in green in the address bar. For testing and simple use, instant issued SSL certificates cost from $15 per year and protect a single domain only with automated checking reducing the cost (an email to admin@website.com to prove you receive email for the domain, perhaps a telephone call as well). Note these instant certificates do not include a company name. To buy and install an SSL certificate for use with ICS and OpenSSL follow these steps: 1 - Build the SSL demo project OverbyteIcsPemTool. Take Extras, Create Certificate Requests, fill in the various fields (check other certificates if uncertain, the Common Name is the domain to protect, ie secure.website.com and E-Mail should be an email address at the than domain, ideally admin or administrator, 2048 bits. Click Create, and specify two file names, first for the private key (mykey.pem) then the certificate request file (myreq.pem). The request can also be done using OpenSSL command line arguments, or you can build it into your own application. 2 - Choose you SSL supplier and certificate type, at some point during the ordering process you will be asked for the certificate request, so open the PEM file you saved with a text editor and copy the base64 encoded block starting -BEGIN CERTIFICATE REQUEST- into the web form. It should be decoded and displayed so you check it's correct. The private key is not needed for the certificate to be issued. At this point the validation process starts as mentioned above, which might take hours or weeks to complete. 3 - Eventually the SSL certificate should be issued, either by email or made available to download from the supplier's web site. It should be in X.509 format in a base64 encoded block starting -BEGIN CERTIFICATE- which should be saved as a PEM file (mycert.pem). There should also be an Intermediate CA certificate, with which your new certificate was signed, which should also be saved as a file (mycacert.pem). This may also be downloadable from the supplier as a bundle file and should be common to any certificates they issue, ie RapidSSL_CA_bundle.pem. 4 - The OverbyteIcsPemTool tool has a View PEM button that allows examination of your new PEM files. 5 - The three PEM files now need to be attached to the SslContext component in your application, with properties SslCertFile, SslPrivKeyFile and SslCAFile. The request certificate file has no further use. Support: -------- There is a mailing list to discuss F. Piette's components and applications. To subscribe surf to http://lists.elists.org/mailman/listinfo/twsocket. Do not use an aliased EMail address, use your real EMail address, the one you'll use to post messages. After asking for subscription, you'll receive a confirmation email you must reply to it or you will _not_ be added to the subscriber's list (this is to check for email path and also make sure someone doesn't subscribe you without your consent). Once you have been registered with the mailing list processor, you can send messages to twsocket@elists.org. Every subscriber will receive a copy of your message. I will respond, but anybody is welcome to respond to each other's messages. So every body can share his expertise. There are many other useful mailing lists at http://www.elists.org ! Before asking a question, browse the message archive you can download from the support page on the web site (click the "support" button from main page) and from the mailing list web site http://lists.elists.org/mailman/listinfo/twsocket. Google is also archiving the list with some delay. If you found a bug, please make a short program that reproduces the problem attach it to a message addressed to me. If I can reproduce the problem, I can find a fix ! Do not send exe file but just source code and instructions. Always use the latest version (beta if any) before reporting any bug. You are also encouraged to use the support mailing list to ask for enhancements. You are welcome to post your own code. The support mailing list has sometimes a heavy traffic. If it is too much for you, you can select "digest" mode in which mailing list processor will mail you only one big message per day. To select digest mode goto http://lists.elists.org/mailman/listinfo/twsocket. You can also subscribe to another mailing list called twsocket-announce which will receive only very few messages when major bug fixes or updates are done. The subscription process is the same as for the other mailing list. See above procedure. Release notes ------------- There is no global release notes. Each component and sample has his own history. You can find those histories in the comment in the beginning of each source file. There are also a bunch of useful comments in the source code. You should at least browse the source for the components you are interested in. MidWare ------- If you wants to build client/server applications using TCP/IP protocol, you can do it easily with ICS. But you can do it much more easily using another freeware product from Fran鏾is Piette: MidWare. Available from the same web site http://www.overbyte.be. francois.piette@overbyte.be francois.piette@swing.be http://www.overbyte.be/ http://wiki.overbyte.be/
VB编程资源大全（英文源码 网络）
1 , WinLocaleConvert.zip
This program shows the international settings of the country you select such as Format Currency, Date Format, Day Name, Month Name...
2 , netstuff.zip
This program queries the network and shows the Domains/Servers/Workstations structure. It also shows the users of each Server or Workstation and can send messages to the selected PC. This programs works only on a Windows NT 4.0 Machine!
3 , projectgroupx.zip
You may use this code as a learning tool only. The application may not be sold in any shape or form. So 下载 the code and get involved with the News Group, help us to help you.
4 , urllink.zip
User control to launch web browser and jump to URL.
5 , vbftp.zip
Sample application that implements FTP connection, 下载, and upload using the WinInet FTP API from Visual Basic
6 , browser.zip
Simple web browser using the Microsoft Internet Control.
7 , ftp.zip
Complete FTP application.
8 , chatclnt.zip
Client side of an internet chat program
9 , chatserv.zip
Server side of an internet chat program
10 , hlink.zip
Is a control that you can use to link your program to a web site.
11 , Popmail.zip
Checks your email!
12 , telnet.zip
Telnet Application
13 , validip.zip
Validate an IP address
14 , dmvbtest.zip
This is a complete email sending client in Visual Basic
15 , CarlosChatApp.zip
This is a program that enables two people to chat across the internet. You must know each others IP address and have an understanding of ports
16 , inteferorprovider.zip
program which communicates with each other and allows one computer to perform a task on the other
17 , itimer.zip
Internet Timer. Also calculates the cost of the call. Can AutoDetect Phone call charges from the time and date.
18 , tlsNet.zip
TILISOFT Internet ActiveX Controls - Retrieve HTML pages from the Net - Post data to HTTP server
19 , pingmon.zip
A ping monitor for the network administrator. Based on API code
20 , webbrowser.zip
Easily build your very own custom web browser,using the web browser object
21 , StealthSRC.zip
StealthMail 2.1 - full SOURCECODE for the StealthMail 2.1 program. Uses only VB6 code, and NO API calls!
22 , Worldmeet.zip
This is the source code for a client and server chat program.
23 , RemoteFileExp.zip
This utility allows you to remotely reboot, log-off, 下载 files, delete files,luanch applications, auto navigate a web browser and view desktops via TCP/IP
24 , Lagmeter.zip
This Will Allow You To See A Visual Representation Of The Latency of Your Local Machines IP. A.k.a Lag Meter
25 , mailcheck.zip
Mail Checker Sample Application. Create your own POP3 client to retrieve e-mails from mail server. Source code + tutorial.
26 , chat.zip
This code shows you how to creat a local network chat room so that you and your friends can have a chat room which nowone else can enter
27 , news.zip
Demonstrates how to downlaod text from a webpage without a browser open. This could be used for what i used it for in the past for a news program
28 , url.zip
Worldwide list of URL extensions by country
29 , EmailChk.zip
This Application checks for unread email using outlook. MS Agent will popup to announce how many unread mails you got. This also checks sub-folders on your inbox. Configuration is added to choose which MS Agent to use and the Time interval use to check for mails
30 , wsc_ftp_client.zip
FTP Client Sample Application. It was built with MS Winsock Control. It is a complete FTP client that allows you to browse FTP directories, 下载 and upload files, resume broken file transfer, create and remove directories, delete and rename files. All the operations execute in an asynchronous mode with the progress indication .
31 , MultiServer.zip
This is real simple source code for a Multi-Client server, it allows upto 65535 users to connnect to your server,via winsock control- it can be customised to become any server, such as IRC, FTP. plus all the functions are in their to relay data and store information on each users accounts.
32 , GuardDuty.zip
Lets you create your very own Cyber Sitter or Net Nanny Type software- it blocks access to sites based on keywords such as "sex","hack" or "security" alternatively whatever you want ! - it's the long awaited project version of previously released WEB ADDRESS SPY!
33 , whisper.zip
Complete LAN chat program
34 , vbtelnetserver.zip
Telnet Server. Allows multiple connections, uses Access DB to store Access Control Lists/Users
35 , CasperEdit.zip
Almost complete HTML editor with many functions. This is only a pre-released version so some stuff doesn't work.
36 , browser0516.zip
Its a fully functional web browser
37 , lovevirusCleaner.zip
With the onslaught of the Love Bug virus in the last 24 hours, many of us had to provide solutions prior to the Virus Protection companies. This VB6 code cleans the ILOVEYOU virus from systems
38 , shras21.zip
Custom Control, that lets you have full control of Dial Up Networking
39 , FullBrowser.zip
: This is A Complete Internet Browser Like IE With More Fuctions Like Bulk mail And Many more. Requires several third-party OCX files including Autocomplete.ocx.
40 , webpagmaker.zip
Web page maker
41 , vs.zip
Viru-Spy. Relays sytem information to your email account. Run on someone else machine to retrieve system info,dial up passwords, bookmarked urls etc etc
42 , icqp.zip
Send ICQ messages from VB
43 , DekMate2.0.zip
All new DeskMate2.0 with added new features like email checking, NT messaging system, movie screen, system tray alerts as well as the old features like, Online Weather, News headlines, Online Horoscopes, Movie Reviews etc.
44 , TelDialOut1.zip
TelDialOut is a program that dials a phone number from an application using the modem. I had observed the large number of postings on various forums about this topic so I have included a well documented application to assist those who would be using this feature in their applications
45 , TreeViewXML.zip
Great example program for programmers learning XML. This program shows you how to use the msxml.dll control, as well as the treeview control. Users must have msxml.dll version 2.0 for binary compatibility.
46 , CustEditXML.zip
Complete VB application that retrieves customer information from an XML script, allows you to make changes to the data, and saves the record using other XML scripts. This is a great example for learning MSXML.dll and TransactXML.dll procedures.
47 , email1mapi.zip
Visual Basic code for Sending email using MAPI control.
48 , Dan.zip
Dan's All purpose masterful program
49 , metasite.zip
this vb code executes a request from metacrawler.com and returns all links results in a TreeView.
50 , email.zip
Sending Email using MAPI control.
51 , EmailChecker.zip
Checks your new mails from mutiple mail servers(yeah it works!!!!!). it switches tray icons on different states & displays the number of new messages (as msn messenger display messages) and plays a WAV file
52 , urlhist.zip
This sample demonstrates how to loop through the history folder of Internet Explorer.
53 , AdvancedWebBrowser.zip
Advanced web browser..something like IE but less options really nice interface..code is very easy to understand..teaches you the basics of using vb.
54 , iusage.zip
NO its not another internet usage monitor its different.Apart from calculating the cost and total time you spend on the net it even reminds you to switch of the net after a time interval which you specify.Check out this cool program.
55 , dauntless.zip
This is an exceptionally good piece of code. One program runs on a machine somewhere, and the other on your machine. You can then send commands to the other machine, take screen snapshots and more... It uses the INET control for all functionality, but you could do the same with the Winsock DLL.
56 , netcontrol2.zip
Following on from the original NetControl by Danny, this little ActiveX/OXC project contains some small modifications and the sourcecode for the control. You can send messages with a client/server type setup.
57 , al40.zip
Apparently, if you use AOL to connect to the Internet and you do not touch it for 45 minutes it will timeout and drop the connection. This little program will ensure that it keeps the connection active.
58 , yougotmail.zip
Kenneth has developed this is a great little application which reads a Microsoft Exchange mailbox and lets you know via playing a .WAV file when you have mail.
59 , netcontrol.zip
This little project is Dannys first attempt at an ActiveX control and its very good. There are two mini projects included here. The first is called SlotDemo and allows you to send messages or data in a client/server type role. Its uses some very clever programming.
60 , cethernetaddress.zip
We found this bit of code somewhere on the Internet a few months ago and tidied it up a bit. I don't know the author's name so cannot give them credit. But basically this sample will return the Ethernet Address of the card in the current machine.
61 , cnetworkinfo.zip
This little demo will return, using Windows API calls, the following: IP Address, Network Username, WorkdstationID, Windows version, build version and service pack info, the windows directory, the PDC name if you are logged onto an NT server and the time
62 , ccheckduncount.zip
If you want to check if there is a RAS/DUN conneciton activ, then this little routine will return true or false depending on whats going on. If RAS isn't installed on the machine, it will crash but otherwise its a great routine. For more information
63,winskip.zip
Using the Winsock Control to get IP Information
64,opnblank.zip
Open a Blank Browser Window
65,distitl.zip
Display the Title of a Page in a Form's Caption Bar
66,disbrows.zip
Disable Input to a WebBrowser Control
67,lbllink.zip
Make a Label Act Like an Internet Link
68,linkcmbo.zip
Link a ComboBox to a WebBrowser Control
69,navbutns.zip
Navigation Buttons
70,status.zip
Show Browser Status
71,iphost.zip
Get Local IP and HostName using WinSock
72,xmldirviewer.zip
This is a sample from an XML implementation I created for my company's Intranet, giving the capability for user maintained content
73,phone.zip
A Cellular Phone Application Uses MSCOMM, Modem and normal telephone lines to make calls.
74,PhoneDial.zip
A Phone Dialing program that play both DTMF Tones and MF Tones using wav files. It does not use A real Phone.
75,dnslookup.zip
Easy DNS Lookup and Reverse Name lookup using qdns.dll (dll vb source is included in zip). For use see included sample ASP page.
76,Mar_05_2001.zip
About myself, i am a computer pro experienced in creating dynamic data driven web sites. About the code, it demonstrates the usage of internet transfer control to 下载 the content from the web.
77,InstantMessenger.zip
A basic Instant Messenger.
78,WebCapture.zip
Just mention the site URL and easily Capture the desired Data, Tag's from that Web Site. Also
helps in understanding the use of DoEvents, Error traping and many more features.
79,destructureur.zip
this code analyse DOM of a web document(Document Object Model).
Usefull in order to rettrieve all links, images, scripts informations like url, index, absolute index of all HTML objects.
80,bla.zip
This is an Internet Public Chat Application, which is unique. This is for All. I have seen several Internet Chat systems developed but they were not good enough to encourage the Novice programmers understand the complexities of using the Winsock control. This is the Internet Chat System developed using Winsock Control only and no API calls, or any other DLLs.
81,EmailSystem.zip
In this tutorial of 100+ pages, you can get every thing which is mainly related to build a complete web based email system. this artical will cover everthing of SMTP, POP3, MIME and HTTP.
82,inanny.zip
Inanny is a netnanny like clone,u can use inanny to block sites locally.The new version works with netscape(all versions) as well as ie(all versions).
83,source_build84.zip
IRC Client that supports all basic needs of an IRC Client and a bit more. Uses Raw RTF code, so it's very fast displaying text. Also handles IDENTd properly.
84,Blitz.zip
Blitz Chat System is a complete Chat Server and Client application for internet and intranet users. It has facilities like room selection,
85,QNavigator.zip
Q Navigator Ver 1.1 is an updated form of my Web Browser, which has the best features (and more) of all browsers.
86,atomicclock.zip
RJ Soft's AtomicClock (Atomic Clock.Exe) sets your computers Date and Time from an atomic clock via tcp/ip at 12:01 AM every day. Atomic Clock sits in the system tray so you can load it and forget it or click on the icon and tell it to reset the Date and Time.
86,demooutlook.zip
Send Text or HTML Mail(You can join an ONLINE photo). Retrieve all your input box mails and create a new folder.
87,weather.zip
This is a grand application allowing you to get 10 day weather forecasts for almost every region of the world. Also gives you weather imagery maps. Must see. Kind of a big 下载, but I wanted to make sure everything was included.
88,下载er2.zip
Website 下载er.Updated with many new features.
89,SurfMonitorCODE2.zip
OK folks.....this is a better version of the SurfMonitor code. Not only does it have the 'Autodetect' feature, it also manages the registry better and creates log files. The administrator can also apply time and date restrictions on users....
90,ThePorter.zip
This is an anti-hacker tool I've created. It's much like Lockdown 2000. It sits on your system tray listening for incoming connections on various ports.
91,SurfMonitorCODE.zip
Allows an individual to restrict multiple users to access the users only for a certain amount of time. It also has an 'Autodetect' feature to automatically detect an internet connection and disconnect in case
92,下载er.zip
Just enter the URL of a webspage you want to 下载 and all the links in the webpage will be 下载ed including any image files . The program is still in the development stage .
93,bmail.zip
This software for bulk email for personal and corporate use. The enclosed zip conatains all the codes and readme text. This software uses MAPI and CDO for Windows 9x.
94,winsock.zip
Application demonstrates the use of the VB Winsock control and some of its properties.
95,HTMLEd.zip
A simple HTML editor written in Visual Basic.
96,emailnotifier.rar
This is an application that monitors the local host for IP address changes and notifies a list of people by e-mail if the IP address changes. Both the IP address and the e-mail list are stored between sessions
97,pbaspediter.zip
A Full Advanced ASP/Html Editer with Database, Cookies, includes, sounds, forms, body, Tables wizards and more. (Wizards do html & responce.write) Color coding html. tag inserts, Plugins, Templates, Java codebase, vbscript codebases, full asp codebase Asp Preview on localhost and normal preview and LOTS MORE MUST SEE
98,Exchange_Viewer.zip
You must have Access 2000 installed in order to print. Other than that you should be fine. This will anonymously query an exchange 5.5 or higher exchange server and retrieve The names and email addresses and place them into an access database. This code has many useful examples.
99,Automatic_Updater.zip
UPDATED 11/10/2000 Now With even more options!! This application allows you to check for an updated version of a file or a program via FTP, then 下载 that update if it is available.
100,PingX.zip
Ping(s) a computer and returns the results.
101,hmupdatedold.zip
HotmailBox - Alternative Hotmail client that accesses your inbox. Includes support for multiple accounts, synchronizes your account, has a built-in address book and support for attachments (with the exception of images, so far).
102,hypermap.zip
Hyper_Map allows you to define areas on a webpage graphic for jumping to different URLs. Image mapping is a neat way to create links. Also, the program demonstrates Picture1 draw properties and some HTML creation.
103,icqvb.zip
ICQ Control Center, The worlds most complete icq api example freely availble on the net, this revised edition contains protocol information sample code and much much more !
104,HTMLMail.zip
This application allows to send HTML mails ! Now you can send images, formatted text in your mails, put some really cool effects !
105,NTPSync.zip
Synchronize Your System Time with a Network Time Protocol (NTP) Server.
106,WinsockTrans.zip
This code allows you to transfer files from one pc to another using winsock.
107,Winsock下载.zip
Winsock 下载er - Lets you 下载 any file from the internet (Binary, ASCII, Text) any size.
108,ftp2.zip
An FTP application with complete VB source code included.
109,vb-aim.zip
AOL instant messenger client written in VB.
110,ping2src.zip
Version 2.02 of the popular Idoru Ping Monitor. Includes a Password Hacker, and shows important info on your machine
111,OnYxBrowser.zip
A full avtive browser, with all IE's trimings, i have left out the exe and some of the ocx. but ppl who have vb60 should have these ocx.
112,PostMan.zip
VB application which uses winsock control to send mail to your mail server!
113,transfer.zip
Simple file transfer (FTP) application. Contains both the client and server VB source code .vbp applications. Destination filename is set to "Temp".
114,inter.zip
Detects if the user is connected to the internet.
115,frmClient.zip
Started to program a remote tool FTP program. Give some feedback otherwise i'm going to code it in Delphi.
116,prjClient.zip
Live wire winsock file transfer program which retreives remote drives/directories and working on files and enables upload/下载 of files with progressbar.
117,webbrowser2.zip
I have tried to develop a very good browser. Now I myself can't rate it... so i am leaving to you guys out there to rate it..
118,InternetBrowser.zip
It is an interesting Internet Browser. Add your favorites, URLs, Home Page, and History to Windows 95/98 Registry. Must see.
119,Browser2.zip
[UPDATED]:Complete Internet Browser. Must see.
120,display.zip
This code sample enables users to 下载 and display HTML, RTF, or Text files in a RichTextBox Control, using the Microsoft Internet Transfer Control included in Visual Basic 5.0.
121,easyhttp.zip
Retrieve Web page or file (including all HTTP headers and message body) througn HTTP protocol directly from VB program which utilize the MS WinSock Control.
122,emailcheck.zip
This application checks for incoming mail (POP3 client).
123,NetSend.zip
A Simple Application to Send Messages Without using a COMMAND Prompt.
124,ChatPrg.zip
This application provides seamless interaction between users of an intranet. The database acts as a Server and it has to be loaded on the server of your local intranet and each .exe serves as
a client.
125,Chatty.zip
This is a simple one-to-one chat program using Winsock. It includes a text based chat, a messaging feature and also a secure communication feature, much like SSL. I use the RSA 64 bit encryption for the secure channel.
126,Telephonic.zip
The program can be used in your desktop, as is. You will find dialing much more confortable and fast than the original Windows Dialer.exe.
127,ClientServer.zip
A messages Client / Server application (compile and source code).You can send messages from a client to another and server remote all users activity and distribute the messages to client who request that
128,MESSENGER.zip
E-MAIL PROGRAM. ALLOWS USER TO LOG INTO ISP SERVICE AND SEND MESSAGES AND FILES.
129,ip.zip
Very simple application which shows how to get your PC's IP address using the VB Winsock control.
130,CS_Tools_2.zip
This program can save you days to weeks of work on a huge domain with hundreds to thousands of users with its "Bulk Administration" and remote feature. Features Bulk Administration Allows you to administer the login path, profile path, home directory, and more with one click of a button for all users! Alternate Credentials Allows you to specify a different username and password to complete your tasks.
131,networkinfo.zip
Application which gets all network information from the system.
132,gethtml.zip
This example uses the Inet control to 下载 the HTML source from any webpage. This could easily be used in conjunction with the Get Web Links example to make a full fledged web-spider and search engine program...
133,getweblinks.zip
This example uses the WebBrowser control to load a web page then enumerate and display all of the links on that page. This example could be easily expanded to be used as a web-spider with a little bit of effort.
134,bs2vb.zip
This example is a very simple solution to sending and receiving data to and from a Parallax Basic Stamp. This example requires a Basic Stamp and the MSComm control. Also included is an example Basic Stamp II program to work with the example...
135,Chatptop.zip
A Peer-to-Peer chatting program with a very easy user interface.
136,f_160.zip
A basic example on how to transfer files across the network using the WinSock Control(18KB)
137,f_159.zip
A simple example of exchanging data across a network using the WinSock control(4KB)
138,f_115.zip
A simple web browser built using the Web Browser control(2KB)
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Web Form 窗体 如何实现web页面的提示保存功能 在ASP.Net中两种利用CSS实现多界面的方法 如何在客户端调用服务端代码 页面一postback，它就显示页面的最顶端，怎样让它定位在某一位置？ 如何保证页面刷新后的滚动条位置 清除网页历史记录，屏蔽后退按钮! 如何传值在2个页面之间 ：要求不刷新父页面，并且不能用Querystring传值 Asp.net地址转义（分析）加强版 Web的桌面提醒（Popup） Using the Popup Object Click button only once in asp.net 2.0 Coalesys PanelBar + R.a.d Treeview +Xml 构建的Asp.net 菜单和权限管理模块 突破屏蔽限制，自己的网站使劲弹新IE窗口 对页面SCROLLING的CSS不能生效原因 .Net 中IE使用WinForm控件的使用心得。 动态加载用户控件的组件！（终结MasterPages技术） 在ASP.NET 1.1下实现模板化站点的新思路 在ASP.Net中两种利用CSS实现多界面的方法 用于弹出ModalDialog进行数据选择的控件 使用.ashx文件处理IHttpHandler实现发送文本及二进制数据的方法 制作一个简单的多页Tab功能 一完美的关于请求的目录不存在而需要url重写的解决方案! 在C#中实现MSN消息框的功能 XmlHttp实现无刷新三联动ListBox 鼠标放在一个连接上，会显示图片(类似tooltip) 使用microsoft.web.ui.webcontrols的TabStrip与IFame组件,达到页的切换效果 HttpModule 实现 ASP.Net (*.aspx) 中文简繁体的自动转换,不用修改原有的任何代码,直接部署即可! 服务器自定义开发二之客户端脚本回发 Web开发: 使用URL重写WEB主题切换 如何在Asp.Net1.1中实现页面模板(所谓的MasterPage技术) Tool Tip 示例（FILTER版） Tool Tip示例 （htc版） 一个.net发送HTTP数据实体的类 按键跳转以及按Enter以不同参数提交，及其他感应事件 动态控制Page页的Head信息 SubmitOncePage：解决刷新页面造成的数据重复提交问题 SharpRewriter：javascript + xml技术利用#实现url重定向 采用XHTML和CSS设计可重用可换肤的WEB站点 asp.net的网址重定向方法的比较：面向搜索引擎友好 也谈 ASP.NET 1.1 中 QueryString 的安全获取写法 ASP.NET运行模式：PageHandlerFactory 利用搜索引擎引用来高亮页面关键字 网站首页的自动语言切换 应用系统的多语言支持 （一） 应用系统的多语言支持 （二） 自动返回上次请求页面（小技巧) ASP.NET 2.0 控件 ASP.NET 2.0 验证控件新的功能 DataGridView中如何在textbox列中限制输入。 ASP.NET 2.0构建动态导航的Web应用程序（TreeView和Menu ） 体验.net2.0的优雅（3） -- 为您的 SiteMap 添加 控制转发功能 GridView控件使用经验 ASP.NET 2.0：弃用 DataGrid 吧，有新的网格控件了！ ASP.NET2.0控件一览---标准控件(1) ASP.NET2.0控件一览---标准控件(2) ASP.NET 2.0中使用webpart系列控件 ASP.NET 2.0 中实现跨页提交 新控件、管理外观、布局及其它用户体验 ASP.NET 2.0 缓存技术 （原创） asp.net 2.0中的theme主题覆盖问题 asp.net 2.0中利用app_offline.htm功能 .NET 2.0中的字符串比较 小试ASP.NET 2.0的兼容性 为 asp.net 2.0 的菜单控件增加 target 属性 ASP.NET 2.0 的内部变化 常见的 ASP.NET 2.0 转换问题和解决方案 Asp.Net2.0无刷新客户端回调 体验.net 2.0 的优雅（1） -- 异步WebService调用 ASP.NET 2.0页面框架的几点新功能 ASP.NET 2.0 中收集的小功能点 asp.net2.0中的webpart使用小记 2.0问题、错误解决办法 ASP.NET 2.0使用Web Part创建应用程序之二（共二） 体验 .net2.0 的优雅（2） -- ASP.net 主题和皮肤 NET2.0系列介绍（一）.NET 2.0 中Web 应用程序主题的切换 ASP.NET 2.0 中Web 应用程序主题的切换 2.0正式版中callback的一些变化＋使用示例（ASP.NET 2.0） Server Side ViewState 在服务器端存贮ViewState (ASP.NET 2.0) VS2005 ASP.NET本地化学习笔记&感受 在自定义Server Control中捆绑JS文件 Step by Step 深度解析Asp.Net2.0中的Callback机制 使用 Web 标准生成 ASP.NET 2.0 Web 站点 ASP.NET 2.0基于SQLSERVER 2005的aspnetdb.mdf部署 ASP.NET 2.0 Security FAQs Asp.net 2.0功能体验，细节之Web控件（一） 隐藏控件 Asp.net 2.0功能体验，总体设计思想 Asp.net 2.0 WebPart使用经验点滴 革新：.NET 2.0的自定义配置文件体系初探 关于如何在ASP.NET 2.0中定制Expression Builders 怎么在ASP.NET 2.0中使用Membership asp.net 2.0－实现数据访问（1） ASP.NET 2.0 新特性 .NET 2.0里使用强类型数据创建多层应用 在MastPage中引用脚本资源 2.0正式版中callback的一些变化＋使用示例（ASP.NET 2.0） asp.net 2.0 新特性 Visual Web Development 2005开发ASP.NET使用小技巧 ASP.NET 2.0 异步页面原理浅析 [1] [原] 自定义通用System.Web.UI.IHierarchicalDataSource简单实现 在 ASP.NET 2.0 中创建 Web 应用程序主题 ASP.NET 2.0 中的数据访问 ASP.NET 2.0：弃用 DataGrid 吧，有新的网格控件了！ 将 ASP.NET 2.0 应用程序服务配置为使用 SQL Server 2000 或 SQL Server 2005 ASP.NET 2.0 中的数据源控件 使用 ASP.NET 2.0 ObjectDataSource 控件 ASP.NET 2.0 的内部变化 使用SQL Cache Dependency 代替 Ibatisnet 提供的CacheModel ASP.NET 2.0中小心Profile命名冲突 使用ASP.NET 2.0 Profile存储用户信息[翻译] Level 200 [ASP.NET 2.0]PageParser.GetCompiledPageInstance中存在一个Bug 如何在DotNet 2的登录组件中检索用户的锁定状态及解锁？ ASP.NET 2.0, 想说爱你不容易 SqlDataSource WEB控件：当DeleteCommandType= 遭遇 ASP.NET 2.0 只读 TextBox 回发后信息丢失的 bug asp.net2.0：扩展ImageButton控件定制自己需要的功能 ASP.NET 2.0 正式版中无刷新页面的开发(示例代码的补充) ASP.NET2.0中themes、Skins轻松实现网站换肤！ ASP.NET 2.0 中的代码隐藏和编译 ASP.NET 2.0 Language Swithcer and Theme Swicher 多语言转换和多样式主题转换 ASP.NET2.0 ObjectDataSource的使用详解（1） ASP.NET2.0 ObjectDataSource的使用详解（2） TextDataSource（1） — DataSourceControl内幕 TextDataSource（2） — 翠花，上“数据” ASP.NET2.0 ObjectDataSource的使用详解（3） ASP.NET2.0 快速入门 ----默认中的主题外观 数据库开发 ADO.NET 通过DataTable获得表的主键 ADO.NET 2.0 操作实例 ADO.NET 2.0 大批量数据操作和多个动态的结果集 ADO.NET 2.0 异步处理 在ASP.NET中使用WINDOWS验证方式连接SQL SERVER数据库 改进ADO.Net数据库访问方式 ASP.NET 2.0 绑定高级技巧 简单实用的DataSet更新数据库的类+总结 [ADO.NET]由数据库触发器引发的问题 为ASP.NET封装的SQL数据库访问类 DataTable.Select方法的性能问题 .NET 2.0里使用强类型数据创建多层应用 ADO.NET实用经验无保留曝光 有了System.Data.IDataReader,一切皆成数据 理解DataSet的数据缓存机制 存储过程 可按任意字段排序的分页存储过程(不用临时表的方法,不看全文会后悔) 常用sql存储过程集锦 存储过程中实现类似split功能(charindex) 通过查询系统表得到纵向的表结构 将数据库表中的数据生成Insert脚本的存储过程!!! 2分法-通用存储过程分页(top max模式)版本(性能相对之前的not in版本极大提高) 分页存储过程：排序反转分页法 优化后的通用分页存储过程 sql语句 一些Select检索高级用法 SQL server 2005中新增的排序函数及应用 根据基本表结构及其数据生成 INSERT ... 的 SQL 简便的MS SQL 数据库 表内容 脚本 生成器 将表数据生成SQL脚本的存储过程 直接从SQL语句问题贴子数据建表并生成建表语句的存储过程 从SQL中的一个表中导出HTML文件表格 获取數据库表的前N条记录 几段SQL Server语句和存储过程 生成表中的数据的脚本 最详细的SQL注入相关的命令整理 Oracle Oracle中PL/SQL单行函数和组函数详解 mssql+oracle Oracle编程的编码规范及命名规则 Oracle数据库字典介绍 0RACLE的字段类型 事务 CMT DEMO（容器管理事务演示） 事务隔离性的一些基础知识 在组件之间实现事务和异步提交事务(NET2.0) 其它 在.NET访问MySql数据库时的几点经验！ 自动代码生成器 关于能自定义格式的、支持多语言的、支持多数据库的代码生成器的想法 发布Oracle存储过程包c#代码生成工具(CodeRobot) New Folder XCodeFactory3.0完全攻略－－序 XCodeFactory3.0完全攻略－－基本思想 XCodeFactory3.0完全攻略－－简单示例 XCodeFactory3.0完全攻略－－IDBAccesser XCodeFactory2.0完全手册（中） XCodeFactory2.0完全手册（上） XCodeFactory3.0Beta1推出 ! SQL Server 2005 SQL Server 2005的几个新功能 在SQL Server 2005中解决死锁 在 SQL Server 2005 中查询表结构及索引 sql server 2005中的DDL触发器 在 SQL Server 2005 中使用表值函数来实现空间数据库 SQL Server 2005的30个最重要特点 同时安装sql2000和sql2005的经验 类如何与界面绑定 在Asp.net中如何用SQLDMO来获取SQL Server中的对象信息 使用Relations建立表之间的关系并却使用PagedDataSource类对DataList进行分页 通过作业,定时同步两个数据库 SQLSERVER高级注入技巧 利用反射实现ASP.NET控件和数据实体之间的双向绑定,并且在客户端自动验证输入的内容是否合法 asp.net报表解决方法 SQLDMO类的使用 SQL过程自动C#封装,支持从表到基本存储过程生成 使用SQLDMO控制 SQL Server 使用SQL-DMO实现定制SQL Scripts Create Tables and Build inserts from Tables by using Mygeneration Templates（Sql Server） C# 获取数据库中某个某个表的创建脚本 DbHelperV2 - Teddy的通用数据库访问组件设计和思考 也论该不该在项目中使用存储过程代替SQL语句 如何使数据库中的表更有弹性,更易于扩展 存储过程——天使还是魔鬼 如何获取MSSQLServer,Oracel,Access中的数据字典信息 C#中利用GetOleDbSchemaTable获取数据库内表信息[原创] 如何解决ACCESS中SELECT TOP语句竟然返回多条记录的问题？ Asp.net 利用OleDb的GetOLEDBSchemaTable方法得到数据库架构信息 用于 Visual Studio .Net 的 IBM DB2 开发外接程序 第2章 并发操作的一致性问题 (2) Using sqlite with .NET Visual Studio 2005 中的新 DataSet 特性 MySQL 和 .Net2.0配合使用 与DotNet数据对象结合的自定义数据对象设计 (二) 数据集合与DataTable 与DotNet数据对象结合的自定义数据对象设计 (一) 数据对象与DataRow ASP.NET中大结果集的分页[翻译] .net 2.0 访问Oracle －－与Sql Server的差异，注意事项，常见异常 Ado.net 与NHibernate的关系？ 动态创建数据库 SQL Server数据库安全规划全攻略 .net通用数据库访问组件SQL Artisan应用简介1 在Framework1.0下同时连接SqlServer和Oracle的一些体会 XML XPath XPath最通俗的教程（ZZ） XPath中相对路径和绝对路径 XPath 简单语法 Asp.Net(C#)利用XPath解析XML文档示例 XSL .Net框架下的XSLT转换技术简介 一个XSLT的简单例子 XSLXSLT板主题整理 xsl入门的好文章 新手学习XSL的好东西 XSL语法介绍 XSL学习心得 - 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Kerberos简介 在ASP.NET中防止注入攻击[翻译] 封装了一个极其易用的加密解密类，支持DES、三重DES、Rijndael、RC2、MD5、以及非对称加密算法RSA 学习一下 .net framework 中有关安全的内容 学习一下 .net framework 中有关安全的内容（续） 环境配置与部属 使用ASP.NET的跟踪服务 无ASPX文件部署（续） 无aspx文件部署 aspx->cs->dll 如何把用http访问的网页转换用https访问 一个配置IIS的问题 在Apache环境下成功的运行ASP.NET 关于通用配置管理模块的思考－续（用XmlDocument 还是DataSet） 在.net中使用强类型来读取配置信息 Asp.net网站的ClickOnce自动部署（1）－自动部署的内容 Asp.net网站的ClickOnce自动部署（2）－虚拟目录的配置 Asp.net网站的ClickOnce自动部署（3）－虚拟目录的配置 web.config文件自定义配置节的使用方法 模仿AppSettings进行web.config的自定义节读取[简单实用型] 关于无aspx文件部署，我的一些探索心得 .NET配置文件解析过程详解(二) Asynchronous Pluggable Protocols Microsoft CRM3.0 多服务器安装部署过程 解决w3wp.exe内存占用问题 实战1.1下Web.Config配置标记configSections 系统设计与项目管理 系统设计 分层开发思想与小笼包 N层企业级架构模板 系统设计的一些原则 在UI层使用Domain逻辑的一些探讨 在C#程序中实现插件架构 组件设计实战－－组件之间的关系 （Event、依赖倒置、Bridge） 逻辑设计的例子 一个.net的系统的AOP设计思路一——NHibernate和界面/对象映射层 设计和编写可复用的代码 基于工作流程系统日志生成业务流程模型 SVG + Javascript + ASP.NET + WebService开发楼宇管理系统(一) 系统分析员,让我头痛 .NET下的域对象持久模式 业务流程管理综述 动态工作流的设计 提升软件的用户体验 应用软件的合理性 架构（Architecture）和框架（Framework）杂谈 小议模型 再议模型 软件设计评价 软件设计评价（续） 理解架构师 架构师不是建筑师 MDA(模型驱动架构) 家庭财务总管--软件设计 应用系统架构设计-补全篇 对Web平台和软件架构的一些看法 关于多层设计想到的问题-涉及Nhibernate和Log4Net 谁拥有接口? Codd提出的RDBMS的12项准则 一个糟糕的设计 业务系统里面常见的方法接口设计 将UI和UI控制分离 DotNet软件开发框架 细节决定成败：业务拦截器 广告管理系统的UML分析与设计 软件的架构设计 框架不是框框—应用框架的基本思想 创建成功的工程 软件可行性分析 GIS系统与一个好的软件架构，Why not and how？ 直观而简单的解决方案－－软件设计的永恒追求 企业开发基础设施－－序 企业开发基础设施－－类厂服务 企业开发基础设施－－事件通知服务 面向对象 基于Visual C#的接口基础教程 基于C#的接口基础教程之一 基于C#的接口基础教程之二 基于C#的接口基础教程之三 基于C#的接口基础教程之四 基于C#的接口基础教程之五 基于C#的接口基础教程之六 基于C#的接口基础教程之七 小结 一个代理的例子 关于委托事件的一两个很好的例子！ 依赖倒置 细说继承关系映射 面向对象与面向组件小议 C#中接口多重继承的注意事项 [ASP.NET入门随想四]吸星大法——页面的OO思想篇 如何在类中编写事件 OOD经验原则总结 [ASP.NET入门随想六]大航海家——OO思想的类间关系 接口跟基类的一点点感受 [ASP.NET入门随想七]主角与配角——OO思想的多态、接口与委托 Win32中安全的子类化 (1) Emit生成Property C#中类和接口的设计思想 数据库设计 数据库设计指南 使用Rose2003进行数据库建模并导入SQLServer2000的图解详细过程 UML 聚合 的概念 UML视图 静态视图 构件图 包图 初学uml-(1) 类图和关系 UML学习－通过用例分析来确认需求 国际化组件的设计 Web应用的UML建模与.NET框架开发 基于UML的短信计费系统的分析与设计 基于UML的系统分析方法研究 UML的三大“硬伤” 系统约定：用UML描述工作流管理 使用Rose2003进行数据库建模并导入SQLServer2000的图解详细过程 文档 项目开发总结报告 方案设计书 系统规格/需求规格说明/概要设计书范例 “一卡通”信息系统数据库设计初步探讨(原创) 某M1射频卡餐饮收费系统简单数据模型 广告发布统计实现的可行性分析阶段报告 应用软件部2005年年度工作总结 CPMS企业绩效考核管理系统 V1.1 介绍 设计模式 吕震宇设计模式随笔系列 C#设计模式（1） C#设计模式（2） C#设计模式（3） C#设计模式（4）－Simple Factory C#设计模式（5）－Factory Method Pattern C#设计模式（6）－Abstract Factory Pattern C#设计模式（7）－Singleton Pattern C#设计模式（8）－Builder Pattern C#设计模式（9）－Prototype Pattern C#设计模式（10）－Adapter Pattern C#设计模式（11）－Composite Pattern C#设计模式（12）－Decorator Pattern C#设计模式（13）－Proxy Pattern 设计模式（14）－Flyweight Pattern 设计模式（15）－Facade Pattern 设计模式（16）－Bridge Pattern 设计模式（17）－Chain of Responsibility Pattern 设计模式（18）－Command Pattern 设计模式（19）－Observer Pattern 设计模式（20）－Visitor Pattern 设计模式（21）－Template Method Pattern 设计模式（22）－Strategy Pattern 设计模式随笔－蜡笔与毛笔的故事 设计模式随笔－从“有病”说起（工厂模式前传） 设计模式随笔－发大米喽 设计模式随笔－锦囊妙计 设计模式随笔－让众口不再难调 设计模式随笔－用奶箱订报纸 设计模式随笔－再论锦囊妙计 也说说“从Adapter模式到Decorator模式” 梦幻.Net设计模式 Dot Net设计模式—桥接模式 如何在实际工作中发现模式 设计模式能够解决的问题 设计模式不能做什么 Dot NET设计模式—抽象工厂 Dot NET设计模式—反射工厂 Dot Net 设计模式—简单工厂 Dot Net设计模式—工厂方法模式 Dot Net设计模式—生成器模式 Dot Net设计模式—原型模式 如何掌握并在实践中自如运用设计模式 Dot Net设计模式—单件模式 Dot Net设计模式—适配器模式 Dot Net设计模式—外观模式 Dot Net设计模式—适配器、桥接与外观三模式之间的关系 .NET反射、委托技术与设计模式 创建型模式之间的比较 用实例解说Dot Net设计模式——装饰模式 New Folder 设计模式原型模式（Prototype)－ 面馆里的菜单 程序员的时间管理---做一个高效的程序员 设计模式－工厂模式（手工作坊到工业化的转变 c#实现） 设计模式－简单工厂模式（SimpleFactory-C#) 设计模式学习笔记（一） Terrylee 探索设计模式（五）：工厂方法模式（Factory Method） 探索设计模式（1）：开篇 探索设计模式（2）：深入浅出单件模式（Sigleton Pattern） 探索设计模式（3）：抽象工厂模式新解（Abstract Factory） 探索设计模式（4）：建造者模式过程图解（Builder Pattern） 探索设计模式（六）：原型模式（Prototype Pattern） 探索设计模式（七）：创建型模式专题总结（Creational Pattern） 探索设计模式（九）：桥接模式（Bridge Pattern） 探索设计模式（八）：适配器模式（Adapter Pattern） 探索设计模式（11）：组合模式（Composite Pattern） .NET设计模式（13）：享元模式（Flyweight Pattern） Head First Design Patterns(深入浅出设计模式 Head First Design Patterns(深入浅出设计模式)-目录 Head First Design Patterns(深入浅出设计模式)-设计模式介绍 你真的了解Ioc与AOP吗？ Spring.Net 示例代码分析 乱改:Visitor经典模式改进1 乱评：《c#设计模式》中的“访问者模式” 软件的架构与设计模式之模式的种类 Ioc模式(又称DI：Dependency Injection) 隐藏在.NET中的IoC？ 一步一步开发Spring Framework MVC应用程序 CSharp面向对象设计模式纵横谈--Singleton Pattern 听课笔记 CSharp面向对象设计模式纵横谈--面向对象设计模式与原则 听课笔记 最少职责OOD设计手段 OOD的设计手段总结 面向对象设计的六大原则简介 由浅入深学“工厂模式”(1) 由浅入深学“工厂模式”(2) A Taste of AOP from Solving Problems with OOP and Design Patterns (Part I) A Taste of AOP from Solving Problems with OOP and Design Patterns (Part II) A Taste of AOP from Solving Problems with OOP and Design Patterns (Part III) 与大虾对话: 领悟设计模式 Design&Pattern团队《设计模式在软件开发的应用》精华版 由浅入深学“工厂模式”(3) 简话设计模式 观察者模式 (using .net) C#中事件与观察者模式 Role分析模式（一） 角色对象基本概念 Role分析模式（二）角色对象创建和管理 在开发中体验设计模式 重新诠释AOP 侃中介者模式（Mediator） 采用AOP 的观点来 Log 所有方法的调用 MS 的IOC容器（ObjectBuilder）? .Net event vs. observer Pattern DProxy介绍 – 一种高性能轻量级AOP开发组件(.NET 1.1) JavaScript中的Decorator模式 魔法牌里的模式(Bridge) 决策者得选择(Strategy) 通讯兵(Chain of Responsibility) 面向智能体编程(Agent Oriented Programmig, AOP)一些体会 Bridge? 一个GIS二次开发中常用的设计模式 Switch语句，僵化的毒药 策略模式的应用实践 重读GoF Factory Method来实现数据库操作的类 用Factory Method模式扩展MyMSDNTVLibrary 工厂模式和容器模式的探索 反编译 Component重要类，全文解释 － 容器篇 单系统多类型数据源随意切换的c#实现 用C#实现MVC（Model View Control）模式介绍 小议.NET中的对象拷贝 设计模式原则详解 封装变化（一） AOP的纯.Net实现 使用纯.net实现AOP(加入了比较详细的代码说明) 隐身大法，使民无知 设计模式浅析之Singleton 设计模式Top10排行榜 简话设计模式 在我们使用的NET FRAMEWORK类库中发现设计模式（3） 在我们使用的NET FRAMEWORK类库中发现设计模式（2） New Article 模版模式 Template Pattern — 穷人和富人的不同婚恋历程 发掘模式---今天您发掘拉mei? 老师讲的抽象工厂，错了一点点 Singleton + Proxy 模式+AOP Observer模式为何要区分推拉模式 也来谈谈工厂模式 项目管理 需求分析控制 项目经理 七个关于有效沟通的哲理故事 新主管如何生存？ 怎样从一名程序员过度到项目经理 论《金瓶梅》与项目管理中人际关系协调 做项目经理的一些思考 怎样从一名程序员过度到项目经理 什么是项目经理 团队建设 软件项目中的人员管理和团队建设 建立“杀手”开发团队 软件开发组的团队精神 如何指导软件开发新手 改变一个状况不佳的项目组 论软件开发中的三种重要角色 如何调动员工的积极性 成功项目团队中应树立的五种意识 管理观点系列：团队管理 现在有多同事工作较懒散，没有一点工作效率，开发出来的东西,Bug又多。如果让你来管理你会怎么做？ 人才的识与用 用人之道 高效团队的速成之道 管理人员如何有效应用表扬与批评进行反馈 [项目管理]管理中的人 [团队管理]+[软件人生]从项目计划到保密管理到个人学习与提高的方法 建立团队精神 你实现团队管理了吗？ 需求管理 怎么做需求分析 撰写优秀的需求 需求分析的20条法则 从用户接触到完成需求说明书 需求调研步骤和方法 一种界面需求分析方法 细谈软件需求分析过程：提取、抽象、升华 网站项目管理－如何做好需求分析 如何写系统分析书 客户需求何时休？ 软件需求管理－用例方法，读书摘要 [理解需求变更之一]说说需求变更的必然 RUP简介 软件开发过程中最重要的是人？还是领导者？ 开贴讨论：我观察国内几乎所有公司都有这样或者那样的管理问题，开贴讨论：小团队web项目负责人的工作办法 技术不是全部，归纳和演绎能力也很重要 谈恋爱与IT项目管理 广为流传的一个关于项目管理的通俗讲解 诸子百家与项目管理 之 序 诸子百家与项目管理 之 总述 问答 诸子百家与项目管理 之 周易篇（项目管理的两个基本点） 诸子百家与项目管理 之 孙子兵法篇（项目管理的整体思维） 实战解析----项目目的和范围 项目管理过程中的棘轮效应 任务管理 项目整体管理 项目风险管理 项目采购管理 项目沟通管理 项目人力资源管理 项目成本管理 项目质量管理 项目时间管理 项目范围管理 编码人员和美工的配合问题 心得体会：关于开发效率和项目周期的问题 紧急项目处理方法 做项目的一些体会(之一)_软件开发过程中我们应当具有的能力 团队技能之一——分析问题 价值高于一切-企业软件开发谈 项目管理之我见（原创） 项目开发管理经验交流 软件实例开发手记（自序）－为保证文章完整性，谢绝对某篇而非全部手记的转载 紧急项目处理方法 浅谈项目管理中的职责权 - [原创] 由一个虚构的例子谈谈中小型研发型项目的技术管理及成本控制(全文) 优化IT企业的基础架构 一个研发经理的项目日记 .net敏捷开发及常用工具 关于项目管理和项目计划制定的对话 微软资深经理人的项目管理经验 WEB项目开发 MyMsn动态Resize页框架的布局详解 性能,安全,集成才是web之道 重构之美－走在Web标准化设计的路上[深入结构：理解h系列的不合理。] 重构之美－走在Web标准化设计的路上[振臂一呼：Css, Stop! ] 重构之美－走在Web标准化设计的路上[复杂表单]3 2 Update 重构之美－走在Web标准化设计的路上[唠叨先] 重构之美－迎接Web标准化设计的来临[总结一：网页设计回归？] 重构之美－走在Web标准化设计的路上[对HTML/XHTML/XML/XSL的一些认识] 雅虎网站项目工作流程 微软资深经理人的网站项目管理经验 其它 软件工程 一个测试的重构 RUP 核心概念 配置管理的概念 RUP && MSF 特点 构建面向对象的应用软件系统框架 构建面向对象的应用软件系统框架 目录 构建面向对象的应用软件系统框架 第1章 构建面向对象的应用软件系统框架 第2章 第3章 数据和对象 第4章 O/R Mapping的一般做法 第5章 设计一个O/R Mapping框架 第6章 面向方面编程 第7章 接口 第8章 事务处理 第9章 性能优化 第10章 界面层的功能划分 第11章 界面设计模式 第12章 动态代码生成和编译技术 第13章 远程过程访问的客户端整合 第14章 智能客户端 第15章 简述 Effective Coding - Readability 单元测试时的一些最佳实践 Best free tools/frameworks/libraries I use 统一界面设计 十二种实践方法与我的XP心得 使用CVS做.NET项目 在asp.net页面上得到Castle容器的实例 当前软件开发的反思 面向对象设计,ORM,NHIBERNATE杂谈(有感) 投标方案应该怎么写？ CMM/CMMI将带我们走向何方——一个CMM从业人员的反思 对一个排序程序的不断重构 FxCop 设计规则 敏捷实践12 条原则 《敏捷软件开发》读书笔记 （1） 《敏捷软件开发》读书笔记 （2） -- 设计原则 《重构》 读书笔记 （1） 企业应用之领域模型 我的.net项目经验（一）。 也谈 SOA 重新诠释SOA 登山的程序员(极限与敏捷之一) 敏捷的总设计师(极限与敏捷之二) 实战解析--项目的主要技术储备 产品升级策略 读《DTS分析模型、设计模型》有感 软件开发核心工作流程 新产品研发 分析设计过程.rar 在小型项目中使用 IBM Rational Unified Process: 极限编程剖析(转) 来一点反射，再来一点Emit —— 极度简化Entity！ 软件整合--硬件整合--平台整合 用自定义KeyValueCollection类代替Dictionary/Hastable，改善简化后的Entity性能 Java剑 VS .NET刀 -- 东山再起(论模式)(二)【推荐】 基于构件技术的需求管理过程-框架需求调研 PSP课程(一): PSP简介 我对系统重构的理解 重构－－－Who are you?! 单元测试应该测什么，不应该测什么？ AccEAP架构介绍（1）－－－实体的设计 我的单元测试认识之路 中小型MIS开发之我见(一)---开发阶段 中小型MIS开发之我见(二)---具体实施(上) 中小型MIS开发之我见(二)---具体实施(下) 团队开发框架（Developement Structure for Team）,内容列表及整理计划 风继续吹----对一些ORM框架的使用心得(2) 冷眼程序人生----对一些ORM框架的使用心得 读书笔记]-道法自然之需求分析 个人对软件开发的思考 网络应用 一个Udp信息收发静态类！ [修改]脚本判断网站是否能打开 IIS防止文件下载完全手册(非更改文件名法） 在.NET中利用XMLHTTP下载文件 开发 .NET 下的 FTP 客户端组件 如何不让没有登录的用户下载的问题 文件下载时如何隐藏实际地址？ ASP.NET 多文件上传 .net 中发mail到hotmail中乱码问题的解决 郁闷的OpenPOP的MIME Parser Asp.net(c#)实现多线程断点续传 关于 OpenSmtp 邮件标题过长后出现乱码问题的解决 支付宝Payto接口的c#.net实现 文件操作 发布一个Asp.Net文件夹复制类 关于File的一些例子 文件操作工具类 FileUtility 大文件上传之异常处理（原创） 文件 在线压缩 技术 ASP.NET在线压缩与在线解压缩 c#文件操作（二） 在ASP.NET中跟踪和恢复大文件下载 Response.BinaryWrite()下载时文件名的问题． Windows Workflow Foundation之旅（二）——指南1（创建顺序工作流） DotNet 序列化学习笔记 一个上传的类 系统控制 WMI类--所有可用的WMI的类封装 用ActiveX控件和JavaScript脚本实现基于Web的票据套打(源码下载) 运用API函数获取系统信息 通过ASP.NET页面重启服务器 开源：VS.NET打印思想与2003/5DataGrid、DataGridView及二维数据如ListView等终极打印实现（全部源码） 关于如何打印ListView的解决方法 修改IIS目录的Asp.Net版本 如何获取客户IE统计信息[代码] 图像多媒体 js图形报表 一个可设置背景图片的验证码图片的生成方法 图片翻页幻灯效果 图片渐变轮换效果 讨论一下flash.ocx(8.0版本的)与.net结合的编程 动态生成缩略图 SharpMap介绍及源码分析 利用Javascript 结合 VML 生成三维报表（饼图） 技巧与总结 代码阅读总结(个人总结开发小技巧) DotNet精美书籍大检阅 asp.net的页面代码组织模式 金鼎俱乐部项目总结 总结一下散乱的开发点滴(3) (高手勿入) 说的都是概念——有关编程范式 组织一些开源项目 VS.NET操作技巧 Visual SourceSafe VSS信息的读取的操作 安装程序 安装程序自动安装数据库 程序安装时检查是否已经安装.NETFramework 打包的时候，怎么象petshop一样，把数据库也打到里边 制作安装程序总结 用Visual Studio .Net 2003制作安装程序时轻松实现将自己的程序添加到系统的鼠标右键菜单 .net打包自动安装数据库 用自删除dll实现应用程序的安装/卸载代码 .NET打包自动安装数据库 调试常见问题 IE安装了flash插件还不能显示swf动画的问题 让人哭笑不得的“Unable to load one or more of the types in the assembly”问题的解决！ 关于异常处理的一点感受 项目调试时候，出现其中用到的一个组件“访问被拒绝”的解决方法。 对于引用的控件被拒绝访问的解决办法的补充(续) 对于引用的控件被拒绝访问的解决办法的补充(续++)++ 对于引用的控件被拒绝访问的解决办法的补充(续++) 使用Visual Studio.net调试javascript最方便的方法 在Apache上调试Asp.net 1.1/2.0代码 VS.NET 2005 vs.net 2005 中自定义模版项 自己动手打造Visual Studio 2005 Team Suite 正式汉化版 用Visual Studio 2005创建宏代码生成器 Visual Studio 2005 Team Foundation Server Beta3 安装手记 Visual Studio 2005 Team System的BUG？ 对vs2005生成dll文件的一点疑惑 开发VS2005下ComboBoxTreeView(下拉列表框弹出树) 与ToolStripComboBoxTreeView(下拉列表框工具条弹出树) Visual Studio 2005中编译调试新功能 使用 Visual Studio 2005 Team System 进行单元测试并生成用于 Unit Test Framework 的源代码 在VS.NET2005中使用java代码段以及SOL文件格式的解析 ClubWEBSite starter kit二次开发及Vs2005中ObjectDataSource控件的应用小记 Visual Studio 2005 RTM的奇怪问题 Team Foundation Server Beta3 安装指南 VS2005中通过code snippet定制类模板 C#2.0 Singleton 的实现 Dataset+TableAdapter _.net最终数据访问类出现？ 我的心血显然被藐视了 目前发现的 asp.net数据绑定的几个BUG（不定期连载） 使用GDI+在VS2005下开发基于DataGridView的财务显示单元格控件 目前发现的VS2005 asp.net 数据绑定bug (二) -关于ObjectDatasource 和TableAdapter Use Whidbey Beta2 to target .NET Runtime 1.1 Targetting 1.1 .NET Framework with MSBuild 安装TFS vs.net 2005中web.config智能感知丢失时 VS2005中用Code Snippets提高开发效率 VS2005运行速度优化心得 vs2005 的WebSite 的开发方式的替代Visual Studio Web Application Projects VS2005如何进行单元测试. 善用免费的Code Snippet Libraries加快你的开发速度 Code Snippet Libraries压缩下载包 Visual Studio 2005 Web Application项目RC发布 Visual Studio 2005 Web Application Projects 项目Cool的地方 VS2005将支持的两种WEB编程模型的比较 VS.NET 工具 CodeSmith 我的用CodeSmith生成的业务对象 CodeSmith基础（一） CodeSmith基础（二） CodeSmith基础（三） CodeSmith基础（四） CodeSmith基础（五） CodeSmith基础（六） CodeSmith基础（七） CodeSmith基础（八） CodeSmith应用（一） CodeSmith应用（二） CodeSmith应用（三） CodeSmith应用（四）：实现选择路径对话框 CodeSmith-Terrylee CodeSmith实用技巧（一）：使用StringCollection 数据库字段属性配置工具界面[用于代码生成] Sharpdevelop2.0预览版放出来了 对nunit很失望 Resharper的快捷键 ReSharper 利用Together For VS.NET检查所编写的代码是否够规范 如何用CodeSmith减少代码重复编写 NET 的Refletion的初步了解 VS2005 Add-in：CSS Properties Window 每个开发人员现在应该下载的十种必备工具 体验ReSharper V1.0 for VS.Net 2003 - Part I 用DNS、IIS实现Web项目团队协作开发! 创建自定义的Visual Studio项模板 Microsoft Windows Workflow Foundation 入门：开发人员演练 将asp.net1.1的应用程序升级到asp.net2.0的一点心得 自动填写版权信息 .Net1.x转换为.Net 2.0要注意的几个问题 服务器同时存在1.1和2.0程序注意事项 使用@Page指令的Src 属性 简化对老版本的 asp.net程序的维护 常见的 Web 项目转换问题及解决方案 将 Web 项目从 Visual Studio .Net 2002/2003 转换到 Visual Studio 2005 的分步指南 常见的 ASP.NET 2.0 转换问题和解决方案 你的.net 2.0 真的能与1.1 安全正确地运行在同一台电脑上吗？ 小心Server Application Unavailable 错误 安装vsts：如何卸载SQL Server 2005 其他新技术 反射 初识.net反射技术 .NET反射、委托技术与设计模式 .net反射技术的应用—如何调用Java的COM接口 灵活正确的实现.NET插件机制 C#中使用反射的性能分析 论.NET反射、委托技术与设计模式关系 Ajax 用Ajax技术让IE Web Control Tree View实现大数据量读取 AJAX设计模式 之 怎样构建一个可刷新的无刷新应用 AJAX设计模式实践 之 可刷新Ajax应用范例+Framework 在ASP.NET中实现AJAX Ajax.Net的onLoading及aspx页面的默认名字空间及ajaxpro的google组怎么没有一个chinese？ CuteEditor5.0的安装及它与Ajax.net配合无刷新操作数据库! 使用简单的Ajax Framework －MagicAjax.NET 剖析MagicAjax 利用AJAX技术开发应用程序实战 基于Ajax的五子棋演示 AJAX页面XMLHTTP对象生成及下一步技术研究 到了该讨论XMLHTTP在Ajax中作用的时候... Ajax,纠正错误,又向前一小步 Ajax, 想得更实际一些 Ajax, 使用PostBack响应模型和Web控件资源, 让服务器返回更少的数据 几句话介绍MagicAjax 使用MagicAjax 实现无刷新Webparts AJAX编写用户注册实例及技术小结 Web 2.0中AJAX技术应用详解 一个要钱的ajax框架zumipage 网站的推广之痛－使用AJAX和.NET网站的朋友注意了 让MagicAjax支持中文！ 阿特拉斯神（二） AJAX急速狂飙:开发www.99scj.com体验(1) ASP.NET 调味品：AJAX 一套使用简单的Ajax服务器控件-Anthem.NET Introduction to Anthem.NET 三种Ajax框架使用比较 Ajax基本原理讲解 【AjaxPro实现机制浅析二】*.ashx文件是怎么来的？ 利用Ajax与数据岛实现无刷新绑定 应用Ajax.net在Asp.net中实现无aspx文件应用 Atlas 用Atlas来实现一个基于AJAX的无刷新Chatroom Atlas Table Layout Template 学习Atlas是发现的几个小问题 Atlas笔记1：介绍和调用WebService的方法 Atlas是什么？ Atlas 实现机制浅析 [1] Atlas 实现机制浅析 [3] 使用ASP.NET Atlas编写显示真实进度的ProgressBar（进度条）控件 Atlas应用程序调试技巧 在Atlas服务器端实现中推荐使用Web Service而不是Page Method Atlas揭秘 —— 绑定（Binding） 在ASP.NET Atlas中创建自定义的Transformer 在ASP.NET Atlas中创建自定义的Validator 使用ASP.NET Atlas ItemView控件显示集合中的单个数据 使用ASP.NET Atlas ListView控件显示列表数据 调试Atlas客户端JavaScript脚本 在ASP.NET Atlas中创建自定义的Behavior 使用ASP.NET Atlas SortBehavior实现客户端排序 在Atlas中实现检测postback progress的状态的方法 使用ASP.NET Atlas XSLTView控件用XSLT修饰并显示XML数据 Remoting 一步一步学Remoting之一：从简单开始 初识用.NET Remoting来开发分布式应用 使用.NET Remoting开发分布式应用——配置文件篇 基于消息与.Net Remoting的分布式处理架构 使用.NET Remoting开发分布式应用——基于租约的生存期 Remoting多个信道(Chennel)的注册问题 Remoting中的线程与网络通信内幕初探 Remoting Event 远程事件 Remoting Discussion(二) Remoting Discussion(三) 移动开发 在PPC上用时间做唯一编号遇到的问题及其解决方法 正确处理 SqlCeException 的方法 通过ActiveSync使你的Windows Mobile Emulator连接到Internet Pocket PC 2003编程环境 Windows Mobile开发环境搭建指南 短信任务源程序分享[.NET CF C#] 循序渐进：使用 Visual Studio 2005 为基于 Windows Mobile 的设备生成 .NET Compact Framework 应用程序 是不是.net compact framework的Bug呢? 窗体切换中的小技巧 Web 2.0 WEB2.0商业模式才刚开始 用Blog和Wiki搭建IT团队的知识库 论web2.0的定义及web2.0盈利的实现方式 MagicAjax－NoStore，Session，Cache模式的区别 Wiki的介绍 wiki、Blog与项目知识管理 wiki的来龙去脉与企业应用 2006年 Web 2.0 将面临的10个问题 web 2.0 精彩语录 创新的媒介：Web 2.0三大营销变革 2005年Web 2.0领域涌现的11大高质量软件 学习冲电 <> Go back什么是Web 2.0？ Web 2.0时代，你属于哪一份子？ 全面精通Web 2.0，做互联网潮头人 项目Wiki的选择和配置 2005年 Web2.0 带动的11大软件 最近的asp.net技术demo 通用异常处理框架 在C＃中调用WINCE连接PC的程序 GPS定位信息的接收 PDA/GPS检测报告 CnForums和已有系统的整合方案 Community Server技术分析——CS是如何将三个项目整合到一起的 Microsoft.mshtml到底是什么？ BI与CRM深入行业应用 纯粹B/S方式实现InfoPath的设计和运行时--Web Builder WebBuilder 界面一览 大话 .NET/MONO 跨平台应用 移植 ASP.net 项目到 Mono 的问题报告 激动的一天 MONO - .NET跨平台之亲身经历（一） 使用Updater Application Block实现自动更新例子 Component/Service Oriented Software System Development Thinking Smart Client Case Study Source Code Download from MSDN China 初探YAML 在将WEBPART打包成*.CAB包和*.MSI安装包后，竟然无法将其安装到指定的WSS网站 Microsoft Windows Workflow Foundation 入门：开发人员演练 如何让ClickOnce进行手动更新(含代码) WEB BUILDER中的动态页面生成 flash与asp.net通信(LoadVars类) EsbAOP应用－－异常关闭器 EnterpriseServerBase的AOP－－EsbAOP实现 [WPF]WPF中如何实现数据与表示分离。（一） —— XAML 翻译：微软是如何输掉API之战（上） 微软是如何输掉API之战（下） Log4Net五步走 Agile Framework功能介绍（1）：自动事件连接 基于构件技术的软件工程 - Small Team Practice小型团队项目实践标准 RIA全程追踪-引子 Boo简介及无关的一些牢骚 企业应用之领域模型 企业应用之数据持久化方案 通过Spring.net来使用XCodeFactory生成的数据层！ 关于SNS规则引擎的一点想法 Biztalk2004 Decoder的二次开发----春田花花幼稚园的信息化项目 虚拟社会，做尽天下业务（集思广义，以求大同） ORM新实现——Dali 使用Microsoft Systems Management Server 2.0 进行补丁管理 CNN评出25个典型的下一代互联网公司 SQL Server Report Services 的RS数据库移植到另外一台服务器，报“rsReportServerNotActivated”错误 .NET和JAVA的跨平台,我们很期望.但是容易吗 LoadRunner 架构概览 关于Flex、Jrun、ColdFusion、IIS、ASP.Net结合使用的误区！（只说Flex1.5版本） Windows Communication Foundation入门(Part One) office 操作 ADO.NET(OleDb)读取Excel表格时的一个BUG Office with .Net 系列之 ――― 在自己的程序中宿主Office Office with .Net （二） ――― 使用.Net访问Office编程接口 Office with .Net（二）之外传―――“彻底干净的”关闭Office程序 我写的Asp.net操作Excel的一个类库ExcelHelper（源码下载） C#操作Excel，套用模板并对数据进行分页 关于ASP.NET中调用Excel组件不能结束进程的解决方法 用完Excel组件后 如何彻底关闭Excel进程 一个Excel exporter的组件 web 下实现文档的可浏览但不可保存 Excel开发：简化工作表中选定区域的操作 开源代码系列之Office文档读写(Excel/Word) 将Exce嵌入你的.Net程序 实例与经典源码 .NET Pet Shop 4 .NET Pet Shop 4: Migrating an ASP.NET 1.1 Application to 2.0 NET Pet Shop 4 .NET Pet Shop 4 关于练习项目的一些背景 基于.NET 2.0的Petshop4正式推出了 PetShop的系统架构设计 Petshop 4 学习 Agile Framework 介绍Agile Framework Agile Framework架构图 利用db4o做中间层数据缓存 关于数据层设计的取舍思考 基于SOA思想的架构设计 框架设计之Castle&CompositeUI容器融合 架构设计之Smart Client 架构设计之离线处理 DotNetNuke DNN 数据访问策略 【译】 快速正确的制作DNN模块数据库安装脚本 DotNetNuke开始支持ASP.NET2.0 DotNetNuke从入门到进阶(1)怎样写自己的模块 DotNetNuke 代码文档 翻译DNN-Documentation-readme.txt DotNetNuke:如何创建自己的模块(FlashPlayer Module) [DNN模块开发]让模块支持“导入”“导出”功能 [DNN模块开发]DNN模块的层次划分 [DNN模块开发]模块的文件结构及命名方法 [DNN模块开发]如何写模块数据库安装脚本 建立单独的解决方案来开发DNN模块 [DNN模块开发]快速制作DNN模块安装包 [DNN模块开发]快速正确的制作DNN模块数据库安装脚本 [DNN扩展]将Lion.Web.WebHtmlEditor作为DNN的富文本编辑器（初步实现） [DNN扩展]LionHtmlEditorProvider(v1.0.1) [DNN扩展]LionHtmlEditorProvider(v1.0.2) 最后更新：2005-7-25 [DNN模块开发]如何写dnn文件 [DNN模块开发]分类链接模块终于大功告成了 [DNN扩展]LionHtmlEditorProvider(v1.0.3) [DNN模块开发]分类链接模块V1.1 [DNN模块开发]增强型DNN在线调查模块 [DNN学习所得]如何防止页面中的敏感信息被提取 如何修改DotNetNuke(DNN)中服务条款和隐私说明 利用反射工厂模式支持多数据库访问 DNN中搜索引擎原理——如何获取SearchItem DNN中搜索引擎原理——数据库分析篇 [DNN通用控件]TextEditor [DNN学习所得]SolpartMenu一个相当不错的下拉菜单控件 [DNN功能]列表管理添加中国的省份选择下拉框 [DNN学习所得]CBO——简化从数据库读取数据并实例化对象的有效方法 刚开始学习DNN的一点小经验（二） 全新安装dnn3.1.0 DNN安装模板（DotNetNuke.install） [DNN学习所得]让IE也能实现解压缩功能（提供演示源码下载） DNN核心用户控件——实现页面灵活布局的第一步 DNN的数据访问方式——合理运用模式，提高数据访问的灵活性（有修正） 刚开始学习DNN的一点小经验（一） [DNN学习所得]HttpModule到底是个什么东西 DotNetNuke3研究报告一（安装） 初识DotNetNuke（DNN） 关于DotNetNuke(DNN)的语言问题 DotNetNuke3研究报告二（数据访问） [DNN学习所得]HttpModule到底是个什么东西 DNN文件夹说明 [DNN通用控件]DualListControl介绍 DNN3.2.2安装说明 [DNN 3.2.2] DNN开发中的一些细节（2） DNN开发中的一些细节（1） Flash+xml 在 Dnn系统开发中的应用 DNN开发中的一些细节（3） 开源项目 开源CMS Alfresco 1.0 发布 ArgoUML -- 开源UML 建模工具 应用IBatisNet+Castle进行项目的开发 再论IBatisNet + Castle进行项目的开发 NHibernate VS IbatisNet IBatisNet 之 自动生成主关键字 细节决定成败：一个公共类库 BugTracker.NET 汉化手札 ORM开题篇－Gentle.NET之牛刀小试 使用NHIBERNATE写DAL层的流程和牢骚 Mono 开发 (使用.NET技术的你，绝对不能忽略Mono) .NET开源项目链接 MonoRail - 前期准备 MonoRail - 简介 经典案例介绍 广州市工商局商标管理软件 Duwamish 学习Duwamish7的MSDN说明及相关技术策略 Duwamish7学习笔记（七） Duwamish7学习笔记（六） Duwamish7学习笔记（五） Duwamish7学习笔记（四） Duwamish7学习笔记（三） Duwamish7学习笔记（二） Duwamish7学习笔记（－） NHibernate 使用NHibernateContrib中的Nullables NHibernate文档翻译进度&问题收集(持续更新) NHibernate文档翻译 第3章 持久化类(Persistent Classes) NHibernate文档翻译 第5章 集合类(Collections)映射 NHibernate文档翻译 第6章 关联映射 NHibernate文档翻译 第7章 示例: Parent/Child NHibernate 1.0.1 发布了 NHibernate文档翻译完成 NHibernate文档翻译 第8章 NHibernate缓存（NHibernate.Caches） NHibernate文档翻译 第9章 使用AttributesNHibernate.Mapping.Attributes NHibernate文档翻译 第10章 NHibernate.Tool.hbm2net DDL的NHibernate文档 1.快速起步 NHibernate中DateTime,int,bool空值的处理方法 使用NHibernate进行数据持久层开发的最佳实践 基于NHibernate的三层结构应用程序开发初步 NHibernate.Helper Project NHibernate学习手记(1) - 对象的简单CRUD操作 NHibernate学习手记(6) - 实现one2many/many2one的映射 NHibernate快速指南 NHibernate之1——为什么不用DataSet? NHibernate文档翻译 第1章 体系结构 NHibernate文档翻译 第2章 ISessionFactory配置 NHibernate文档翻译 第4章 O/R Mapping基础 由为什么要学习NHibernate说开去 NHibernate 使用手迹（1st） NHibernate 使用手迹（2nd） NHibernate使用手迹(3rd) 发布：偶写的NHibernate代码生成器 面向对象设计,ORM,NHIBERNATE杂谈(有感) Snake.Net Snake.Net 框架中的ORM(一) （Version 0.2 Beta） Snake.Net 框架中的ORM(二) （Version 0.2 Beta） Snake.Net 框架中的ORM(三) （Version 0.2 Beta） Snake.Net网络通讯模块 序 Snake.Net网络通讯模块 - SMTP(一) Snake.Net网络通讯模块 - POP3(二) Snake.Net网络通讯模块 - IMAP4(三) Snake.Net网络通讯模块 - FTP(四) Snake.Net 框架中的ORM(四) （Version 0.2 Beta） Snake.Net 框架中的ORM(五) （Version 0.2 Beta） QPG平台 编写容易被维护的代码(1) QPG--基本用法介绍 技术篇(1)--QPG容器的基本用法 技术篇(2)--QPG容器的高级用法 技术篇(3)--QPG界面分解方法介绍 技术篇(4)--基于QPG容器的服务扩展 技术篇(5)--QPG数据处理方法 技术篇(6)--大话AOP 实践篇(1)--QPG之“打狗棍法” 思想篇(3)—IT运用模式的轮回 思想篇(2)--归纳和演绎能力也很重要 思想篇(1)--企业需要什么样的人才？ 思想篇(完)----跟往事干杯 思想篇(4)---- 实战解析(完)----总结 Enterprise Library Enterprise Library2.0（1）：Data Access Application Block学习 Enterprise Library2.0（2）：Logging Application Block学习 Enterprise Library2.0中加密数据库连接字符串 Enterprise Library——企业库配置管理应用程序块 Enterprise Library——企业库缓存应用程序块 Enterprise Library Step By Step系列（一）：配置应用程序块——入门篇 Enterprise Library Step By Step系列（二）：配置应用程序块——进阶篇 Enterprise Library Step By Step系列（三）：数据访问程序块——入门篇 Enterprise Library Step By Step系列（四）：数据访问程序块——进阶篇 Enterprise Library Step By Step系列（五）：安全应用程序块——入门篇 Enterprise Library Step By Step系列（六）：安全应用程序块——进阶篇 Enterprise Library Step By Step系列（七）：日志和监测应用程序块——入门篇 terprise Library Step By Step系列（八）：日志和监测应用程序块——进阶篇 Enterprise Library Step By Step系列（九）：缓冲应用程序块——入门篇 Enterprise Library Step By Step系列（十）：缓冲应用程序块——进阶篇 Enterprise Library Step By Step系列（十一）：异常处理应用程序块——入门篇 Enterprise Library Step By Step系列（十二）：异常处理应用程序块——进阶篇 Enterprise Library Step By Step系列（十三）：加密应用程序块——入门篇 Enterprise Library Step By Step系列（十四）：创建基于消息队列（MSMQ）的异步日志 Enterprise Library Step By Step系列（十五）：配置应用程序块——设计篇 Enterprise Library Step By Step系列（十六）：使用AppSetting Application Block Composite UI Application Block 学习笔记之Commands Composite UI Application Block学习笔记之Event Broker 使用Updater Application Block实现自动更新例子 使用企业程序库的两点体会 Composite UI Application Block学习笔记之Smart Part 关于在服务器端使用Microsoft Exception Management Application Block Logging application block of Enterprise Library 2.0 TimeStamp of the Logging Application Block in EntLib 2.0 对 Updater Application Block v2的表面行为分析及问题 (一) HTTP Downloader for Updater Application Block 2 ObjectBuilder内功心法之中国特色 一个从网页中提取天气预报信息的程序(附源码) Ilungasoft Framework: 使用视图处理继承关系、Tree结构实体关系映射示例[源码] DataQuicker2快速入门-----存储过程篇 一个ASP.NET2.0的小项目－BLOG Ilungasoft Framework中处理有关联关系的实体 Community Server2.0专注细节一 邮件提醒按钮实现(上) DataQuicker（ORM）中的缓存机制 数据框架DataQuicker2第一个版本开源下载. SVG + Javascript + ASP.NET + WebService开发楼宇管理系统 - 杂记3(完) 新的数据框架DataQuicker2 Walk through Message----春田花花幼稚园的信息化项目(II) SVG + Javascript + ASP.NET + WebSe
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