icmp test example下载

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icmp test example, can enjoy this example to develop your own little virus
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icmp test example, can enjoy this example to develop your own little virus

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/

课程内容如下：通信协议的概念ISO、OSI七层参考模型详解TCP、IP模型详解网络接口层详解IP协议详解IP地址和MAC地址特征分析有了IP地址为什么还要使用MAC地址ARP工作过程及工作原理解析ICMP知识解析ping命令使用详解tracert命令使用详解TCP详解UDP协议详解网络通信协议(应用层)协议

Unix网络编程卷1，第三版，英文版。大名顶顶的Richard Stevens所写目录： Copyright Addison-Wesley Professional Computing Series Foreword Preface Introduction Changes from the Second Edition Using This Book Source Code and Errata Availability Acknowledgments Part 1: Introduction and TCP/IP Chapter 1. Introduction Section 1.1. Introduction Section 1.2. A Simple Daytime Client Section 1.3. Protocol Independence Section 1.4. Error Handling: Wrapper Functions Section 1.5. A Simple Daytime Server Section 1.6. Roadmap to Client/Server Examples in the Text Section 1.7. OSI Model Section 1.8. BSD Networking History Section 1.9. Test Networks and Hosts Section 1.10. Unix Standards Section 1.11. 64-Bit Architectures Section 1.12. Summary Exercises Chapter 2. The Transport Layer: TCP, UDP, and SCTP Section 2.1. Introduction Section 2.2. The Big Picture Section 2.3. User Datagram Protocol (UDP) Section 2.4. Transmission Control Protocol (TCP) Section 2.5. Stream Control Transmission Protocol (SCTP) Section 2.6. TCP Connection Establishment and Termination Section 2.7. TIME_WAIT State Section 2.8. SCTP Association Establishment and Termination Section 2.9. Port Numbers Section 2.10. TCP Port Numbers and Concurrent Servers Section 2.11. Buffer Sizes and Limitations Section 2.12. Standard Internet Services Section 2.13. Protocol Usage by Common Internet Applications Section 2.14. Summary Exercises Part 2: Elementary Sockets Chapter 3. Sockets Introduction Section 3.1. Introduction Section 3.2. Socket Address Structures Section 3.3. Value-Result Arguments Section 3.4. Byte Ordering Functions Section 3.5. Byte Manipulation Functions Section 3.6. inet_aton, inet_addr, and inet_ntoa Functions Section 3.7. inet_pton and inet_ntop Functions Section 3.8. sock_ntop and Related Functions Section 3.9. readn, writen, and readline Functions Section 3.10. Summary Exercises Chapter 4. Elementary TCP Sockets Section 4.1. Introduction Section 4.2. socket Function Section 4.3. connect Function Section 4.4. bind Function Section 4.5. listen Function Section 4.6. accept Function Section 4.7. fork and exec Functions Section 4.8. Concurrent Servers Section 4.9. close Function Section 4.10. getsockname and getpeername Functions Section 4.11. Summary Exercises Chapter 5. TCP Client/Server Example Section 5.1. Introduction Section 5.2. TCP Echo Server: main Function Section 5.3. TCP Echo Server: str_echo Function Section 5.4. TCP Echo Client: main Function Section 5.5. TCP Echo Client: str_cli Function Section 5.6. Normal Startup Section 5.7. Normal Termination Section 5.8. POSIX Signal Handling Section 5.9. Handling SIGCHLD Signals Section 5.10. wait and waitpid Functions Section 5.11. Connection Abort before accept Returns Section 5.12. Termination of Server Process Section 5.13. SIGPIPE Signal Section 5.14. Crashing of Server Host Section 5.15. Crashing and Rebooting of Server Host Section 5.16. Shutdown of Server Host Section 5.17. Summary of TCP Example Section 5.18. Data Format Section 5.19. Summary Exercises Chapter 6. I/O Multiplexing: The select and poll Functions Section 6.1. Introduction Section 6.2. I/O Models Section 6.3. select Function Section 6.4. str_cli Function (Revisited) Section 6.5. Batch Input and Buffering Section 6.6. shutdown Function Section 6.7. str_cli Function (Revisited Again) Section 6.8. TCP Echo Server (Revisited) Section 6.9. pselect Function Section 6.10. poll Function Section 6.11. TCP Echo Server (Revisited Again) Section 6.12. Summary Exercises Chapter 7. Socket Options Section 7.1. Introduction Section 7.2. getsockopt and setsockopt Functions Section 7.3. Checking if an Option Is Supported and Obtaining the Default Section 7.4. Socket States Section 7.5. Generic Socket Options Section 7.6. IPv4 Socket Options Section 7.7. ICMPv6 Socket Option Section 7.8. IPv6 Socket Options Section 7.9. TCP Socket Options Section 7.10. SCTP Socket Options Section 7.11. fcntl Function Section 7.12. Summary Exercises Chapter 8. Elementary UDP Sockets Section 8.1. Introduction Section 8.2. recvfrom and sendto Functions Section 8.3. UDP Echo Server: main Function Section 8.4. UDP Echo Server: dg_echo Function Section 8.5. UDP Echo Client: main Function Section 8.6. UDP Echo Client: dg_cli Function Section 8.7. Lost Datagrams Section 8.8. Verifying Received Response Section 8.9. Server Not Running Section 8.10. Summary of UDP Example Section 8.11. connect Function with UDP Section 8.12. dg_cli Function (Revisited) Section 8.13. Lack of Flow Control with UDP Section 8.14. Determining Outgoing Interface with UDP Section 8.15. TCP and UDP Echo Server Using select Section 8.16. Summary Exercises Chapter 9. Elementary SCTP Sockets Section 9.1. Introduction Section 9.2. Interface Models Section 9.3. sctp_bindx Function Section 9.4. sctp_connectx Function Section 9.5. sctp_getpaddrs Function Section 9.6. sctp_freepaddrs Function Section 9.7. sctp_getladdrs Function Section 9.8. sctp_freeladdrs Function Section 9.9. sctp_sendmsg Function Section 9.10. sctp_recvmsg Function Section 9.11. sctp_opt_info Function Section 9.12. sctp_peeloff Function Section 9.13. shutdown Function Section 9.14. Notifications Section 9.15. Summary Exercises Chapter 10. SCTP Client/Server Example Section 10.1. Introduction Section 10.2. SCTP One-to-Many-Style Streaming Echo Server: main Function Section 10.3. SCTP One-to-Many-Style Streaming Echo Client: main Function Section 10.4. SCTP Streaming Echo Client: str_cli Function Section 10.5. Exploring Head-of-Line Blocking Section 10.6. Controlling the Number of Streams Section 10.7. Controlling Termination Section 10.8. Summary Exercises Chapter 11. Name and Address Conversions Section 11.1. Introduction Section 11.2. Domain Name System (DNS) Section 11.3. gethostbyname Function Section 11.4. gethostbyaddr Function Section 11.5. getservbyname and getservbyport Functions Section 11.6. getaddrinfo Function Section 11.7. gai_strerror Function Section 11.8. freeaddrinfo Function Section 11.9. getaddrinfo Function: IPv6 Section 11.10. getaddrinfo Function: Examples Section 11.11. host_serv Function Section 11.12. tcp_connect Function Section 11.13. tcp_listen Function Section 11.14. udp_client Function Section 11.15. udp_connect Function Section 11.16. udp_server Function Section 11.17. getnameinfo Function Section 11.18. Re-entrant Functions Section 11.19. gethostbyname_r and gethostbyaddr_r Functions Section 11.20. Obsolete IPv6 Address Lookup Functions Section 11.21. Other Networking Information Section 11.22. Summary Exercises Part 3: Advanced Sockets Chapter 12. IPv4 and IPv6 Interoperability Section 12.1. Introduction Section 12.2. IPv4 Client, IPv6 Server Section 12.3. IPv6 Client, IPv4 Server Section 12.4. IPv6 Address-Testing Macros Section 12.5. Source Code Portability Section 12.6. Summary Exercises Chapter 13. Daemon Processes and the inetd Superserver Section 13.1. Introduction Section 13.2. syslogd Daemon Section 13.3. syslog Function Section 13.4. daemon_init Function Section 13.5. inetd Daemon Section 13.6. daemon_inetd Function Section 13.7. Summary Exercises Chapter 14. Advanced I/O Functions Section 14.1. Introduction Section 14.2. Socket Timeouts Section 14.3. recv and send Functions Section 14.4. readv and writev Functions Section 14.5. recvmsg and sendmsg Functions Section 14.6. Ancillary Data Section 14.7. How Much Data Is Queued? Section 14.8. Sockets and Standard I/O Section 14.9. Advanced Polling Section 14.10. Summary Exercises Chapter 15. Unix Domain Protocols Section 15.1. Introduction Section 15.2. Unix Domain Socket Address Structure Section 15.3. socketpair Function Section 15.4. Socket Functions Section 15.5. Unix Domain Stream Client/Server Section 15.6. Unix Domain Datagram Client/Server Section 15.7. Passing Descriptors Section 15.8. Receiving Sender Credentials Section 15.9. Summary Exercises Chapter 16. Nonblocking I/O Section 16.1. Introduction Section 16.2. Nonblocking Reads and Writes: str_cli Function (Revisited) Section 16.3. Nonblocking connect Section 16.4. Nonblocking connect: Daytime Client Section 16.5. Nonblocking connect: Web Client Section 16.6. Nonblocking accept Section 16.7. Summary Exercises Chapter 17. ioctl Operations Section 17.1. Introduction Section 17.2. ioctl Function Section 17.3. Socket Operations Section 17.4. File Operations Section 17.5. Interface Configuration Section 17.6. get_ifi_info Function Section 17.7. Interface Operations Section 17.8. ARP Cache Operations Section 17.9. Routing Table Operations Section 17.10. Summary Exercises Chapter 18. Routing Sockets Section 18.1. Introduction Section 18.2. Datalink Socket Address Structure Section 18.3. Reading and Writing Section 18.4. sysctl Operations Section 18.5. get_ifi_info Function (Revisited) Section 18.6. Interface Name and Index Functions Section 18.7. Summary Exercises Chapter 19. Key Management Sockets Section 19.1. Introduction Section 19.2. Reading and Writing Section 19.3. Dumping the Security Association Database (SADB) Section 19.4. Creating a Static Security Association (SA) Section 19.5. Dynamically Maintaining SAs Section 19.6. Summary Exercises Chapter 20. Broadcasting Section 20.1. Introduction Section 20.2. Broadcast Addresses Section 20.3. Unicast versus Broadcast Section 20.4. dg_cli Function Using Broadcasting Section 20.5. Race Conditions Section 20.6. Summary Exercises Chapter 21. Multicasting Section 21.1. Introduction Section 21.2. Multicast Addresses Section 21.3. Multicasting versus Broadcasting on a LAN Section 21.4. Multicasting on a WAN Section 21.5. Source-Specific Multicast Section 21.6. Multicast Socket Options Section 21.7. mcast_join and Related Functions Section 21.8. dg_cli Function Using Multicasting Section 21.9. Receiving IP Multicast Infrastructure Session Announcements Section 21.10. Sending and Receiving Section 21.11. Simple Network Time Protocol (SNTP) Section 21.12. Summary Exercises Chapter 22. Advanced UDP Sockets Section 22.1. Introduction Section 22.2. Receiving Flags, Destination IP Address, and Interface Index Section 22.3. Datagram Truncation Section 22.4. When to Use UDP Instead of TCP Section 22.5. Adding Reliability to a UDP Application Section 22.6. Binding Interface Addresses Section 22.7. Concurrent UDP Servers Section 22.8. IPv6 Packet Information Section 22.9. IPv6 Path MTU Control Section 22.10. Summary Exercises Chapter 23. Advanced SCTP Sockets Section 23.1. Introduction Section 23.2. An Autoclosing One-to-Many-Style Server Section 23.3. Partial Delivery Section 23.4. Notifications Section 23.5. Unordered Data Section 23.6. Binding a Subset of Addresses Section 23.7. Determining Peer and Local Address Information Section 23.8. Finding an Association ID Given an IP Address Section 23.9. Heartbeating and Address Failure Section 23.10. Peeling Off an Association Section 23.11. Controlling Timing Section 23.12. When to Use SCTP Instead of TCP Section 23.13. Summary Exercises Chapter 24. Out-of-Band Data Section 24.1. Introduction Section 24.2. TCP Out-of-Band Data Section 24.3. sockatmark Function Section 24.4. TCP Out-of-Band Data Recap Section 24.5. Summary Exercises Chapter 25. Signal-Driven I/O Section 25.1. Introduction Section 25.2. Signal-Driven I/O for Sockets Section 25.3. UDP Echo Server Using SIGIO Section 25.4. Summary Exercises Chapter 26. Threads Section 26.1. Introduction Section 26.2. Basic Thread Functions: Creation and Termination Section 26.3. str_cli Function Using Threads Section 26.4. TCP Echo Server Using Threads Section 26.5. Thread-Specific Data Section 26.6. Web Client and Simultaneous Connections (Continued) Section 26.7. Mutexes: Mutual Exclusion Section 26.8. Condition Variables Section 26.9. Web Client and Simultaneous Connections (Continued) Section 26.10. Summary Exercises Chapter 27. IP Options Section 27.1. Introduction Section 27.2. IPv4 Options Section 27.3. IPv4 Source Route Options Section 27.4. IPv6 Extension Headers Section 27.5. IPv6 Hop-by-Hop Options and Destination Options Section 27.6. IPv6 Routing Header Section 27.7. IPv6 Sticky Options Section 27.8. Historical IPv6 Advanced API Section 27.9. Summary Exercises Chapter 28. Raw Sockets Section 28.1. Introduction Section 28.2. Raw Socket Creation Section 28.3. Raw Socket Output Section 28.4. Raw Socket Input Section 28.5. ping Program Section 28.6. traceroute Program Section 28.7. An ICMP Message Daemon Section 28.8. Summary Exercises Chapter 29. Datalink Access Section 29.1. Introduction Section 29.2. BSD Packet Filter (BPF) Section 29.3. Datalink Provider Interface (DLPI) Section 29.4. Linux: SOCK_PACKET and PF_PACKET Section 29.5. libpcap: Packet Capture Library Section 29.6. libnet: Packet Creation and Injection Library Section 29.7. Examining the UDP Checksum Field Section 29.8. Summary Exercises Chapter 30. Client/Server Design Alternatives Section 30.1. Introduction Section 30.2. TCP Client Alternatives Section 30.3. TCP Test Client Section 30.4. TCP Iterative Server Section 30.5. TCP Concurrent Server, One Child per Client Section 30.6. TCP Preforked Server, No Locking Around accept Section 30.7. TCP Preforked Server, File Locking Around accept Section 30.8. TCP Preforked Server, Thread Locking Around accept Section 30.9. TCP Preforked Server, Descriptor Passing Section 30.10. TCP Concurrent Server, One Thread per Client Section 30.11. TCP Prethreaded Server, per-Thread accept Section 30.12. TCP Prethreaded Server, Main Thread accept Section 30.13. Summary Exercises Chapter 31. Streams Section 31.1. Introduction Section 31.2. Overview Section 31.3. getmsg and putmsg Functions Section 31.4. getpmsg and putpmsg Functions Section 31.5. ioctl Function Section 31.6. Transport Provider Interface (TPI) Section 31.7. Summary Exercises Appendix A. IPv4, IPv6, ICMPv4, and ICMPv6 Section A.1. Introduction Section A.2. IPv4 Header Section A.3. IPv6 Header Section A.4. IPv4 Addresses Section A.5. IPv6 Addresses Section A.6. Internet Control Message Protocols (ICMPv4 and ICMPv6) Appendix B. Virtual Networks Section B.1. Introduction Section B.2. The MBone Section B.3. The 6bone Section B.4. IPv6 Transition: 6to4 Appendix C. Debugging Techniques Section C.1. System Call Tracing Section C.2. Standard Internet Services Section C.3. sock Program Section C.4. Small Test Programs Section C.5. tcpdump Program Section C.6. netstat Program Section C.7. lsof Program Appendix D. Miscellaneous Source Code Section D.1. unp.h Header Section D.2. config.h Header Section D.3. Standard Error Functions Appendix E. Solutions to Selected Exercises Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9 Chapter 10 Chapter 11 Chapter 12 Chapter 13 Chapter 14 Chapter 15 Chapter 16 Chapter 17 Chapter 18 Chapter 20 Chapter 21 Chapter 22 Chapter 24 Chapter 25 Chapter 26 Chapter 27 Chapter 28 Chapter 29 Chapter 30 Chapter 31 Bibliography

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