文件列表:

USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bmd.h (6073, 2015-04-03)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp.c (38666, 2016-01-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp.h (28212, 2016-01-10)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp_int.c (20050, 2016-01-10)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp_periph.c (15106, 2013-11-26)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp_ser.c (40739, 2017-01-23)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\bsp_ser.h (4848, 2017-01-23)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\CMSIS\system_stm32f4xx.c (22605, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\Components\otm8009a\otm8009a.c (19686, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\Components\otm8009a\otm8009a.h (9673, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\Components\otm8009a\Release_Notes.html (12773, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\delay.c (1017, 2016-01-04)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\delay.h (220, 2015-11-05)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\KeilMDK\cstartup.s (21988, 2016-01-10)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\OS\uCOS-III\bsp_os.c (10542, 2015-07-20)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\OS\uCOS-III\bsp_os.h (5077, 2014-01-07)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\probe_rs232c_cmsis.c (14488, 2016-01-10)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\Release_Notes.html (16841, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery.c (28858, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery.h (12137, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_audio.c (52887, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_audio.h (15233, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_eeprom.c (17899, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_eeprom.h (5551, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_lcd.c (52547, 2016-01-15)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_lcd.h (12724, 2016-01-15)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_qspi.c (25934, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_qspi.h (5993, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_sd.c (19307, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_sd.h (5742, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_sdram.c (18541, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_sdram.h (6053, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_ts.c (15743, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\ST\stm32469i_discovery_ts.h (7458, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\BSP\usb_bsp.c (7500, 2016-01-15)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\uCOS-III\App\src\Fonts\font12.c (27971, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\uCOS-III\App\src\Fonts\font16.c (50544, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\uCOS-III\App\src\Fonts\font20.c (67271, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\uCOS-III\App\src\Fonts\font24.c (99917, 2015-11-12)
USB-3G-Modem-for-STM32F4xx\EvalBoards\ST\STM32469I-Discovery\uCOS-III\App\src\Fonts\font8.c (19209, 2015-11-12)
... ...

This is Iperf v2.0.5.WICED, a tool for measuring Internet bandwidth performance. See the doc directory for more documentation. Briefly: ./configure -- configure for your machine make -- compile Iperf make install -- install Iperf, if desired iperf -s (on machine "foo.bar.edu") iperf -c foo.bar.edu (on some other machine) iperf -h (for help screen) iperf -v (for version information) Copyright 1999, 2000, 2001, 2002, 2003, 2004 The Board of Trustees of the University of Illinois All rights reserved See UI License (doc/ui_license.html) for complete details. $Id: README,v 1.1.1.1 2004/05/18 01:50:44 kgibbs Exp $ This is a port of iperf to the WICED platform. The porting was done by Joshua Spence in December 2011. The version number has been changed from v2.0.5 (that of the base source code) to v2.0.5.WICED to signify the changes and bugfixes that have been applied. The contents of this directory contain the necessary source files to build iperf for Unix, Windows and the WICED platform. Windows builds are possible under both cygwin and minGW. Windows and Unix builds should use the configure script to check for required dependencies and to generate a config.h file for the host machine. WICED builds need not use the configure script and instead should use the WICED makefile (`wiced.mk') to build iperf. As the RTOS's provide no separate stack or heap space for a thread, nor do they keep track of memory which a thread has allocated, there is no reliable or clean way to prematurely terminate a command. For this reason, no functionality has been provided to terminate a WICED iperf server (which will never terminate of its own accord). In order to disable features of iperf that would not function correctly on the WICED platform (due either to missing dependencies or to meaningless operations such as file I/O), preprocessor defines taking the form of NO_XXX (where XXX is the disabled feature) are used to disable such un-needed functionality from the WICED iperf builds. The defining of these disabling macros is done in the `inc/headers.h' file upoon recognition of a WICED build. The raw iperf 2.0.5 source code had some well known bugs which had been documented on iperf's SourceForge page. Most of these bugs have been patched, using patches provided by other uses on the SourceForge page. The patched bugs are detailed below. The default buffer size has been reduced from 128KB to 1KB. This affects the WICED iperf build only. The WICED platform cannot be expected to have enough free space on the heap for 128KB buffers, and so this was arbitrarily reduced to 1KB. This didn't seem to have any noticeable impact on performance. ADDITIONS: * Added debug macros that describe various states and actions of iperf clients, servers, etc. See debug.h for more information. BUGS FIXES: * There was a seemingly undocumented feature of iperf known as "single client mode", specified using the `-1' or `--singleclient' command line arguments. This feature does not appear in any iperf documentation, and similarly does not appear to have any real effect on program execution. Hence, I decide to implement this rather simple feature which, based purely on an interpretation of the feature's name, should cause an iperf server to terminate (exit cleanly) after a single iperf client has connected and erformed a bandwidth test. This feature has been implemented on Unix, Windows and WICED iperf builds. * Fixed a bug which prevented iperf from sleeping for less than one millisecond. See http://stackoverflow.com/questions/85122/sleep-less-than-one-millisecond * Added guard include statements whenever `config.h" was included into a source file. The auto-generated `config.h" file doesn't include any guard include directives, and this caused problems with the WICED iperf build. * Added a setitimer implementation for Windows. * Added a reset function to GNU getopt functionality. This is needed for a WICED iperf build because the program is always in memory and hence the static variables will never be reset otherwise. * Fixed the incorrect use of `new'/`delete' to allocate/deallocate memory for a C struct. * Fixed a bug in which iperf was unable to check for an erroneous return value from a call to `write()'. See http://sourceforge.net/tracker/?func=detail&aid=3454612&group_id=128336&atid=711373 * Fixed a bug which caused an iperf server to terminate unexpectedly. See http://sourceforge.net/tracker/index.php?func=detail&aid=1***3829&group_id=128336&atid=711371 * Fixed a bug in which iperf would not free memory associated with multi reports. See http://sourceforge.net/tracker/?func=detail&aid=1852136&group_id=128336&atid=711371 * Fixed bug with iperf not handling large time values correctly. See http://bugs.debian.org/346099 * Fixed some typos. * Fixed hyphen used as minus sign in manpages. * Fix bug with iperf trying to continue execution when binding to a port fails. See http://bugs.debian.org/517239 NOTES AND LIMITATIONS: * File input and output has been disabled for the WICED iperf build as it does not make sense for the WICED platform. * Standard input is disabled for the WICED iperf build. * Daemon mode is disabled on WICED iperf build as it does not make sense for the WICED platform. * There is no interpretation of environment variables under the WICED iperf build as it does not make sense for the WICED platform. * The WICED iperf app is currently single-threaded only. A multithreading implementation has been started (but not completed nor tested) and can be found in the `wiced' directory. Basically, in order to complete multithreading capability for a WICED iperf build, someone must provide a FreeRTOS/ThreadX implementation of iperf's rather abstract threads, conditions and mutexes. * Signals (such as SIGINT and SIGKILL) have been disabled on a WICED iperf build as they do not make sense for the WICED platform. * On LwIP, there is no function to set the TCP window size. As a result, the TCP window size may be reported by iperf as either `-1' or `0'. * On a WICED iperf build, any time values reported by the RTOS are not "real" time values, but rather are measured relative to the uptime of the hardware. * On a WICED iperf build, we are currently unable to run WICED iperf client with dualtest `-d' option because this option is unavailable in a single threaded version of iperf. * Currently unable to run WICED iperf client with parallel `-P' option because this option is unavailable in a single threaded version of iperf. * FreeRTOS does not support TCP_MAXSEG. If running a WICED iperf client with the `-m' option, iperf will warn that "MSS and MTU size unknown (TCP_MAXSEG not supported by OS?)".

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