Atheros无线芯片AR-6000系列wince 6驱动源代码(这东西我也没用过别问我,我是搜别的wince资源搜到的) AR6K SDIO support. Requires firmware 1.1 on SD13 cards. readme: Atheros Communications AR6001 WLAN Driver for SDIO installation Read Me March 26,2007 (based on k14 fw1.1) Windows CE Embedded CE 6.0 driver installation. 1. Unzip the installation file onto your system (called installation directory below) 2. Create an OS design or open an existing OS design in Platform Builder 6.0. a. The OS must support the SD bus driver and have an SD Host Controller driver (add these from Catalog Items). b. Run image size should be set to allow greater than 32MB. 3. a. From the Project menu select Add Existing Subproject... b. select AR6K_DRV.pbxml c. select open This should create a subproject within your OS Design project for the AR6K_DRV driver. 4. Build the solution. 转自Tony嵌入式,原文地址：http://www.cevx.com/bbs/dispbbs.asp?boardID=4&ID=11762&page=1
标签： wince Requires firmware Atheros
上传时间： 2014-11-11
上传用户：bibirnovis
K9F1208U0M 的ALE、CLE分别由DSP 的A1 和A0 控制。DSP的低8位数据线直接与闪存的I/O0-I/O7 相连，实现命令、地址和数据的传输； DSP的通用I/O口IOA2 接R/B，监测存储器的工作状态，当R/ B 处于低电平时,表示有编程、擦除或随机读操作正在进行；操作完成后, R/ B 会自动返回高电平。DSP的W E 、R D 分别接FLASH的W E 、R E ， 控制读、写操作。CS2接闪存的片选线CE。
标签： K9F1208U0M DSP ALE CLE
上传时间： 2016-08-03
上传用户：agent
Atheros Communications AR6001 WLAN Driver for SDIO installation Read Me March 26,2007 (based on k14 fw1.1) Windows CE Embedded CE 6.0 driver installation. 1. Unzip the installation file onto your system (called installation directory below) 2. Create an OS design or open an existing OS design in Platform Builder 6.0. a. The OS must support the SD bus driver and have an SD Host Controller driver (add these from Catalog Items). b. Run image size should be set to allow greater than 32MB. 3. a. From the Project menu select Add Existing Subproject... b. select AR6K_DRV.pbxml c. select open This should create a subproject within your OS Design project for the AR6K_DRV driver. 4. Build the solution.
标签： Communications installation Atheros Driver
上传时间： 2016-10-27
上传用户：hebmuljb
/* ********************************************************************************************************* * uC/TCP-IP V2 * The Embedded TCP/IP Suite * * (c) Copyright 2003-2010; Micrium, Inc.; Weston, FL * * All rights reserved. Protected by international copyright laws. * * uC/TCP-IP is provided in source form to registered licensees ONLY. It is * illegal to distribute this source code to any third party unless you receive * written permission by an authorized Micrium representative. Knowledge of * the source code may NOT be used to develop a similar product. * * Please help us continue to provide the Embedded community with the finest * software available. Your honesty is greatly appreciated. * * You can contact us at www.micrium.com. ********************************************************************************************************* */ /* ********************************************************************************************************* * * NETWORK TCP LAYER * (TRANSMISSION CONTROL PROTOCOL) * * Filename : net_tcp.h * Version : V2.10 * Programmer(s) : ITJ ********************************************************************************************************* * Note(s) : (1) Supports Transmission Control Protocol as described in RFC #793 with the following * restrictions/constraints : * * (a) TCP Security & Precedence NOT supported RFC # 793, Section 3.6 * * (b) TCP Urgent Data NOT supported RFC # 793, Section 3.7 * 'The Communication of * Urgent Information' * * (c) The following TCP options NOT supported : * * (1) Window Scale RFC #1072, Section 2 * RFC #1323, Section 2 * (2) Selective Acknowledgement (SACK) RFC #1072, Section 3 * RFC #2018 * RFC #2883 * (3) TCP Echo RFC #1072, Section 4 * (4) Timestamp RFC #1323, Section 3.2 * (5) Protection Against Wrapped Sequences (PAWS) RFC #1323, Section 4 * * (d) #### IP-Options-to-TCP-Connection RFC #1122, Section 4.2.3.8 * Handling NOT supported * * (e) #### ICMP-Error-Message-to-TCP-Connection RFC #1122, Section 4.2.3.9 * Handling NOT currently supported * * (2) TCP Layer assumes/requires Network Socket Layer (see 'net_sock.h MODULE Note #1a2'). ********************************************************************************************************* */ /*$PAGE*/ /* ********************************************************************************************************* * MODULE * * Note(s) : (1) TCP Layer module is NOT required for UDP-to-Application API configuration. * * See also 'net_cfg.h TRANSPORT LAYER CONFIGURATION' * & 'net_cfg.h USER DATAGRAM PROTOCOL LAYER CONFIGURATION'. * * See also 'net_tcp.h Note #2'. * * (2) The following TCP-module-present configuration value MUST be pre-#define'd in * 'net_cfg_net.h' PRIOR to all other network modules that require TCP Layer * configuration (see 'net_cfg_net.h TCP LAYER CONFIGURATION Note #2b') : * * NET_TCP_MODULE_PRESENT ********************************************************************************************************* */ #ifdef NET_TCP_MODULE_PRESENT /* See Note #2. */ /* ********************************************************************************************************* * EXTERNS ********************************************************************************************************* */ #if ((defined(NET_TCP_MODULE)) && \ (defined(NET_GLOBALS_EXT))) #define NET_TCP_EXT #else #define NET_TCP_EXT extern #endif /*$PAGE*/ /* ********************************************************************************************************* * DEFINES ********************************************************************************************************* */ /* ********************************************************************************************************* * TCP HEADER DEFINES * * Note(s) : (1) The following TCP value MUST be pre-#define'd in 'net_def.h' PRIOR to 'net_buf.h' so that * the Network Buffer Module can configure maximum buffer header size (see 'net_def.h TCP * LAYER DEFINES' & 'net_buf.h NETWORK BUFFER INDEX & SIZE DEFINES Note #1') : * * (a) NET_TCP_HDR_SIZE_MAX 60 (NET_TCP_HDR_LEN_MAX * * NET_TCP_HDR_LEN_WORD_SIZE) * * (2) Urgent pointer & data NOT supported (see 'net_tcp.h Note #1b'). ********************************************************************************************************* */ #define NET_TCP_HDR_LEN_MASK 0xF000u #define NET_TCP_HDR_LEN_SHIFT 12u #define NET_TCP_HDR_LEN_NONE 0u #define NET_TCP_HDR_LEN_MIN 5u #define NET_TCP_HDR_LEN_MAX 15u #define NET_TCP_HDR_LEN_WORD_SIZE CPU_WORD_SIZE_32 #define NET_TCP_HDR_SIZE_MIN (NET_TCP_HDR_LEN_MIN * NET_TCP_HDR_LEN_WORD_SIZE) #if 0 /* See Note #1a. */ #define NET_TCP_HDR_SIZE_MAX (NET_TCP_HDR_LEN_MAX * NET_TCP_HDR_LEN_WORD_SIZE) #endif #define NET_TCP_HDR_SIZE_TOT_MIN (NET_IP_HDR_SIZE_TOT_MIN + NET_TCP_HDR_SIZE_MIN) #define NET_TCP_HDR_SIZE_TOT_MAX (NET_IP_HDR_SIZE_TOT_MAX + NET_TCP_HDR_SIZE_MAX) #define NET_TCP_PSEUDO_HDR_SIZE 12u /* = sizeof(NET_TCP_PSEUDO_HDR) */ #define NET_TCP_PORT_NBR_RESERVED NET_PORT_NBR_RESERVED #define NET_TCP_PORT_NBR_NONE NET_TCP_PORT_NBR_RESERVED #define NET_TCP_HDR_URG_PTR_NONE 0x0000u /* See Note #2. */ /*$PAGE*/ /* ********************************************************************************************************* * TCP HEADER FLAG DEFINES * * Note(s) : (1) See 'TCP HEADER Note #2' for flag fields. * * (2) Urgent pointer & data NOT supported (see 'net_tcp.h Note #1b'). ********************************************************************************************************* */ #define NET_TCP_HDR_FLAG_MASK 0x0FFFu #define NET_TCP_HDR_FLAG_NONE DEF_BIT_NONE #define NET_TCP_HDR_FLAG_RESERVED 0x0FE0u /* MUST be '0'. */ #define NET_TCP_HDR_FLAG_URGENT DEF_BIT_05 /* See Note #2. */ #define NET_TCP_HDR_FLAG_ACK DEF_BIT_04 #define NET_TCP_HDR_FLAG_PUSH DEF_BIT_03 #define NET_TCP_HDR_FLAG_RESET DEF_BIT_02 #define NET_TCP_HDR_FLAG_SYNC DEF_BIT_01 #define NET_TCP_HDR_FLAG_FIN DEF_BIT_00 #define NET_TCP_HDR_FLAG_CLOSE NET_TCP_HDR_FLAG_FIN /* ********************************************************************************************************* * TCP FLAG DEFINES ********************************************************************************************************* */ /* ------------------ NET TCP FLAGS ------------------- */ #define NET_TCP_FLAG_NONE DEF_BIT_NONE #define NET_TCP_FLAG_USED DEF_BIT_00 /* TCP conn cur used; i.e. NOT in free TCP conn pool. */ /* ------------------ TCP TX FLAGS ------------------- */ /* TCP tx flags copied from TCP hdr flags. */ #define NET_TCP_FLAG_TX_FIN NET_TCP_HDR_FLAG_FIN #define NET_TCP_FLAG_TX_CLOSE NET_TCP_FLAG_TX_FIN #define NET_TCP_FLAG_TX_SYNC NET_TCP_HDR_FLAG_SYNC #define NET_TCP_FLAG_TX_RESET NET_TCP_HDR_FLAG_RESET #define NET_TCP_FLAG_TX_PUSH NET_TCP_HDR_FLAG_PUSH #define NET_TCP_FLAG_TX_ACK NET_TCP_HDR_FLAG_ACK #define NET_TCP_FLAG_TX_URGENT NET_TCP_HDR_FLAG_URGENT #define NET_TCP_FLAG_TX_BLOCK DEF_BIT_07 /* ------------------ TCP RX FLAGS ------------------- */ #define NET_TCP_FLAG_RX_DATA_PEEK DEF_BIT_08 #define NET_TCP_FLAG_RX_BLOCK DEF_BIT_15 /*$PAGE*/ /* ********************************************************************************************************* * TCP TYPE DEFINES * * Note(s) : (1) NET_TCP_TYPE_&&& #define values specifically chosen as ASCII representations of the TCP * types. Memory displays of TCP types will display with their chosen ASCII names. ********************************************************************************************************* */ /* ------------------ NET TCP TYPES ------------------- */ #if (CPU_CFG_ENDIAN_TYPE == CPU_ENDIAN_TYPE_BIG) #define NET_TCP_TYPE_NONE 0x4E4F4E45u /* "NONE" in ASCII. */ #define NET_TCP_TYPE_CONN 0x54435020u /* "TCP " in ASCII. */ #else #if (CPU_CFG_DATA_SIZE == CPU_WORD_SIZE_32) #define NET_TCP_TYPE_NONE 0x454E4F4Eu /* "NONE" in ASCII. */ #define NET_TCP_TYPE_CONN 0x20504354u /* "TCP " in ASCII. */ #elif (CPU_CFG_DATA_SIZE == CPU_WORD_SIZE_16) #define NET_TCP_TYPE_NONE 0x4F4E454Eu /* "NONE" in ASCII. */ #define NET_TCP_TYPE_CONN 0x43542050u /* "TCP " in ASCII. */ #else /* Dflt CPU_WORD_SIZE_08. */ #define NET_TCP_TYPE_NONE 0x4E4F4E45u /* "NONE" in ASCII. */ #define NET_TCP_TYPE_CONN 0x54435020u /* "TCP " in ASCII. */ #endif #endif /* ********************************************************************************************************* * TCP SEQUENCE NUMBER DEFINES * * Note(s) : (1) TCP initial transmit sequence number is incremented by a fixed value, preferably a large * prime value or a large value with multiple unique factors. * * (a) One reasonable TCP initial transmit sequence number increment value example : * * 65527 = 37 * 23 * 11 * 7 * * * #### NET_TCP_TX_SEQ_NBR_CTR_INC could be developer-configured in 'net_cfg.h'. * * See also 'NET_TCP_TX_GET_SEQ_NBR() Notes #1b2 & #1c2'. ********************************************************************************************************* */ #define NET_TCP_SEQ_NBR_NONE 0u #define NET_TCP_ACK_NBR_NONE NET_TCP_SEQ_NBR_NONE #define NET_TCP_TX_SEQ_NBR_CTR_INC 65527u /* See Note #1. */ #define NET_TCP_ACK_NBR_DUP_WIN_SIZE_SCALE 4 /*$PAGE*/ /* ********************************************************************************************************* * TCP DATA/TOTAL LENGTH DEFINES * * Note(s) : (1) (a) TCP total length #define's (NET_TCP_TOT_LEN) relate to the total size of a complete * TCP packet, including the packet's TCP header. Note that a complete TCP packet MAY * be fragmented in multiple Internet Protocol packets. * * (b) TCP data length #define's (NET_TCP_DATA_LEN) relate to the data size of a complete * TCP packet, equal to the total TCP packet length minus its TCP header size. Note * that a complete TCP packet MAY be fragmented in multiple Internet Protocol packets. ********************************************************************************************************* */ /* See Notes #1a & #1b. */ #define NET_TCP_DATA_LEN_MIN 0u #define NET_TCP_TOT_LEN_MIN (NET_TCP_HDR_SIZE_MIN + NET_TCP_DATA_LEN_MIN) #define NET_TCP_TOT_LEN_MAX (NET_IP_TOT_LEN_MAX - NET_IP_HDR_SIZE_MIN ) #define NET_TCP_DATA_LEN_MAX (NET_TCP_TOT_LEN_MAX - NET_TCP_HDR_SIZE_MIN) /*$PAGE*/ /* ********************************************************************************************************* * TCP SEGMENT SIZE DEFINES * * Note(s) : (1) (a) RFC # 879, Section 3 states that the TCP Maximum Segment Size "counts only * data octets in the segment, ... not the TCP header or the IP header". * * (b) RFC #1122, Section 4.2.2.6 requires that : * * (1) "The MSS value to be sent in an MSS option must be less than or equal to * * (A) MMS_R - 20 * * where MMS_R is the maximum size for a transport-layer message that can * be received." * * (2) "If an MSS option is not received at connection setup, TCP MUST assume a * default send MSS of 536 (576 - 40)." * * See also 'net_ip.h IP DATA/TOTAL LENGTH DEFINES Note #1'. ********************************************************************************************************* */ /* See Note #1. */ #define NET_TCP_MAX_SEG_SIZE_DFLT (NET_IP_MAX_DATAGRAM_SIZE_DFLT - NET_IP_HDR_SIZE_MIN - NET_TCP_HDR_SIZE_MIN) #define NET_TCP_MAX_SEG_SIZE_DFLT_RX NET_TCP_DATA_LEN_MAX /* See Note #1b1. */ #define NET_TCP_MAX_SEG_SIZE_DFLT_TX NET_TCP_MAX_SEG_SIZE_DFLT /* See Note #1b2. */ #define NET_TCP_MAX_SEG_SIZE_NONE 0u #define NET_TCP_MAX_SEG_SIZE_MIN NET_TCP_MAX_SEG_SIZE_DFLT #define NET_TCP_MAX_SEG_SIZE_MAX NET_TCP_DATA_LEN_MAX #define NET_TCP_SEG_LEN_MIN NET_TCP_DATA_LEN_MIN #define NET_TCP_SEG_LEN_MAX NET_TCP_DATA_LEN_MAX #define NET_TCP_SEG_LEN_SYNC 1u #define NET_TCP_SEG_LEN_FIN 1u #define NET_TCP_SEG_LEN_CLOSE NET_TCP_SEG_LEN_FIN #define NET_TCP_SEG_LEN_ACK 0u #define NET_TCP_SEG_LEN_RESET 0u #define NET_TCP_SEG_LEN_PROBE 0u #define NET_TCP_DATA_LEN_TX_SYNC 0u #define NET_TCP_DATA_LEN_TX_FIN 0u #define NET_TCP_DATA_LEN_TX_CLOSE NET_TCP_DATA_LEN_TX_FIN #define NET_TCP_DATA_LEN_TX_ACK 0u #define NET_TCP_DATA_LEN_TX_PROBE_NO_DATA 0u #define NET_TCP_DATA_LEN_TX_PROBE_DATA 1u #define NET_TCP_DATA_LEN_TX_RESET 0u #define NET_TCP_TX_PROBE_DATA 0x00u /* ********************************************************************************************************* * TCP WINDOW SIZE DEFINES * * Note(s) : (1) Although NO RFC specifies the absolute minimum TCP connection window size value allowed, * RFC #793, Section 3.7 'Data Communication : Managing the Window' states that for "the * window ... there is an assumption that this is related to the currently available data * buffer space available for this connection". ********************************************************************************************************* */ #define NET_TCP_WIN_SIZE_NONE 0u #define NET_TCP_WIN_SIZE_MIN NET_TCP_MAX_SEG_SIZE_MIN #define NET_TCP_WIN_SIZE_MAX DEF_INT_16U_MAX_VAL /*$PAGE*/ /* ********************************************************************************************************* * TCP HEADER OPTIONS DEFINES * * Note(s) : (1) See the following RFC's for TCP options summary : * * (a) RFC # 793, Section 3.1 'Header Format : Options' * (b) RFC #1122; Sections 4.2.2.5, 4.2.2.6 * * (2) TCP option types are encoded in the first octet for each TCP option as follows : * * -------- * | TYPE | * -------- * * The TCP option type value determines the TCP option format : * * (a) The following TCP option types are single-octet TCP options -- i.e. the option type * octet is the ONLY octet for the TCP option. * * (1) TYPE = 0 End of Options List * (2) TYPE = 1 No Operation * * * (b) All other TCP options MUST be multi-octet TCP options (see RFC #1122, Section 4.2.2.5) : * * ------------------------------ * | TYPE | LEN | TCP OPT | * ------------------------------ * * where * TYPE Indicates the specific TCP option type * LEN Indicates the total TCP option length, in octets, including * the option type & the option length octets * TCP OPT Additional TCP option octets, if any, that contain the remaining * TCP option information * * The following TCP option types are multi-octet TCP options where the option's second * octet specify the total TCP option length, in octets, including the option type & the * option length octets : * * (1) TYPE = 2 Maximum Segment Size See RFC # 793, Section 3.1 'Header Format : * Options : Maximum Segment Size'; * RFC #1122, Section 4.2.2.6; * RFC # 879, Section 3 * * (2) TYPE = 3 Window Scale See 'net_tcp.h Note #1c1' * (3) TYPE = 4 SACK Allowed See 'net_tcp.h Note #1c2' * (4) TYPE = 5 SACK Option See 'net_tcp.h Note #1c2' * (5) TYPE = 6 Echo Request See 'net_tcp.h Note #1c3' * (6) TYPE = 7 Echo Reply See 'net_tcp.h Note #1c3' * (7) TYPE = 8 Timestamp See 'net_tcp.h Note #1c4' * * (3) TCP header allows for a maximum option list length of 40 octets : * * NET_TCP_HDR_OPT_SIZE_MAX = NET_TCP_HDR_SIZE_MAX - NET_TCP_HDR_SIZE_MIN * * = 60 - 20 * * = 40 * * (4) 'NET_TCP_OPT_SIZE' MUST be pre-defined PRIOR to all definitions that require TCP option * size data type. ********************************************************************************************************* */ /*$PAGE*/ #define NET_TCP_HDR_OPT_END_LIST 0u #define NET_TCP_HDR_OPT_NOP 1u #define NET_TCP_HDR_OPT_MAX_SEG_SIZE 2u #define NET_TCP_HDR_OPT_WIN_SCALE 3u #define NET_TCP_HDR_OPT_SACK_PERMIT 4u #define NET_TCP_HDR_OPT_SACK 5u #define NET_TCP_HDR_OPT_ECHO_REQ 6u #define NET_TCP_HDR_OPT_ECHO_REPLY 7u #define NET_TCP_HDR_OPT_TS 8u #define NET_TCP_HDR_OPT_PAD NET_TCP_HDR_OPT_END_LIST #define NET_TCP_HDR_OPT_LEN_END_LIST 1u #define NET_TCP_HDR_OPT_LEN_NOP 1u #define NET_TCP_HDR_OPT_LEN_MAX_SEG_SIZE 4u #define NET_TCP_HDR_OPT_LEN_WIN_SCALE 3u #define NET_TCP_HDR_OPT_LEN_SACK_PERMIT 2u #define NET_TCP_HDR_OPT_LEN_ECHO_REQ 6u #define NET_TCP_HDR_OPT_LEN_ECHO_REPLY 6u #define NET_TCP_HDR_OPT_LEN_TS 10u #define NET_TCP_HDR_OPT_LEN_SACK_MIN 6u #define NET_TCP_HDR_OPT_LEN_SACK_MAX 38u #define NET_TCP_HDR_OPT_LEN_MIN 1u #define NET_TCP_HDR_OPT_LEN_MIN_LEN 2u #define NET_TCP_HDR_OPT_LEN_MAX 38u typedef CPU_INT32U NET_TCP_OPT_SIZE; /* TCP opt size data type (see Note #4). */ #define NET_TCP_HDR_OPT_SIZE_WORD (sizeof(NET_TCP_OPT_SIZE)) #define NET_TCP_HDR_OPT_SIZE_MAX (NET_TCP_HDR_SIZE_MAX - NET_TCP_HDR_SIZE_MIN) #define NET_TCP_HDR_OPT_NBR_MIN 0u #define NET_TCP_HDR_OPT_NBR_MAX (NET_TCP_HDR_OPT_SIZE_MAX / NET_TCP_HDR_OPT_SIZE_WORD) #define NET_TCP_HDR_OPT_IX NET_TCP_HDR_SIZE_MIN /*$PAGE*/ /* ********************************************************************************************************* * TCP OPTION CONFIGURATION TYPE DEFINES * * Note(s) : (1) NET_TCP_OPT_CFG_TYPE_&&& #define values specifically chosen as ASCII representations of * the TCP option configuration types. Memory displays of TCP option configuration buffers * will display the TCP option configuration TYPEs with their chosen ASCII names. ********************************************************************************************************* */ /* ---------------- TCP OPT CFG TYPES ----------------- */ #if (CPU_CFG_ENDIAN_TYPE == CPU_ENDIAN_TYPE_BIG) #define NET_TCP_OPT_CFG_TYPE_NONE 0x4E4F4E45u /* "NONE" in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_MAX_SEG_SIZE 0x4D535320u /* "MSS " in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_WIN_SCALE 0x57494E20u /* "WIN " in ASCII (see 'net_tcp.h Note #1c1'). */ #define NET_TCP_OPT_CFG_TYPE_SACK_PERMIT 0x53434B50u /* "SCKP" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_SACK 0x5341434Bu /* "SACK" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REQ 0x45524551u /* "EREQ" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REPLY 0x4543484Fu /* "ECHO" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_TS 0x54532020u /* "TS " in ASCII (see 'net_tcp.h Note #1c4'). */ #else #if (CPU_CFG_DATA_SIZE == CPU_WORD_SIZE_32) #define NET_TCP_OPT_CFG_TYPE_NONE 0x454E4F4Eu /* "NONE" in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_MAX_SEG_SIZE 0x2053534Du /* "MSS " in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_WIN_SCALE 0x204E4957u /* "WIN " in ASCII (see 'net_tcp.h Note #1c1'). */ #define NET_TCP_OPT_CFG_TYPE_SACK_PERMIT 0x504B4353u /* "SCKP" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_SACK 0x4B434153u /* "SACK" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REQ 0x51455245u /* "EREQ" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REPLY 0x4F484345u /* "ECHO" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_TS 0x20205354u /* "TS " in ASCII (see 'net_tcp.h Note #1c4'). */ #elif (CPU_CFG_DATA_SIZE == CPU_WORD_SIZE_16) #define NET_TCP_OPT_CFG_TYPE_NONE 0x4F4E454Eu /* "NONE" in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_MAX_SEG_SIZE 0x534D2053u /* "MSS " in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_WIN_SCALE 0x4957204Eu /* "WIN " in ASCII (see 'net_tcp.h Note #1c1'). */ #define NET_TCP_OPT_CFG_TYPE_SACK_PERMIT 0x4353504Bu /* "SCKP" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_SACK 0x41534B43u /* "SACK" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REQ 0x52455145u /* "EREQ" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REPLY 0x43454F48u /* "ECHO" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_TS 0x53542020u /* "TS " in ASCII (see 'net_tcp.h Note #1c4'). */ #else /* Dflt CPU_WORD_SIZE_08. */ #define NET_TCP_OPT_CFG_TYPE_NONE 0x4E4F4E45u /* "NONE" in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_MAX_SEG_SIZE 0x4D535320u /* "MSS " in ASCII. */ #define NET_TCP_OPT_CFG_TYPE_WIN_SCALE 0x57494E20u /* "WIN " in ASCII (see 'net_tcp.h Note #1c1'). */ #define NET_TCP_OPT_CFG_TYPE_SACK_PERMIT 0x53434B50u /* "SCKP" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_SACK 0x5341434Bu /* "SACK" in ASCII (see 'net_tcp.h Note #1c2'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REQ 0x45524551u /* "EREQ" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_ECHO_REPLY 0x4543484Fu /* "ECHO" in ASCII (see 'net_tcp.h Note #1c3'). */ #define NET_TCP_OPT_CFG_TYPE_TS 0x54532020u /* "TS " in ASCII (see 'net_tcp.h Note #1c4'). */ #endif #endif /*$PAGE*/ /* ********************************************************************************************************* * TCP CONNECTION TIMEOUT DEFINES * * Note(s) : (1) (a) (1) RFC #1122, Section 4.2.2.13 'DISCUSSION' states that "the graceful close algorithm * of TCP requires that the connection state remain defined on (at least) one end of * the connection, for a timeout period of 2xMSL ... During this period, the (remote * socket, local socket) pair that defines the connection is busy and cannot be reused". * * (2) The following sections reiterate that the TIME-WAIT state timeout scalar is two * maximum segment lifetimes (2 MSL) : * * (A) RFC #793, Section 3.9 'Event Processing : SEGMENT ARRIVES : * Check Sequence Number : TIME-WAIT STATE' * (B) RFC #793, Section 3.9 'Event Processing : SEGMENT ARRIVES : * Check FIN Bit : TIME-WAIT STATE' * * (b) (1) RFC #793, Section 3.3 'Sequence Numbers : Knowing When to Keep Quiet' states that * "the Maximum Segment Lifetime (MSL) is ... to be 2 minutes. This is an engineering * choice, and may be changed if experience indicates it is desirable to do so". * * (2) Microsoft Corporation's Windows XP defaults MSL to 15 seconds. ********************************************************************************************************* */ /* Max seg timeout (see Note #1b) : */ #define NET_TCP_CONN_TIMEOUT_MAX_SEG_MIN_SEC ( 0u ) /* ... min = 0 seconds */ #define NET_TCP_CONN_TIMEOUT_MAX_SEG_MAX_SEC ( 2u * DEF_TIME_NBR_SEC_PER_MIN) /* ... max = 2 minutes */ #define NET_TCP_CONN_TIMEOUT_MAX_SEG_DFLT_SEC ( 15u ) /* ... dflt = 15 seconds */ #define NET_TCP_CONN_TIMEOUT_MAX_SEG_SCALAR 2u /* ... scalar (see Note #1a). */ #define NET_TCP_CONN_TIMEOUT_CONN_DFLT_SEC (120u * DEF_TIME_NBR_SEC_PER_MIN) /* Dflt conn timeout = 120 minutes */ #define NET_TCP_CONN_TIMEOUT_USER_DFLT_SEC ( 30u * DEF_TIME_NBR_SEC_PER_MIN) /* Dflt user timeout = 30 minutes */ /*$PAGE*/ /* ********************************************************************************************************* * TCP CONNECTION STATES * * Note(s) : (1) See the following RFC's for TCP state machine summary : * * (a) RFC # 793; Sections 3.2, 3.4, 3.5, 3.9 * (b) RFC #1122; Sections 4.2.2.8, 4.2.2.10, 4.2.2.11, 4.2.2.13, 4.2.2.18, 4.2.2.20 * * (2) (a) #### Additional closing-data-available state used for closing connections to allow the * application layer to receive any remaining data. * * See also 'net_tcp.c NetTCP_RxPktConnHandlerFinWait1() Note #2f5A2', * 'net_tcp.c NetTCP_RxPktConnHandlerFinWait2() Note #2f5B', * 'net_tcp.c NetTCP_RxPktConnHandlerClosing() Note #2d2B2a1B', * & 'net_tcp.c NetTCP_RxPktConnHandlerLastAck() Note #2d2A1b'. ********************************************************************************************************* */ #define NET_TCP_CONN_STATE_NONE 0u #define NET_TCP_CONN_STATE_FREE 1u #define NET_TCP_CONN_STATE_CLOSED 10u #define NET_TCP_CONN_STATE_LISTEN 20u #define NET_TCP_CONN_STATE_SYNC_RXD 30u #define NET_TCP_CONN_STATE_SYNC_RXD_PASSIVE 31u #define NET_TCP_CONN_STATE_SYNC_RXD_ACTIVE 32u #define NET_TCP_CONN_STATE_SYNC_TXD 35u #define NET_TCP_CONN_STATE_CONN 40u #define NET_TCP_CONN_STATE_FIN_WAIT_1 50u #define NET_TCP_CONN_STATE_FIN_WAIT_2 51u #define NET_TCP_CONN_STATE_CLOSING 52u #define NET_TCP_CONN_STATE_TIME_WAIT 53u #define NET_TCP_CONN_STATE_CLOSE_WAIT 55u #define NET_TCP_CONN_STATE_LAST_ACK 56u #define NET_TCP_CONN_STATE_CLOSING_DATA_AVAIL 59u /* See Note #2a. */ /* ********************************************************************************************************* * TCP CONNECTION QUEUE STATES ********************************************************************************************************* */ #define NET_TCP_RX_Q_STATE_NONE 0u #define NET_TCP_RX_Q_STATE_CLOSED 100u #define NET_TCP_RX_Q_STATE_CLOSING 101u #define NET_TCP_RX_Q_STATE_SYNC 110u #define NET_TCP_RX_Q_STATE_CONN 111u #define NET_TCP_TX_Q_STATE_NONE 0u #define NET_TCP_TX_Q_STATE_CLOSED 200u #define NET_TCP_TX_Q_STATE_CLOSING 201u #define NET_TCP_TX_Q_STATE_SYNC 210u #define NET_TCP_TX_Q_STATE_CONN 211u #define NET_TCP_TX_Q_STATE_SUSPEND 215u #define NET_TCP_TX_Q_STATE_CLOSED_SUSPEND 220u #define NET_TCP_TX_Q_STATE_CLOSING_SUSPEND 221u /*$PAGE*/ /* ********************************************************************************************************* * TCP CONNECTION CODE DEFINES **************
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EMC定义电磁兼容性EMC（ElectroMagneTIcCompaTIbility），在国际电工委员会标准IEC对电磁兼容的定义为：系统或设备在所处的电磁环境中能正常工作，同时不会对其他系统和设备造成干扰。EMC：（ElectromagneTIccompaTIbility）电磁兼容性EMI：（Electromagneticinterference）电磁干扰EMI（ElectroMagneticInterference）：指设备在正常运行过程中对所在环境产生的电磁干扰不能超过一定的限值；EMS：（Electromagneticsusceptibility）电磁敏感度EMS（ElectroMagneticSusceptibility）：指器具对所在环境中存在的电磁干扰具有一定程度的抗扰度，即电磁敏感性。RE：（Radiatedemission）辐射骚扰（EMI）辐射骚扰：主要是指能量以电磁波的形式由源发射到空间，或能量以电磁波形式在空间传播的现象CE：（Conductedemission）传导骚扰（EMI）传导骚扰：传导干扰是指通过导电介质把一个电网络上的信号耦合（谐波干扰）到另一个电网络CS：（Conductedsusceptibility）传导骚扰抗扰度（EMS）传导骚扰抗扰度：指抵抗导电介质上干扰的一种能力RS：（Radiatedsusceptibility）射频电磁场辐射抗扰度（EMS）射频电磁场辐射抗扰度：指各种装置、设备或系统，在存在辐射的情况下，抵抗辐射的一种能力ESD：（Electrostaticdischarge）静电放电（EMS）静电放电：指具有不同静电电位的物体互相靠近或直接接触引起的电荷转移EFT/B：（Electricalfasttransientburst）电快速瞬变脉冲群（EMS）电快速瞬变脉冲群：指数量有限且清晰可辨的脉冲序列或持续时间有限的振荡，脉冲群中的单个脉冲有特定的重复周期、电压幅值，上升时间，脉宽。
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eeworm.com VIP专区 单片机源码系列 21资源包含以下内容：1. 电子钟完整版.RAR2. 数码管实现ds18b20显示.zip3. 基于51单片机的无线遥控小车.doc4. CCP实现周期测量PIC单片机.zip5. Keil 软件公司 8051单片机软件开发工具介绍.pdf6. DS12C887电子时钟详细教程.doc7. c代码+proteus仿真报警与旋转灯.zip8. 点阵风扇程序.doc9. 交通灯c语言代码和proteus仿真电路图.zip10. LED点阵显示程序(带汉字移动).doc11. 单片机显卡——（VGA控制板）.doc12. EL89C电路应用系列.pdf13. 32x32摇摆LED资料.rar14. 读IO用按钮控制点灯.pdf15. MSP430常用模块设置流程.pdf16. 24x24摇摆LED资料.rar17. 跑马灯试验.pdf18. 单片机STC89C51RC.pdf19. 51单片机基础教程.pdf20. 单片机控制一个LED灯的亮和灭.pdf21. 顺时针.逆时针时钟程序.doc22. 如何编写STC单片机的ISP协议.doc23. LED点阵的初步学习.pdf24. 16X16点阵翻页程序.doc25. 电子工艺实习原理图.pdf26. 16X16点阵上移程序.doc27. STC库文件+STC89头文件.rar28. 新唐2013年最新的MCU选型表.pdf29. 点阵时钟程序.doc30. 51单片机230个Proteus仿真实例.rar31. 单片机的计算器——汇编.doc32. Keil与proteus完美结合教程.pdf33. 51单片机C语言教程实例代码.doc34. STC单片机系列头文件.rar35. 51单片机驱动LCD1602程序设计（C语言）.doc36. 完整版数字化语音存储与回放系统设计(附带程序).doc37. 两轮自平衡小车.ppt38. 51单片机教材.doc39. 单轴双轮自平衡车.doc40. Proteus与Keil快速集成.pdf41. 高级流水灯--水滴效果(渐变带拖尾效果)实现和讲解.pdf42. 带复位预置时钟.doc43. 51单片机C语言上手.pdf44. 2003智能小车（全国大学生电子设计竞赛）.rar45. 项目驱动单片机应用设计基础.pdf46. Proteus中文入门教程.doc47. 51单片机C语言设计易学通.rar48. LCD5110汉字，图形显示.zip49. 单片机各种芯片原理.pdf50. STM32学前班教程之一.pdf51. 基于AT89C51单片机的LED彩灯控制器设计.doc52. 温度控制的PID算法的C语言程序.doc53. lcd12864串行方式显示“生日快乐”.doc54. 40秒倒计时.zip55. 自行车测速仿真.rar56. 10+0-99计数器proteus仿真.rar57. 电子密码锁仿真.zip58. GSM短信记录仪的设计及其预测功能的实现.pdf59. 电子密码锁程序.zip60. 52单片机定时器应用.doc61. SC52X开发板1.8寸SPI彩屏.zip62. 水滴实验(水滴变大下落，带拖尾效果).rar63. Freescale智能车入门手册(中文版).pdf64. MSP430_C语言例程注释详.pdf65. 定时器程序流程图.doc66. 基于PIC16F887单片机的数字钟课程设计报告.doc67. 单片机延时计算小程序.exe68. STM32自学笔记.doc69. 心型pcb_呼吸灯程序配合使用.rar70. 键盘识别程序设计.doc71. USBasp-win驱动及其他.rar72. 呼吸灯_心型led跳动效果.rar73. 简单计算器仿真.rar74. PIC单片机C语言教程.pdf75. c语言编译渐变流水灯.rar76. 4WD智能小车安装程序教程.rar77. AT89S52单片机开发板原理图.pdf78. Proteus 7 Professional 51单片机入门教程.pdf79. 郭天祥_十天学通单片机_实验板所有课后作业+答案.doc80. 郭天祥源视频教程源程序.doc81. 单片机知识基础.ppt82. EPM240-570开发板原理图.pdf83. 高精度电子闹钟.pdf84. 共阳极流水灯仿真.rar85. AVR单片机仿真100例.rar86. 51单片机汇编语言教程 28讲 超级易接受.zip87. 共阳极流水灯程序.rar88. 51单片机通信协议.doc89. 基于8051单片机的嵌入式开发指南.pdf90. STC89C51RC-RD+_GUIDE-CHINESE.pdf91. 虾米I代51开发板原理图.rar92. k10ftm模块详解.doc93. zimo221单片机字模软件.exe94. 出租车计费系统----论文.doc95. 毕业设计之智能小车.zip96. 51单片机中断总结-马强.doc97. 用51单片机做手机重力感应遥控车.zip98. 温度监控完整代码.rar99. 用点阵图形液晶模块显示信号曲线.doc100. 防盗器资料(包含原理图、PCB、源程序）.rar
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上传时间： 2013-05-20
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VIP专区-嵌入式/单片机编程源码精选合集系列（1）资源包含以下内容：1. 一个微型的tcp栈实现.2. 对am29f040的flash的操作.3. 一个含socket接口的小型tcp/ip协议栈.4. 一个测试端口测试程序.5. 压缩包中一个为一般操作系统下的fft.6. AES快速算法和蓝牙设备中用的E0算法(用于加密)、E1算法、E2算法、E3算法（用于密钥管理和鉴权等）等.7. 一个日历时钟DS12887或146818的C语言源程序.8. 一个ascii 码值计算原代码的例子.9. 一个嵌入式操作系统(microwindows)的源代码.10. nut/OS的源码.11. 嵌入式开发中的一些图形函数与汉字处理程序.12. 嵌入式触摸屏实验.13. C语言显示汉字.14. 日本的实时嵌入式操作系统norti源码.15. internich公司实现的一个非常非常小的OS.16. 在WinCe平台上开发的数据库管理程序,里面有一个可排序列表控件的实现和Excel的CVS文件的读写类.17. 任天堂模拟器.18. 一个漂亮.19. 怎样建立一个最小的linux系统.20. rtlinux3.0 的源代码.21. Low End Microchip PICs C函数.22. 一个利用中断修改后进行的A/D采集功能的使用软件..23. asm 开发.24. c_c++嵌入式系统编程.25. 控制系统组态软件的开发.26. 电动机书籍和电动机手册全集.27. 数字信号处理c语言程序集.28. CEComm: Windows CE 4.0下的串口调试程序 串口精灵源代码 TTY:Windows 下的类似超级终端的原代码. TAPICase: Windows 下用TAPI拨号的例子 image.29. MZ28AT命令说明书.doc.30. jtag工具.31. 嵌入式GUI 系统..32. 此程序实现了类似protel电路画图程序。.33. 液晶取字模程序.34. 嵌入式web平台.35. 嵌入式 Web Server 源码.36. 嵌入式 Web Server 源码.37. 嵌入式软件VP310tuner驱动程序.38. vp310.39. 44b0+lwip.40. cypress fx2扩展io代码.
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VIP专区-嵌入式/单片机编程源码精选合集系列（17）资源包含以下内容：1. 两轴云台控制程序.2. 全球定位系统数据提取.3. 车载GPS智能终端的设计与实现.4. Dsc8610:-------------OV8610+OV681+OV651数码相机源程序(2500.A.D公司的X51.EXE).5. header define of EZ-LIB.6. the sourse of EZUSB (for c ).7. LCD显示源程序.8. HT6221,PT2221红外编码遥控器处理模块VER1.0 作 者: David Wang Email: wy94081@sina.com.cn.9. 提取单个汉字字模程序.10. C8051F02x Firmware Updating Code.11. PDIUSBD12 应用层演示软件（DELPHI）.12. motorala JL8程序代码.13. 基于snd1c芯片的mp3播放器源代码.14. 基于snd1c芯片的mp3播放器源代码（硬盘版本的）.15. 基于snd1c芯片的mp3播放器源代码（原理图）.16. 16进制字符串和16进制本身相互转换.17. 韦根协议实现和用io模拟串口实现.18. mm36sb020存储器读写.19. DS1302时间和RAM的读写.20. Windows CE Nand Flsh 驱动.21. 一个msp430的os.22. 此程序为EVC编写的MIS系统.23. usb鼠标设计完全实例.24. 用并口模拟I2C总线的源码.25. pdiusbd12中文资料.26. 用C33 STAR 开发板构成GPS定位系统.27. lpc932芯片 用于modbus通讯的范例.28. 液晶t6963驱动芯片程序范例.29. RS232_RS485通讯接口软硬件资料.30. PLC程序,汇编写的工业控制用的.31. TCP/IP源码.32. 日本工业界的嵌入式系统标准。60%以上的日本嵌入式产品依此标准而制造。.33. AD7705的读写驱动.34. 接口芯片8155的驱动程序.35. LED显示驱动芯片的驱动程序.36. 5位LED显示驱动芯片14498的显示驱动.37. MODBUS驱动.38. 39sf040驱动.39. tms320vc33烧写flash程序.40. 串口调试助手,调RS232,RS485必备武器.
上传时间： 2013-07-09
上传用户：eeworm
VIP专区-嵌入式/单片机编程源码精选合集系列（19）资源包含以下内容：1. 44B0的bios文件.2. 开 关 电 源 手 册.3. 可控硅应用的十条黄金原则.4. 示波器的中文资料.5. 速度高达54Mbps的IEEE802.11a无线LAN协议.6. PIC读写CF卡的C程序(含原理图).7. 一个简单的嵌入式程序.8. 能将ELF /AFX 文件转换成二进制文件的解析源码.9. mxl + toshiba 8320摄像头照相的驱动源代码。.10. 一个完全的4级灰度的嵌入式CDC显示类。支持DC的全部操作。对于嵌入式开发是一个非常好的工具。.11. 一个显示所有点阵字库内容的工具源代码。在汉字显示和过国家标准有极其重要的作用。.12. intel的一个高效率FLASH文件系统。思路很好.13. 自已写的一个嵌入式实时多任务抢占式操作系统。花了几个礼拜.14. 一个解析HTML 文本协议的源代码。.15. LED点阵模块4扫描驱动电路.16. 关于嵌入式开发的北航讲义.17. 关于嵌入式操作系统TRON的一个机械控制的例子.18. 不用api的ini,c#类,ce可用.19. ce ftp客户端.20. 开关控制8个灯的亮灭.21. 用灯观察乒乓球效果.22. 12887的控制源程序.23. msp 430 精典学习代码.24. usb 的固件编程序源码.25. USB D12驱动源程序.26. LCD多级菜单具体实现.27. tms320c55x上的图像处理程序.28. 语音压缩编码中的g729p编码程序.29. vxwork下的一个多线程应用程序.30. 在rhapsody下rtuml直接生成的洗碗机的程序.31. ht1621驱动参考asm源码.32. 红外遥控接收参考程序.33. USB通信总线C程序.34. yyouking_mass_drvPDIUSBD12.35. USB_D12_SCH.36. Altera AHDL语言设计的PCI总线.37. VGA显示的FPGA实现.38. 关于MAX7219的使用,.39. AT91FR40162的闪灯子程序.40. 模拟的i2c程序.
上传时间： 2013-04-15
上传用户：eeworm
VIP专区-嵌入式/单片机编程源码精选合集系列（35）资源包含以下内容：1. HP/Compaq 10/100以太网驱动 HP内部珍贵资料！.2. HP喷墨打印机驱动代码 HP内部资料！ 珍贵 珍贵 珍贵.3. Developing Embedded Software in C.4. 二相步进电机驱动芯片TA8435H及其应用.5. 详细介绍Linux 的内存管理方法和内存管理原理,具有很高的参考价值.6. nt file system 过滤的源代码,对于怎么写文件系统的过滤有帮助..7. 对usb 的工作原理进行了细致的分析,还分析了usb整个信息的交流过程..8. 这是一本很好的嵌入式底层编程的书.9. C嵌入式程序员面试指南,详细说明了C嵌入式程序员必须具备哪些技能,是C嵌入式程序员面试必看之文档..10. C嵌入式程序员面试指南,详细说明了C嵌入式程序员必须具备哪些技能以及面试时的技巧,是C嵌入式程序员面试必看之文档....11. 《Java嵌入式开发讲座》.12. 此程序为断码式液晶显示屏1621的 驱动程序.13. S3C4510B的一些开发例程.14. 介绍如何用C语言来模拟我们经常使用的Ping功能.15. 这是一个arm做的无线收发的程序.可以实现无线数据采集系统。代替了有线传输。而且传输速率高。.16. 这是本人写的HT1621显示驱动！是用PICC语言写的.17. MiniGUI 编程指南-V1.3-C,详细描述了MiniGUI开发嵌入式图形界面的基础知识.18. 基于ARM嵌入式系统的通用bootloader的设计与实现.19. 能够知道嵌入式系统设计的整个流程和开发思路。.20. CH375作为usb从设备时的win驱动程序.21. CH375作为usb从设备时的例子程序和调试工具 vb.vc.22. bootsplash.23. 21IC ebook系列之《嵌入式实时操作系统教材》.24. 超轻量级TCP/IP协议栈源代码.25. 一个Flash下载工具.26. USB的驱动程序源码.27. 该压缩包里包含了51单片机syncoms的ISP源程序代码。.28. 收集的文章；基本的嵌入式实时软件的概念；不过是英文的；还有一些.29. 收集的一些嵌入式文章及应用文档！用winrar解开即可！.30. 以一种4级灰度的液晶为例.31. ARM公司中国区的牛人费浙平关于ARM学习资源的演讲.32. 一个可以在三星S3C44B0上运行的uc/os‖代码。.33. matlab 音乐分析 学习matlab的gui功能 帮助学习matlab 信号处理 音乐分析.34. C51汉字解决方案.35. 实现HY29V160FLASH的操作源代码.36. 三星数字高频头的驱动源代码.37. DVB数字机顶盒中CA的通用接口源代码和通信数据格式分析。采用C编写.38. 在S3C44B0嵌入式系统中鼠标的接口源代码.39. 改程序实现了pic单片机的中断。可作为pic单片机初学者阅读.40. 我是做单片机的.
上传时间： 2013-06-28
上传用户：eeworm
