/******************************************************************************
Copyright © 2018
-2018 TP
-Link Systems Inc
.
Filename: soap
.c
Version: 1
.0
Description: soap 处理函数
Author: liyijieliyijie@tp
-link
.com
.cn
Date: 2018
-12
-03
******************************************************************************/
#include <stdio
.h>
#include <stdlib
.h>
#include <unistd
.h>
#include <string
.h>
#include <sys/types
.h>
#include <arpa/i
net.h>
#include “onvif_passthrough
.h”
#include “soap_global
.h”
#include “soap_parse
.h”
#include “soap_pack
.h”
#define SOAP_TAG_NUM 256 /定义最多可以注册256个标签处理函数/
typedef struct _SOAP_TAG_HANDLE
{
char tag[LEN_TAG];
S32
(*handle
)(SOAP_CONTEXT *soap
);
}SOAP_TAG_HANDLE; /SOAP_TAG_HANDLE：结构体，包含一个标签字符串和一个处理函数指针/
LOCAL SOAP_TAG_HANDLE g_soap_tag_handle[SOAP_TAG_NUM]; /全局数组，用于
存储注册的标签处理函数。/
/******************************************************************************
函数名称: new_soap
()
函数描述: 申请soap结构体
输 入: N/A
输 出: N/A
返 回 值: soap结构体地址
******************************************************************************/
SOAP_CONTEXT *new_soap
()
{
SOAP_CONTEXT *soap = NULL;
soap =
(SOAP_CONTEXT *
)ONVIF_MALLOC
(sizeof
(SOAP_CONTEXT
));
if
(soap == NULL
)
{
ONVIF_ERROR
(“malloc g_soap_for_discv failed”
);
return NULL;
}
memset
(soap, 0, sizeof
(SOAP_CONTEXT
));
if
(OK != onvif_create_buf
(&soap
->xml_buf, ONVIF_DISCV_BUF_LEN
))
{
ONVIF_FREE
(soap
);
return NULL;
}
return soap;
}
/******************************************************************************
函数名称: free_soap
()
函数描述: 释放soap结构体
输 入: soap – soap结构体地址
输 出: N/A
返 回 值: N/A
******************************************************************************/
void free_soap
(SOAP_CONTEXT *soap
)
{
if
(soap == NULL
)
{
return;
}
if
(soap
->fault != NULL
)
{
ONVIF_FREE
(soap
->fault
->soap_env_value
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_1
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_2
);
ONVIF_FREE
(soap
->fault
->soap_env_reason
);
ONVIF_FREE
(soap
->fault
);
}
onvif_free_buf
(&soap
->xml_buf
);
ONVIF_FREE
(soap
);
return;
}
/******************************************************************************
函数名称: soap_init
()
函数描述: 初始化soap结构体
输 入: soap – soap结构体地址
输 出: N/A
返 回 值: N/A
******************************************************************************/
void soap_init
(SOAP_CONTEXT *soap
)
{
if
(soap == NULL
)
{
ONVIF_WARN
(“soap == NULL
.”
);
return;
}
soap
->error = OK;
soap
->in_ip = 0;
soap
->ifindex =
-1;
soap
->has_header = FALSE;
memset
(&soap
->header, 0, sizeof
(SOAP_ENV_HEADER
));
if
(soap
->fault != NULL
)
{
ONVIF_FREE
(soap
->fault
->soap_env_value
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_1
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_2
);
ONVIF_FREE
(soap
->fault
->soap_env_reason
);
ONVIF_FREE
(soap
->fault
);
soap
->fault = NULL;
}
soap
->tag[0] = ‘\0’;
soap
->request_begin = NULL;
soap
->request_end = NULL;
soap
->types[0] = ‘\0’;
soap
->scopes_item[0] = ‘\0’;
soap
->scopes_matchby[0] = ‘\0’;
if
(soap
->xml_buf
.start == NULL ||
(soap
->xml_buf
.end
- soap
->xml_buf
.start
) > ONVIF_DISCV_BUF_LEN
)
{
if
(OK != onvif_create_buf
(&soap
->xml_buf, ONVIF_DISCV_BUF_LEN
))
{
soap
->xml_buf
.start = NULL;
soap
->xml_buf
.last = NULL;
soap
->xml_buf
.end = NULL;
}
}
soap
->xml_buf
.last = soap
->xml_buf
.start;
return;
}
/******************************************************************************
函数名称: soap_out_env_fault
()
函数描述: 组装错误信息报文内容
输 入: xml_buf – 存放输出xml字串的内存地址
fault_data
-- 错误信息
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
LOCAL S32 soap_out_env_fault
(ONVIF_BUF *xml_buf, SOAP_ENV_FAULT *fault_data
)
{
char attr[LEN_ANY] = {0};
if
(xml_buf == NULL
)
{
ONVIF_WARN
(“xml_buf == NULL
.”
);
return ERROR;
}
/* SOAP
-ENV:Fault begin */
SOAP_IF_FAIL_RET
(soap_element_begin_out
(xml_buf, G_SOAP_ENV_FAULT_STR, NULL
));
/* SOAP
-ENV:Code begin */
SOAP_IF_FAIL_RET
(soap_element_begin_out
(xml_buf, “SOAP
-ENV:Code”, NULL
));
/* SOAP
-ENV:Value */
SOAP_IF_FAIL_RET
(soap_element
(xml_buf, “SOAP
-ENV:Value”, fault_data
->soap_env_value, NULL
));
if
(fault_data && fault_data
->soap_env_subcode_1
)
{
/* SOAP
-ENV:Subcode begin */
SOAP_IF_FAIL_RET
(soap_element_begin_out
(xml_buf, “SOAP
-ENV:Subcode”, NULL
));
/* SOAP
-ENV:Value */ SOAP_IF_FAIL_RET
(soap_element
(xml_buf, "SOAP
-ENV:Value", fault_data
->soap_env_subcode_1, NULL
)); if
(fault_data
->soap_env_subcode_2
) { /* SOAP
-ENV:Subcode begin */ SOAP_IF_FAIL_RET
(soap_element_begin_out
(xml_buf, "SOAP
-ENV:Subcode", NULL
)); /* SOAP
-ENV:Value */ SOAP_IF_FAIL_RET
(soap_element
(xml_buf, "SOAP
-ENV:Value", fault_data
->soap_env_subcode_2, NULL
)); /* SOAP
-ENV:Subcode end */ SOAP_IF_FAIL_RET
(soap_element_end_out
(xml_buf, "SOAP
-ENV:Subcode"
)); } /* SOAP
-ENV:Subcode end */ SOAP_IF_FAIL_RET
(soap_element_end_out
(xml_buf, "SOAP
-ENV:Subcode"
));
}
/* SOAP
-ENV:Code end */
SOAP_IF_FAIL_RET
(soap_element_end_out
(xml_buf, “SOAP
-ENV:Code”
));
/* SOAP
-ENV:Reason begin */
SOAP_IF_FAIL_RET
(soap_element_begin_out
(xml_buf, “SOAP
-ENV:Reason”, NULL
));
/* SOAP
-ENV:Text */
snprintf
(attr, sizeof
(attr
), “xml:lang="en"”
);
SOAP_IF_FAIL_RET
(soap_element
(xml_buf, “SOAP
-ENV:Text”, fault_data
->soap_env_reason, attr
));
/* SOAP
-ENV:Reason end */
SOAP_IF_FAIL_RET
(soap_element_end_out
(xml_buf, “SOAP
-ENV:Reason”
));
/* SOAP
-ENV:Fault end */
SOAP_IF_FAIL_RET
(soap_element_end_out
(xml_buf, G_SOAP_ENV_FAULT_STR
));
return OK;
}
/******************************************************************************
函数名称: soap_fault
()
函数描述: 填充错误信息结构体内容
输 入: soap – soap结构体地址
code
-- 错误码
subcode1
-- 子错误码1
subcode2
-- 子错误码2
reason
-- 错误原因
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
S32 soap_fault
(SOAP_CONTEXT *soap, char *code, char *subcode1, char *subcode2, char *reason
)
{
ONVIF_TRACE
(“Onvif_fault\n”
);
if
(soap == NULL || code == NULL || subcode1 == NULL
)
{
ONVIF_TRACE
(“soap == NULL || code == NULL || subcode1 == NULL
.”
);
return ERROR;
}
if
(soap
->fault
)
{
ONVIF_FREE
(soap
->fault
->soap_env_value
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_1
);
ONVIF_FREE
(soap
->fault
->soap_env_subcode_2
);
ONVIF_FREE
(soap
->fault
->soap_env_reason
);
}
else
{
soap
->fault = ONVIF_MALLOC
(sizeof
(SOAP_ENV_FAULT
));
}
if
(NULL == soap
->fault
)
{
ONVIF_WARN
(“ONVIF_MALLOC fault failed
.”
);
return ERROR;
}
memset
(soap
->fault, 0, sizeof
(SOAP_ENV_FAULT
));
soap
->fault
->soap_env_value = ONVIF_STRDUP
(code
);
if
(NULL == soap
->fault
->soap_env_value
)
{
ONVIF_WARN
(“ONVIF_STRDUP soap_env_value failed
.”
);
return ERROR;
}
soap
->fault
->soap_env_subcode_1 = ONVIF_STRDUP
(subcode1
);
if
(NULL == soap
->fault
->soap_env_subcode_1
)
{
ONVIF_WARN
(“ONVIF_STRDUP soap_env_subcode_1 failed
.”
);
return ERROR;
}
if
(subcode2
)
{
soap
->fault
->soap_env_subcode_2 = ONVIF_STRDUP
(subcode2
);
if
(NULL == soap
->fault
->soap_env_subcode_2
)
{
ONVIF_WARN
(“ONVIF_STRDUP soap_env_subcode_2 failed
.”
);
return ERROR;
}
}
if
(reason
)
{
soap
->fault
->soap_env_reason = ONVIF_STRDUP
(reason
);
if
(NULL == soap
->fault
->soap_env_reason
)
{
ONVIF_WARN
(“ONVIF_STRDUP soap_env_reason failed
.”
);
return ERROR;
}
}
return OK;
}
/******************************************************************************
函数名称: soap_generate_fault
()
函数描述: 组装错误报文xml内容
输 入: soap – soap结构体地址
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
LOCAL S32 soap_generate_fault
(SOAP_CONTEXT *soap
)
{
if
(soap == NULL
)
{
ONVIF_WARN
(“soap == NULL
.”
);
return ERROR;
}
//soap_set_fault
(soap
);
if
(soap
->fault == NULL
)
{
return ERROR;
}
if
(soap
->error < 200 && soap
->error != SOAP_FAULT
)
{
soap
->has_header = FALSE;
}
return soap_generate_xml
((p_out_fun
)(soap_out_env_fault
), soap, soap
->fault
);
}
/******************************************************************************
函数名称: soap_serve_request
()
函数描述: soap请求处理函数入口
输 入: soap – soap结构体地址
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
S32 soap_serve_request
(SOAP_CONTEXT *soap
)
{
U32 index = 0;
PASSTHROUGH_RET ret = 0;
if
(soap == NULL || soap
->tag[0] == ‘\0’
)
{
return ERROR;
}
ret = onvif_serve_passthrough
(soap
);
if
(PASSTHROUGH_ERROR == ret
)
{
return ERROR;
}
else if
(PASSTHROUGH_SOAP_FAULT == ret
)
{
SOAP_IF_FAIL_RET
(soap_generate_fault
(soap
));
}
else if
(PASSTHROUGH_NOT_MATCH == ret
)
{
for
(index = 0; index < SOAP_TAG_NUM; index++
)
{
if
(NULL == g_soap_tag_handle[index]
.handle
)
{
SOAP_IF_FAIL_RET
(soap_fault
(soap, “SOAP
-ENV:Receiver”, “ter:ActionNotSupported”, NULL, NULL
));
soap
->error = SOAP_FAULT;
SOAP_IF_FAIL_RET
(soap_generate_fault
(soap
));
break; } if
(soap_match_tag
(soap
->tag, g_soap_tag_handle[index]
.tag
)) { if
(g_soap_tag_handle[index]
.handle
(soap
)) { if
(soap
->fault == NULL
) { soap_fault
(soap, "SOAP
-ENV:Sender", "ter:InvalidArgVal", NULL, "error"
); soap
->error = SOAP_FAULT; } SOAP_IF_FAIL_RET
(soap_generate_fault
(soap
)); } break; } } if
(index >= SOAP_TAG_NUM
) { SOAP_IF_FAIL_RET
(soap_fault
(soap, "SOAP
-ENV:Receiver", "ter:ActionNotSupported", NULL, NULL
)); soap
->error = SOAP_FAULT; SOAP_IF_FAIL_RET
(soap_generate_fault
(soap
)); }
}
/* UDP直接回复，HTTP在上一层回复 */
if
(soap
->use_udp == TRUE &&
soap
->xml_buf
.start != NULL &&
soap
->xml_buf
.start != soap
->xml_buf
.last
)
{
return onvif_send_udp_packet
(soap
->sock, soap
->in_ip, soap
->sin_port,
soap
->xml_buf
.start,
(soap
->xml_buf
.last
- soap
->xml_buf
.start
));
}
return OK;
}
LOCAL S32 soap_env_fault_handle
(SOAP_CONTEXT *soap
)
{
if
(soap == NULL
)
{
ONVIF_WARN
(“soap == NULL
.”
);
return ERROR;
}
ONVIF_TRACE
("SOAP
-ENV:Fault handle
."
); /* do nothing and no response */ return OK;
}
/******************************************************************************
函数名称: soap_tag_handle_add
()
函数描述: 注册soap请求处理函数
输 入: tag – 请求tag
handle
-- 处理函数
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
void soap_tag_handle_add
(char *tag, void *handle
)
{
U32 index = 0;
if
((NULL == tag
) ||
(strlen
(tag
) >= 64
) ||
(NULL == handle
))
{
ONVIF_ERROR
(“soap handle add error, invalid arg
.”
);
return;
}
while
((index < SOAP_TAG_NUM
) &&
(NULL != g_soap_tag_handle[index]
.handle
))
{
index++;
}
if
(index >= SOAP_TAG_NUM
)
{
ONVIF_ERROR
(“soap handle add error, max support %d tags
.”, SOAP_TAG_NUM
);
return;
}
snprintf
(g_soap_tag_handle[index]
.tag, sizeof
(g_soap_tag_handle[index]
.tag
), “%s”, tag
);
g_soap_tag_handle[index]
.handle = handle;
return;
}
/******************************************************************************
函数名称: soap_tag_handle_init
()
函数描述: 初始化soap请求处理函数
输 入: N/A
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
void soap_tag_handle_init
()
{
U32 index = 0;
for
(index = 0; index < SOAP_TAG_NUM; index++
)
{
memset
(g_soap_tag_handle[index]
.tag, 0, sizeof
(g_soap_tag_handle[index]
.tag
));
g_soap_tag_handle[index]
.handle = NULL;
}
soap_tag_handle_add
(“SOAP
-ENV:Fault”, soap_env_fault_handle
);
return;
}
/******************************************************************************
整体模块结构
初始化：调用soap_tag_handle_init初始化路由表。
创建上下文：new_soap创建一个新的SOAP上下文。
初始化上下文：soap_init初始化或重置上下文。
解析请求：由外部函数（如soap_parse_request）解析请求，填充上下文（如设置tag）。
处理请求：调用soap_serve_request，根据标签查找处理函数并执行。
错误处理：若处理出错，使用soap_fault设置错误信息，然后soap_generate_fault生成错误报文。
发送响应：如果是UDP，直接发送；如果是HTTP，由上层发送。
释放资源：调用free_soap释放上下文。
对外接口
soap_serve_request：请求处理入口。
soap_fault：业务函数用于报告错误。
soap_tag_handle_add：业务模块注册处理函数。
soap_tag_handle_init：模块初始化（系统启动
时调用）。
//
Copyright © 2018
-2018 TP
-Link Systems Inc
.
Filename: soap_parse
.c
Version: 1
.0
Description: soap 报文解析函数
Author: liyijieliyijie@tp
-link
.com
.cn
Date: 2018
-11
-29
******************************************************************************/
#include <stdio
.h>
#include <stdlib
.h>
#include <unistd
.h>
#include <string
.h>
#include <ctype
.h>
#include “soap_global
.h”
#include “soap_parse
.h”
LOCAL const SOAP_CODE_MAP g_xml_entity_table[] =
{
{
(S32
)‘&’, “amp”},
{
(S32
)‘'’, “apos”},
{
(S32
)‘>’, “gt”},
{
(S32
)‘<’, “lt”},
{
(S32
)‘"’, “quot”}
};
/* abbr表示namespace的缩写，num表示该namespace在G_TP_NAMESPACE_LIST中的序号 */
struct recv_namespace_t
{
unsigned char num;
char abbr[MAX_NAMESPACE_ABBR_LEN];
};
struct recv_namespaces
{
unsigned char ns_count;
struct recv_namespace_t recv_namespace_list[MAX_TP_NAME_SPACE_COUNT];
};
LOCAL struct recv_namespaces g_recv_ns = {0};
LOCAL BOOL g_need_get_global_namespace = FALSE;
LOCAL BOOL g_need_get_tag_namespace = FALSE;
LOCAL int g_tag_namespace =
-1;
/****************************************************************************
Function : soap_ipv4_ntop
Description: 将十进制形式的IPv4地址
转换为字符串形式
Input : ip_str : IPv4地址字符串形式指针
ip_dec : IPv4地址十进制形式指针
str_len : IPv4地址缓存长度
Output : N/A
Return : 成功返回OK，出错返回ERROR
****************************************************************************/
STATUS soap_ipv4_ntop
(u_int32 ip_dec, char *ip_str, u_int32 str_len
)
{
struct in_addr in_addr;
if
(!ip_str || str_len < 8
)
{
return ERROR;
}
in_addr
.s_addr = htonl
(ip_dec
);
if
(i
net_ntop
(AF_I
NET, &in_addr, ip_str, str_len
) == NULL
)
{
return ERROR;
}
return OK;
}
/******************************************************************************
函数名称: soap_match_tag
()
函数描述: 匹配soap tag
输 入: str – 需要比对的字符串
tag
-- 输入的tag
输 出: N/A
返 回 值: TRUE/FALSE
******************************************************************************/
BOOL soap_match_tag
(char *str, const char *tag
)
{
char *ptr_str = NULL;
char *ptr_tag = NULL;
S32 i = 0;
if
(str == NULL || tag == NULL
)
{
return FALSE;
}
ptr_tag = strchr
(tag, '😂;
ptr_str = strchr
(str, '😂;
/* 当tag和str中都有’:'
时，将两个字符串分成：前和：后，作两次比较 */
if
(ptr_tag != NULL && ptr_str != NULL
)
{
char *prev_str = str;
while
(prev_str && *prev_str == '/'
) { prev_str++; } /*比较：前的部分*/ if
(!prev_str || strncasecmp
((const char *
)prev_str, tag, ptr_tag
- tag
) != 0 || strncasecmp
((const char *
)prev_str, tag, ptr_str
- prev_str
) != 0
) { return FALSE; } /*继续比较：后的部分*/ ptr_str = ptr_str + 1; ptr_tag = ptr_tag + 1;
}
/* 当tag和str中都没有’:‘
时，完整比对两个字符串 */
else if
(ptr_tag == NULL && ptr_str == NULL
)
{
ptr_str = str;
ptr_tag =
(char
)tag;
}
/ 当tag和str中有一个字符串有’:‘
时，该字符串跳过’:'，然后再进行比对 */
else
{
ptr_tag =
(ptr_tag == NULL
) ?
(char *
)tag : ptr_tag + 1;
ptr_str =
(ptr_str == NULL
) ? str : ptr_str + 1;
}
while
(ptr_str && *ptr_str == ‘/’
)
{
ptr_str++;
}
if
(!ptr_str || !ptr_tag
)
{
return FALSE;
}
for
(i = 0; i < strlen
(ptr_tag
); i++
)
{
if
(!ptr_str || *ptr_str == ‘\0’ || TOLOWER
(*ptr_str
) != TOLOWER
(ptr_tag[i]
))
{
return FALSE;
}
ptr_str++;
}
if
(!ptr_str || *ptr_str != ‘\0’
)
{
return FALSE;
}
return TRUE;
}
/******************************************************************************
函数名称: soap_get_char
()
函数描述: 从需要解析的xml字串中从获取一个字符
输 入: str – xml字串地址
输 出: N/A
返 回 值: 获取的字符
******************************************************************************/
S32 soap_get_char
(char **str
)
{
S32 ch;
const char **ps;
if
(str == NULL || *str == NULL
)
{
return EOF;
}
ps =
(const char **
)str;
if
((ch =
(*ps
)[0]
) != 0
)
{
(*ps
)++;
return ch;
}
return EOF;
}
/******************************************************************************
函数名称: soap_add_char
()
函数描述: 将一个字符加入指定buf中
输 入: ch – 需要添加的字符
pch
-- buf最后一个有效字符的地址
buf
-- 指定buf
size
-- 指定buf的大小
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
S32 soap_add_char
(S32 ch, char **pch, char *buf, S32 size
)
{
if
(pch == NULL || *pch == NULL || buf == NULL
)
{
return ERROR;
}
if
(*pch >= buf + size
- 1
)
{
return ERROR;
}
*
(*pch
)++ = ch & 0xff;
return OK;
}
/******************************************************************************
函数名称: soap_get_entity_value
()
函数描述: 将xml字串中的
转义字符串
转换成实际字符
输 入: entity –
转义字符串
输 出: N/A
返 回 值: 获取的字符
******************************************************************************/
LOCAL S32 soap_get_entity_value
(const char *entity
)
{
U32 index = 0;
U32 size = sizeof
(g_xml_entity_table
) / sizeof
(g_xml_entity_table[0]
);
if
(NULL == entity
)
{
return
-1;
}
for
(index = 0; index < size; index++
)
{
if
(0 == strncmp
(g_xml_entity_table[index]
.str, entity, strlen
(g_xml_entity_table[index]
.str
)))
{
return g_xml_entity_table[index]
.code;
}
}
return
-1;
}
/******************************************************************************
函数名称: soap_get_entity
()
函数描述: 获取xml字串中的
转义字符串并
转换成实际字符
输 入: str – xml字串地址
输 出: N/A
返 回 值: 获取的字符
******************************************************************************/
LOCAL S32 soap_get_entity
(char **str
)
{
S32 ch = 0;
char *entptr = NULL;
char entity[32] = {0};
if
(str == NULL || *str == NULL
)
{
return EOF;
}
entptr = entity;
while
((ch = soap_get_char
(str
)) != EOF
)
{
if
(ch > 126 ||
(!isalnum
(ch
) && ch != ‘#’
))
{
break;
}
else if
(entptr < entity + sizeof
(entity
) - 1
)
{
*entptr++ = ch;
}
else
{
break;
}
}
*entptr = ‘\0’;
if
(ch != ‘;’
)
{
return EOF;
}
if
(entity[0] == ‘#’
)
{
if
(entity[1] == ‘x’
)
{
ch = strtol
(entity + 2, NULL, 16
);
}
else
{
ch = strtol
(entity + 1, NULL, 10
);
}
}
else
{
ch = soap_get_entity_value
(entity
);
}
return ch;
}
/******************************************************************************
函数名称: soap_get_tag
()
函数描述: 获取xml字串中element tag
输 入: str_start – xml字串起始地址
xml_str_len
-- xml字串长度
p
-- 已经解析的xml字串地址
out_buf
-- tag输出buf地址
out_buf_len
-- tag输出buf大小
输 出: 获得的tag
返 回 值: 获得完整tag后的下一个字符
******************************************************************************/
S32 soap_get_tag
(char *str_start, S32 xml_str_len,
char **p, char *out_buf, S32 out_buf_len
)
{
S32 ch = 0;
char *pch = out_buf;
if
(str_start == NULL ||
out_buf == NULL ||
*p < str_start ||
xml_str_len <= 0 ||
out_buf_len <= 0 ||
(*p
- str_start
) >= xml_str_len
)
{
return EOF;
}
memset
(out_buf, 0, out_buf_len
);
while
((*p
- str_start
) < xml_str_len
)
{
ch = soap_get_char
(p
);
if
(ch == ‘<’
)
{
pch = out_buf;
while
((*p
- str_start
) < xml_str_len
)
{
ch = soap_get_char
(p
);
if
(IS_WHITE_SPACE
(ch
) || ch == ‘>’ ||
(ch == ‘/’ && pch > out_buf
))
{
break;
}
else if
(ch == ‘&’
)
{
if
((ch = soap_get_entity
(p
)) == EOF
)
{
return EOF;
}
}
if
(soap_add_char
(ch, &pch, out_buf, out_buf_len
)) { return EOF; } } pch[0] = '\0'; break; }
}
ONVIF_TRACE
(“tag:%s”, out_buf
);
return ch;
}
int soap_rearrange_tag
(const char *src_tag, char *dest_tag
)
{
char *temp_ptr = NULL;
int namespace_num = g_tag_namespace;
struct recv_namespaces *recv_ns = &g_recv_ns;
char tag_abbr[MAX_NAMESPACE_ABBR_LEN] = {0};
char temp_abbr[MAX_NAMESPACE_ABBR_LEN] = {0};
int i = 0;
if
(!src_tag || !dest_tag
) { ONVIF_ERROR
("!src_tag || !dest_tag"
); return ERROR; } if
(namespace_num ==
-1 && recv_ns
->ns_count == 0
) { ONVIF_DEBUG
("No need to rearrange tag
."
); return OK; } /* 获取tag内自带的abbr */ temp_ptr = strchr
(src_tag, ':'
); if
(temp_ptr
) { snprintf
(tag_abbr, temp_ptr
- src_tag + 1, "%s", src_tag
); temp_ptr++; } else { temp_ptr =
(char *
)src_tag; } /* 获取abbr，首先使用tag后面指定的namespace */ if
(namespace_num !=
-1
) { if
(namespace_num < 0 || namespace_num >= MAX_TP_NAME_SPACE_COUNT || G_TP_NAMESPACE_LIST[namespace_num]
.namespace[0] == 0 || G_TP_NAMESPACE_LIST[namespace_num]
.namespace_abbr[0] == 0
) { ONVIF_ERROR
("Get local namespace abbr fail, namespace_num=%d", namespace_num
); return ERROR; } snprintf
(temp_abbr, MAX_NAMESPACE_ABBR_LEN, "%s", G_TP_NAMESPACE_LIST[namespace_num]
.namespace_abbr
); } /* 其次从g_recv_ns中获取 */ else if
(tag_abbr[0] != 0
) { for
(i = 0; i < recv_ns
->ns_count && i < MAX_TP_NAME_SPACE_COUNT; ++i
) { if
(strcmp
(tag_abbr, recv_ns
->recv_namespace_list[i]
.abbr
) == 0 && recv_ns
->recv_namespace_list[i]
.num < MAX_TP_NAME_SPACE_COUNT
) { snprintf
(temp_abbr, MAX_NAMESPACE_ABBR_LEN, "%s", G_TP_NAMESPACE_LIST[recv_ns
->recv_namespace_list[i]
.num]
.namespace_abbr
); //如果命名空间相同，取最新的，防重名 } } } /* 如果通过上面两种方式未获取到namespace，则直接退出，不重组tag */ if
(0 == temp_abbr[0]
) { return OK; } memset
(dest_tag, 0, LEN_TAG
); snprintf
(dest_tag, LEN_TAG, "%s:%s", temp_abbr, temp_ptr
); ONVIF_DEBUG
("Tag changes, %s
-> %s", src_tag, dest_tag
); return OK;
}
/* 如果abbr为NULL，表示需要获取形如的
namespace，返回值为http://www
.onvif
.org/ver10/device/wsdl在G_TP_NAMESPACE_LIST中的下标值；
如果abbr不为空，表示需要获取形如<s:Envelope xmlns:s=“http://www
.w3
.org/
2003/05/soap
-envelope”>的
namespace，将这里定义的缩写s传到abbr中，并返回http://www
.w3
.org/
2003/05/soap
-envelope在
G_TP_NAMESPACE_LIST中的下标值；
如果没有匹配到namespace，或者tag里的namespace与缩写和已有的一致，则返回
-1 */
int soap_get_namespace
(const char *attr_name, const char *attr_value, char *abbr
)
{
int i =
-1;
if
(!attr_name || !attr_value
) { ONVIF_ERROR
("!attr_name || !attr_value"
); return
-1; } /* 确认是否是namespace */ if
(NULL == strstr
(attr_name, "xmlns"
)) { ONVIF_ERROR
("Not a namespace: %s", attr_name
); return
-1; } /* 获取abbr */ if
(abbr
) { memset
(abbr, 0, MAX_NAMESPACE_ABBR_LEN
); if
(1 == sscanf
(attr_name, "xmlns:%15s", abbr
) && 0 < strlen
(abbr
)) { ONVIF_DEBUG
("Get abbr=%s", abbr
); } else { ONVIF_DEBUG
("Get abbr fail, attr_name=%s", attr_name
); abbr[0] = 0; } } /* 查找对应namespace的下标 */ for
(i = 0; i < MAX_TP_NAME_SPACE_COUNT; ++i
) { if
(0 != G_TP_NAMESPACE_LIST[i]
.namespace[0] && 0 == strcmp
(G_TP_NAMESPACE_LIST[i]
.namespace, attr_value
)) { /* 如果获取的是local namespace，或者获取到的abbr与已有的不一致，那就直接返回 */ if
(!abbr
) { ONVIF_DEBUG
("Find a local namespace
-%s, ret
-%d", attr_value, i
); return i; } else if
(0 != abbr[0]
) { if
(0 != strcmp
(G_TP_NAMESPACE_LIST[i]
.namespace_abbr, abbr
)) { ONVIF_DEBUG
("Find a global namespace
-%s
(%s
), ret
-%d", attr_value, abbr, i
); return i; } else { ONVIF_DEBUG
("This global namespace
(%s
-%s
) has already exist
.", abbr, attr_value
); return
-1; } } else { ONVIF_DEBUG
("Find a local namespace
-%s, ret
-%d", attr_value, i
); return i; } } } ONVIF_DEBUG
("Can not find this namespace:%s", attr_value
); return
-1;
}
/******************************************************************************
函数名称: soap_parse_element_attr
()
函数描述: Parse an element for any attributes
输 入: str_start – xml字串起始地址
buf_len
-- xml字串长度
p
-- 已经解析的xml字串地址
输 出: 获得的tag
返 回 值: 解析完所有attr后的下一个字符
******************************************************************************/
S32 soap_parse_element_attr
(char *str_start, S32 buf_len, char **p
)
{
char attr_name[LEN_TAG] = {0};
char attr_value[LEN_INFO] = {0};
char *ptr = NULL;
S32 ch = 0;
S32 quote = 0;
BOOL need_get_tag_namespace = FALSE;
BOOL need_get_global_namespace = FALSE;
int temp_abbr_num =
-1;
char temp_abbr[MAX_NAMESPACE_ABBR_LEN] = {0};
need_get_tag_namespace = g_need_get_tag_namespace;
g_need_get_tag_namespace = FALSE;
need_get_global_namespace = g_need_get_global_namespace;
g_need_get_global_namespace = FALSE;
if
(str_start == NULL || p == NULL || *p == NULL
)
{
return EOF;
}
while
((p
- str_start
) < buf_len
)
{
ch = soap_get_char
(p
);
/ Skip leading whitespace */
if
(IS_WHITE_SPACE
(ch
))
{
continue;
}
if
(ch == '/' || ch == '?'
) { quote = soap_get_char
(p
); if
(quote != '>'
) { return EOF; }
(*p
)--; break; } else if
(ch == '<'
) { return EOF; } else if
(ch == '>'
) { break; } attr_name[0] = ch; if
(ch == '\"' || ch == '\''
) /* Name is in quotes, so get a quoted string */ { quote = ch; ptr = attr_name; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { return EOF; } } if
(soap_add_char
(ch, &ptr, attr_name, sizeof
(attr_name
))) { return EOF; } if
(ch == quote
) { break; } } } else { ptr = attr_name + 1; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(IS_WHITE_SPACE
(ch
) || ch == '=' || ch == '/' || ch == '>' || ch == '?'
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { return EOF; } } if
(soap_add_char
(ch, &ptr, attr_name, sizeof
(attr_name
))) { return EOF; } } } *ptr = '\0'; while
((*p
- str_start
) < buf_len && IS_WHITE_SPACE
(ch
)) { ch = soap_get_char
(p
); } if
(ch != '='
) { return EOF; } /* Read the attribute value */ while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(!IS_WHITE_SPACE
(ch
)) { break; } } if
(ch == '\"' || ch == '\''
) { quote = ch; ptr = attr_value; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == quote
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { return EOF; } } if
(soap_add_char
(ch, &ptr, attr_value, sizeof
(attr_value
))) { return EOF; } } } else { attr_value[0] = ch; ptr = attr_value + 1; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(IS_WHITE_SPACE
(ch
) || ch == '=' || ch == '/' || ch == '>'
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { return EOF; } } if
(soap_add_char
(ch, &ptr, attr_value, sizeof
(attr_value
))) { return EOF; } } } *ptr = '\0'; if
(need_get_tag_namespace || need_get_global_namespace
) { ONVIF_DEBUG
("attr_name=%s, attr_value=%s", attr_name, attr_value
); temp_abbr_num = soap_get_namespace
(attr_name, attr_value, temp_abbr
); ONVIF_DEBUG
("temp_abbr_num=%d", temp_abbr_num
); /* 通过temp_abbr[0]是否为0来区分是local还是global的abbr */ if
(need_get_tag_namespace && temp_abbr_num > 0 && temp_abbr[0] == 0
) { g_tag_namespace = temp_abbr_num; ONVIF_DEBUG
("g_tag_namespace=%d", temp_abbr_num
); } else if
(need_get_global_namespace && temp_abbr_num !=
-1 && g_recv_ns
.ns_count < MAX_TP_NAME_SPACE_COUNT && temp_abbr[0] != 0
) { g_recv_ns
.recv_namespace_list[g_recv_ns
.ns_count]
.num = temp_abbr_num; snprintf
(g_recv_ns
.recv_namespace_list[g_recv_ns
.ns_count]
.abbr, MAX_NAMESPACE_ABBR_LEN, "%s", temp_abbr
); ONVIF_DEBUG
("Recv global ns, ns_count=%d, num=%d, abbr=%s", g_recv_ns
.ns_count, g_recv_ns
.recv_namespace_list[g_recv_ns
.ns_count]
.num, g_recv_ns
.recv_namespace_list[g_recv_ns
.ns_count]
.abbr
); g_recv_ns
.ns_count++; } } /* process attribute */ //if
(soap_check_namespace
(attr_value
) == FALSE
) //{ // ONVIF_WARN
("soap_check_namespace failed, attr is %s:%s", attr_name, attr_value
); // return EOF; //} if
(ch == '/' || ch == '?'
) { quote = soap_get_char
(p
); if
(quote != '>'
) { return EOF; }
(*p
)--; break; } else if
(ch == '>'
) { break; }
}
return ch;
}
/******************************************************************************
函数名称: soap_parse_element_attr_out_len
()
函数描述: Parse an element for any attributes
输 入: str_start – xml字串起始地址
buf_len
-- xml字串长度
p
-- 已经解析的xml字串地址 attr_num
-- 想要从<>中获取的attr的个数 attr_in_name
-- 二维数组，想要获取的attr的名字 name_str_len
-- attr_in_name二维数组每个元素的长度 value_str_len
-- attr_out_value二维数组每个元素的长度
输 出:
attr_out_value – 二维数组，存放attr_in_name对应的属性值
返 回 值:
解析完所有attr后的下一个字符
参数示例：
例如，想要取出<tt:SimpleItem Value=“60” Name=“Sensitivity”/>中，
attr “Value”、"Name"的值，则为本函数传入如下参数:
int attr_num = 2,
char attr_in_name[2][10] = {{“Value”}, {“Name”}};
char attr_out_buf[2][30] = {{0}, {0}};
int name_str_len = sizeof
(attr_in_name[0]
);
int value_str_len = sizeof
(attr_out_buf[0]
);
调用：
ch = soap_parse_element_attr_out_len
(str_start, buf_len, p,
attr_num,
(char *
)attr_in_name, name_str_len,
(char *
)attr_out_buf, value_str_len
);
******************************************************************************/
S32 soap_parse_element_attr_out_len
(char *str_start, S32 buf_len, char p,
int attr_num, char attr_in_name, int name_str_len, char attr_out_value, int value_str_len
)
{
char* attr_name = NULL;
char* attr_value = NULL;
char *ptr = NULL;
S32 ch = 0;
S32 quote = 0;
S32 i = 0;
char *pn = NULL;
char *pv = NULL;
if
(str_start == NULL || p == NULL || *p == NULL || attr_num <= 0 || attr_in_name == NULL || name_str_len <= 0 || attr_out_value == NULL || value_str_len <= 0
) { ONVIF_ERROR
("param is error
."
); return EOF; } attr_name = SAFE_MALLOC
(name_str_len
); attr_value = SAFE_MALLOC
(value_str_len
); if
(NULL == attr_name || NULL == attr_value
) { ONVIF_ERROR
("malloc fail"
); goto error_end; } memset
(attr_name, 0, name_str_len
); memset
(attr_value, 0, value_str_len
); ONVIF_TRACE
("before while"
); while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); /* Skip leading whitespace */ if
(IS_WHITE_SPACE
(ch
)) { continue; } if
(ch == '/' || ch == '?'
) { quote = soap_get_char
(p
); if
(quote != '>'
) { goto error_end; }
(*p
)--; break; } else if
(ch == '<'
) { goto error_end; } else if
(ch == '>'
) { break; } attr_name[0] = ch; if
(ch == '\"' || ch == '\''
) /* Name is in quotes, so get a quoted string */ { quote = ch; ptr = attr_name; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { goto error_end; } } if
(soap_add_char
(ch, &ptr, attr_name, name_str_len
)) { goto error_end; } if
(ch == quote
) { break; } } } else { ptr = attr_name + 1; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(IS_WHITE_SPACE
(ch
) || ch == '=' || ch == '/' || ch == '>' || ch == '?'
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { goto error_end; } } if
(soap_add_char
(ch, &ptr, attr_name, name_str_len
)) { //goto error_end; } } } *ptr = '\0'; while
((*p
- str_start
) < buf_len && IS_WHITE_SPACE
(ch
)) { ch = soap_get_char
(p
); } if
(ch != '='
) { goto error_end; } /* Read the attribute value */ while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(!IS_WHITE_SPACE
(ch
)) { break; } } if
(ch == '\"' || ch == '\''
) { quote = ch; ptr = attr_value; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == quote
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { goto error_end; } } if
(soap_add_char
(ch, &ptr, attr_value, value_str_len
)) { goto error_end; } } } else { attr_value[0] = ch; ptr = attr_value + 1; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(IS_WHITE_SPACE
(ch
) || ch == '=' || ch == '/' || ch == '>'
) { break; } if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { goto error_end; } } if
(soap_add_char
(ch, &ptr, attr_value, value_str_len
)) { goto error_end; } } } *ptr = '\0'; ONVIF_TRACE
("%s:%s", attr_name, attr_value
); for
(i = 0; i < attr_num; i++
) { pn = attr_in_name + i * name_str_len; pv = attr_out_value + i * value_str_len; if
(0 != *pv
) { ONVIF_TRACE
("%d has been set", i
); continue; } ONVIF_TRACE
("attr_name:\nwant:%s; get:%s", pn, attr_name
); if
(0 == strncmp
(attr_name, pn, strlen
(attr_name
))) { strcpy
(pv, attr_value
); ONVIF_TRACE
("%s:%s", pn, pv
); memset
(attr_name, 0, name_str_len
); memset
(attr_value, 0, value_str_len
); break; } } /* process attribute */ //if
(soap_check_namespace
(attr_value
) == FALSE
) //{ // ONVIF_WARN
("soap_check_namespace failed, attr is %s:%s", attr_name, attr_value
); // return EOF; //} if
(ch == '/' || ch == '?'
) { quote = soap_get_char
(p
); if
(quote != '>'
) { goto error_end; }
(*p
)--; break; } else if
(ch == '>'
) { break; } } ONVIF_FREE
(attr_name
); ONVIF_FREE
(attr_value
); return ch;
error_end:
ONVIF_FREE
(attr_name
);
ONVIF_FREE
(attr_value
);
return EOF;
}
/******************************************************************************
函数名称: soap_parse_element_value
()
函数描述: 解析element内容
输 入: str_start – xml字串起始地址
xml_str_len
-- xml字串长度
p
-- 已经解析的xml字串地址
ch
-- 当前需要解析的下一个字符
out_buf
-- tag输出buf地址
out_buf_len
-- tag输出buf大小
输 出: element内容
返 回 值: ERROR/OK
******************************************************************************/
S32 soap_parse_element_value
(char *str_start, S32 buf_len, char **p,
S32 ch, char *out_buf, S32 out_buf_len
)
{
S32 tmp_ch = ch;
char *pch = out_buf;
if
(str_start == NULL || buf_len <= 0 || p == NULL || *p == NULL ||
out_buf == NULL || out_buf_len <=0
)
{
return ERROR;
}
if
(IS_WHITE_SPACE
(tmp_ch
))
{
tmp_ch = soap_parse_element_attr
(str_start, buf_len, p
); /* parse attribute */
if
(tmp_ch == EOF
)
{
ONVIF_WARN
(“soap_parse_element_attr error
.”
);
return ERROR;
}
}
if
(tmp_ch == ‘/’
)
{
tmp_ch = soap_get_char
(p
);
if
(tmp_ch != ‘>’
)
{
ONVIF_WARN
(“should be '>'
(%d
) but is %d
.”,
(S32
)‘>’, tmp_ch
);
return ERROR;
}
return OK;
}
else if
(tmp_ch == ‘>’
)
{
while
((*p
- str_start
) < buf_len
)
{
tmp_ch = soap_get_char
(p
);
if
(tmp_ch == ‘<’
)
{
(*p
)–;
break;
}
else if
(tmp_ch == ‘&’
)
{
if
((tmp_ch = soap_get_entity
(p
)) == EOF
)
{
ONVIF_WARN
(“soap_get_entity error
.”
);
return ERROR;
}
}
if
(soap_add_char
(tmp_ch, &pch, out_buf, out_buf_len
)) { ONVIF_WARN
("soap_add_char failed
."
); return ERROR; } } pch[0] = '\0';
}
else
{
ONVIF_WARN
(“should be '>'
(%d
) but is %d
.”,
(S32
)‘>’, tmp_ch
);
return ERROR;
}
return OK;
}
/******************************************************************************
函数名称: soap_parse_header_element
()
函数描述: 解析所有头部元素，并做相应处理
输 入: soap – soap结构体地址
tag
-- 头部元素tag
str_start
-- xml字串起始地址
buf_len
-- xml字串长度
p
-- 已经解析的xml字串地址
ch
-- 当前需要解析的下一个字符
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
LOCAL S32 soap_parse_header_element
(SOAP_CONTEXT *soap, char *tag,
char *str_start, S32 buf_len, char **p, S32 ch
)
{
char charbuf[LEN_INFO] = {0};
char tag_rearrange[LEN_TAG] = {0};
char *p1 = NULL;
if
(soap == NULL || tag == NULL || str_start == NULL ||
buf_len <= 0 || p == NULL || *p == NULL
)
{
return ERROR;
}
p1 = *p;
g_tag_namespace =
-1;
g_need_get_global_namespace = TRUE;
g_need_get_tag_namespace = TRUE;
if
(OK != soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
return ERROR;
}
ONVIF_TRACE
(“%s: %s”, tag, charbuf
);
if
(charbuf[0] == ‘\0’
)
{
return OK;
}
/* 根据命名空间跟换tag 如：
request中Envelope 有内容：xmlns:a=“http://www
.w3
.org/
2005/08/addressing”
header中有： <a:MessageID>urn:uuid:7f52d7e1
-63c4
-4124
-943c
-c24d4825f15d</a:MessageID>
获取的tag为 a:MessageID
根据本地G_TP_NAMESPACE_LIST中的命名空间：{“wsa5”, “http://www
.w3
.org/
2005/08/addressing”}
替换tag为 wsa5:MessageID
reponse中Envelope 有内容：xmlns:wsa5=“http://www
.w3
.org/
2005/08/addressing”
header中有： wsa5:MessageIDurn:uuid:7f52d7e1
-63c4
-4124
-943c
-c24d4825f15d</wsa5:MessageID>
*/
soap_rearrange_tag
(tag, tag_rearrange
);
ONVIF_TRACE
(“[%s]: %s”, tag_rearrange, charbuf
);
if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:MessageID”
))
{
snprintf
(soap
->header
.wsa_msg_id, sizeof
(soap
->header
.wsa_msg_id
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:RelatesTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Relationship”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa_relates_to, sizeof
(soap
->header
.wsa_relates_to
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:From”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa_from_addr, sizeof
(soap
->header
.wsa_from_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:ReplyTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa_reply_to_addr, sizeof
(soap
->header
.wsa_reply_to_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:FaultTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa_fault_to_addr, sizeof
(soap
->header
.wsa_fault_to_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:To”
))
{
snprintf
(soap
->header
.wsa_to, sizeof
(soap
->header
.wsa_to
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa:Action”
))
{
snprintf
(soap
->header
.wsa_action, sizeof
(soap
->header
.wsa_action
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsdd:AppSequence”
))
{
snprintf
(soap
->header
.wsdd_app_sequence, sizeof
(soap
->header
.wsdd_app_sequence
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:MessageID”
))
{
snprintf
(soap
->header
.wsa5_msg_id, sizeof
(soap
->header
.wsa5_msg_id
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:RelatesTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “RelatesToType”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa5_relates_to, sizeof
(soap
->header
.wsa5_relates_to
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:From”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa5_from_addr, sizeof
(soap
->header
.wsa5_from_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:ReplyTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa5_reply_to_addr, sizeof
(soap
->header
.wsa5_reply_to_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:FaultTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF &&
TRUE == soap_match_tag
(charbuf, “Address”
) &&
OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
)))
{
snprintf
(soap
->header
.wsa5_fault_to_addr, sizeof
(soap
->header
.wsa5_fault_to_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:To”
))
{
snprintf
(soap
->header
.wsa5_to, sizeof
(soap
->header
.wsa5_to
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag_rearrange, “wsa5:Action”
))
{
snprintf
(soap
->header
.wsa5_action, sizeof
(soap
->header
.wsa5_action
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag, “Username”
))
{
snprintf
(soap
->header
.username, sizeof
(soap
->header
.username
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag, “Password”
))
{
soap_parse_element_attr_out_len
(str_start, buf_len, &p1,
1, “Type”, LEN_IFNAME,
(char *
)soap
->header
.password_type, sizeof
(soap
->header
.password_type
));
snprintf
(soap
->header
.password, sizeof
(soap
->header
.password
), "%s", charbuf
);
}
else if
(TRUE == soap_match_tag
(tag, “Nonce”
))
{
snprintf
(soap
->header
.nonce, sizeof
(soap
->header
.nonce
), “%s”, charbuf
);
}
else if
(TRUE == soap_match_tag
(tag, “Created”
))
{
snprintf
(soap
->header
.created, sizeof
(soap
->header
.created
), “%s”, charbuf
);
}
/* 下面的内容是为了适配onvif device manager的异常tag { /
else if
(TRUE == soap_match_tag
(tag, “MessageID”
))
{
if
(‘\0’ == soap
->header
.wsa_msg_id[0]
)
{
snprintf
(soap
->header
.wsa_msg_id, sizeof
(soap
->header
.wsa_msg_id
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag, “ReplyTo”
))
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) != EOF
&& TRUE == soap_match_tag
(charbuf, “Address”
)
&& OK == soap_parse_element_value
(str_start, buf_len, p, ch, charbuf, sizeof
(charbuf
))
&& ‘\0’ == soap
->header
.wsa_reply_to_addr[0]
)
{
snprintf
(soap
->header
.wsa_reply_to_addr, sizeof
(soap
->header
.wsa_reply_to_addr
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag, “To”
))
{
if
(‘\0’ == soap
->header
.wsa_to[0]
)
{
snprintf
(soap
->header
.wsa_to, sizeof
(soap
->header
.wsa_to
), “%s”, charbuf
);
}
}
else if
(TRUE == soap_match_tag
(tag, “Action”
))
{
if
(‘\0’ == soap
->header
.wsa_action[0]
)
{
snprintf
(soap
->header
.wsa_action, sizeof
(soap
->header
.wsa_action
), “%s”, charbuf
);
}
}
/ 适配onvif device manager的异常tag end} */
return OK;
}
/******************************************************************************
函数名称: soap_xml_parse
()
函数描述: xml字串解析函数
输 入: soap – soap结构体地址
xml_str
-- xml字串起始地址
buf_len
-- xml字串长度
输 出: N/A
返 回 值: ERROR/OK
******************************************************************************/
S32 soap_xml_parse
(SOAP_CONTEXT *soap, char **xml_str, S32 buf_len
)
{
BOOL request_have_header = FALSE;
S32 ch = 0;
char charbuf[4 * LEN_INFO] = {0};
char *str_start = NULL;
char **p = xml_str;
if
(soap == NULL || xml_str == NULL || *xml_str == NULL || buf_len <= 0
)
{
ONVIF_WARN
(“soap == NULL || xml_str == NULL || buf_len <= 0
.”
);
return ERROR;
}
str_start = *xml_str;
memset
(&g_recv_ns, 0, sizeof
(struct recv_namespaces
));
/* onvif device manager发送的probe中不包含version行，导致设备探测失败；
当前也没有对version行进行处理，因此参考slp，不对version进行处理，先
去除这部分内容，从Envelope开始处理 */
// char pch = charbuf;
#if 0
/ parse version line */
while
((p
- str_start
) < buf_len
)
{
ch = soap_get_char
(p
);
if
(ch == ‘<’
)
{
pch = charbuf;
ch = soap_get_char
(p
);
if
(ch == ‘?’
)
{
/ macth version line */
if
(soap_add_char
(ch, &pch, charbuf, sizeof
(charbuf
)))
{
goto error_parse;
}
while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == '>' && pch > charbuf && pch[
-1] == '?'
) { break; } else if
(ch == '&'
) { if
((ch = soap_get_entity
(p
)) == EOF
) { return EOF; } } if
(soap_add_char
(ch, &pch, charbuf, sizeof
(charbuf
))) { goto error_parse; } } if
(ch != '>'
) { goto error_parse; } /* get version line, to do something */ pch[0] = '\0'; ONVIF_TRACE
("version line: <%s>", charbuf
); break; } else { continue; }
}
}
#endif
/* parse Envelope, request must have Envelope */
while
((*p
- str_start
) < buf_len
)
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) == EOF
)
{
goto error_parse;
}
if
(TRUE == soap_match_tag
(charbuf, "Envelope"
)) { break; }
}
/* start parse Envelope attribute /
if
(IS_WHITE_SPACE
(ch
))
{
g_need_get_global_namespace = TRUE;
ch = soap_parse_element_attr
(str_start, buf_len, p
); / parse attribute */
if
(ch == EOF
)
{
goto error_parse;
}
}
while
((*p
- str_start
) < buf_len
)
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) == EOF
)
{
goto error_parse;
}
if
(TRUE == soap_match_tag
(charbuf, "Header"
) || TRUE == soap_match_tag
(charbuf, "Body"
)) { break; }
}
soap
->has_header = FALSE;
/* parse Header, request maybe have Header /
if
(TRUE == soap_match_tag
(charbuf, “Header”
))
{
request_have_header = TRUE;
/ parse Header value /
/ start parse Envelope attribute /
if
(IS_WHITE_SPACE
(ch
))
{
ch = soap_parse_element_attr
(str_start, buf_len, p
); / parse attribute */
if
(ch == EOF
)
{
goto error_parse;
}
}
if
(ch == '/'
) { ch = soap_get_char
(p
); if
(ch != '>'
) { goto error_parse; } goto parse_body; } soap
->has_header = TRUE; while
((*p
- str_start
) < buf_len
) { if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) == EOF
) { goto error_parse; } if
(charbuf[0] == '/'
) { if
(TRUE == soap_match_tag
(charbuf, "Header"
)) { /* end of Header */ ONVIF_TRACE
("end of Header"
); break; } else { continue; } } if
(ERROR == soap_parse_header_element
(soap, charbuf, str_start, buf_len, p, ch
)) { goto error_parse; } }
}
else
{
request_have_header = FALSE;
}
parse_body:
/* parse Body, request must have Body */
if
(request_have_header == TRUE
)
{
while
((*p
- str_start
) < buf_len
)
{
if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) == EOF
)
{
goto error_parse;
}
if
(TRUE == soap_match_tag
(charbuf, "Body"
)) { break; } } } if
(IS_WHITE_SPACE
(ch
)) { g_need_get_global_namespace = TRUE; ch = soap_parse_element_attr
(str_start, buf_len, p
); /* parse attribute */ if
(ch == EOF
) { goto error_parse; } } if
(ch == '/'
) { ch = soap_get_char
(p
); if
(ch != '>'
) { goto error_parse; } goto end_parse; } /* parse Body value */ if
((ch = soap_get_tag
(str_start, buf_len, p, charbuf, sizeof
(charbuf
))) == EOF
) { goto error_parse; } snprintf
(soap
->tag, sizeof
(soap
->tag
), "%s", charbuf
); ONVIF_TRACE
("get soap
->tag: %s", soap
->tag
); g_tag_namespace =
-1; if
(IS_WHITE_SPACE
(ch
)) { g_need_get_global_namespace = TRUE; g_need_get_tag_namespace = TRUE; ch = soap_parse_element_attr
(str_start, buf_len, p
); /* parse attribute */ if
(ch == EOF
) { goto error_parse; } } if
(ch == '/'
) { ch = soap_get_char
(p
); if
(ch != '>'
) { goto error_parse; } soap
->request_begin = NULL; soap
->request_end = NULL; } else if
(ch == '>'
) { soap
->request_begin = *p; while
((*p
- str_start
) < buf_len
) { ch = soap_get_char
(p
); if
(ch == '/' && 0 == strncmp
(*p, soap
->tag, strlen
(soap
->tag
))) { while
(**p != '<'
) {
(*p
)--; } soap
->request_end = *p; break; } } } else { goto error_parse; } soap_rearrange_tag
(charbuf, soap
->tag
);
end_parse:
return OK;
error_parse:
return ERROR;
}
——这个是soap
.c和soap_parse
.c文件，并
注意Digest认证的验证函数直接写在onvif_srv
.c就行，重新回答前面的Digest认证的实现的问题
ASP.NET 1.1至2.0迁移心得
本文分享了将CommunityServer从ASP.NET 1.1迁移到ASP.NET 2.0的过程及经验教训，包括解决语法错误、去除冗余声明以及更新Membership配置等方面的内容。
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