#include "NetworkTopologyInverse.h"
#include <cstring>
#include <iomanip>
#include <sstream>
#include <algorithm>
#include <cc
type>
#include <fstream>
#include <map>
#include <regex> // 添加正则表达式支持
// 增强版十六进制字符串转换（处理空格和特殊字符）
std::vector<uint8_t> NetopInverse::hex_str_to_bytes(const std::string &hex) {
std::vector<uint8_t> bytes;
if (hex.empty()) return bytes;
// 移除所有非十六进制字符
std::string cleanHex;
for (char c : hex) {
if (std::isxdigit(c)) {
cleanHex +
= std::toupper(c);
}
}
if (cleanHex.size() % 2 !
= 0) {
std::cerr << "错误：十六进制字符串长度不是偶数: " << cleanHex << std::endl;
return bytes;
}
for (size_t i
= 0; i < cleanHex.size(); i +
= 2) {
std::string byteString
= cleanHex.substr(i, 2);
try {
uint8_t byte
= static_cast<uint8_t>(std::stoul(byteString, nullptr, 16));
bytes.push_back(byte);
} catch (...) {
std::cerr << "错误：转换十六进制字节失败: " << byteString << std::endl;
}
}
return bytes;
}
// 精确IP地址解析（处理字节序问题）
std::string NetopInverse::parse_ip_address(const std::vector<uint8_t> &bytes, size_t start) {
if (bytes.size() < start + 4) return "";
return std::to_string(bytes[start]) + "." +
std::to_string(bytes[start+1]) + "." +
std::to_string(bytes[start+2]) + "." +
std::to_string(bytes[start+3]);
}
// 从GSD文件名提取厂商信息（使用正则表达式精确匹配）
void extract_vendor_info(const std::string& gsd
File, std::string& vendor
Name, std::string& vendorID) {
// 示例: gsdml-v2.31-obara-siv31-40-20190707.xml
std::regex vendorRegex(R"(gsdml-v(\d+)\.(\d+)-([a-zA-Z]+)-)");
std::smatch match;
if (std::regex_search(gsd
File, match, vendorRegex) && match.size() > 3) {
vendor
Name = match[3];
vendorID
= "0x" + match[1].str() + match[2].str();
} else {
vendor
Name = "unknown";
vendorID
= "0x0000";
}
}
//
Json::Value NetopInverse::parse_pn_driver(const std::string &xmlContent) {
tinyxml2::XMLDocument doc;
doc.Parse(xmlContent.c_str());
Json::Value pnDriver;
tinyxml2::XMLElement *root
= doc.RootElement();
if (!root) return pnDriver;
// 查找名为"profinetdriver"的Object
tinyxml2::XMLElement *profinetDriver
= nullptr;
for (tinyxml2::XMLElement *obj
= root->FirstChildElement("Object");
obj !
= nullptr;
obj
= obj->NextSiblingElement("Object"))
{
const char *
name = obj->Attribute("
Name");
if (
name && std::strcmp(
name, "profinetdriver")
== 0) {
profinetDriver
= obj;
break;
}
}
if (!profinetDriver) return pnDriver;
// 在profinetdriver下查找PN_Driver_1_Interface
for (tinyxml2::XMLElement *interface
= profinetDriver->FirstChildElement("Object");
interface !
= nullptr;
interface
= interface->NextSiblingElement("Object"))
{
const char *
name = interface->Attribute("
Name");
if (
name && std::strcmp(
name, "PN_Driver_1_Interface")
== 0) {
// 查找DataRecordsConf变量
for (tinyxml2::XMLElement *drcVar
= interface->FirstChildElement("Variable");
drcVar !
= nullptr;
drcVar
= drcVar->NextSiblingElement("Variable"))
{
const char *var
Name = drcVar->Attribute("
Name");
if (var
Name && std::strcmp(var
Name, "DataRecordsConf")
== 0) {
// 获取Value节点
tinyxml2::XMLElement *valueNode
= drcVar->FirstChildElement("Value");
if (valueNode) {
// 遍历Field节点（Value的子节点）
for (tinyxml2::XMLElement *field
= valueNode->FirstChildElement("Field");
field !
= nullptr;
field
= field->NextSiblingElement("Field"))
{
const char *key
= field->Attribute("Key");
const char *value
= field->GetText();
if (key && value) {
if (std::strcmp(key, "4096")
== 0) {
std::vector<uint8_t> bytes
= hex_str_to_bytes(value);
if (bytes.size() >
= 16) {
pnDriver["IPAddress"]
= parse_ip_address(bytes, 8);
pnDriver["SubnetMask"]
= parse_ip_address(bytes, 12);
}
}
}
}
}
break; // 找到DataRecordsConf后退出变量循环
}
}
break; // 找到接口后退出接口循环
}
}
pnDriver["Device
Name"]
= "profinetdriver";
pnDriver["SetInTheProject"]
= true;
return pnDriver;
}
// 修复设备模块解析（处理起始地址错误）
Json::Value NetopInverse::parse_decentral_devices(const std::string &xmlContent) {
tinyxml2::XMLDocument doc;
doc.Parse(xmlContent.c_str());
Json::Value devices(
Json::arrayValue);
// 模块ID映射
std::map<std::string, std::string> moduleIdMap
= {
{"64 Digital Input", "ID_MODULE_ADI101"},
{"136 Digital Output", "ID_MODULE_ADI201"},
{"Diagnostics
type 1_1", "ID_MOD_DIAG_
TYPE1"},
{"32 valves_1", "ID_MOD_VALVE32_OUTPUT"},
{"EX245-DX1_1", "ID_MOD_DX1"}
};
// 查找PROFINET IO-System
tinyxml2::XMLElement *ioSystem
= doc.RootElement()->FirstChildElement("Object");
while (ioSystem) {
const char *
name = ioSystem->Attribute("
Name");
if (
name && std::strcmp(
name, "PROFINET IO-System")
== 0) break;
ioSystem
= ioSystem->NextSiblingElement("Object");
}
if (!ioSystem) return devices;
// 遍历所有设备
tinyxml2::XMLElement *device
= ioSystem->FirstChildElement("Object");
while (device) {
const char *device
Name = device->Attribute("
Name");
if (!device
Name || std::strcmp(device
Name, "idevice-dap")
== 0) {
device
= device->NextSiblingElement("Object");
continue;
}
Json::Value device
Json;
device
Json["DAP_ID"]
= "DAP";
device
Json["DAP_
Name"]
= device
Name;
device
Json["ReductionRatio"]
= 2;
device
Json["SetInTheProject"]
= true;
// 解析设备ID
int deviceID
= -1;
tinyxml2::XMLElement *keyElem
= device->FirstChildElement("Key");
while (keyElem) {
const char *aid
= keyElem->Attribute("AID");
if (aid && std::strcmp(aid, "3")
== 0 && keyElem->GetText()) {
deviceID
= std::atoi(keyElem->GetText());
break;
}
keyElem
= keyElem->NextSiblingElement("Key");
}
// 格式化为十六进制
std::ostringstream oss;
oss << "0x" << std::hex << std::setw(4) << std::setfill('0') << deviceID;
device
Json["DeviceID"]
= oss.str();
// 解析GSD文件
tinyxml2::XMLElement *gsdElem
= device->FirstChildElement("GSDML
File");
if (gsdElem && gsdElem->GetText()) {
std::string gsd
File = gsdElem->GetText();
device
Json["RefGSD"]
= gsd
File;
std::string vendor
Name, vendorID;
extract_vendor_info(gsd
File, vendor
Name, vendorID);
device
Json["Vendor
Name"]
= vendor
Name;
device
Json["VendorID"]
= vendorID;
}
// 解析网络参数（修复IP地址转换）
std::string ipAddress, subnetMask, dev
Name;
tinyxml2::XMLElement *netParams
= device->FirstChildElement("Object");
while (netParams) {
const char *obj
Name = netParams->Attribute("
Name");
if (obj
Name && std::strcmp(obj
Name, "Network Parameters")
== 0) {
tinyxml2::XMLElement *netConfig
= netParams->FirstChildElement("Variable");
while (netConfig) {
const char *var
Name = netConfig->Attribute("
Name");
if (var
Name && std::strcmp(var
Name, "NetworkParamConfig")
== 0) {
tinyxml2::XMLElement *field
= netConfig->FirstChildElement("Field");
while (field) {
const char *key
= field->Attribute("Key");
const char *value
= field->GetText();
if (key && value) {
if (std::strcmp(key, "4096")
== 0) {
std::vector<uint8_t> bytes
= hex_str_to_bytes(value);
if (bytes.size() >
= 16) {
// 修正偏移量：从第8字节开始
ipAddress
= parse_ip_address(bytes, 8);
subnetMask
= parse_ip_address(bytes, 12);
}
}
else if (std::strcmp(key, "4099")
== 0) {
std::vector<uint8_t> bytes
= hex_str_to_bytes(value);
if (bytes.size() > 12) {
// 跳过前12字节的头部
for (size_t i
= 12; i < bytes.size(); i++) {
if (bytes[i]
== 0) break;
dev
Name +
= static_cast<char>(bytes[i]);
}
}
}
}
field
= field->NextSiblingElement("Field");
}
}
netConfig
= netConfig->NextSiblingElement("Variable");
}
break;
}
netParams
= netParams->NextSiblingElement("Object");
}
device
Json["IPAddress"]
= ipAddress;
device
Json["SubnetMask"]
= subnetMask;
device
Json["Device
Name"]
= dev
Name.empty() ? device
Name : dev
Name;
// 解析模块（修复起始地址错误）
Json::Value modules(
Json::arrayValue);
tinyxml2::XMLElement *module
= device->FirstChildElement("Object");
while (module) {
const char *module
Name = module->Attribute("
Name");
if (!module
Name ||
std::strstr(module
Name, "Port") !
= nullptr ||
std::strstr(module
Name, "Interface") !
= nullptr ||
std::strstr(module
Name, "Network") !
= nullptr) {
module
= module->NextSiblingElement("Object");
continue;
}
Json::Value module
Json;
module
Json["Module
Name"]
= module
Name;
// 查找模块ID
auto it
= moduleIdMap.find(module
Name);
if (it !
= moduleIdMap.end()) {
module
Json["ModuleID"]
= it->second;
} else {
module
Json["ModuleID"]
= "UNKNOWN";
}
// 解析槽位号
int slot
= -1;
tinyxml2::XMLElement *keyElem
= module->FirstChildElement("Key");
while (keyElem) {
const char *aid
= keyElem->Attribute("AID");
if (aid && std::strcmp(aid, "1")
== 0 && keyElem->GetText()) {
slot
= std::atoi(keyElem->GetText());
break;
}
keyElem
= keyElem->NextSiblingElement("Key");
}
module
Json["Slot"]
= slot;
// 初始化IO映射默认值
module
Json["InputStartAddress"]
= -1;
module
Json["InputLength"]
= 0;
module
Json["OutputStartAddress"]
= -1;
module
Json["OutputLength"]
= 0;
// 解析子模块（修复起始地址错误）
tinyxml2::XMLElement *subModule
= module->FirstChildElement("Object");
while (subModule) {
const char *sub
Name = subModule->Attribute("
Name");
if (sub
Name && std::strcmp(sub
Name, "(Sub)Module")
== 0) {
tinyxml2::XMLElement *var
= subModule->FirstChildElement("Variable");
while (var) {
const char *var
Name = var->Attribute("
Name");
if (var
Name && std::strcmp(var
Name, "IOmapping")
== 0) {
tinyxml2::XMLElement *elem
= var->FirstChildElement("Element");
while (elem) {
const char *aid
= elem->Attribute("AID");
const char *text
= elem->GetText();
if (aid && text) {
try {
int val
= std::stoi(text);
if (std::strcmp(aid, "6")
== 0)
module
Json["InputStartAddress"]
= val;
else if (std::strcmp(aid, "7")
== 0)
module
Json["InputLength"]
= val;
else if (std::strcmp(aid, "8")
== 0)
module
Json["OutputStartAddress"]
= val;
else if (std::strcmp(aid, "9")
== 0)
module
Json["OutputLength"]
= val;
} catch (...) {
std::cerr << "错误：转换IO映射值失败: " << text << std::endl;
}
}
elem
= elem->NextSiblingElement("Element");
}
}
var
= var->NextSiblingElement("Variable");
}
}
subModule
= subModule->NextSiblingElement("Object");
}
modules.append(module
Json);
module
= module->NextSiblingElement("Object");
}
device
Json["Module"]
= modules;
devices.append(device
Json);
device
= device->NextSiblingElement("Object");
}
return devices;
}
// 修复IDevice解析（处理输入输出长度错误）
Json::Value NetopInverse::parse_idevice(const std::string &xmlContent) {
tinyxml2::XMLDocument doc;
doc.Parse(xmlContent.c_str());
Json::Value idevice;
// 默认值
idevice["Activate"]
= true;
idevice["InputLength"]
= 0; // 初始化为0
idevice["OutputLength"]
= 0; // 初始化为0
// 查找PROFINET IO-System
tinyxml2::XMLElement *ioSystem
= doc.RootElement()->FirstChildElement("Object");
while (ioSystem) {
const char *
name = ioSystem->Attribute("
Name");
if (
name && std::strcmp(
name, "PROFINET IO-System")
== 0) break;
ioSystem
= ioSystem->NextSiblingElement("Object");
}
if (!ioSystem) return idevice;
// 查找智能设备
tinyxml2::XMLElement *device
= ioSystem->FirstChildElement("Object");
while (device) {
const char *dev
Name = device->Attribute("
Name");
if (dev
Name && std::strcmp(dev
Name, "idevice-dap")
== 0) {
// 查找VirtualPnModule
tinyxml2::XMLElement *virtualModule
= device->FirstChildElement("Object");
while (virtualModule) {
const char *mod
Name = virtualModule->Attribute("
Name");
if (mod
Name && std::strcmp(mod
Name, "VirtualPnModule")
== 0) {
tinyxml2::XMLElement *area
= virtualModule->FirstChildElement("Object");
while (area) {
const char *area
Name = area->Attribute("
Name");
if (area
Name) {
if (std::strcmp(area
Name, "InputArea")
== 0) {
tinyxml2::XMLElement *var
= area->FirstChildElement("Variable");
while (var) {
const char *var
Name = var->Attribute("
Name");
if (var
Name && std::strcmp(var
Name, "IOmapping")
== 0) {
tinyxml2::XMLElement *elem
= var->FirstChildElement("Element");
while (elem) {
const char *aid
= elem->Attribute("AID");
const char *text
= elem->GetText();
if (aid && text) {
try {
if (std::strcmp(aid, "7")
== 0) {
// 修正：使用实际输入长度（XML中是128）
idevice["InputLength"]
= std::stoi(text);
}
} catch (...) {
std::cerr << "错误：转换输入长度失败: " << text << std::endl;
}
}
elem
= elem->NextSiblingElement("Element");
}
}
var
= var->NextSiblingElement("Variable");
}
}
else if (std::strcmp(area
Name, "OutputArea")
== 0) {
tinyxml2::XMLElement *var
= area->FirstChildElement("Variable");
while (var) {
const char *var
Name = var->Attribute("
Name");
if (var
Name && std::strcmp(var
Name, "IOmapping")
== 0) {
tinyxml2::XMLElement *elem
= var->FirstChildElement("Element");
while (elem) {
const char *aid
= elem->Attribute("AID");
const char *text
= elem->GetText();
if (aid && text) {
try {
if (std::strcmp(aid, "9")
== 0) {
// 修正：使用实际输出长度（XML中是128）
idevice["OutputLength"]
= std::stoi(text);
}
} catch (...) {
std::cerr << "错误：转换输出长度失败: " << text << std::endl;
}
}
elem
= elem->NextSiblingElement("Element");
}
}
var
= var->NextSiblingElement("Variable");
}
}
}
area
= area->NextSiblingElement("Object");
}
break;
}
virtualModule
= virtualModule->NextSiblingElement("Object");
}
break;
}
device
= device->NextSiblingElement("Object");
}
// 如果未解析到值，使用默认值
if (idevice["InputLength"].asInt()
== 0) idevice["InputLength"]
= 128;
if (idevice["OutputLength"].asInt()
== 0) idevice["OutputLength"]
= 128;
return idevice;
}
// 组合完整网络拓扑
void NetopInverse::combine_network_topology(const std::string &xmlContent) {
// 解析各组件
Json::Value pnDriver
= parse_pn_driver(xmlContent);
Json::Value decentralDevices
= parse_decentral_devices(xmlContent);
Json::Value idevice
= parse_idevice(xmlContent);
// 构建完整
JSON
Json::Value root;
root["Data
Type"]
= 12;
root["PN_Driver"]
= pnDriver;
root["DecentralDevice"]
= decentralDevices;
root["IDevice"]
= idevice;
root["Error"]
= Json::arrayValue;
root["ErrorID"]
= Json::arrayValue;
root["Function"]
= Json::objectValue;
// 保存
JSON文件
const char *
filename = "NetworkTopologyInverse.
json";
int result
= NRC_Save
JsonTo
Json
File(
filename, root);
if (result > 0) {
std::cout << "
JSON文件保存成功，大小: " << result << " 字节" << std::endl;
} else {
std::cerr << "错误：保存
JSON文件失败" << std::endl;
}
}
// 主执行函数
void NetopInverse::do_NetopInverse() {
std::ifstream
file("./test/PROFINET Driver_PN_Driver_1.xml");
if (!
file.is_open()) {
std::cerr << "错误：无法打开XML文件" << std::endl;
return;
}
std::string xmlContent((std::istreambuf_iterator<char>(
file)),
std::istreambuf_iterator<char>());
combine_network_topology(xmlContent);
}
把有错误的
路径修改一下
xml：
<?xml version
="1.0" encoding
="utf-8"?>
<Object
Name="HWConfiguration">
<ClassRID>1</ClassRID>
<Object
Name="profinetdriver">
<ClassRID>2</ClassRID>
<Variable
Name="DataRecordsConf">
<AID>17</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="4101" Length
="48">02000001000000000000B201000000028000FFFFFFFF000000000130000000008001FFFFFFFF00000000013100000000</Field>
<Field Key
="45169" Length
="28">F003001802000000000206077075626C696300007072697661746500</Field>
</Value>
</Variable>
<Object
Name="PN_Driver_1_Interface">
<ClassRID>3</ClassRID>
<Key AID
="2">32768</Key>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">259</Value>
</Variable>
<Variable
Name="DataRecordsConf">
<AID>11</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="4097" Length
="12">300600080101000000000000</Field>
<Field Key
="4096" Length
="20">3000001001000000C0A8020EFFFFFF00C0A8020E</Field>
<Field Key
="4100" Length
="12">300900080101000000000000</Field>
<Field Key
="4099" Length
="28">A201001801000000000E000070726F66696E65746472697665720000</Field>
<Field Key
="65536" Length
="12">F00000080100002000030000</Field>
<Field Key
="32881" Length
="12">025000080100000000000001</Field>
<Field Key
="143616" Length
="20">F001001001000000002A00080064000000000000</Field>
</Value>
</Variable>
<Link>
<AID>16</AID>
<TargetRID>2296447237</TargetRID>
</Link>
</Object>
<Object
Name="Port 1">
<ClassRID>4</ClassRID>
<Key AID
="2">32769</Key>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">260</Value>
</Variable>
<Variable
Name="DataRecordsConf">
<AID>11</AID>
<Value Data
type="SparseArray" Value
type="BLOB"/>
</Variable>
</Object>
</Object>
<Object
Name="PROFINET IO-System">
<RID>2296447237</RID>
<ClassRID>5</ClassRID>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">261</Value>
</Variable>
<Variable
Name="IOsysParamConfig">
<AID>15</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="12352" Length
="20">3040001001010000002A000800640258012C0000</Field>
</Value>
</Variable>
<Object
Name="SWAQ3_1">
<GSDML
File>gsdml-v2.31-obara-siv31-40-20190707.xml</GSDML
File>
<ClassRID>6</ClassRID>
<Key AID
="3">1</Key>
<Variable
Name="DeactivatedConfig">
<AID>4</AID>
<Value Data
type="Scalar" Value
type="BOOL">false</Value>
</Variable>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">264</Value>
</Variable>
<Variable
Name="IODevParamConfig">
<AID>13</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="12384" Length
="32">3060001C01000000038A003000010FE400000001000010000000000000000000</Field>
<Field Key
="12545" Length
="224">310100DC01000000000100000000000000030074010000000000800100000000800200000004000100000000000100000000000100000001000100000000800000000000000200000000000100000001000100000000800100000000000300000000000100000001000100000000800200000000000300000000000100000001000100000000002C010000010000000000010000000100000001000100000000080000010000000100080001000100000000002C0100000200000000000200000001000000010001000010001100000200000000001100010001000000000000</Field>
<Field Key
="12544" Length
="64">3100003C010100000100000181AF66D6BF346347B1C35DA7EF318E514000001100C8000000000000000000000000000000000000000000000000000000000000</Field>
<Field Key
="12546" Length
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ield>
<Field Key
="12549" Length
="58">31050036010000000001002C0024E05000000609002001000000060100180100000000000001C7B057EBE0CB5DAA8B0ACEB18380BFE500000000</Field>
<Field Key
="12551" Length
="28">310700180100000001000001889200000000000000010003C000A000</Field>
</Value>
</Variable>
<Object
Name="Network Parameters">
<ClassRID>11</ClassRID>
<Variable
Name="NetworkParamConfig">
<AID>12</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="4099" Length
="24">A201001401000000000C0000737761713378623161353533</Field>
<Field Key
="4096" Length
="20">3000001001000000C0A80202FFFFFF00C0A80202</Field>
<Field Key
="4103" Length
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<Value Data
type="Scalar" Value
type="BLOB" Length
="0"/>
</Variable>
<Variable
Name="IOmapping">
<AID>5</AID>
<Value Data
type="Scalar" Value
type="STRUCT">
<Element AID
="6" Data
type="Scalar" Value
type="UINT32">20</Element>
<Element AID
="7" Data
type="Scalar" Value
type="UINT16">2</Element>
<Element AID
="8" Data
type="Scalar" Value
type="UINT32">0</Element>
<Element AID
="9" Data
type="Scalar" Value
type="UINT16">0</Element>
</Value>
</Variable>
</Object>
</Object>
</Object>
<Object
Name="idevice-dap">
<ClassRID>13</ClassRID>
<Key AID
="3">1500</Key>
<Variable
Name="DeactivatedConfig">
<AID>4</AID>
<Value Data
type="Scalar" Value
type="BOOL">false</Value>
</Variable>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">297</Value>
</Variable>
<Variable
Name="IODevParamConfig">
<AID>13</AID>
<Value Data
type="SparseArray" Value
type="BLOB">
<Field Key
="12384" Length
="32">3060001C01000000002A00080064000000000000000000000000000000000000</Field>
<Field Key
="12417" Length
="144">3081008C010000000001000000000000000100740100000000000000B201000080010000000403E80000100000800081000000010080000100010000000003E900002000008000820000000000800001000100000000800000000000013000C00000000100000001000100000000800100000000013100C0000000010000000100010000000000000000000000000000</Field>
</Value>
</Variable>
<Object
Name="VirtualPnModule">
<ClassRID>7</ClassRID>
<Key AID
="1">0</Key>
<Object
Name="VirtualPnModule">
<ClassRID>8</ClassRID>
<Key AID
="2">65520</Key>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">298</Value>
</Variable>
<Variable
Name="DataRecordsConf">
<AID>11</AID>
<Value Data
type="SparseArray" Value
type="BLOB"/>
</Variable>
<Variable
Name="DataRecordsTransferSequence">
<AID>14</AID>
<Value Data
type="Scalar" Value
type="BLOB" Length
="0"/>
</Variable>
</Object>
<Object
Name="InputArea">
<ClassRID>10</ClassRID>
<Key AID
="2">1000</Key>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">299</Value>
</Variable>
<Variable
Name="DataRecordsConf">
<AID>11</AID>
<Value Data
type="SparseArray" Value
type="BLOB"/>
</Variable>
<Variable
Name="DataRecordsTransferSequence">
<AID>14</AID>
<Value Data
type="Scalar" Value
type="BLOB" Length
="0"/>
</Variable>
<Variable
Name="IOmapping">
<AID>5</AID>
<Value Data
type="Scalar" Value
type="STRUCT">
<Element AID
="6" Data
type="Scalar" Value
type="UINT32">22</Element>
<Element AID
="7" Data
type="Scalar" Value
type="UINT16">128</Element>
<Element AID
="8" Data
type="Scalar" Value
type="UINT32">0</Element>
<Element AID
="9" Data
type="Scalar" Value
type="UINT16">0</Element>
</Value>
</Variable>
</Object>
<Object
Name="OutputArea">
<ClassRID>10</ClassRID>
<Key AID
="2">1001</Key>
<Variable
Name="LADDR">
<AID>10</AID>
<Value Data
type="Scalar" Value
type="UINT16">300</Value>
</Variable>
<Variable
Name="DataRecordsConf">
<AID>11</AID>
<Value Data
type="SparseArray" Value
type="BLOB"/>
</Variable>
<Variable
Name="DataRecordsTransferSequence">
<AID>14</AID>
<Value Data
type="Scalar" Value
type="BLOB" Length
="0"/>
</Variable>
<Variable
Name="IOmapping">
<AID>5</AID>
<Value Data
type="Scalar" Value
type="STRUCT">
<Element AID
="6" Data
type="Scalar" Value
type="UINT32">0</Element>
<Element AID
="7" Data
type="Scalar" Value
type="UINT16">0</Element>
<Element AID
="8" Data
type="Scalar" Value
type="UINT32">38</Element>
<Element AID
="9" Data
type="Scalar" Value
type="UINT16">128</Element>
</Value>
</Variable>
</Object>
</Object>
</Object>
</Object>
</Object>
本文探讨了在JSP中如何正确获取通过<input type=file>上传的文件路径，包括使用JavaScript辅助获取完整路径的方法及调整浏览器安全设置的影响。
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