// ParseTable.cpp : 定义控制台应用程序的入口点。
//
#include <fstream>
#include <string.h>
#ifdef WIN32
#include <io.h>
#else
#include <dirent.h>
#endif
#include "StringTool.h"
#include "ExePath.h"
#include "TableFile.h"
using namespace common::tool;
std::string g_NameSpace = ""; // 自定义命名空间
bool g_ThreadSpecific = false; // 是否需要线程本地表格数据
std::string g_CsvPath = GetExePath(); // 原始csv目录
std::string g_CppPath = GetExePath(); // 目标cpp目录
void ParseTable2H(const char* outFilePath, const TableFile& inTableFile)
{
std::ofstream of;
of.open(outFilePath, std::ios::out);
if (of)
{
of << "#ifndef __" << inTableFile.m_strClassName.c_str() << "_h__\n";
of << "#define __" << inTableFile.m_strClassName.c_str() << "_h__\n\n";
of << "#include <map>\n";
of << "#include <vector>\n\n";
if (g_ThreadSpecific)
{
of << "#include <boost/thread/tss.hpp>\n\n";
}
std::vector<std::string> spaces;
StringTool::SplitStr2List(g_NameSpace, ".", spaces);
if (0 < spaces.size())
{
for (size_t i = 0; i < spaces.size(); i++)
{
of << "namespace " << spaces[i] << "{\n";
}
of << "\n";
}
// 生成子结构
std::map<int, ChildStruct>::const_iterator it_child_class = inTableFile.m_mapChildStruct.begin();
while (it_child_class != inTableFile.m_mapChildStruct.end())
{
// 子结构：class XXX {...};
of << "class " << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() << "\n";
of << "{\n";
of << "public:\n";
// 构造：XXX() {...}
of << "\t" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() << "();\n\n";
// 拷贝构造：XXX(const XXX &other) {...}
of << "\t" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() <<
"(const " << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() << " &other);\n\n";
// 赋值：XXX& operator = (const XXX &other) {...}
of << "\t" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() <<
"& operator = (const " << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() << " &other);\n\n";
// 赋值：XXX& operator = (const std::string &other) {...}
of << "\t" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[it_child_class->first].c_str() << "& operator = (const std::string &other);\n\n";
// 各成员属性定义
const ChildStruct& child_class = it_child_class->second;
for (size_t i = 0; i < child_class.m_arrChildName.size(); i++)
{
if (FT_int == child_class.m_arrFieldType[i]) // 有符号数
{
of << "\tint m_" << child_class.m_arrChildName[i].c_str() << ";\n";
}
else if (FT_uint == child_class.m_arrFieldType[i]) // 无符号数
{
of << "\tunsigned int m_" << child_class.m_arrChildName[i].c_str() << ";\n";
}
else if (FT_float == child_class.m_arrFieldType[i]) // 浮点数
{
of << "\tfloat m_" << child_class.m_arrChildName[i].c_str() << ";\n";
}
else if (FT_string == child_class.m_arrFieldType[i]) // 字符串
{
of << "\tstd::string m_" << child_class.m_arrChildName[i].c_str() << ";\n";
}
else // 其他类型忽略，暂不处理
{
}
}
// 子结构：class XXX {...}结束
of << "};\n\n";
it_child_class++;
}
// 类名：class XXX {...};
of << "class " << inTableFile.m_strClassName.c_str() << "\n";
of << "{\n";
of << "public:\n";
// 构造：XXX() {...}
of << "\t" << inTableFile.m_strClassName.c_str() << "();\n\n";
// 拷贝构造：XXX(const XXX &other) {...}
of << "\t" << inTableFile.m_strClassName.c_str() << "(const " << inTableFile.m_strClassName.c_str() << " &other);\n\n";
// 赋值：XXX& operator = (const XXX &other) {...}
of << "\t" << inTableFile.m_strClassName.c_str() << "& operator = (const " << inTableFile.m_strClassName.c_str() << " &other);\n\n";
// 各成员属性定义
for (size_t i = 0; i < inTableFile.m_arrName.size(); i++)
{
if (inTableFile.m_arrIsList[i]) // 是不定长数组
{
if (FT_int == inTableFile.m_arrFieldType[i]) //数字
{
of << "\tstd::vector<int> " <<
"m_" << inTableFile.m_arrName[i].c_str() << "s;\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_uint == inTableFile.m_arrFieldType[i]) //数字
{
of << "\tstd::vector<unsigned int> " <<
"m_" << inTableFile.m_arrName[i].c_str() << "s;\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_float == inTableFile.m_arrFieldType[i]) // float
{
of << "\tstd::vector<float> " <<
"m_" << inTableFile.m_arrName[i].c_str() << "s;\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_string == inTableFile.m_arrFieldType[i]) // 字符串
{
of << "\tstd::vector<std::string> " <<
"m_" << inTableFile.m_arrName[i].c_str() << "s;\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_struct == inTableFile.m_arrFieldType[i]) // 子结构
{
of << "\tstd::vector<" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[i].c_str() << "> " <<
"m_" << inTableFile.m_arrName[i].c_str() << "s;\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else //其他类型，忽略，暂不处理
{
}
}
else // 非不定长数组
{
if (FT_int == inTableFile.m_arrFieldType[i]) //数字
{
of << "\tint " <<
"m_" << inTableFile.m_arrName[i].c_str() << ";\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_uint == inTableFile.m_arrFieldType[i]) //数字
{
of << "\tunsigned int " <<
"m_" << inTableFile.m_arrName[i].c_str() << ";\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_float == inTableFile.m_arrFieldType[i]) // float
{
of << "\tfloat " <<
"m_" << inTableFile.m_arrName[i].c_str() << ";\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_string == inTableFile.m_arrFieldType[i]) // 字符串
{
of << "\tstd::string " <<
"m_" << inTableFile.m_arrName[i].c_str() << ";\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else if (FT_struct == inTableFile.m_arrFieldType[i]) // 子结构
{
of << "\t" << inTableFile.m_strClassName.c_str() << inTableFile.m_arrName[i].c_str() <<
" m_" << inTableFile.m_arrName[i].c_str() << ";\t//" << inTableFile.m_arrComments[i].c_str() << "\n";
}
else //其他类型，忽略，暂不处理
{
}
}
}
// 类名：class XXX {...}结束
of << "};\n\n";
// 表格管理器类：class XXXTable {...};
of << "class " << inTableFile.m_strClassName.c_str() << "Table\n";
of << "{\n";
of << "public:\n";
// 构造：XXXTable();
of << "\t" << inTableFile.m_strClassName.c_str() << "Table();\n\n";
// 析构：~XXXTable();
of << "\t~" << inTableFile.m_strClassName.c_str() << "Table();\n\n";
// 获取表格数据
if (3 == inTableFile.m_arrKey.size())
{
//const XXX* Get(k1, k2, k3){...}
//const std::map<k3type>* Get(k1, k2){...}
//const std::map<k2type, std::map<k3type, XXX> >* Get(k1){...}
//const std::map<k1type, std::map<k2type, std::map<k3type, XXX> > >& Get(){...}
of << "\tconst " <<
inTableFile.m_strClassName.c_str() << "* " <<
"Get(" <<
((FT_int == inTableFile.m_arrFieldType[inTableFile.m_arrKey[0]]) ? "int " : "unsigned int ") <<
inTableFile.m_arrName[inTableFile.m_arrKey[0]].c_str() << ", " <<
((FT_int == inTableFile.m_arrFieldType[inTableFile.m_arrKey[1]]) ? "int " : "unsigned int ") <<
inTableFile.m_arrName[inTableFile.m_arrKey[1]].c_str() << ", " <<
((FT_int == inTableFile.m_arrFieldType[inTableFile.m_arrKey[2]]) ? "int " : "unsigned int ") <<
inTableFile.m_arrName[inTabl
CSA.rar （16个子文件） 
ParseTable 
CsvReader.h 2KB StringTool.h 2KB ParseTable.vcxproj 5KB ParseTable.cpp 43KB ParseTable.vcxproj.filters 2KB CsvReader.cpp 5KB makefile 978B TableFile.cpp 5KB ExePath.cpp 2KB ExePath.h 188B TableFile.h 1KB StringTool.cpp 13KB Release 
ParseTable.exe 237KB Test.csv 377B ParseTable.bat 87B ParseTable.sln 1KB资源评论
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