#include <windows.h>
#include <shlobj.h>
#include <stdio.h>
#include <time.h>
#include "aip_common.h"
// GUI control IDs
#define BTN_BROWSE_FOLDER (101)
#define BTN_SAVE_SYMBOLS (102)
#define BTN_GENERATE_DATA (103)
#define BTN_PROCESS_DATA (104)
#define EDIT_FOLDER_PATH (105)
#define EDIT_USER_SYMBOLS (106)
// Constants
#define ZERO (0)
#define ONE (1)
#define TWO (2)
#define MAX_FOLDER_LENGTH (260)
#define MAX_SYMBOL_INPUT (10000)
#define MAX_LINE_CONTENT (10000)
#define MAX_SYMBOL_PAIRS (10)
#define MAX_LINE_COUNT (100)
#define MAX_LINE_LENGTH (50)
// Character type ranges
#define DIGIT_START L'0'
#define DIGIT_END L'9'
#define UPPERCASE_START L'A'
#define UPPERCASE_END L'Z'
#define LOWERCASE_START L'a'
#define LOWERCASE_END L'z'
// Stack constants
#define STACK_INIT -ONE
#define STACK_EMPTY -ONE
#define LINE_CONTENT_ELEMENTS (MAX_LINE_CONTENT)
// Structure to store symbol pairs
typedef struct {
U2 u2_t_SYMBOL_open; // Opening symbol character
U2 u2_t_SYMBOL_close; // Closing symbol character
} ST_SYMBOL_PAIR;
// Global variables
ST_SYMBOL_PAIR st_g_SYMBOL_pairs_p[MAX_SYMBOL_PAIRS]; // Array of symbol pairs
U4 u4_g_SYMBOL_num_pairs = ZERO; // Number of loaded symbol pairs
U2 u2_g_FILE_folder_path_p[MAX_FOLDER_LENGTH]; // Selected folder path
U2 u2_g_SYMBOL_user_symbols_p[MAX_SYMBOL_INPUT]; // User input symbols
/*===================================================================================================================================*/
/* Function Name: v_g_SYMBOL_saveFile */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Saves user-defined symbol pairs to Symbol.txt file after validation */
/* Arguments: const U2 *u2p_g_FILE_folder_path_p : Folder path */
/* const U2 *u2p_a_SYMBOL_user_input : User input symbols */
/* Return: void */
/*===================================================================================================================================*/
void v_g_SYMBOL_saveFile(const U2 *u2p_g_FILE_folder_path_p, const U2 *u2p_a_SYMBOL_user_input) {
// Construct full file path
U2 u2_t_FILE_file_path_p[(U4)MAX_FOLDER_LENGTH];
swprintf(u2_t_FILE_file_path_p, (U4)MAX_FOLDER_LENGTH, L"%ls\\Symbol.txt", u2p_g_FILE_folder_path_p);
// Validate input characters - disallow digits and letters
for (U4 u4_t_SYMBOL_char_index = ZERO; u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] != L'\0'; u4_t_SYMBOL_char_index++)
{
// Check if character is digit or letter
if (((u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] >= DIGIT_START) &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] <= DIGIT_END)) ||
((u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] >= UPPERCASE_START) &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] <= UPPERCASE_END)) ||
((u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] >= LOWERCASE_START) &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] <= LOWERCASE_END)))
{
// Show error message for invalid character
U2 u2_t_ERROR_message_p[(U4)MAX_FOLDER_LENGTH];
swprintf(u2_t_ERROR_message_p, (U4)MAX_FOLDER_LENGTH,
L"错误：在输入中检测到非法字符：'%lc'。请重新输入合法的符号。",
u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index]);
MessageBoxW(NULL, u2_t_ERROR_message_p, L"Error", MB_OK | MB_ICONERROR);
return; // Exit function on error
}
else
{
/* Character is valid - do nothing */
}
}
// Open file for writing with UTF-8 encoding
FILE *vdp_t_FILE_file = _wfopen(u2_t_FILE_file_path_p, L"w, ccs=UTF-8");
if (!vdp_t_FILE_file)
{
// File creation failed
MessageBoxW(NULL, L"错误：无法创建 Symbol.txt 文件。", L"错误", MB_OK | MB_ICONERROR);
}
else
{
U4 u4_t_SYMBOL_pair_count = (U4)ZERO; // Counter for valid pairs
// Process input string to extract symbol pairs
for (U4 u4_t_SYMBOL_char_index = (U4)ZERO;
u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] != L'\0';
u4_t_SYMBOL_char_index++)
{
// Skip whitespace characters
if ((u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] == L' ') ||
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] == L'\t') ||
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index] == L'\n'))
{
continue; // Skip to next character
}
// Check if we have a complete pair (current char + next char)
else if ((u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index + (U4)ONE] != L'\0') &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index + (U4)ONE] != L'\n') &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index + (U4)ONE] != L' ') &&
(u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index + (U4)ONE] != L'\t'))
{
// Write symbol pair to file
fwprintf(vdp_t_FILE_file, L"%lc%lc\n",
u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index],
u2p_a_SYMBOL_user_input[u4_t_SYMBOL_char_index + ONE]);
u4_t_SYMBOL_char_index++; // Skip the closing symbol we just wrote
u4_t_SYMBOL_pair_count++; // Increment valid pair count
}
else
{
/* Incomplete pair - skip to next character */
}
}
// Close file handle
fclose(vdp_t_FILE_file);
// Show success or error message based on pair count
if (u4_t_SYMBOL_pair_count > ZERO)
{
MessageBoxW(NULL, L"符号对已成功保存到 Symbol.txt 文件！",
L"成功", MB_OK | MB_ICONINFORMATION);
}
else
{
MessageBoxW(NULL, L"输入中未检测到有效的符号对。",
L"错误", MB_OK | MB_ICONERROR);
}
}
}
/*===================================================================================================================================*/
/* Function Name: u4_g_SYMBOL_loadFile */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Loads symbol pairs from Symbol.txt file into memory */
/* Arguments: const U2 *u2p_g_FILE_folder_path_p : Folder path */
/* Return: U4 : 1 if loaded successfully, 0 otherwise */
/*===================================================================================================================================*/
U4 u4_g_SYMBOL_loadFile(const U2 *u2p_g_FILE_folder_path_p) {
// Construct full file path
U2 u2_t_FILE_file_path_p[(U4)MAX_FOLDER_LENGTH];
swprintf(u2_t_FILE_file_path_p, (U4)MAX_FOLDER_LENGTH, L"%ls\\Symbol.txt", u2p_g_FILE_folder_path_p);
// Open file for reading with UTF-8 encoding
FILE *vdp_t_FILE_input_file = _wfopen(u2_t_FILE_file_path_p, L"r, ccs=UTF-8");
if (!vdp_t_FILE_input_file)
{
// File open failed
MessageBoxW(NULL, L"错误：无法打开 Symbol.txt 文件。", L"错误", MB_OK | MB_ICONERROR);
return 0;
}
else
{
// Reset symbol pair count
u4_g_SYMBOL_num_pairs = (U4)ZERO;
U2 u2_t_FILE_line_p[(U4)MAX_LINE_CONTENT];
// Read file line by line
while (fgetws(u2_t_FILE_line_p, (U4)LINE_CONTENT_ELEMENTS, vdp_t_FILE_input_file) &&
u4_g_SYMBOL_num_pairs < MAX_SYMBOL_PAIRS)
{
// Get line length and remove trailing newline if present
U4 u4_t_SYMBOL_line_length = wcslen(u2_t_FILE_line_p);
if (u4_t_SYMBOL_line_length > (U4)ZERO &&
u2_t_FILE_line_p[u4_t_SYMBOL_line_length - (U4)ONE] == L'\n')
{
u2_t_FILE_line_p[u4_t_SYMBOL_line_length - (U4)ONE] = L'\0';
u4_t_SYMBOL_line_length--;
}
else
{
/* No newline at end - do nothing */
}
// Skip empty lines
if (u4_t_SYMBOL_line_length == (U4)ZERO)
{
continue;
}
else
{
U2 u2_t_SYMBOL_open, u2_t_SYMBOL_close;
// Parse two characters from the line
if (swscanf(u2_t_FILE_line_p, L"%lc%lc", &u2_t_SYMBOL_open, &u2_t_SYMBOL_close) == (U4)TWO)
{
// Validate symbols - must not be digits or letters
if ((u2_t_SYMBOL_open >= DIGIT_START && u2_t_SYMBOL_open <= DIGIT_END) ||
(u2_t_SYMBOL_open >= UPPERCASE_START && u2_t_SYMBOL_open <= UPPERCASE_END) ||
(u2_t_SYMBOL_open >= LOWERCASE_START && u2_t_SYMBOL_open <= LOWERCASE_END) ||
(u2_t_SYMBOL_close >= DIGIT_START && u2_t_SYMBOL_close <= DIGIT_END) ||
(u2_t_SYMBOL_close >= UPPERCASE_START && u2_t_SYMBOL_close <= UPPERCASE_END) ||
(u2_t_SYMBOL_close >= LOWERCASE_START && u2_t_SYMBOL_close <= LOWERCASE_END))
{
// Skip invalid symbol pair
continue;
}
else
{
// Store valid symbol pair
st_g_SYMBOL_pairs_p[u4_g_SYMBOL_num_pairs].u2_t_SYMBOL_open = u2_t_SYMBOL_open;
st_g_SYMBOL_pairs_p[u4_g_SYMBOL_num_pairs].u2_t_SYMBOL_close = u2_t_SYMBOL_close;
u4_g_SYMBOL_num_pairs++; // Increment pair count
}
}
else
{
/* Line doesn't contain two symbols - skip */
}
}
}
// Close file handle
fclose(vdp_t_FILE_input_file);
// Show success message with loaded pair count
U2 u2_t_ERROR_message_p[256];
swprintf(u2_t_ERROR_message_p, sizeof(u2_t_ERROR_message_p) / sizeof(U2),
L"从 Symbol.txt 文件中加载了 %d 个有效的符号对。", u4_g_SYMBOL_num_pairs);
MessageBoxW(NULL, u2_t_ERROR_message_p, L"成功", MB_OK | MB_ICONINFORMATION);
return u4_g_SYMBOL_num_pairs > ZERO;
}
}
/*===================================================================================================================================*/
/* Function Name: v_g_SYMBOL_generateRandomData */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Generates random data using loaded symbol pairs and saves to Data.txt */
/* Arguments: const U2 *u2p_g_FILE_folder_path_p : Folder path */
/* Return: void */
/*===================================================================================================================================*/
void v_g_SYMBOL_generateRandomData(const U2 *u2p_g_FILE_folder_path_p) {
// Check if any symbol pairs are loaded
if (u4_g_SYMBOL_num_pairs == (U4)ZERO)
{
MessageBoxW(NULL, L"错误：未加载任何符号对，请先加载 Symbol.txt 文件！",
L"错误", MB_OK | MB_ICONERROR);
}
else
{
// Construct Data.txt file path
U2 u2_t_FILE_data_path_p[MAX_FOLDER_LENGTH];
swprintf(u2_t_FILE_data_path_p, MAX_FOLDER_LENGTH, L"%ls\\Data.txt", u2p_g_FILE_folder_path_p);
// Create Data.txt file
FILE *vdp_t_FILE_input_file = _wfopen(u2_t_FILE_data_path_p, L"w, ccs=UTF-8");
if (!vdp_t_FILE_input_file)
{
MessageBoxW(NULL, L"错误：无法创建 Data.txt 文件。",
L"错误", MB_OK | MB_ICONERROR);
}
else
{
// Initialize random number generator
srand((U4)time(NULL));
// Generate random number of lines (1-100)
U4 u4_t_DATA_num_lines = rand() % MAX_LINE_COUNT + ONE;
// Generate each line
for (U4 u4_t_DATA_line_index = (U4)ZERO;
u4_t_DATA_line_index < u4_t_DATA_num_lines;
u4_t_DATA_line_index++)
{
// Generate random line length (1-50 characters)
U4 u4_t_FILE_length = rand() % MAX_LINE_LENGTH + (U4)ONE;
// Generate each character in the line
for (U4 u4_t_SYMBOL_char_index = (U4)ZERO;
u4_t_SYMBOL_char_index < u4_t_FILE_length;
u4_t_SYMBOL_char_index++)
{
// Randomly select a symbol pair
U4 u4_t_SYMBOL_pair_index = rand() % u4_g_SYMBOL_num_pairs;
// Randomly choose to write opening or closing symbol
if (rand() % TWO == (U4)ZERO)
{
fputwc(st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_open,
vdp_t_FILE_input_file);
}
else
{
fputwc(st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_close,
vdp_t_FILE_input_file);
}
}
// Write newline at end of each line
fputwc(L'\n', vdp_t_FILE_input_file);
}
// Close file handle
fclose(vdp_t_FILE_input_file);
// Show success message
MessageBoxW(NULL, L"Data.txt 文件已成功生成！",
L"成功", MB_OK | MB_ICONINFORMATION);
}
}
}
/*===================================================================================================================================*/
/* Function Name: u4_g_SYMBOL_matches */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Checks if given open/close symbols form a valid pair */
/* Arguments: U2 u2_t_SYMBOL_open : Opening symbol */
/* U2 u2_t_SYMBOL_close : Closing symbol */
/* Return: U4 : 1 if valid pair, 0 otherwise */
/*===================================================================================================================================*/
U4 u4_g_SYMBOL_matches(U2 u2_t_SYMBOL_open, U2 u2_t_SYMBOL_close) {
U4 u4_t_SYMBOL_match_flag = (U4)FALSE; // Match flag
// Iterate through all loaded symbol pairs
for (U4 u4_t_SYMBOL_pair_index = (U4)ZERO;
u4_t_SYMBOL_pair_index < u4_g_SYMBOL_num_pairs;
u4_t_SYMBOL_pair_index++)
{
// Check if this pair matches the given symbols
if (st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_open == u2_t_SYMBOL_open &&
st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_close == u2_t_SYMBOL_close)
{
u4_t_SYMBOL_match_flag = (U4)TRUE; // Set match flag
break; // Exit loop early since we found a match
}
else
{
/* Not a match - continue searching */
}
}
return u4_t_SYMBOL_match_flag;
}
/*===================================================================================================================================*/
/* Function Name: u4_g_SYMBOL_isOpening */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Checks if character is a valid opening symbol */
/* Arguments: U2 u2_t_SYMBOL_ch : Character to check */
/* Return: U4 : 1 if valid opening symbol, 0 otherwise */
/*===================================================================================================================================*/
U4 u4_g_SYMBOL_isOpening(U2 u2_t_SYMBOL_ch) {
U4 u4_t_SYMBOL_is_open_flag = (U4)FALSE; // Flag for opening symbol
// Iterate through all loaded symbol pairs
for (U4 u4_t_SYMBOL_pair_index = (U4)ZERO;
u4_t_SYMBOL_pair_index < u4_g_SYMBOL_num_pairs;
u4_t_SYMBOL_pair_index++)
{
// Check if character matches any opening symbol
if (st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_open == u2_t_SYMBOL_ch)
{
u4_t_SYMBOL_is_open_flag = (U4)TRUE; // Set flag
break; // Exit loop early
}
else
{
/* Not an opening symbol - continue searching */
}
}
return u4_t_SYMBOL_is_open_flag;
}
/*===================================================================================================================================*/
/* Function Name: u4_g_SYMBOL_isClosing */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Checks if character is a valid closing symbol */
/* Arguments: U2 u2_t_SYMBOL_ch : Character to check */
/* Return: U4 : 1 if valid closing symbol, 0 otherwise */
/*===================================================================================================================================*/
U4 u4_g_SYMBOL_isClosing(U2 u2_t_SYMBOL_ch) {
U4 u4_t_SYMBOL_is_close_flag = (U4)FALSE; // Flag for closing symbol
// Iterate through all loaded symbol pairs
for (U4 u4_t_SYMBOL_pair_index = (U4)ZERO;
u4_t_SYMBOL_pair_index < u4_g_SYMBOL_num_pairs;
u4_t_SYMBOL_pair_index++)
{
// Check if character matches any closing symbol
if (st_g_SYMBOL_pairs_p[u4_t_SYMBOL_pair_index].u2_t_SYMBOL_close == u2_t_SYMBOL_ch)
{
u4_t_SYMBOL_is_close_flag = (U4)TRUE; // Set flag
break; // Exit loop early
}
else
{
/* Not a closing symbol - continue searching */
}
}
return u4_t_SYMBOL_is_close_flag;
}
/*===================================================================================================================================*/
/* Function Name: v_g_SYMBOL_validateDataFile */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Validates symbol pairs in Data.txt and saves results to Result.txt */
/* Arguments: const U2 *u2p_g_FILE_folder_path_p : Folder path */
/* Return: void */
/*===================================================================================================================================*/
void v_g_SYMBOL_validateDataFile(const U2 *u2p_g_FILE_folder_path_p) {
// Construct file paths
U2 u2_t_FILE_data_path_p[(U4)MAX_FOLDER_LENGTH];
U2 u2_t_FILE_result_path_p[(U4)MAX_FOLDER_LENGTH];
swprintf(u2_t_FILE_data_path_p, MAX_FOLDER_LENGTH, L"%ls\\Data.txt", u2p_g_FILE_folder_path_p);
swprintf(u2_t_FILE_result_path_p, MAX_FOLDER_LENGTH, L"%ls\\Result.txt", u2p_g_FILE_folder_path_p);
// Open Data.txt for reading
FILE *vdp_t_FILE_data_file = _wfopen(u2_t_FILE_data_path_p, L"r, ccs=UTF-8");
if (!vdp_t_FILE_data_file)
{
MessageBoxW(NULL, L"错误：无法打开 Data.txt 文件。", L"错误", MB_OK | MB_ICONERROR);
}
else
{
// Create Result.txt for writing
FILE *vdp_t_FILE_result_file = _wfopen(u2_t_FILE_result_path_p, L"w, ccs=UTF-8");
if (!vdp_t_FILE_result_file)
{
MessageBoxW(NULL, L"错误：无法创建 Result.txt 文件。", L"错误", MB_OK | MB_ICONERROR);
fclose(vdp_t_FILE_data_file); // Close data file before returning
}
else
{
U2 u2_t_FILE_line_p[(U4)MAX_LINE_CONTENT]; // Line buffer
// Process each line in Data.txt
while (fgetws(u2_t_FILE_line_p, (U4)MAX_LINE_CONTENT, vdp_t_FILE_data_file))
{
// Get line length and remove newline if present
U4 u4_t_SYMBOL_line_length = wcslen(u2_t_FILE_line_p);
if (u4_t_SYMBOL_line_length > ZERO &&
u2_t_FILE_line_p[u4_t_SYMBOL_line_length - ONE] == L'\n')
{
u2_t_FILE_line_p[u4_t_SYMBOL_line_length - ONE] = L'\0';
u4_t_SYMBOL_line_length -= ONE;
}
else
{
/* No newline - do nothing */
}
// Skip empty lines
if (u4_t_SYMBOL_line_length == ZERO)
{
continue;
}
else
{
// Stack for symbol validation
U2 u2_t_SYMBOL_validation_stack_p[(U4)MAX_LINE_CONTENT];
U4 u4_t_SYMBOL_stack_top_index = (U4)STACK_INIT; // Stack pointer
U4 u4_t_SYMBOL_matched_flag = (U4)TRUE; // Validation flag
// Process each character in the line
for (U4 u4_t_SYMBOL_char_index = (U4)ZERO;
u4_t_SYMBOL_char_index < u4_t_SYMBOL_line_length;
u4_t_SYMBOL_char_index++)
{
U2 u2_t_SYMBOL_current_char = u2_t_FILE_line_p[u4_t_SYMBOL_char_index];
// Check for opening symbol
if (u4_g_SYMBOL_isOpening(u2_t_SYMBOL_current_char))
{
// Push opening symbol to stack
u2_t_SYMBOL_validation_stack_p[++u4_t_SYMBOL_stack_top_index] = u2_t_SYMBOL_current_char;
}
// Check for closing symbol
else if (u4_g_SYMBOL_isClosing(u2_t_SYMBOL_current_char))
{
// Check if stack is empty or top doesn't match
if (u4_t_SYMBOL_stack_top_index == (U4)STACK_EMPTY ||
!u4_g_SYMBOL_matches(u2_t_SYMBOL_validation_stack_p[u4_t_SYMBOL_stack_top_index],
u2_t_SYMBOL_current_char))
{
u4_t_SYMBOL_matched_flag = (U4)FALSE; // Set invalid flag
break; // Exit character loop early
}
else
{
// Valid match - pop from stack
u4_t_SYMBOL_stack_top_index--;
}
}
else
{
/* Not a symbol - skip character */
}
}
// Check if stack is not empty after processing all characters
if (u4_t_SYMBOL_stack_top_index != (U4)STACK_EMPTY)
{
u4_t_SYMBOL_matched_flag = (U4)FALSE;
}
else
{
/* Stack is empty - do nothing */
}
// Write validation result to Result.txt
fwprintf(vdp_t_FILE_result_file, L"%s\n",
u4_t_SYMBOL_matched_flag ? L"YES" : L"NO");
}
}
// Close both files
fclose(vdp_t_FILE_data_file);
fclose(vdp_t_FILE_result_file);
// Show success message
MessageBoxW(NULL, L"Result.txt文件已成功生成!",
L"成功", MB_OK | MB_ICONINFORMATION);
}
}
}
/*===================================================================================================================================*/
/* Function Name: v_g_FILE_browseFolder */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Opens folder selection dialog and stores selected path */
/* Arguments: HWND hwnd : Parent window handle */
/* Return: void */
/*===================================================================================================================================*/
void v_g_FILE_browseFolder(HWND hwnd) {
// Initialize folder browser structure
BROWSEINFOW st_t_UI_folder_dialog_p = {(U4)ZERO};
st_t_UI_folder_dialog_p.lpszTitle = L"选择文件夹";
st_t_UI_folder_dialog_p.ulFlags = BIF_RETURNONLYFSDIRS | BIF_NEWDIALOGSTYLE;
// Show folder selection dialog
LPITEMIDLIST stp_t_UI_folder_item_p = SHBrowseForFolderW(&st_t_UI_folder_dialog_p);
if (stp_t_UI_folder_item_p != NULL)
{
// Get selected folder path
SHGetPathFromIDListW(stp_t_UI_folder_item_p, u2_g_FILE_folder_path_p);
// Update folder path in edit control
SetDlgItemTextW(hwnd, EDIT_FOLDER_PATH, u2_g_FILE_folder_path_p);
}
else
{
/* User canceled - do nothing */
}
}
/*===================================================================================================================================*/
/* Function Name: g_UI_WindowProc */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Main window message handler */
/* Arguments: HWND hwnd : Window handle */
/* UINT msg : Message ID */
/* WPARAM wParam : Message parameter */
/* LPARAM lParam : Message parameter */
/* Return: LRESULT : Result of message processing */
/*===================================================================================================================================*/
LRESULT CALLBACK g_UI_WindowProc(HWND hwnd, UINT msg, WPARAM wParam, LPARAM lParam) {
switch (msg) {
case WM_CREATE:
{
// Create GUI controls
RECT st_t_UI_window_rect;
GetClientRect(hwnd, &st_t_UI_window_rect);
// Create Browse Folder button
CreateWindowW(L"BUTTON", L"浏览文件夹", WS_VISIBLE | WS_CHILD,
20, 50, 120, 30, hwnd, (HMENU)BTN_BROWSE_FOLDER, NULL, NULL);
// Create Folder Path edit box
CreateWindowW(L"EDIT", L"", WS_VISIBLE | WS_CHILD | WS_BORDER,
150, 50, 430, 30, hwnd, (HMENU)EDIT_FOLDER_PATH, NULL, NULL);
// Create Symbols input edit box
CreateWindowW(L"EDIT", L"", WS_VISIBLE | WS_CHILD | WS_BORDER,
20, 90, 400, 30, hwnd, (HMENU)EDIT_USER_SYMBOLS, NULL, NULL);
// Create Save Symbols button
CreateWindowW(L"BUTTON", L"保存符号对", WS_VISIBLE | WS_CHILD,
430, 90, 150, 30, hwnd, (HMENU)BTN_SAVE_SYMBOLS, NULL, NULL);
// Create Generate Data button
CreateWindowW(L"BUTTON", L"生成Data.txt文件", WS_VISIBLE | WS_CHILD,
20, 130, 130, 30, hwnd, (HMENU)BTN_GENERATE_DATA, NULL, NULL);
// Create Process Data button
CreateWindowW(L"BUTTON", L"处理数据", WS_VISIBLE | WS_CHILD,
230, 170, 120, 40, hwnd, (HMENU)BTN_PROCESS_DATA, NULL, NULL);
break;
}
case WM_COMMAND:
// Handle button clicks
switch (LOWORD(wParam)) {
case BTN_BROWSE_FOLDER:
// Browse for folder
v_g_FILE_browseFolder(hwnd);
break;
case BTN_SAVE_SYMBOLS:
// Save symbols to file
GetDlgItemTextW(hwnd, EDIT_FOLDER_PATH, u2_g_FILE_folder_path_p, MAX_FOLDER_LENGTH);
GetDlgItemTextW(hwnd, EDIT_USER_SYMBOLS, u2_g_SYMBOL_user_symbols_p, MAX_SYMBOL_INPUT);
v_g_SYMBOL_saveFile(u2_g_FILE_folder_path_p, u2_g_SYMBOL_user_symbols_p);
break;
case BTN_GENERATE_DATA:
// Generate random data
GetDlgItemTextW(hwnd, EDIT_FOLDER_PATH, u2_g_FILE_folder_path_p, MAX_FOLDER_LENGTH);
if (u4_g_SYMBOL_loadFile(u2_g_FILE_folder_path_p)) {
v_g_SYMBOL_generateRandomData(u2_g_FILE_folder_path_p);
}
else
{
/* Symbol loading failed - do nothing */
}
break;
case BTN_PROCESS_DATA:
// Process data and validate symbols
GetDlgItemTextW(hwnd, EDIT_FOLDER_PATH, u2_g_FILE_folder_path_p, MAX_FOLDER_LENGTH);
v_g_SYMBOL_validateDataFile(u2_g_FILE_folder_path_p);
break;
}
break;
case WM_DESTROY:
// Exit application
PostQuitMessage(ZERO);
break;
default:
// Default message processing
return DefWindowProcW(hwnd, msg, wParam, lParam);
}
return ZERO;
}
/*===================================================================================================================================*/
/* Function Name: wWinMain */
/* --------------------------------------------------------------------------------------------------------------------------------- */
/* Description: Application entry point, creates main window and message loop */
/* Arguments: HINSTANCE hInstance : Application instance */
/* HINSTANCE hPrevInstance : Unused */
/* LPWSTR lpCmdLine : Command line arguments */
/* int nCmdShow : Window show command */
/* Return: int : Application exit code */
/*===================================================================================================================================*/
int WINAPI wWinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, LPWSTR lpCmdLine, int nCmdShow) {
// Window class name
const U2 u2_g_UI_class_name_p[] = L"SymbolMatcher";
// Register window class
WNDCLASSW st_t_UI_window_class = {(U4)ZERO};
st_t_UI_window_class.lpfnWndProc = g_UI_WindowProc;
st_t_UI_window_class.hInstance = hInstance;
st_t_UI_window_class.lpszClassName = u2_g_UI_class_name_p;
RegisterClassW(&st_t_UI_window_class);
// Create main window
HWND vdp_t_UI_main_window = CreateWindowW(u2_g_UI_class_name_p, L"符号匹配系统",
WS_OVERLAPPEDWINDOW | WS_VISIBLE,
CW_USEDEFAULT, CW_USEDEFAULT,
610, 280, NULL, NULL, hInstance, NULL);
// Message loop
MSG st_t_UI_message;
while (GetMessageW(&st_t_UI_message, NULL, ZERO, ZERO)) {
TranslateMessage(&st_t_UI_message);
DispatchMessageW(&st_t_UI_message);
}
return ZERO;
}
现在符号匹配机制有点问题，分析一下为什么
数据
((()){}){}[]
(()())[{}][]
{[[]{{}}[]]})()
[](){}
)(
(([)])
结果应该是
YES
YES
NO
YES
NO
NO
不要改变语言，注释用英文，打印用中文
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