[Win32] typing games

This is a typing exercise program developed by myself after I learned the Win32 SDK in my third-grade college.

It's easy to practice. Random English letters appear and drop them down.

 

/* <Br/> a very basic typing program, which was previously designed for programming. <Br/> English letters may drop down and the same letters will be removed. <Br/> use the SDK to compile the usage of the timer. <Br/> you can set scores and increase the dropping speed. <Br/> to compile this program, use VC ++ to add a case. <Br/> select "win32application" and insert the program "program. <Br/> */<br/> # include <windows. h> <br/> # include <stdlib. h> <br/> # include <time. h> <br/> # define id_timer 1 <br/> # define timelong 300 // set the slowest time of timer <br/> # define maxnum 15 // set the drop letter data limit <br/> # define maxgrade 210 // set the maximum score for each successful elimination of one word <br/> static tchar temp [] = text ("abcdefghijklmnopqrstuvwxyz "); <br/> lresult callback wndproc (hwnd, uint, wparam, lparam); <br/> int winapi winmain (hinstance, hinstance hprevi Nstance, <br/> lpstr lpcmdline, int nshowcmd) <br/>{< br/> static tchar appname [] = text ("typegame "); <br/> hwnd; <br/> MSG; <br/> wndclass wndcls = {cs_savebits, wndproc, 0, hinstance, // steal the cursor so that the cursor window type is not like this <br/> loadicon (null, idi_application), loadcursor (null, idc_arrow), <br/> (hbrush) getstockobject (black_brush), null, appname}; <br/> If (! Registerclass (& wndcls) <br/>{< br/> MessageBox (null, text ("missing blank window"), appname, mb_iconerror ); <br/> return 0; <br/>}< br/> hwnd = createmediawex (ws_ex_topmost, appname, "typed into logs ", // use createmediawex to keep the program top <br/> ws_caption | ws_border | ws_minimizebox | blank, <br/> cw_usedefault, cw_usedefault, <br/> cw_usedefault, cw_usedefault, null, null, hinstance, <br/> null); <br/> showwindow (hwnd, nshowcmd); <br/> updatewindow (hwnd); <Br/> while (getmessage (& MSG, null, 0, 0) <br/>{< br/> translatemessage (& MSG ); <br/> dispatchmessage (& MSG); <br/>}< br/> return MSG. wparam; <br/>}< br/> lresult callback wndproc (hwnd, uint MSG, wparam, lparam) <br/>{< br/> HDC; <br/> paintstruct pS; <br/> textmetric TM; <br/> int I, randchoice; <br/> tchar szbuffer [10]; // used to display data storage areas <br/> static int cxchar, cychar, cxclient, cyclient, // definition fonts and keywords Value of x and y in the display area <br/> life, grade, timenow, level; // life value, score, now separated by timer, wait for the response to determine when the response will speed up <br/> static tchar typer [maxnum], output [1], playerchoice; // because the textout should be put in the specified tag, so use so many static point PT [maxnum]; // The base of the object <br/> srand (Time (null); <br/> switch (MSG) <br/>{< br/> case wm_create: <br/> HDC = getdc (hwnd); <br/> gettextmetrics (HDC, & TM); <br/> cxchar = TM. tmavecharwidth; // obtain the Phantoms <br/> cychar = TM. tmheight + TM. tmexternalleading; // Obtain the body height <br/> releasedc (hwnd, HDC); <br/> life = maxnum; // The lifecycle is equal to the maximum number of letters <br/> grade = 0, level = 0; // The initial data score is 0 <br/> for (I = 0; I <maxnum; I ++) // initialize the metadata: start letter <br/>{< br/> typer [I] = temp [rand () % 26]; <br/>}< br/> timenow = timelong; // set the timer interval <br/> settimer (hwnd, id_timer, timenow, null); // set the timer <br/> return 0; <br/> case wm_size: <br/> cxclient = loword (lparam); <br/> cyclient = hiword (lparam); <br/> for (I = 0; I <maxnum; I ++) // sets the start position. <Br/> {// because wm_create and wm_size are sent when the upper window is created <br/> PT [I]. X = cxclient/3 + (cxclient/30 * I); <br/> PT [I]. y = 10; <br/>}< br/> return 0; <br/> case wm_timer: <br/> srand (Time (null )); <br/> randchoice = rand () % maxnum; // The host selects a word to drop. <br/> PT [randchoice]. Y + = cychar; <br/> If (PT [randchoice]. y> = (cyClient-155) & typer [randchoice]! = '') <Br/>{< br/> typer [randchoice] =''; // The Life Of 1 is deducted when it falls under the upper limit <br/> life --; <br/> If (Life <1) <br/> {<br/> killtimer (hwnd, id_timer); <br/> MessageBox (hwnd, "batch terminate", "gameover", mb_iconerror); <br/> postmessage (hwnd, wm_close, wparam, lparam ); <br/>}< br/> invalidaterect (hwnd, null, true); // re-define the region <br/> return 0; <br/> case wm_paint: <br/> HDC = beginpaint (hwnd, & PS); <br/> textout (HDC, 15,10, text ("grade :"), 6); // score <br/> textout (HDC, 15 + 9 * cxchar, 10, szbuffer, wsprintf (szbuffer, text ("% 8d "), grade); <br/> textout (HDC, 15, 10 + cychar, text ("life:"), 5); // indicates the life <br/> textout (HDC, 15 + 5 * cxchar, 10 + cychar, szbuffer, wsprintf (szbuffer, text ("% 2D"), Life); <br/> for (I = 0; I <maxnum; I ++) <br/>{< br/> output [0] = typer [I]; <br/> textout (HDC, PT [I]. x, PT [I]. y, output, 1); <br/>}< br/> movetoex (HDC, 0, cyClient-150, null ); // set the descent threshold <br/> lineto (HDC, cxclient, cyClient-150); <br/> endpaint (hwnd, & PS); <br/> return 0; <br/> case wm_char: <br/> playerchoice = (tchar) wparam; // capture the delimiter character <br/> If (playerchoice> = 'A' & playerchoice <= 'Z') <br/> playerchoice ^ = 32; <br/> for (I = 0; I <maxnum; I ++) <br/> {<br/> If (typer [I] = playerchoice) <br/>{< br/> typer [I] = temp [rand () % 26]; <br/> grade + = maxgrade-Pt [I]. y; <br/> level = Grade; <br/> If (level> 1000) // judge the increase speed <br/>{< br/> level = 0; <br/> timenow-= 30; <br/> If (timenow> 0) <br/> settimer (hwnd, id_timer, timenow, null ); <br/>}< br/> PT [I]. y = 10; <br/> invalidaterect (hwnd, null, true); // re-define the region domain <br/> break; <br/>}< br/> return 0; <br/> case wm_destroy: <br/> killtimer (hwnd, id_timer ); <br/> postquitmessage (0); <br/> return 0; <br/>}< br/> return defwindowproc (hwnd, MSG, wparam, lparam ); <br/>}< br/>