nanomud-terminal.c File Reference

#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <time.h>
#include <windows.h>
#include <winsock.h>
#include <richedit.h>
#include <assert.h>
#include "NanoMud.h"

Include dependency graph for nanomud-terminal.c:

Go to the source code of this file.

Data Structures
struct	sel
Defines
#define	ATTR_CLEAR   0x0000D800UL
#define	USIZE   (sizeof(unsigned long))
Typedefs
typedef termbuf	TBuf
Functions
int	add_term (TERMBUF *term, char *line, int lline, char *file)
void	blink_term (void)
void	check_url (TERMBUF *term)
void	chop_line (TERMBUF *ter)
void	ClearTerminal ()
void	do_nasty (void)
void	do_peek (void)
void	do_update_paint (HDC hdc, int left, int top, int right, int bottom)
void	do_url (const char *url)
void	export_to_html (void)
TERMBUF *	fetch_line (unsigned long int idx)
void	fix_line (TERMBUF *line1, TERMBUF *line2)
void	FlushBuffer (char *buffer, int colour2, int bKcolour2)
void	free_line (TERMBUF *rem)
void	FreeTerm (void)
char *	get_line (int num)
char *	get_time (void)
unsigned long int	get_x (int x)
int	GetWindowWrap (HWND hwnd)
void	handle_selection (void)
u_short	in_cksum (u_short *addr, int len)
void	interp_mouse (int rws, int cls, int state)
BOOL	is_same (unsigned long a, unsigned long b)
void	log_html (const char *str, int colour)
TERMBUF *	new_line (int line, char *file)
void	parse_ansi (TERMBUF *ter, BOOL is_logging_html)
void	ParseLines (unsigned char *readbuff)
unsigned long int	precache_file (char *str)
void	realize_lines_internal (char *lline, int line, char *file)
TERMBUF *	replace_line (unsigned long int line, TERMBUF *tbuf)
char *	ret_string (TERMBUF *ter, char str[])
void	scroll_term (long int pos, long int to)
void	set_mouse_pos (int y, int x)
void	set_scroll (unsigned long int t, unsigned long int s, unsigned long int p)
char *	strip_ansi (const char *str)
void	terminal_initialize ()
void	terminal_resize ()
void	update_scroll (void)
void	update_term (void)
BOOL	wraps (char *buf)
Variables
unsigned long int	bufcount
COLORREF	colours
int	cols
long int	curdis
long int	curpos
bool	found = FALSE
HDC	hdc
TERMBUF *	hold_buf
BOOL	holding = FALSE
char	holdline [50000]
BUFFER *	inbuf
bool	is_scrolling
int	last_colour
int	lastnumber = 0
poss	pos
PAINTSTRUCT	ps
int	rows
BOOL	sent_efont = FALSE
char	str_empty [1]
SDATA *	this_session
bool	update_line
int	wwrap

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Define Documentation

#define ATTR_CLEAR   0x0000D800UL

Definition at line 75 of file nanomud-terminal.c.

#define USIZE   (sizeof(unsigned long))

Definition at line 80 of file nanomud-terminal.c.

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Typedef Documentation

typedef struct termbuf TBuf

Definition at line 58 of file nanomud-terminal.c.

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Function Documentation

int add_term (  TERMBUF *  term, char *  line, int  lline, char *  file )

Definition at line 1753 of file nanomud-terminal.c. References termbuffer::buffer, FALSE, get_time(), GiveError(), termbuffer::has_blink, termbuffer::len, termbuffer::line, termbuffer::ln, malloc, new_line(), termbuffer::not_finished, termbuffer::processed, termbuffer::stamp, str_dup(), strip_ansi(), TERMBUF, and total_alloc. Referenced by realize_lines_internal(). { extern unsigned long int total_alloc; TERMBUF *term_back = new_line(lline,file); if (term_back == NULL) GiveError("...",FALSE); term_back->buffer = str_dup(line); term_back->line = malloc(strlen(strip_ansi(line)) * sizeof(unsigned long)); term_back->has_blink = FALSE; term_back->processed = FALSE; term_back->not_finished = TRUE; term_back->ln = bufcount; term_back->len = 0; total_alloc += sizeof(term_back); sprintf(term_back->stamp, "%s", get_time()); //parse_ansi(term_back, FALSE); //free(term_back->buffer); //term_back->buffer = NULL; return 0; }

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void blink_term (  void   )

Definition at line 595 of file nanomud-terminal.c. References blinked, BOOL, bufcount, fetch_line(), FlushBuffer(), termbuffer::has_blink, termbuffer::len, termbuffer::line, tbuf, and TERMBUF. Referenced by WindowProcedure(). { return; int i=0; int runner=0; unsigned int bar=0; unsigned int bstart=0; unsigned int bstop = 0; unsigned int scount=0; int ccolour=0; int bkcolour=0; int x=0; int y=0; char str[100000]; BOOL found_blink = FALSE; TERMBUF *temp; unsigned long cf=0; unsigned long oatr=0; i = bufcount - rows; if (i < rows) i = 0; found_blink = FALSE; /* FIXME: Re-write this. It's sloppy. Poorly coded and ugly as hell. */ for (runner=0,i=(bufcount <= rows) ? 1 : ((bufcount - rows)) ;runner<=rows; i++,runner++) { temp = fetch_line(i); if (temp == NULL) continue; if (temp->has_blink == FALSE) continue; scount = temp->len; /*This line DOES have a blink SOMEWHERE in it. Let's find it. */ for (bar=0;bar<= scount;bar++) { if ((temp->line[bar] & AT_BLINK) && found_blink == FALSE) { found_blink = TRUE; bstart = bar; bstop = bstart; oatr = temp->line[bar]; continue; } if ((temp->line[bar] & AT_BLINK) && (found_blink == TRUE) && (temp->line[bar] == oatr)) { if (temp->line[bar] != oatr) continue; } else if (!(temp->line[bar] & AT_BLINK) && found_blink == TRUE) { bstop = bar - 1 ; } if ((!(temp->line[bar] & AT_BLINK) && found_blink == TRUE) || temp->line[bar] != oatr) { /* end of blink sequence. Let's format it up and set our * start/end stuff and throw it into the flushbuffer */ found_blink = FALSE; tbuf->y_end = (runner * 13); tbuf->x_end = bstart * 8; str[0] = '\0'; for (y=0,x=bstart;x<=bstop;x++,y++) { str[y] = ((temp->line[x] & CH_MASK) >> CH_SHIFT); str[y+1] = '\0'; } /* We really should turn this huge hunk of if statements into * it's own function. It'll save some space and headaches, I * think. Especially when we need to change a part of it. */ str[bstop-bstart+1] = '\0'; if (blinked == FALSE) /* text is 'vis' */ { cf = temp->line[bstop]; if (cf == def_attr) { ccolour = GREY; } else { ccolour = ((cf & FG_MASK) >> FG_SHIFT); } if (ccolour == 0) ccolour = GREY; if ((cf & ATBOLD)) { ccolour +=10; } if (ccolour == 8) { ccolour = GREY; } else if (ccolour == 9) { ccolour = TRUE_BLACK; } if (ccolour != GREY) ccolour +=30; if ((cf & ATREVER)) { bkcolour = ccolour; ccolour = TRUE_BLACK; } else { bkcolour = TRUE_BLACK; } // FlushBuffer(str, ccolour,bkcolour); FlushBuffer(str, bkcolour, bkcolour); } else { cf = temp->line[bstop]; if (cf == def_attr) { ccolour = GREY; } else { ccolour = ((cf & FG_MASK) >> FG_SHIFT); } if (ccolour == 0) ccolour = GREY; if ((cf & ATBOLD)) { ccolour +=10; } if (ccolour == 8) { ccolour = GREY; } else if (ccolour == 9) { ccolour = TRUE_BLACK; } if (ccolour != GREY) ccolour +=30; if (cf & ATREVER) { bkcolour = ccolour; ccolour = TRUE_BLACK; } else { bkcolour = TRUE_BLACK; } FlushBuffer(str, ccolour,bkcolour); } str[0] = '\0'; } } } }

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void check_url (  TERMBUF *  term  )

Definition at line 2514 of file nanomud-terminal.c. References termbuffer::buffer, do_url(), fnmatch(), is_operator(), pos, str_dup(), TERMBUF, and poss::y. Referenced by interp_mouse(). { return; char *buffer = str_dup(term->buffer); char *point = buffer; int i; char sp[] = " "; char *tok; for (i=1;*point;point++,i++) { if (i==pos.y) { break; } else { continue; } } for (;*point;point--,i--) { if (*point == ' ') break; continue; } point = NULL; tok = strtok(&buffer[i], sp); if (tok == NULL) return; if (is_operator(&tok[strlen(tok)-1])) { tok[strlen(tok)-1] = '\0'; } if (fnmatch("*http://*.*", tok, 0) == 0 || fnmatch("*https://*.*", tok, 0) == 0 || fnmatch("*ftp://*.*", tok, 0) == 0 || fnmatch("*www.*", tok, 0) == 0) { do_url(tok); return; } }

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void chop_line (  TERMBUF *  ter  )

Definition at line 1077 of file nanomud-terminal.c. References termbuffer::buffer, cols, termbuffer::has_blink, termbuffer::len, termbuffer::line, termbuffer::ln, malloc, new_line(), termbuffer::not_finished, termbuffer::processed, and TERMBUF. Referenced by parse_ansi(). { return; TERMBUF *t; int i = 0; int j = 0; if (ter->len > cols) { t = new_line(__LINE__, __FILE__); // I hate that. t->line = malloc((((ter->len - cols)+2) * sizeof(unsigned long )) * 2); t->has_blink = ter->has_blink; t->processed = ter->processed; t->not_finished = ter->not_finished; // t->buffer = ter->buffer; t->buffer= NULL; t->ln = bufcount; t->len = ter->len - cols; i = (ter->len - cols); for (j=0;i <= ter->len;i++,j++) { if (i > ter->len) break; t->line[j] = ter->line[i]; } ter->line[cols] = 0; ter->len = cols; if (t->len > cols) chop_line(t); } // update_term(); }

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void ClearTerminal (  void   )

Definition at line 2099 of file nanomud-terminal.c. References hdc, termbuf::hdc, hf, mudrect, and tbuf. { return; int runner=0; char clr[700]; hdc = tbuf->hdc; extern RECT mudrect; extern HFONT hf; SelectObject(hdc, hf); SetBkColor(hdc,RGB(0,0,0)); memset(clr, ' ', 700); for (runner=0;runner<=700;runner++) { ExtTextOut(hdc, 0,runner, ETO_CLIPPED, &mudrect, clr, 700, NULL); runner +=12; } tbuf->x_end = 0; tbuf->y_end =0; return; }

void do_nasty (  void   )

Definition at line 963 of file nanomud-terminal.c. References FALSE, give_term_debug(), GiveError(), MudMain, nasty, precache_file(), read_string(), and realize_lines. Referenced by WindowProcedure(). { FILE *fp; DWORD start,end; char buf[32000]; //char buff[32000]; char title[500]; unsigned long int meh=0; int ret; unsigned char bleh[310002]; unsigned long int precache=0,percent=0,pmin=0; int tt=0; precache = precache_file("code.txt"); //return number of lines for percentage. give_term_debug("%d:%d",precache, percent); if ((fp = fopen("code.txt", "r")) == NULL) { GiveError("Unable to open test file. Bailing.",FALSE); return; } start = GetTickCount(); nasty = TRUE; while ((ret = read_string(buf, fp)) > -1) { buf[ret ] = '\0'; buf[ret -1] = '\n'; pmin++; percent = (pmin * 100) / precache; if (tt == percent) { sprintf(title, "Importing file, %d%s done. (line: %lu of %lu)", (int)percent > 100 ? 100 : (int)percent, "%", pmin, precache); SendMessage(MudMain, WM_SETTEXT, /*strlen(buf)-2*/0,(LPARAM)(LPCSTR) title); tt = percent + 20; } realize_lines(buf); // pass it off to the line-adder-thingie. //do_peek(); meh++; bleh[0] = '\0'; buf[0] = '\0'; } nasty = FALSE; end = GetTickCount(); give_term_debug("%d lines read and parsed in %d miliseconds.", meh, (int) end-start); fclose(fp); }

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void do_peek (  void   )

Definition at line 2597 of file nanomud-terminal.c. { MSG msg; PeekMessage(&msg,NULL,0,0, PM_REMOVE); TranslateMessage(&msg); DispatchMessage(&msg); }

void do_update_paint (  HDC  hdc, int  left, int  top, int  right, int  bottom )

Definition at line 1192 of file nanomud-terminal.c. References BLUE, bufcount, cols, seltext::cstart, seltext::cstop, curdis, FALSE, fetch_line(), FlushBuffer(), free_context(), hdc, termbuffer::len, seltext::lstart, seltext::lstop, nasty, parse_ansi(), ret_string(), rows, seltext::selected, selection, tbuf, TERMBUF, TRUE, and TRUE_BLACK. Referenced by WindowProcedure(). { if (nasty == TRUE) return; int i,j,x,k=0; int viewing; top -=3; bottom +=3; if (top < 0) top = 0; if (bottom > rows) bottom = rows; if (right > cols) right = cols; if (left < 0) left = 0; unsigned long int start,stop,cstart,cstop; TERMBUF * tt; char t[100000]; int ii,jj; start = selection->lstart; stop = selection->lstop; cstart = selection->cstart; cstop = selection->cstop; j = (bufcount <= rows) ? 1 : (bufcount - rows); if (curdis < 0) // Scrollback. { viewing = bufcount - -curdis; for (i = viewing - rows + top, k = 0, x=top;i <= viewing - rows + bottom;i++,k++,x++) { tbuf->y_end = x*13; tbuf->x_end = 0; if (i == bufcount) return; t[0] = '\0'; if (stop < start) { start = selection->lstop; stop = selection->lstart; cstart = selection->cstop; cstop = selection->cstart; } /* All the code in this if statement (and the nested if's, too) are * for the selection code. Again, as with a few other functions, * this should be thrown into it's own function to keep down on code. * So with that, I'll throw in a FIXME: so that i'll fix it eventually.*/ if ((i >= start && i <= stop) && selection->selected) { if (start == stop) { tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt,t); tbuf->x_end = (cstart+1) * 8; t[cstop+1] = '\0'; FlushBuffer(&t[cstart+1], TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else if (i == start) { memset(t, '\0', 1000); tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt, t); tbuf->x_end = (cstart+1) * 8; FlushBuffer(&t[cstart+1], TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else if (i == stop) { tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt, t); tbuf->x_end = 0; t[cstop+1] = '\0'; FlushBuffer(t, TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else { tt = fetch_line(i); if (tt == NULL) continue; ret_string(tt, t); tbuf->x_end = 0; FlushBuffer(t, TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } if (ii < cols) { char pad[2000]=""; for (jj=0;jj< (cols - ii); jj++) pad[jj] = '.'; pad[jj] = '\0'; FlushBuffer(pad, TRUE_BLACK, TRUE_BLACK); } else if (ii == 0) { char pad[cols]; for (jj=0;jj<cols;jj++) pad[jj] = ' '; pad[cols-1] = '\0'; FlushBuffer(pad,TRUE_BLACK, TRUE_BLACK); } } else parse_ansi(fetch_line(i),TRUE); } } else { for (i = top+j,x=top;i <= (bufcount <= rows? bottom : bottom + j);i++,x++) { tbuf->y_end = x*13; tbuf->x_end = 0; if (i == bufcount) return; t[0] = '\0'; if (stop < start) { start = selection->lstop; stop = selection->lstart; cstart = selection->cstop; cstop = selection->cstart; } /* All the code in this if statement (and the nested if's, too) are * for the selection code. Again, as with a few other functions, * this should be thrown into it's own function to keep down on code. * So with that, I'll throw in a FIXME: so that i'll fix it eventually.*/ if ((i >= start && i <= stop) && selection->selected) { if (start == stop) { tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt,t); tbuf->x_end = (cstart+1) * 8; t[cstop+1] = '\0'; FlushBuffer(&t[cstart+1], TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else if (i == start) { memset(t, '\0', 1000); tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt, t); tbuf->x_end = (cstart+1) * 8; FlushBuffer(&t[cstart+1], TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else if (i == stop) { tt = fetch_line(i); if (tt == NULL) continue; parse_ansi(tt,0); ret_string(tt, t); tbuf->x_end = 0; t[cstop+1] = '\0'; FlushBuffer(t, TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } else { tt = fetch_line(i); if (tt == NULL) continue; ret_string(tt, t); tbuf->x_end = 0; FlushBuffer(t, TRUE_BLACK,BLUE); ii = tt->len; tbuf->x_end = ii * 8+13; } if (ii < cols) { char pad[2000]=""; for (jj=0;jj< (cols - ii); jj++) pad[jj] = '.'; pad[jj] = '\0'; FlushBuffer(pad, TRUE_BLACK, TRUE_BLACK); } else if (ii == 0) { char pad[cols]; for (jj=0;jj<cols;jj++) pad[jj] = ' '; pad[cols-1] = '\0'; FlushBuffer(pad,TRUE_BLACK, TRUE_BLACK); } } else parse_ansi(fetch_line(i), FALSE); } } free_context(hdc); return; }

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void do_url (  const char *  url  )

Definition at line 2562 of file nanomud-terminal.c. Referenced by check_url(). { ShellExecute(NULL, "open", url, NULL, NULL, SW_SHOWNORMAL); return; }

void export_to_html (  void   )

Definition at line 1841 of file nanomud-terminal.c. References fetch_line(), GREEN, log_html(), MudMain, and TERMBUF. Referenced by WindowProcedure(). { int i,j,k=0; TERMBUF *temp; char *point; char buf[100000]=""; char buf2[10000]=""; char *buffer; char pbuf[5000]; buffer = buf2; int color; unsigned long int percent=0; unsigned long int pmin; unsigned long attr_f; //percent = bufcount / 100; log_html("<title>Nanomud exported log</title>\n<body bgcolor=\"black\"><font face=\"Courier New\"><pre>\n\n",-1); for (k=1;k<=bufcount;k++) { percent = (100 * k) / bufcount; temp = fetch_line(k); // point = temp->buf; if (k % 500 == 0) { sprintf(pbuf,"Exporting buffer to html, %d%s done. LINE: %d", (int)percent,"%", k); SendMessage(MudMain, WM_SETTEXT, /*strlen(buf)-2*/0,(LPARAM)(LPCSTR) pbuf); pmin = percent + 1; pbuf[0] = '\0'; } // if (temp->buf == NULL) continue; strcat(buf, "\n"); log_html("", -1); // j = strlen(temp->buf); for (i = 0; i<=j;i++,point++) { *buffer = *point; buffer[1] = '\0'; switch(*point) { case '<': strcat(buf, "&#60;"); break; case '>': strcat(buf, "&#62;"); break; default: strcat(buf,buffer); break; } // attr_f = temp->attrib[i]; if (attr_f == def_attr) { color = GREY; } else { color = ((attr_f & FG_MASK) >> FG_SHIFT); } if (color == 0) color = GREY; if ((attr_f & ATBOLD)) { color +=10; } if (color == 8) { color = GREY; } else if (color == 9) { color = TRUE_BLACK; } if (color != GREY) color +=30; // if (temp->attrib[i+1] == attr_f && strlen(buf) < 2000) // continue; { log_html(buf, color); buf[0] = '\0'; buf2[0] = '\0'; } } } log_html("\n</pre>\n\n<b>Exported with Nanomud! <a href=\"http://www.nanobit.net\">www.nanobit.net</a></b></font></font></body>", GREEN); }

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TERMBUF* fetch_line (  unsigned long int  idx  )

Definition at line 1056 of file nanomud-terminal.c. References bufcount, LOG(), TERMBUF, session_data::termlist, and this_session. Referenced by blink_term(), do_update_paint(), export_to_html(), get_line(), handle_selection(), interp_mouse(), ParseLines(), replace_line(), update_term(), and WindowProcedure(). { if (idx > bufcount) return NULL; else { if (this_session->termlist[idx] == NULL) { LOG("Error! Fetchline tried to grab an invalid line of %d with a max count of %d", idx, bufcount); return NULL; } else return this_session->termlist[idx]; } }

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void fix_line (  TERMBUF *  line1, TERMBUF *  line2 )

Definition at line 2335 of file nanomud-terminal.c. References GiveError(), hold_buf, termbuffer::len, LOG(), TERMBUF, TRUE, and update_term(). { return; int i; char buf[5000]=""; char buf2[5000]=""; char *buffer; char *point; buffer = buf2; if (line1 == NULL || line2 == NULL) { LOG("%s, %d, Line1/2 NULL", __FILE__, __LINE__); return; } /* Line1 should be the first line that we want to append TO. * Line2 is the line we should want to grab FROM to append with. * simple enough? */ if (line1->len >= 2480) { GiveError("In fix_line, Terminal.c, Line1 is too large to edit. You should NOT see this error.", TRUE); return; } // point = line2->buf; for (i=0;;point++,i++) { if (*point == '\0') break; if (*point == 'm') { *buffer = *point; strcat(buf, buffer); buffer[0] = '\0'; break; } *buffer = *point; strcat(buf, buffer); buffer[0] = '\0'; } // strcat(line1->buf, buf); i++; // memcpy(temp, &line2->buf[i], strlen(&line2->buf[i])); // memcpy(line2->buf, temp, strlen(temp)); hold_buf = NULL; update_term(); }

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void FlushBuffer (  char *  buffer, int  colour2, int  bKcolour2 )

Definition at line 1993 of file nanomud-terminal.c. References BLACK, BLUE, C_BLACK, C_BLUE, C_CYAN, C_GREEN, C_MAGENTA, C_RED, C_WHITE, C_YELLOW, CYAN, GREEN, GREY, hdc, termbuf::hdc, hf, MAGENTA, MudMain, mudrect, nasty, RED, tbuf, TRUE_BLACK, WHITE, and YELLOW. Referenced by blink_term(), do_update_paint(), parse_ansi(), set_mouse_pos(), term_test_2(), update_term(), and WindowProcedure(). { if (buffer[0] == '\0') return; if (nasty == TRUE) return; RECT mudrect; GetClientRect(MudMain, &mudrect); extern HFONT hf; HDC hdc = tbuf->hdc; SelectObject(hdc, hf); switch(bKcolour2) { case RED: SetBkColor(hdc, RGB(255,0 ,0 )); break; case BLUE: SetBkColor(hdc, RGB(0 ,0 ,255)); break; case GREEN: SetBkColor(hdc, RGB(0 ,255,0 )); break; case BLACK: SetBkColor(hdc, RGB(75 ,75 ,75 )); break; case YELLOW: SetBkColor(hdc, RGB(255,255,0 )); break; case MAGENTA: SetBkColor(hdc, RGB(255,0 ,255)); break; case CYAN: SetBkColor(hdc, RGB(0 ,255,255)); break; case WHITE: SetBkColor(hdc, RGB(255,255,255)); break; case C_RED: SetBkColor(hdc, RGB(128,0 ,0 )); break; case C_BLUE: SetBkColor(hdc, RGB(0 ,0 ,128)); break; case C_GREEN: SetBkColor(hdc, RGB(0 ,192,0 )); break; case C_BLACK: SetBkColor(hdc, RGB(128,128,128)); break; case C_YELLOW: SetBkColor(hdc, RGB(128,128,0 )); break; case C_MAGENTA: SetBkColor(hdc, RGB(128,0 ,128)); break; case C_CYAN: SetBkColor(hdc, RGB(0 ,127,128)); break; case C_WHITE: SetBkColor(hdc, RGB(128,128,128)); break; case GREY: SetBkColor(hdc, RGB(192,192,192)); break; case TRUE_BLACK: SetBkColor(hdc, RGB(0 ,0 ,0 )); break; default: SetBkColor(hdc, RGB(0 ,0 ,0 )); break; } switch(colour2) { case RED: SetTextColor(hdc, RGB(255,0 ,0 )); break; case BLUE: SetTextColor(hdc, RGB(0 ,0 ,255)); break; case GREEN: SetTextColor(hdc, RGB(0 ,255,0 )); break; case BLACK: SetTextColor(hdc, RGB(75 ,75 ,75 )); break; case YELLOW: SetTextColor(hdc, RGB(255,255,0 )); break; case MAGENTA: SetTextColor(hdc, RGB(255,0 ,255)); break; case CYAN: SetTextColor(hdc, RGB(0 ,255,255)); break; case WHITE: SetTextColor(hdc, RGB(255,255,255)); break; case C_RED: SetTextColor(hdc, RGB(128,0 ,0 )); break; case C_BLUE: SetTextColor(hdc, RGB(0 ,0 ,128)); break; case C_GREEN: SetTextColor(hdc, RGB(0 ,192,0 )); break; case C_BLACK: SetTextColor(hdc, RGB(128,128,128)); break; case C_YELLOW: SetTextColor(hdc, RGB(128,128,0 )); break; case C_MAGENTA: SetTextColor(hdc, RGB(128,0 ,128)); break; case C_CYAN: SetTextColor(hdc, RGB(0 ,127,128)); break; case C_WHITE: SetTextColor(hdc, RGB(128,128,128)); break; case GREY: SetTextColor(hdc, RGB(192,192,192)); break; case TRUE_BLACK: SetTextColor(hdc, RGB(0 ,0 ,0 )); break; default: SetTextColor(hdc, RGB(192,192,192)); break; } ExtTextOut(hdc, tbuf->x_end,tbuf->y_end,ETO_CLIPPED,0, buffer, strlen(buffer),NULL); tbuf->x_end += (strlen(buffer) > 1 ? strlen(buffer) * 8 : 8); buffer[0] = '\0'; return; }

void free_line (  TERMBUF *  rem  )

Definition at line 1948 of file nanomud-terminal.c. References termbuffer::buffer, free, termbuffer::line, and TERMBUF. Referenced by FreeTerm(), and replace_line(). { if (rem) { free(rem->buffer); free(rem->line); free(rem); } }

void FreeTerm (  void   )

Definition at line 1963 of file nanomud-terminal.c. References bufcount, free, free_line(), malloc, session_data::max_buffer, MudMain, TERMBUF, session_data::termlist, this_session, and TRUE. Referenced by WindowProcedure(). { int i; TERMBUF *rem; for (i=0;i<= bufcount;i++) { rem = this_session->termlist[i]; free_line(rem); } for (i=0;i<=bufcount;i++) { this_session->termlist[i] = NULL; } bufcount =0; free (this_session->termlist); this_session->termlist = (TERMBUF **)malloc(this_session->max_buffer * sizeof(*this_session->termlist)); RECT r; GetClientRect (MudMain, &r); InvalidateRect(MudMain,&r, TRUE); }

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char* get_line (  int  num  )

Definition at line 1800 of file nanomud-terminal.c. References bufcount, curdis, fetch_line(), LOG(), rows, and TERMBUF. { return 0; int view; if (bufcount == 1 && num > 1) return NULL; if (num == 0) return NULL; int nt; nt = (num == 0 ? 1 : num); num = nt; TERMBUF *temp; temp = 0; view = bufcount - -curdis; view -= rows; view += num; view -= 1; if (view == 0) view = 1; if (view > bufcount) view = bufcount; LOG("View: %d, rows: %d, bufcount: %d, num: %d, curdis: %d", view, rows, bufcount, num,curdis); if (num > bufcount || view > bufcount) return NULL; if (curdis < 0) temp = fetch_line(view); else if (num <= bufcount) temp = fetch_line(num); //return str_dup(temp->buf); }

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char* get_time (  void   )

Definition at line 2607 of file nanomud-terminal.c. Referenced by add_term(), check_ping(), and WinMain(). { static char stamp[25]; time_t tv; struct tm * ttv; tv = time (0); ttv = localtime(&tv); sprintf(stamp, "%02d:%02d:%02d", ttv->tm_hour,ttv->tm_min,ttv->tm_sec); return stamp; }

unsigned long int get_x (  int  x  )

Definition at line 1163 of file nanomud-terminal.c. References bufcount, curdis, curpos, and rows. Referenced by WindowProcedure(). { int curpos; int viewing; if (curdis < 0) // Viewing scroll back { curpos = curdis; viewing = bufcount - -curdis; return (viewing - rows) + x; } else // Not scrollback. { curpos = curdis; return ((bufcount <= rows ? 1 : (bufcount - rows)) + x); } }

int GetWindowWrap (  HWND  hwnd  )

Definition at line 2250 of file nanomud-terminal.c. References srect. Referenced by terminal_initialize(), terminal_resize(), and wraps(). { int screen_width; RECT srect; int remainder; int font_width = 8; GetClientRect(hwnd, &srect); screen_width =