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#include "sqlite3.h"
#include "smallxrm.h"
#include "heromesh.h"
#include "quarks.h"
#include "cursorshapes.h"
#include "names.h"
static volatile Uint8 timerflag;
static int exam_scroll;
static Uint8*inputs;
static int inputs_size,inputs_count;
static void redraw_game(void) {
char buf[32];
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#include "sqlite3.h"
#include "smallxrm.h"
#include "heromesh.h"
#include "quarks.h"
#include "cursorshapes.h"
#include "names.h"
Uint8*replay_list;
Uint16 replay_size,replay_count,replay_pos,replay_mark;
static volatile Uint8 timerflag;
static int exam_scroll;
static Uint8*inputs;
static int inputs_size,inputs_count;
static void redraw_game(void) {
char buf[32];
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draw_text(0,40,buf,0xF0,0xF1);
SDL_UnlockSurface(screen);
SDL_Flip(screen);
}
static void begin_level(int id) {
const char*t;
free(inputs);
inputs=0;
inputs_size=inputs_count=0;
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draw_text(0,40,buf,0xF0,0xF1);
SDL_UnlockSurface(screen);
SDL_Flip(screen);
}
static void begin_level(int id) {
const char*t;
inputs_count=0;
replay_pos=0;
t=load_level(id)?:init_level();
if(t) {
gameover=-1;
screen_message(t);
} else {
gameover=0;
}
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if(xy<0 || xy>=64*64) return;
n=playfield[xy];
if(n==VOIDLINK) return;
while(n!=VOIDLINK && objects[n]->up!=VOIDLINK) n=objects[n]->up;
if(!classes[objects[n]->class]->gamehelp) return;
s=sqlite3_mprintf("\x0C\x0E%s:%d\\ %s\x0B\x0F%s",classes[objects[n]->class]->name,objects[n]->image,classes[objects[n]->class]->name,classes[objects[n]->class]->gamehelp);
if(!s) fatal("Allocation failed\n");
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if(xy<0 || xy>=64*64) return;
n=playfield[xy];
if(n==VOIDLINK) return;
while(n!=VOIDLINK && objects[n]->up!=VOIDLINK) n=objects[n]->up;
if(!classes[objects[n]->class]->gamehelp) return;
s=sqlite3_mprintf("\x0C\x0E%s:%d\\ %s\x0B\x0F%s",classes[objects[n]->class]->name,objects[n]->image,classes[objects[n]->class]->name,classes[objects[n]->class]->gamehelp);
if(!s) fatal("Allocation failed\n");
modal_draw_popup(s);
sqlite3_free(s);
}
static int game_command(int prev,int cmd,int number,int argc,sqlite3_stmt*args,void*aux) {
switch(cmd) {
case '\' ': // Play a move
if(inputs_count>=inputs_size) {
inputs=realloc(inputs,inputs_size+=32);
if(!inputs) fatal("Allocation failed\n");
}
inputs[inputs_count++]=number;
return 0;
case '+ ': // Replay
if(number>replay_count-replay_pos) number=replay_count-replay_pos;
if(inputs_count+number>=inputs_size) {
inputs=realloc(inputs,inputs_size+=number+1);
if(!inputs) fatal("Allocation failed\n");
}
memcpy(inputs+inputs_count,replay_list+replay_pos,number);
inputs_count+=number;
return 0;
case '- ': // Rewind
number=replay_pos-number;
if(number<0) number=0;
//fallthru
case '= ': // Restart
begin_level(level_id);
if(!number) return 1;
if(number>replay_count) number=replay_count;
if(number>=inputs_size) {
inputs=realloc(inputs,inputs_size=number+1);
if(!inputs) fatal("Allocation failed\n");
}
memcpy(inputs,replay_list,inputs_count=number);
return 1;
case '^E': // Edit
return -2;
case '^Q': // Quit
return -1;
case '^T': // Show title
modal_draw_popup(level_title);
return prev;
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}
timerflag=1;
return n;
}
static inline void input_move(Uint8 k) {
const char*t=execute_turn(k);
if(t) {
screen_message(t);
gameover=-1;
return;
}
//TODO: Record this move, if applicable
}
void run_game(void) {
int i;
SDL_Event ev;
set_caption();
begin_level(level_id);
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}
timerflag=1;
return n;
}
static inline void input_move(Uint8 k) {
const char*t=execute_turn(k);
if(replay_pos==65534 && !gameover) t="Too many moves played";
if(t) {
screen_message(t);
gameover=-1;
return;
}
if(!key_ignored) {
if(replay_pos>=replay_size) {
replay_list=realloc(replay_list,replay_size+=0x200);
if(!replay_list) fatal("Allocation failed\n");
}
replay_list[replay_pos++]=k;
if(replay_pos>replay_count) replay_count=replay_pos;
}
}
void run_game(void) {
int i;
SDL_Event ev;
set_caption();
begin_level(level_id);
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