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save.c
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save.c
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/* save.c */
/* code for saving and loading characters */
#include "imoria.h"
#include "master.h"
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
void data_exception()
{
/* Data Corruption means character is dead, or save file was -RAK-
screwed with. Keep them guessing as to what is actually wrong.*/
clear_from(1);
prt("Data Corruption Error.",1,1);
prt(" ",2,1);
exit_game();
}
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//void encrypt_line(ntype line)
//{
// /*{ Encrypts a line of text, complete with a data-check sum-RAK- }*/
// /*{ (original by JWT) }*/
//
// integer i1,i2;
// ntype temp;
//
// i2 = 0;
// for (i1 = 0; i1 < strlen(line); i1++) {
// i2 += line[i1] + i1;
// }
// strcpy(temp, line);
// sprintf(line,"%ld %s",i2,temp);
//
// coder(line);
//};
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//void coder(ntype line)
//{
// /*{ Uses XOR function to encode data -RAK- }*/
//
// integer i1, x;
// unsigned long i2,i3,i4;
//
// x = strlen(line);
// for (i1 = 0; i1 < x; i1++) {
// i2 = uint(ord(line[i1]));
// i3 = uint(randint(256)-1);
// i4 = uxor(i2,i3);
// line[i1] = i4;
// }
//};
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
void sc__open_save_file(FILE **f1, vtype fnam, boolean quick, boolean *flag)
{
vtype out_val;
if (py.flags.dead || quick) {
*flag = true;
if (is_from_file) {
*f1 = (FILE *)fopen(finam,"w");
/*open(f1,file_name:=finam,record_length:=1024,history:=old);*/
} else {
*f1 = (FILE *)fopen(finam,"w");
/*open(f1,file_name:=finam,record_length:=1024,history:=new);*/
}
} else {
prt("Enter Filename:",1,1);
*flag = false;
/*{ Open the user's save file -JWT- }*/
if (get_string(fnam,1,17,60)) {
if (strlen(fnam) == 0) {
strcpy(fnam, finam);
}
if ((is_from_file) && (strcmp(fnam, finam) == 0)) {
*f1 = (FILE *)fopen(fnam,"w");
/*open (f1,FILE_NAME:=fnam,record_length:=1024,history:=old);*/
} else {
*f1 = (FILE *)fopen(fnam,"w");
/*open (f1,FILE_NAME:=fnam,record_length:=1024,history:=new);*/
}
if (*f1 == NULL) {
sprintf(out_val, "Error creating> %s", fnam);
msg_print(out_val);
} else {
*flag = true;
}
} else {
erase_line(1,1);
}/* endif else get_string */
} /*endif dead or quick*/
};
//////////////////////////////////////////////////////////////////////
void sc__open_master(FILE *f1, GDBM_FILE *f2, boolean *flag)
{
/*{ Make an attempt to open the MASTER file -JWT- }*/
if (!master_file_open(f2)) {
msg_print("Error saving character (open MASTER), contact MORIA Wizard.");
*flag = true;
}
};
//////////////////////////////////////////////////////////////////////
void sc__write_master(GDBM_FILE f2, boolean *flag)
{
/*{ Write key to MASTER -KRC- }*/
int i2;
master_key mkey;
master_entry mentry;
boolean result;
mkey.creation_time = PM.creation_time;
mentry.save_count = PM.save_count + 1;
mentry.deaths = PM.deaths;
if (PM.save_count == 0) {
result = master_file_write_new(f2, &mkey, &mentry);
PM.creation_time = mkey.creation_time;
PM.save_count++;
} else {
i2 = master_file_verify(f2, &mkey);
if (i2 == MF_CHAR_MISMATCH) {
result = false;
} else {
result = master_file_write(f2, &mkey, &mentry);
PM.save_count++;
}
}
if (!result) {
msg_print("Error in writing to MASTER.");
}
*flag = result;
};
//////////////////////////////////////////////////////////////////////
void sc__display_status(boolean quick, vtype fnam,ntype out_rec)
{
/*{ Message to player on what is happening}*/
if (!py.flags.dead) {
clear_from(1);
if (!quick) {
put_qio();
} else {
strcpy(fnam, finam);
}
sprintf(out_rec, "Saving character in %s...",fnam);
prt(out_rec,1,1);
}
};
//////////////////////////////////////////////////////////////////////
void sc__write_player_record(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Write out the player record. }*/
integer i1, inven_ctr;
//time_type tim;
treas_ptr curse;
time_t current_time, delta_time;
//quad_type current_time,delta_time;
/*with py.misc do*/
sprintf(out_rec, "%ld %ld %ld %ld %ld %ld %ld %ld %ld %d",
PM.xtr_wgt,PM.account,PM.money[0],PM.money[6],PM.money[5],
PM.money[4],PM.money[3],PM.money[2],PM.money[1],(int)PM.diffic);
encrypt_write(f1, cf_state, out_rec);
/*with py.misc.birth do*/
sprintf(out_rec, "%ld %d %d %d %d",
PM.birth.year,(int)PM.birth.month,(int)PM.birth.day,
(int)PM.birth.hour,(int)PM.birth.secs);
encrypt_write(f1, cf_state, out_rec);
/*with py.misc.cur_age do*/
sprintf(out_rec, "%ld %d %d %d %d",
PM.cur_age.year,(int)PM.cur_age.month,(int)PM.cur_age.day,
(int)PM.cur_age.hour,(int)PM.cur_age.secs);
encrypt_write(f1, cf_state, out_rec);
/*{FUBAR modification for quests}*/
sprintf(out_rec, "%d %d %d %ld %d", (int)PF.quested, (int)PM.cur_quest, (int)PM.quests, PM.claim_check, (int)PF.light_on);
encrypt_write(f1, cf_state, out_rec);
// sys_gettim(¤t_time);
// sub_quadtime(current_time,start_time,&delta_time);
// sys_numtim(&tim,&delta_time);
// add_play_time(&tim,py.misc.play_tm);
/*with tim do*/
// sprintf(out_rec, "%ld %ld %ld %ld %ld %ld %ld",
// (int)tim.years,(int)tim.months,(int)tim.days,(int)tim.hours,
// (int)tim.minutes,(int)tim.seconds,(int)tim.hundredths);
// encrypt_write(f1, out_rec);
current_time = time(NULL);
delta_time = current_time - start_time;
sprintf(out_rec,"%ld",convert_time_to_seconds(&py.misc.play_tm)+delta_time);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",py.misc.name);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",py.misc.race);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",py.misc.sex);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",py.misc.tclass);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",py.misc.title);
encrypt_write(f1, cf_state, out_rec);
for (i1 = 0; i1 < 5; i1++) {
strcpy(out_rec,py.misc.history[i1]);
encrypt_write(f1, cf_state, out_rec);
}
sprintf(out_rec,"%d",(int)py.misc.cheated);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec, "%ld %ld %d %d %d %d %d %d %d %ld %ld %ld %d %d %f",
char_row,char_col,(int)PM.pclass,(int)PM.prace,
(int)PM.age,(int)PM.ht,(int)PM.wt,(int)PM.sc,(int)PM.max_exp,
PM.exp,PM.rep,PM.premium,(int)PM.lev,
(int)PM.max_lev,PM.expfact);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec, "%d %d %d %d %d %d %f %d %f %d %d %d %d %d %d %d %d %d %d %d",
(int)PM.srh,(int)PM.fos,(int)PM.stl,(int)PM.bth,
(int)PM.bthb,
(int)PM.mana,PM.cmana,(int)PM.mhp,PM.chp,
(int)PM.ptohit,(int)PM.ptodam,(int)PM.pac,(int)PM.ptoac,
(int)PM.dis_th,(int)PM.dis_td,(int)PM.dis_ac,(int)PM.dis_tac,
(int)PM.disarm,(int)PM.save,(int)PM.hitdie);
encrypt_write(f1, cf_state, out_rec);
/*change by Dean--inven_ctr calculated from scratch to*/
/*(hopefully) solve some of the get-after-EOF save bugs*/
inven_ctr=0;
curse = inventory_list;
while (curse != NULL) {
curse = curse->next;
inven_ctr++;
}
// sprintf(out_rec, "DBG: got some inventory %ld", inven_ctr);
// prt(out_rec,10,10);
sprintf(out_rec, "%ld %ld %ld %ld %ld %ld %ld %lu",
inven_ctr,inven_weight,equip_ctr,dun_level,
missle_ctr,mon_tot_mult,uand(0xF,turn),
randes_seed);
encrypt_write(f1, cf_state, out_rec);
/*end with py.misc*/
/*with py.flags do*/
sprintf(out_rec, "%d %d",(int)PF.insured, (int)PF.dead);
encrypt_write(f1, cf_state, out_rec);
};
//////////////////////////////////////////////////////////////////////
void sc__write_inventory(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Write out the inventory records. }*/
treas_ptr curse;
curse = inventory_list;
while (curse != NULL) {
sprintf(out_rec,"%c %s",curse->data.tchar,curse->data.name);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %d",(int)curse->is_in,(int)curse->insides);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",curse->data.damage);
encrypt_write(f1, cf_state, out_rec);
//with curse->data do;
sprintf(out_rec,"%d %d %d %d %d %d %d %d %d %ld %ld %d %ld",
(int)curse->data.tval,(int)curse->data.subval,
(int)curse->data.weight,(int)curse->data.number,
(int)curse->data.tohit,(int)curse->data.todam,
(int)curse->data.ac,(int)curse->data.toac,
(int)curse->data.p1,
curse->data.flags,curse->data.flags2,
(int)curse->data.level,curse->data.cost);
encrypt_write(f1, cf_state, out_rec);
curse = curse->next;
} /* end while curse */
};
//////////////////////////////////////////////////////////////////////
void sc__write_equipment(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Write out the equipment records. }*/
integer i1;
for (i1 = Equipment_min; i1 < EQUIP_MAX; i1++) {
sprintf(out_rec,"%c %s",equipment[i1].tchar,equipment[i1].name);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",equipment[i1].damage);
encrypt_write(f1, cf_state, out_rec);
//with equipment[i1] do;
sprintf(out_rec,"%d %d %d %d %d %d %d %d %d %ld %ld %d %ld",
(int)equipment[i1].tval,(int)equipment[i1].subval,
(int)equipment[i1].weight,(int)equipment[i1].number,
(int)equipment[i1].tohit,(int)equipment[i1].todam,
(int)equipment[i1].ac,(int)equipment[i1].toac,
(int)equipment[i1].p1,
equipment[i1].flags,equipment[i1].flags2,
(int)equipment[i1].level,equipment[i1].cost);
encrypt_write(f1, cf_state, out_rec);
} /* end for i1 */
};
//////////////////////////////////////////////////////////////////////
void sc__write_stats_and_flags(FILE *f1, encrypt_state *cf_state,ntype out_rec)
{
//with py.stat do
sprintf(out_rec,"%d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d %d",
(int)PS.p[STR],(int)PS.c[STR],(int)PS.m[STR],(int)PS.l[STR],
(int)PS.p[INT],(int)PS.c[INT],(int)PS.m[INT],(int)PS.l[INT],
(int)PS.p[WIS],(int)PS.c[WIS],(int)PS.m[WIS],(int)PS.l[WIS],
(int)PS.p[DEX],(int)PS.c[DEX],(int)PS.m[DEX],(int)PS.l[DEX],
(int)PS.p[CON],(int)PS.c[CON],(int)PS.m[CON],(int)PS.l[CON],
(int)PS.p[CHR],(int)PS.c[CHR],(int)PS.m[CHR],(int)PS.l[CHR]);
encrypt_write(f1, cf_state, out_rec);
//with py.flags do
sprintf(out_rec,"%lu %ld %ld %ld %ld %ld %ld %ld %ld %d",
PF.status,PF.blind,PF.confused,
PF.foodc,PF.food_digested,PF.protection,
PF.speed,PF.afraid,
PF.poisoned,(int)PF.see_inv);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%ld %ld %ld %d %d %d %ld",
PF.fast,PF.slow,PF.protevil,
(int)PF.teleport,(int)PF.free_act,(int)PF.slow_digest,
PF.petrification);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %d %d %d %d %d %d",
(int)PF.aggravate,
(int)PF.sustain[STR],(int)PF.sustain[INT],
(int)PF.sustain[WIS],(int)PF.sustain[CON],
(int)PF.sustain[DEX],(int)PF.sustain[CHR]);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %d %d %d %d %d %d",
(int)PF.fire_resist,(int)PF.cold_resist,
(int)PF.acid_resist,(int)PF.regenerate,
(int)PF.lght_resist,(int)PF.ffall,
(int)PF.confuse_monster);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%ld %ld %ld %ld %ld %ld %ld %ld %ld %ld %ld",
PF.image,PF.invuln,PF.hero,
PF.shero,PF.blessed,
PF.resist_heat,PF.resist_cold,PF.detect_inv,
PF.word_recall,PF.see_infra,PF.tim_infra);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %ld %ld %ld %ld %ld %ld %ld %ld %ld",
(int)PF.resist_lght,PF.free_time,PF.ring_fire,
PF.protmon,PF.hoarse,PF.magic_prot,
PF.ring_ice,PF.temp_stealth,PF.resist_petri,
PF.blade_ring);
encrypt_write(f1, cf_state, out_rec);
/* end with py.flags */
};
//////////////////////////////////////////////////////////////////////
void sc__write_magic(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
integer i1;
for (i1 = 0; i1 < MAX_SPELLS; i1++) {
//with magic_spell[py.misc.pclass,i1] do
sprintf(out_rec,"%d %d",(int)PSPELL(i1).learned,PSPELL(i1).sexp);
encrypt_write(f1, cf_state, out_rec);
}
};
//////////////////////////////////////////////////////////////////////
void sc__write_dungeon(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Write the important dungeon info and floor -RAK- }*/
integer i1, i2, tot_treasure, tptr, count = 0;
unsigned long xfloor, prevFloor = 999999;
sprintf(out_rec,"%ld %ld %ld %ld",cur_height,cur_width,
max_panel_rows,max_panel_cols);
encrypt_write(f1, cf_state, out_rec);
/*{ Save the floor }*/
tot_treasure = 0;
for (i1 = 1; i1 <= cur_height; i1++) {
//out_rec = pad(' ',' ',cur_width);
for (i2 = 1; i2 <= cur_width; i2++) {
//with cave[i1][i2]. do;
xfloor = cave[i1][i2].fval;
if (cave[i1][i2].fopen) {
xfloor |= 0x20;
}
if (cave[i1][i2].pl) {
xfloor |= 0x40;
}
if (cave[i1][i2].fm) {
xfloor |= 0x80;
}
if (cave[i1][i2].tptr > 0) {
tot_treasure++;
}
/* run length encoding the floor cuts about 30k from the save file */
if (xfloor == prevFloor) {
count++;
} else {
if (count != 0) {
if (count == 1) {
sprintf(out_rec, "%ld", prevFloor);
} else {
sprintf(out_rec, "%ld %ld", prevFloor, count);
}
encrypt_write(f1, cf_state, out_rec);
}
prevFloor = xfloor;
count = 1;
}
} /* end for i2 */
} /* end for i1 */
if (count == 1) {
sprintf(out_rec, "%ld", prevFloor);
} else {
sprintf(out_rec, "%ld %ld", prevFloor, count);
}
encrypt_write(f1, cf_state, out_rec);
/*{ Save the Treasure List }*/
sprintf(out_rec,"%ld",tot_treasure);
encrypt_write(f1, cf_state, out_rec);
for (i1 = 1; i1 <= cur_height; i1++) {
for (i2 = 1; i2 <= cur_width; i2++) {
if (cave[i1][i2].tptr > 0) {
tptr = cave[i1][i2].tptr;
//with t_list[tptr]. do;
sprintf(out_rec,"%ld %ld",i1,i2);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%c %s",t_list[tptr].tchar,t_list[tptr].name);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",t_list[tptr].damage);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %ld %d %d %d %d %d %d %ld %ld %ld %d %ld",
t_list[tptr].tval,t_list[tptr].subval,t_list[tptr].weight,
t_list[tptr].number,t_list[tptr].tohit,t_list[tptr].todam,
t_list[tptr].ac,t_list[tptr].toac,t_list[tptr].p1,
t_list[tptr].flags,t_list[tptr].flags2,t_list[tptr].level,
t_list[tptr].cost);
encrypt_write(f1, cf_state, out_rec);
}
}
}
};
//////////////////////////////////////////////////////////////////////
void sc__write_identified(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Save identified list }*/
integer i1;
for (i1 = 1; i1 <= MAX_OBJECTS; i1++) {
if (object_ident[i1]) {
out_rec[i1-1] = 'T';
} else {
out_rec[i1-1] = 'F';
}
}
out_rec[MAX_OBJECTS] = 0;
encrypt_write(f1, cf_state, out_rec);
};
//////////////////////////////////////////////////////////////////////
void sc__write_monsters(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Save the Monster List }*/
integer i1, tot_monsters;
for (i1=muptr,tot_monsters = 0; i1 > 0; i1 = m_list[i1].nptr) {
tot_monsters++;
}
sprintf(out_rec,"%ld",tot_monsters);
encrypt_write(f1, cf_state, out_rec);
for (i1 = muptr; i1 > 0; i1 = m_list[i1].nptr) {
// with m_list[i1] do;
sprintf(out_rec,"%d %d %d %d %d %d %d %d %d",
m_list[i1].fy,m_list[i1].fx,m_list[i1].mptr,m_list[i1].hp,
m_list[i1].cspeed,m_list[i1].csleep,m_list[i1].cdis,m_list[i1].ml,
m_list[i1].confused);
encrypt_write(f1, cf_state, out_rec);
}
};
//////////////////////////////////////////////////////////////////////
void sc__write_town(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Save the town level stores }*/
integer i1,i2;
game_time_type st;
sprintf(out_rec,"%ld",town_seed);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%ld %ld %ld %ld %ld %ld %ld",
bank[0],bank[6],bank[5],
bank[4],bank[3],bank[2],bank[1]);
encrypt_write(f1, cf_state, out_rec);
for (i1 = 0; i1 < MAX_STORES; i1++) {
//with stores[i1]. do;
/*{ Save items... }*/
sprintf(out_rec,"%d",stores[i1].store_ctr);
encrypt_write(f1, cf_state, out_rec);
for (i2 = 1; i2 <= stores[i1].store_ctr; i2++) {
//with stores[i1].store_inven[i2].sitem do;
sprintf(out_rec,"%ld",stores[i1].store_inven[i2].scost);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%c %s",
stores[i1].store_inven[i2].sitem.tchar,
stores[i1].store_inven[i2].sitem.name);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%s",stores[i1].store_inven[i2].sitem.damage);
encrypt_write(f1, cf_state, out_rec);
sprintf(out_rec,"%d %ld %d %d %d %d %d %d %ld %ld %ld %d %ld",
stores[i1].store_inven[i2].sitem.tval,
stores[i1].store_inven[i2].sitem.subval,
stores[i1].store_inven[i2].sitem.weight,
stores[i1].store_inven[i2].sitem.number,
stores[i1].store_inven[i2].sitem.tohit,
stores[i1].store_inven[i2].sitem.todam,
stores[i1].store_inven[i2].sitem.ac,
stores[i1].store_inven[i2].sitem.toac,
stores[i1].store_inven[i2].sitem.p1,
stores[i1].store_inven[i2].sitem.flags,
stores[i1].store_inven[i2].sitem.flags2,
stores[i1].store_inven[i2].sitem.level,
stores[i1].store_inven[i2].sitem.cost);
encrypt_write(f1, cf_state, out_rec);
//end with store inven;
} //end for i2;
//with stores[i1].store_inven[i2].store_open. do;
//with py.misc do;
st = stores[i1].store_open;
if ((PM.cur_age.year > st.year) ||
((PM.cur_age.year == st.year) &&
((PM.cur_age.month > st.month) ||
((PM.cur_age.month == st.month) &&
((PM.cur_age.day > st.day) ||
((PM.cur_age.day == st.day) &&
((PM.cur_age.hour > st.hour) ||
((PM.cur_age.hour == st.hour) ||
((PM.cur_age.secs > st.secs)))))))))) {
st.year = 0;
st.month = 0;
st.day = 0;
st.hour = 0;
st.secs = 0;
stores[i1].store_open = st;
}
//with store_open do;
sprintf(out_rec,"%d %d %ld %d %d %d %d",
stores[i1].owner,stores[i1].insult_cur,st.year,
st.month,st.day,st.hour,st.secs);
encrypt_write(f1, cf_state, out_rec);
} //end for i1;
};
//////////////////////////////////////////////////////////////////////
void sc__write_version(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/*{ Version number of Moria }*/
sprintf(out_rec,"%3.2f",CUR_VERSION);
encrypt_write(f1, cf_state, out_rec);
};
//////////////////////////////////////////////////////////////////////
void sc__write_seeds(FILE *f1, encrypt_state *cf_state, ntype out_rec)
{
/* creation_time, save_count and deaths are in the master file, be sure
to fix up char_restore if you move more onto this line */
unsigned long save_seed;
save_seed = get_seed();
save_seed ^= randint(9999999);
sprintf(out_rec,"%lu %ld %ld %ld",save_seed,py.misc.creation_time,
py.misc.save_count,py.misc.deaths);
//sprintf(title2,"%lu %s",save_seed,py.misc.ssn);
set_seed(ENCRYPT_SEED2);
encrypt_write(f1, cf_state, out_rec);
set_seed(save_seed);
};
//////////////////////////////////////////////////////////////////////
boolean save_char(boolean quick)
{
/* { Actual save procedure -RAK- & -JWT- }*/
vtype fnam;
boolean flag;
ntype out_rec;
FILE *f1 = NULL; //: text;
encrypt_state cf_state;
GDBM_FILE f2;
sc__open_save_file(&f1, fnam, quick, &flag);
encrypt_init(&cf_state, saveFileKey, saveFilesAreEncrypted);
//unlink(fnam); /* I don't think this is needed... */
if (flag) {
sc__open_master(f1, &f2, &flag);
}
if (flag) {
sc__write_master(f2, &flag);
master_file_close(&f2);
}
/*{ If ID was written to MASTER, continue saving -RAK- }*/
if (flag) {
sc__write_seeds(f1, &cf_state, out_rec);
sc__display_status(quick, fnam, out_rec);
sc__write_version(f1, &cf_state, out_rec);
sc__write_player_record(f1, &cf_state, out_rec);
// printf("\tgot past player record: %ld\n", flag); fflush(stdout);
sc__write_inventory(f1, &cf_state, out_rec);
sc__write_equipment(f1, &cf_state, out_rec);
sc__write_stats_and_flags(f1, &cf_state, out_rec);
sc__write_magic(f1, &cf_state, out_rec);
sc__write_dungeon(f1, &cf_state, out_rec);
sc__write_identified(f1, &cf_state, out_rec);
sc__write_monsters(f1, &cf_state, out_rec);
sc__write_town(f1, &cf_state, out_rec);
sprintf(out_rec, "%ld", PM.creation_time);
encrypt_write(f1, &cf_state, out_rec);
encrypt_flush(f1, &cf_state);
fclose(f1);
} /* endif flag */
if (flag && !py.flags.dead) {
sprintf(out_rec,"Character saved. [Moria Version %3.2f]\n",CUR_VERSION);
prt(out_rec,2,1);
exit_game();
}
set_seed(get_seed());
return flag;
};
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
void gc__add_item(treas_ptr *cur_bag)
{
treas_ptr ptr,curse;
/* {Extensive clarifications and bug fixes here by Dean}*/
ptr = (treas_ptr)safe_malloc(sizeof(treas_rec),"gc__add_item");
if (inventory_list == nil) {
inventory_list = ptr;
} else {
curse = inventory_list;
while (curse->next != nil) {
curse = curse->next;
}
curse->next = ptr;
}
ptr->data = inven_temp->data;
ptr->is_in = inven_temp->is_in;
ptr->insides = inven_temp->insides;
ptr->ok = false;
ptr->next = nil;
if (ptr->data.tval == bag_or_sack) {
*cur_bag = ptr;
}
if (ptr->is_in && (*cur_bag != nil)) {
((*cur_bag)->insides)++;
}
// printf("\n\tgot item: >>>%s<<<\n", ptr->data.name); fflush(stdout);
}
//////////////////////////////////////////////////////////////////////
void gc__open_save_file(FILE **f1, vtype fnam, boolean *paniced)
{
vtype out_str;
*f1 = (FILE *)fopen(fnam,"r");
if (*f1 == NULL) {
sprintf(out_str, "Error Opening> %s", fnam);
prt(out_str,1,1);
prt("",2,1);
*paniced = true;
} else {
rewind(*f1);
}
};
//////////////////////////////////////////////////////////////////////
void gc__open_master(FILE *f1, GDBM_FILE *f2, boolean *paniced)
{
if (!master_file_open(f2)) {
prt("ERROR opening file MASTER.",1,1);
*paniced = true;
}
};
//////////////////////////////////////////////////////////////////////
void gc__read_master(GDBM_FILE f2, boolean *paniced)
{
int result;
master_key mkey;
mkey.creation_time = PM.creation_time;
result = master_file_verify(f2, &mkey);
if (result != MF_CHAR_OK) {
printf("\n\r--------------------------------------------------------\n\r");
printf( "| There was a data corruption error with the character |\n\r");
printf( "| Terminating IMORIA now. |\n\r");
printf( "--------------------------------------------------------\n\r");
// exit_game();
*paniced = true;
}
};
//////////////////////////////////////////////////////////////////////
void gc__read_seeds(FILE *f1, encrypt_state *cf_state, ntype in_rec,
boolean *paniced)
{
/* creation_time, save_count and deaths are in the master file, be sure
to fix up char_restore if you move more onto this line */
unsigned long save_seed;
set_seed(ENCRYPT_SEED2);
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec,"%lu %ld %ld %ld",&save_seed, &py.misc.creation_time,
&py.misc.save_count, &py.misc.deaths) != 4) {
*paniced = true;
}
// strcpy(temp,in_rec+13);
// py.misc.ssn = temp;
// set_seed(ENCRYPT_SEED1);
// coder(temp);
// temp_id = temp;
set_seed(save_seed);
};
//////////////////////////////////////////////////////////////////////
void gc__display_status(vtype fnam, ntype in_rec)
{
prt("Restoring Character...",1,1);
put_qio();
};
//////////////////////////////////////////////////////////////////////
void gc__read_version(FILE *f1, encrypt_state *cf_state,ntype in_rec,
boolean *paniced,real *save_version)
{
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec,"%f",save_version) != 1) {
*paniced = true;
}
if ( (int)(*save_version*100.0) != (int)(CUR_VERSION*100.0)) {
prt("Save file is incompatible with this version.",2,1);
sprintf(in_rec," [Save file version %3.2f]",*save_version);
prt(in_rec,3,1);
sprintf(in_rec," [Moria version %3.2f]",CUR_VERSION);
prt(in_rec,4,1);
exit_game();
prt("Updating character for newer version...",5,1);
pause_game(24);
}
};
//////////////////////////////////////////////////////////////////////
void gc__read_player_record(FILE *f1, encrypt_state *cf_state, ntype in_rec,
boolean *paniced, boolean prop, boolean *was_dead)
{
int x1,x2,x3,x4,x5,x6,x7,x8,x9,x10,x11,x12,x13,x14,x15,x16,x17,x18;
integer i1;
time_t old_time;
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld %ld %ld %ld %ld %ld %ld %ld %ld %d",
&PM.xtr_wgt,&PM.account,&PM.money[0],&PM.money[6],&PM.money[5],
&PM.money[4],&PM.money[3],&PM.money[2],&PM.money[1],&x1) != 10) {
*paniced = true;
}
PM.diffic = x1;
/*with py.misc.birth do*/
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld %d %d %d %d",
&PM.birth.year,&x1,&x2,&x3,&x4) != 5) {
*paniced = true;
}
PM.birth.month = x1;
PM.birth.day = x2;
PM.birth.hour = x3;
PM.birth.secs = x4;
/*with py.misc.cur_age do*/
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld %d %d %d %d",
&PM.cur_age.year,&x1,&x2,&x3,&x4) != 5) {
*paniced = true;
}
PM.cur_age.month = x1;
PM.cur_age.day = x2;
PM.cur_age.hour = x3;
PM.cur_age.secs = x4;
/*{FUBAR modification for quests}*/
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%d %d %d %ld %d", &x1, &x2, &x3, &PM.claim_check, &x4)
!=5 ) {
*paniced = true;
}
PF.quested = x1;
PM.cur_quest = x2;
PM.quests = x3;
PF.light_on = x4;
PF.resting_till_full = false;
// sys_gettim(¤t_time);
// sub_quadtime(current_time,start_time,&delta_time);
// sys_numtim(&tim,&delta_time);
// add_play_time(&tim,py.misc.play_tm);
/*with tim do*/
// read_decrypt(f1, cf_state, in_rec, paniced);
// sscanf(in_rec, "%ld %ld %ld %ld %ld %ld %ld",
// (int)tim.years,(int)tim.months,(int)tim.days,(int)tim.hours,
// (int)tim.minutes,(int)tim.seconds,(int)tim.hundredths);
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld", &old_time) != 1) {
*paniced = true;
}
convert_seconds_to_time(old_time, &py.misc.play_tm);
start_time = time(NULL);
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.name, in_rec, sizeof(vtype));
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.race, in_rec, sizeof(vtype));
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.sex, in_rec, sizeof(vtype));
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.tclass, in_rec, sizeof(vtype));
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.title, in_rec, sizeof(vtype));
for (i1 = 0; i1 < 5; i1++) {
read_decrypt(f1, cf_state, in_rec, paniced);
strncpy(py.misc.history[i1], in_rec, sizeof(vtype));
}
read_decrypt(f1, cf_state, in_rec, paniced);
if(sscanf(in_rec,"%d",&x1) != 1) {
*paniced = true;
}
py.misc.cheated |= x1;
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld %ld %d %d %d %d %d %d %d %ld %ld %ld %d %d %f",
&char_row,&char_col,&x1,&x2,
&x3,&x4,&x5,&x6,&x7,
&PM.exp,&PM.rep,&PM.premium,&x8,
&x9,&PM.expfact) != 15) {
*paniced = true;
}
PM.pclass = x1;
PM.prace = x2;
PM.age = x3;
PM.ht = x4;
PM.wt = x5;
PM.sc = x6;
PM.max_exp = x7;
PM.lev = x8;
PM.max_lev = x9;
if (PM.wt > max_allowable_weight()) {
PM.wt = ( 0.9*max_allowable_weight());
} else if (PM.wt < min_allowable_weight()) {
PM.wt = ( 1.10*min_allowable_weight()) ;
}
if (py.misc.pclass == C_WARRIOR) {
py.misc.mr = -10;
} else if ((py.misc.pclass == C_MAGE) || (py.misc.pclass == C_PRIEST)) {
py.misc.mr = 0;
} else {
py.misc.mr = -5;
}
read_decrypt(f1, cf_state, in_rec, paniced);
// sscanf(in_rec, "%ld %ld %f %ld %f %ld %ld %ld %ld %ld %ld %ld %ld %ld %ld %ld %ld",
// &(PM.srh),&(PM.fos),&(PM.stl),&(PM.bth),
// &x1,
// &x2, &(PM.cmana), &x3, &(PM.chp),
// &x4, &x5, &x7, &x7,
// &x8, &x9, &x10, &x11,
// &x12, &x13, &x14);
if (sscanf(in_rec, "%d %d %d %d %d %d %f %d %f %d %d %d %d %d %d %d %d %d %d %d",
&x1,&x2,&x3,&x4,
&x5,
&x6, &(PM.cmana), &x7, &(PM.chp),
&x8, &x9, &x10, &x11,
&x12, &x13, &x14, &x15,
&x16, &x17, &x18) != 20) {
*paniced = true;
}
PM.srh = x1;
PM.fos = x2;
PM.stl = x3;
PM.bth = x4;
PM.bthb = x5;
PM.mana = x6;
PM.mhp = x7;
PM.ptohit = x8;
PM.ptodam = x9;
PM.pac = x10;
PM.ptoac = x11;
PM.dis_th = x12;
PM.dis_td = x13;
PM.dis_ac = x14;
PM.dis_tac = x15;
PM.disarm = x16;
PM.save = x17;
PM.hitdie = x18;
read_decrypt(f1, cf_state, in_rec, paniced);
if (sscanf(in_rec, "%ld %ld %ld %ld %ld %ld %ld %lu",
&inven_ctr,&inven_weight,&equip_ctr,&dun_level,
&missle_ctr,&mon_tot_mult,&turn,
&randes_seed) != 8) {
*paniced = true;
}
/*end with py.misc*/