void
strnput(char *s, int n)
{
for(; *s; s++){
CPUT(*s);
n--;
}
for(; n > 0; n--)
CPUT(0);
}
t_stat clk_rd (int32 *data, int32 PA, int32 access)
{
if (clk_fnxm) return SCPE_NXM; /* not there??? */
if (CPUT (HAS_LTCM)) *data = clk_csr & CLKCSR_IMP; /* monitor bit? */
else *data = clk_csr & (CLKCSR_IMP & ~CSR_DONE); /* no, just IE */
return SCPE_OK;
}
int32
clk_inta(void)
{
if (CPUT(CPUT_24))
clk_csr = clk_csr & ~CSR_DONE;
return clk_dib.vec;
}
t_stat clk_wr (int32 data, int32 PA, int32 access)
{
if (clk_fnxm) return SCPE_NXM; /* not there??? */
if (PA & 1) return SCPE_OK;
clk_csr = (clk_csr & ~CLKCSR_RW) | (data & CLKCSR_RW);
if (CPUT (HAS_LTCM) && ((data & CSR_DONE) == 0)) /* monitor bit? */
clk_csr = clk_csr & ~CSR_DONE; /* clr if zero */
if ((((clk_csr & CSR_IE) == 0) && !clk_fie) || /* unless IE+DONE */
((clk_csr & CSR_DONE) == 0)) CLR_INT (CLK); /* clr intr */
return SCPE_OK;
}
t_stat clk_reset (DEVICE *dptr)
{
if (CPUT (HAS_LTCR)) clk_fie = clk_fnxm = 0; /* reg there? */
else clk_fie = clk_fnxm = 1; /* no, BEVENT */
clk_tps = clk_default; /* set default tps */
clk_csr = CSR_DONE; /* set done */
CLR_INT (CLK);
sim_rtcn_init (clk_unit.wait, TMR_CLK); /* init line clock */
sim_activate_abs (&clk_unit, clk_unit.wait); /* activate unit */
tmr_poll = clk_unit.wait; /* set timer poll */
tmxr_poll = clk_unit.wait; /* set mux poll */
return SCPE_OK;
}
void
putsymb(char *s, int t, long v, int ver)
{
int i, f;
if(t == 'f')
s++;
LPUT(v);
if(ver)
t += 'a' - 'A';
CPUT(t+0x80); /* 0x80 is variable length */
if(t == 'Z' || t == 'z') {
CPUT(s[0]);
for(i=1; s[i] != 0 || s[i+1] != 0; i += 2) {
CPUT(s[i]);
CPUT(s[i+1]);
}
CPUT(0);
CPUT(0);
i++;
}
else {
for(i=0; s[i]; i++)
CPUT(s[i]);
CPUT(0);
}
symsize += 4 + 1 + i + 1;
if(debug['n']) {
if(t == 'z' || t == 'Z') {
Bprint(&bso, "%c %.8lux ", t, v);
for(i=1; s[i] != 0 || s[i+1] != 0; i+=2) {
f = ((s[i]&0xff) << 8) | (s[i+1]&0xff);
Bprint(&bso, "/%x", f);
}
Bprint(&bso, "\n");
return;
}
if(ver)
Bprint(&bso, "%c %.8lux %s<%d>\n", t, v, s, ver);
else
Bprint(&bso, "%c %.8lux %s\n", t, v, s);
}
}
t_stat clk_reset (DEVICE *dptr)
{
sim_register_clock_unit (&clk_unit); /* declare clock unit */
if (CPUT (HAS_LTCR)) /* reg there? */
clk_fie = clk_fnxm = 0;
else {
clk_fnxm = 1; /* no LTCR, set nxm */
clk_fie = CPUO (OPT_BVT); /* ie = 1 unless no BEVENT */
}
clk_tps = clk_default; /* set default tps */
clk_csr = CSR_DONE; /* set done */
CLR_INT (CLK);
sim_rtcn_init (clk_unit.wait, TMR_CLK); /* init line clock */
sim_activate (&clk_unit, clk_unit.wait); /* activate unit */
tmr_poll = clk_unit.wait; /* set timer poll */
tmxr_poll = clk_unit.wait; /* set mux poll */
return SCPE_OK;
}
MCW_cluster_array *find_clusters_NN1( MRI_IMAGE *cim )
{
MCW_cluster_array *clust_arr ;
MCW_cluster *clust ;
int ii,jj,kk, icl , ijk , ijk_last ;
int ip,jp,kp , im,jm,km ;
int nx,ny,nz,nxy,nxyz ;
float *car = MRI_FLOAT_PTR(cim) ;
nx = cim->nx ; ny = cim->ny ; cim->nz ; nxy = nx*ny ; nxyz = nxy*nz ;
INIT_CLARR(clust_arr) ;
ijk_last = 0 ; /* start scanning at the start */
while(1) {
/* find next nonzero point in mmm array */
for( ijk=ijk_last ; ijk < nxyz ; ijk++ ) if( car[ijk] != 0.0f ) break ;
if( ijk == nxyz ) break ; /* didn't find any! */
ijk_last = ijk+1 ; /* start here next time */
INIT_CLUSTER(clust) ;
IJK_TO_THREE(ijk,ii,jj,kk,nx,nxy) ;
ADDTO_CLUSTER( clust , ii,jj,kk , car[ijk] ) ;
car[ijk] = 0.0f ;
/* loop over points in cluster, checking their neighbors,
growing the cluster if we find any that belong therein */
for( icl=0 ; icl < clust->num_pt ; icl++ ){
ii = clust->i[icl] ; jj = clust->j[icl] ; kk = clust->k[icl] ;
im = ii-1 ; jm = jj-1 ; km = kk-1 ;
ip = ii+1 ; jp = jj+1 ; kp = kk+1 ;
if( im >= 0 ) CPUT(im,jj,kk) ;
if( ip < nx ) CPUT(ip,jj,kk) ;
if( jm >= 0 ) CPUT(ii,jm,kk) ;
if( jp < ny ) CPUT(ii,jp,kk) ;
if( km >= 0 ) CPUT(ii,jj,km) ;
if( kp < nz ) CPUT(ii,jj,kp) ;
}
ADDTO_CLARR(clust_arr,clust) ;
}
if( clust_arr->num_clu <= 0 ){ DESTROY_CLARR(clust_arr) ; }
return clust_arr ;
}
void
asmb(void)
{
Prog *p;
long t;
Optab *o;
if(debug['v'])
Bprint(&bso, "%5.2f asm\n", cputime());
Bflush(&bso);
seek(cout, HEADR, 0);
pc = INITTEXT;
for(p = firstp; p != P; p = p->link) {
if(p->as == ATEXT) {
curtext = p;
autosize = p->to.offset + 4;
if(p->from3.type == D_CONST) {
for(; pc < p->pc; pc++)
CPUT(0);
}
}
if(p->pc != pc) {
diag("phase error %lux sb %lux",
p->pc, pc);
if(!debug['a'])
prasm(curp);
pc = p->pc;
}
curp = p;
o = oplook(p); /* could probably avoid this call */
if(asmout(p, o, 0)) {
p = p->link;
pc += 4;
}
pc += o->size;
}
if(debug['a'])
Bprint(&bso, "\n");
Bflush(&bso);
cflush();
curtext = P;
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
seek(cout, HEADR+textsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4), 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096), 0);
break;
}
if(dlm){
char buf[8];
write(cout, buf, INITDAT-textsize);
textsize = INITDAT;
}
for(t = 0; t < datsize; t += sizeof(buf)-100) {
if(datsize-t > sizeof(buf)-100)
datblk(t, sizeof(buf)-100);
else
datblk(t, datsize-t);
}
symsize = 0;
lcsize = 0;
if(!debug['s']) {
if(debug['v'])
Bprint(&bso, "%5.2f sym\n", cputime());
Bflush(&bso);
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
seek(cout, HEADR+textsize+datsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4)+datsize, 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096)+datsize, 0);
break;
}
if(!debug['s'])
asmsym();
if(debug['v'])
Bprint(&bso, "%5.2f sp\n", cputime());
Bflush(&bso);
if(!debug['s'])
asmlc();
if(dlm)
asmdyn();
if(HEADTYPE == 0 || HEADTYPE == 1) /* round up file length for boot image */
if((symsize+lcsize) & 1)
CPUT(0);
cflush();
}
else if(dlm){
asmdyn();
cflush();
}
seek(cout, 0L, 0);
switch(HEADTYPE) {
case 0:
lput(0x1030107); /* magic and sections */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 1:
lput(0x4a6f7921); /* Joy! */
lput(0x70656666); /* peff */
lput(0x70777063); /* pwpc */
lput(1);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x30002); /*YY*/
lput(0);
lput(~0);
lput(0);
lput(textsize+datsize);
lput(textsize+datsize);
lput(textsize+datsize);
lput(0xd0); /* header size */
lput(0x10400);
lput(~0);
lput(0);
lput(0xc);
lput(0xc);
lput(0xc);
lput(0xc0);
lput(0x01010400);
lput(~0);
lput(0);
lput(0x38);
lput(0x38);
lput(0x38);
lput(0x80);
lput(0x04040400);
lput(0);
lput(1);
lput(0);
lput(~0);
lput(0);
lput(~0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x3100); /* load address */
lput(0);
lput(0);
lput(0); /* whew! */
break;
case 2:
if(dlm)
lput(0x80000000 | (4*21*21+7)); /* magic */
else
lput(4*21*21+7); /* magic */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 3:
break;
case 4:
lput((0x1DFL<<16)|3L); /* magic and sections */
lput(time(0)); /* time and date */
lput(rnd(HEADR+textsize, 4096)+datsize);
lput(symsize); /* nsyms */
lput((0x48L<<16)|15L); /* size of optional hdr and flags */
lput((0413<<16)|01L); /* magic and version */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(entryvalue()); /* va of entry */
lput(INITTEXT); /* va of base of text */
lput(INITDAT); /* va of base of data */
lput(INITDAT); /* address of TOC */
lput((1L<<16)|1); /* sn(entry) | sn(text) */
lput((2L<<16)|1); /* sn(data) | sn(toc) */
lput((0L<<16)|3); /* sn(loader) | sn(bss) */
lput((3L<<16)|3); /* maxalign(text) | maxalign(data) */
lput(('1'<<24)|('L'<<16)|0); /* type field, and reserved */
lput(0); /* max stack allowed */
lput(0); /* max data allowed */
lput(0); lput(0); lput(0); /* reserved */
strnput(".text", 8); /* text segment */
lput(INITTEXT); /* address */
lput(INITTEXT);
lput(textsize);
lput(HEADR);
lput(0L);
lput(HEADR+textsize+datsize+symsize);
lput(lcsize); /* line number size */
lput(0x20L); /* flags */
strnput(".data", 8); /* data segment */
lput(INITDAT); /* address */
lput(INITDAT);
lput(datsize);
lput(rnd(HEADR+textsize, 4096));/* sizes */
lput(0L);
lput(0L);
lput(0L);
lput(0x40L); /* flags */
strnput(".bss", 8); /* bss segment */
lput(INITDAT+datsize); /* address */
lput(INITDAT+datsize);
lput(bsssize);
lput(0L);
lput(0L);
lput(0L);
lput(0L);
lput(0x80L); /* flags */
break;
case 5:
strnput("\177ELF", 4); /* e_ident */
CPUT(1); /* class = 32 bit */
CPUT(2); /* data = MSB */
CPUT(1); /* version = CURRENT */
strnput("", 9);
lput((2L<<16)|20L); /* type = EXEC; machine = PowerPC */
lput(1L); /* version = CURRENT */
lput(entryvalue() & ~KMASK); /* entry vaddr */
lput(52L); /* offset to first phdr */
lput(0L); /* offset to first shdr */
lput(0L); /* flags = PPC */
lput((52L<<16)|32L); /* Ehdr & Phdr sizes*/
lput((3L<<16)|0L); /* # Phdrs & Shdr size */
lput((0L<<16)|0L); /* # Shdrs & shdr string size */
lput(1L); /* text - type = PT_LOAD */
lput(HEADR); /* file offset */
lput(INITTEXT & ~KMASK); /* vaddr */
lput(INITTEXT); /* paddr */
lput(textsize); /* file size */
lput(textsize); /* memory size */
lput(0x05L); /* protections = RX */
lput(0x10000L); /* alignment */
lput(1L); /* data - type = PT_LOAD */
lput(HEADR+textsize); /* file offset */
lput(INITDAT & ~KMASK); /* vaddr */
lput(INITDAT); /* paddr */
lput(datsize); /* file size */
lput(datsize); /* memory size */
lput(0x07L); /* protections = RWX */
lput(0x10000L); /* alignment */
lput(0L); /* data - type = PT_NULL */
lput(HEADR+textsize+datsize); /* file offset */
lput(0L);
lput(0L);
lput(symsize); /* symbol table size */
lput(lcsize); /* line number size */
lput(0x04L); /* protections = R */
lput(0x04L); /* alignment code?? */
break;
}
cflush();
}
int do_fwr (cmd_tbl_t * cmdtp, int flag, int argc, char *argv[])
{
unsigned int fslnum;
unsigned int num;
unsigned int blocking;
if (argc < 3) {
cmd_usage(cmdtp);
return 1;
}
fslnum = (unsigned int)simple_strtoul (argv[1], NULL, 16);
num = (unsigned int)simple_strtoul (argv[2], NULL, 16);
blocking = (unsigned int)simple_strtoul (argv[3], NULL, 16);
if (fslnum < 0 || fslnum >= XILINX_FSL_NUMBER) {
cmd_usage(cmdtp);
return 1;
}
switch (fslnum) {
#if (XILINX_FSL_NUMBER > 0)
case 0:
switch (blocking) {
case 0: NPUT (num, 0);
break;
case 1: NCPUT (num, 0);
break;
case 2: PUT (num, 0);
break;
case 3: CPUT (num, 0);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 1)
case 1:
switch (blocking) {
case 0: NPUT (num, 1);
break;
case 1: NCPUT (num, 1);
break;
case 2: PUT (num, 1);
break;
case 3: CPUT (num, 1);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 2)
case 2:
switch (blocking) {
case 0: NPUT (num, 2);
break;
case 1: NCPUT (num, 2);
break;
case 2: PUT (num, 2);
break;
case 3: CPUT (num, 2);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 3)
case 3:
switch (blocking) {
case 0: NPUT (num, 3);
break;
case 1: NCPUT (num, 3);
break;
case 2: PUT (num, 3);
break;
case 3: CPUT (num, 3);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 4)
case 4:
switch (blocking) {
case 0: NPUT (num, 4);
break;
case 1: NCPUT (num, 4);
break;
case 2: PUT (num, 4);
break;
case 3: CPUT (num, 4);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 5)
case 5:
switch (blocking) {
case 0: NPUT (num, 5);
break;
case 1: NCPUT (num, 5);
break;
case 2: PUT (num, 5);
break;
case 3: CPUT (num, 5);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 6)
case 6:
switch (blocking) {
case 0: NPUT (num, 6);
break;
case 1: NCPUT (num, 6);
break;
case 2: PUT (num, 6);
break;
case 3: CPUT (num, 6);
break;
default:
return 2;
}
break;
#endif
#if (XILINX_FSL_NUMBER > 7)
case 7:
switch (blocking) {
case 0: NPUT (num, 7);
break;
case 1: NCPUT (num, 7);
break;
case 2: PUT (num, 7);
break;
case 3: CPUT (num, 7);
break;
default:
return 2;
}
break;
#endif
default:
return 1;
}
printf ("%01x: 0x%08x - %s %s write\n", fslnum, num,
blocking < 2 ? "non blocking" : "blocking",
((blocking == 1) || (blocking == 3)) ? "control" : "data" );
return 0;
}
void
asmb(void)
{
Prog *p;
long t;
Optab *o;
if(debug['v'])
Bprint(&bso, "%5.2f asm\n", cputime());
Bflush(&bso);
seek(cout, HEADR, 0);
pc = INITTEXT;
for(p = firstp; p != P; p = p->link) {
if(p->as == ATEXT) {
curtext = p;
autosize = p->to.offset + 4;
}
if(p->pc != pc) {
diag("phase error %lux sb %lux",
p->pc, pc);
if(!debug['a'])
prasm(curp);
pc = p->pc;
}
curp = p;
o = oplook(p); /* could probably avoid this call */
if(asmout(p, o, 0)) {
p = p->link;
pc += 4;
}
pc += o->size;
}
if(debug['a'])
Bprint(&bso, "\n");
Bflush(&bso);
cflush();
curtext = P;
switch(HEADTYPE) {
case 0:
case 3:
seek(cout, HEADR+textsize, 0);
break;
case 1:
case 2:
seek(cout, HEADR+textsize, 0);
break;
}
for(t = 0; t < datsize; t += sizeof(buf)-100) {
if(datsize-t > sizeof(buf)-100)
datblk(t, sizeof(buf)-100);
else
datblk(t, datsize-t);
}
symsize = 0;
lcsize = 0;
if(!debug['s']) {
if(debug['v'])
Bprint(&bso, "%5.2f sym\n", cputime());
Bflush(&bso);
switch(HEADTYPE) {
case 0:
case 3:
seek(cout, HEADR+textsize+datsize, 0);
break;
case 2:
case 1:
seek(cout, HEADR+textsize+datsize, 0);
break;
}
if(!debug['s'])
asmsym();
if(debug['v'])
Bprint(&bso, "%5.2f sp\n", cputime());
Bflush(&bso);
if(!debug['s'])
asmlc();
/* round up file length for boot image */
if(HEADTYPE == 0 || HEADTYPE == 3)
if((symsize+lcsize) & 1)
CPUT(0);
cflush();
}
seek(cout, 0L, 0);
switch(HEADTYPE) {
case 0:
lput(0x1030107); /* magic and sections */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 1:
break;
case 2:
lput(4*13*13+7); /* magic */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 3:
lput(0x1030107); /* magic and sections */
lput(0x90100000);
#define SPARC_NOOP 0x01000000
lput(SPARC_NOOP);
lput(SPARC_NOOP);
lput(SPARC_NOOP);
lput(SPARC_NOOP);
lput(SPARC_NOOP);
lput(SPARC_NOOP);
break;
}
cflush();
}
void
asmlc(void)
{
long oldpc, oldlc;
Prog *p;
long v, s;
oldpc = INITTEXT;
oldlc = 0;
for(p = firstp; p != P; p = p->link) {
if(p->line == oldlc || p->as == ATEXT || p->as == ANOP) {
if(p->as == ATEXT)
curtext = p;
if(debug['L'])
Bprint(&bso, "%6lux %P\n",
p->pc, p);
continue;
}
if(debug['L'])
Bprint(&bso, "\t\t%6ld", lcsize);
v = (p->pc - oldpc) / MINLC;
while(v) {
s = 127;
if(v < 127)
s = v;
CPUT(s+128); /* 129-255 +pc */
if(debug['L'])
Bprint(&bso, " pc+%ld*%d(%ld)", s, MINLC, s+128);
v -= s;
lcsize++;
}
s = p->line - oldlc;
oldlc = p->line;
oldpc = p->pc + MINLC;
if(s > 64 || s < -64) {
CPUT(0); /* 0 vv +lc */
CPUT(s>>24);
CPUT(s>>16);
CPUT(s>>8);
CPUT(s);
if(debug['L']) {
if(s > 0)
Bprint(&bso, " lc+%ld(%d,%ld)\n",
s, 0, s);
else
Bprint(&bso, " lc%ld(%d,%ld)\n",
s, 0, s);
Bprint(&bso, "%6lux %P\n",
p->pc, p);
}
lcsize += 5;
continue;
}
if(s > 0) {
CPUT(0+s); /* 1-64 +lc */
if(debug['L']) {
Bprint(&bso, " lc+%ld(%ld)\n", s, 0+s);
Bprint(&bso, "%6lux %P\n",
p->pc, p);
}
} else {
CPUT(64-s); /* 65-128 -lc */
if(debug['L']) {
Bprint(&bso, " lc%ld(%ld)\n", s, 64-s);
Bprint(&bso, "%6lux %P\n",
p->pc, p);
}
}
lcsize++;
}
//ボールが壁、プレイヤーキャラ、お助けブロックに接触した時の処理
void HitBall(void)
{
//壁との当たり判定
if(Ball[i].pos.x<-280) Ball[i].mov.x = fabs(Ball[i].mov.x);
if(Ball[i].pos.x>280) Ball[i].mov.x = -fabs(Ball[i].mov.x);
if(Ball[i].pos.y>226){
Ball[i].mov.y = -fabs(Ball[i].mov.y);
if(cpuflag[i] == 1) CPUT(i); //CPUはこの瞬間で目標点の計算を行う
}
//キャラとの当たり判定
if(HitCheck(Ball[i].pos,PlayP[i],10,16)==TRUE){
POINT2D Haziki;
Ball[i].mov.x = (Ball[i].pos.x - PlayP[i].x) / (170.0f - (nsel * 50));//難易度により速度が変わる
Ball[i].mov.y = (Ball[i].pos.y - PlayP[i].y) / (170.0f - (nsel * 50));//nselが大きいほど難易度高
Haziki.x=(Ball[i].pos.x-PlayP[i].x)/6.0f;
Haziki.y=(Ball[i].pos.y-PlayP[i].y)/6.0f;
Ball[i].pos.x += Haziki.x;
Ball[i].pos.y += Haziki.y;
}
//お助けブロックとの接触判定
for(j=0 ; j < 2 ; j++){
if(HitCheck(Ball[i].pos,Iti[j],10,16)==TRUE){
POINT2D Haziki;
Ball[i].mov.x = (Ball[i].pos.x - Iti[j].x ) / (170.0f - (nsel * 50));
Ball[i].mov.y = (Ball[i].pos.y - Iti[j].y ) / (170.0f - (nsel * 50));
Haziki.x=(Ball[i].pos.x-Iti[j].x)/6.0f;
Haziki.y=(Ball[i].pos.y-Iti[j].y)/6.0f;
Ball[i].pos.x += Haziki.x;
Ball[i].pos.y += Haziki.y;
if(cpuflag[i] == 1){ //CPUの場合
if(Ball[i].mov.y > 0){ //玉のY方向の速度が正なら目標点のX座標はボールのX座標
comT[i].y = 40 - nsel * 90;//Y座標は難易度にあわせて決める（難易度が高いほど下の方で動き回る）
comT[i].x = Ball[i].pos.x;
}
else CPUT(i); //玉のY方向の速度が負なら目標点計算
}
cflag[j] = 30; //衝突したらブロックの色が変わる、その為の判定用フラグ
ocunt[j]++; //数回衝突すると何かが起こる
Dotti[j] = i; //衝突した玉はP1のものかP2のものか判定
}
}
//破壊ブロックとの接触判定
for(Bloop2 = 0 ; Bloop2 < 4 ; Bloop2++){
for(Bloop1 = 0 ; Bloop1 < 17 ; Bloop1++){
if(Blife[Bloop1][Bloop2]>0){ //ライフ0のブロックは対象外
if(HitCheck(Ball[i].pos , Bpos[Bloop1][Bloop2] , 10 , 16)==TRUE){
//跳ね返り方向計算
Ball[i].mov.x = (Ball[i].pos.x - Bpos[Bloop1][Bloop2].x ) / (170.0f - (nsel * 50));
Ball[i].mov.y = (Ball[i].pos.y - Bpos[Bloop1][Bloop2].y ) / (170.0f - (nsel * 50));
if(cpuflag[i] == 1){
if(Ball[i].mov.y < 0) CPUT(i);//ボールのY方向の速度が負ならCPUの目標点計算
}
Blife[Bloop1][Bloop2] -= 1; //接触したらブロックのライフ−１
if (Blife[Bloop1][Bloop2] == 0){
poi[i]++; //ブロックを破壊したらポイントプラス
if(poi[i] == 20) fflag = 1; //ポイントが20溜まったらゲーム終了
chflag[i] = 1; //キャラ顔変化判定用フラグ＝１（喜び顔）
chcunt[i] = 200; //カウントが０になるまで顔は喜び顔のまま
fin++; //ブロックの破壊数プラス
if(fin == 68) fflag = 1; //全てのブロックが壊れたらゲーム終了
}
}
}
}
}
}
void
asmb(void)
{
Prog *p;
long t, magic;
Optab *o;
vlong vl;
if(debug['v'])
Bprint(&bso, "%5.2f asm\n", cputime());
Bflush(&bso);
seek(cout, HEADR, 0);
pc = INITTEXT;
for(p = firstp; p != P; p = p->link) {
if(p->as == ATEXT) {
curtext = p;
autosize = p->to.offset + 8;
if(p->from3.type == D_CONST) {
for(; pc < p->pc; pc++)
CPUT(0);
}
}
if(p->pc != pc) {
diag("phase error %llux sb %llux",
p->pc, pc);
if(!debug['a'])
prasm(curp);
pc = p->pc;
}
curp = p;
o = oplook(p); /* could probably avoid this call */
if(asmout(p, o, 0)) {
p = p->link;
pc += 4;
}
pc += o->size;
}
if(debug['a'])
Bprint(&bso, "\n");
Bflush(&bso);
cflush();
curtext = P;
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
case 9:
case 10:
seek(cout, HEADR+textsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4), 0);
break;
}
if(dlm){
char buf[8];
write(cout, buf, INITDAT-textsize);
textsize = INITDAT;
}
for(t = 0; t < datsize; t += sizeof(buf)-100) {
if(datsize-t > sizeof(buf)-100)
datblk(t, sizeof(buf)-100);
else
datblk(t, datsize-t);
}
symsize = 0;
lcsize = 0;
if(!debug['s']) {
if(debug['v'])
Bprint(&bso, "%5.2f sym\n", cputime());
Bflush(&bso);
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
case 9:
case 10:
seek(cout, HEADR+textsize+datsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4)+datsize, 0);
break;
}
if(!debug['s'])
asmsym();
if(debug['v'])
Bprint(&bso, "%5.2f sp\n", cputime());
Bflush(&bso);
if(!debug['s'])
asmlc();
if(dlm)
asmdyn();
if(HEADTYPE == 0 || HEADTYPE == 1) /* round up file length for boot image */
if((symsize+lcsize) & 1)
CPUT(0);
cflush();
}
else if(dlm){
asmdyn();
cflush();
}
seek(cout, 0L, 0);
switch(HEADTYPE) {
case 0:
lput(0x1030107); /* magic and sections */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 1:
if(dlm)
lput(0x80000000 | (4*21*21+7)); /* q.out magic */
else
lput(4*21*21+7); /* q.out magic */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 2: /* plan9 */
magic = 4*27*27+7;
magic |= 0x00008000; /* fat header */
if(dlm)
magic |= 0x80000000; /* dlm */
lput(magic);
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
vl = entryvalue();
lput(PADDR(vl)); /* va of entry (real mode on boot) */
lput(0L);
lput(lcsize);
llput(vl); /* va of entry */
break;
case 3:
break;
case 5:
elf32(POWER, ELFDATA2MSB, 0, nil);
break;
case 9: /* ELF64 Header */
case 10: /* A2 weirdness */
elf64(POWER64, ELFDATA2MSB, 0, nil);
break;
}
cflush();
}
void
asmb(void)
{
Prog *p;
long t;
Optab *o;
long prevpc;
if(debug['v'])
Bprint(&bso, "%5.2f asm\n", cputime());
Bflush(&bso);
/* emit text segment */
seek(cout, HEADR, 0);
prevpc = pc = INITTEXT;
for(p = firstp; p != P; p = p->link) {
if(p->as == ATEXT) {
curtext = p;
autosize = p->to.offset + 4;
if(p->from3.type == D_CONST) {
for(; pc < p->pc; pc++)
CPUT(0);
}
}
if(p->pc != pc) {
diag("phase error %lux sb %lux",
p->pc, pc);
if(!debug['a'])
prasm(curp);
pc = p->pc;
}
curp = p;
o = oplook(p); /* could probably avoid this call */
if(asmout(p, o, 0)) {
p = p->link;
pc += 4;
}
pc += o->size;
if (prevpc & (1<<31) && (pc & (1<<31)) == 0) {
char *tn;
tn = "?none?";
if(curtext != P && curtext->from.sym != S)
tn = curtext->from.sym->name;
Bprint(&bso, "%s: warning: text segment wrapped past 0\n", tn);
}
prevpc = pc;
}
/* for virtex 4, inject a jmp instruction after other text */
if(HEADTYPE == 6)
/* branch to absolute entry address (0xfffe2100) */
lput((18 << 26) | (0x03FFFFFC & entryvalue()) | 2);
if(debug['a'])
Bprint(&bso, "\n");
Bflush(&bso);
cflush();
/* emit data segment */
curtext = P;
switch(HEADTYPE) {
case 6:
textsize += JMPSZ;
/* fall through */
case 0:
case 1:
case 2:
case 5:
seek(cout, HEADR+textsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4), 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096), 0);
break;
}
if(dlm){
char buf[8];
write(cout, buf, INITDAT-textsize);
textsize = INITDAT;
}
for(t = 0; t < datsize; t += sizeof(buf)-100) {
if(datsize-t > sizeof(buf)-100)
datblk(t, sizeof(buf)-100);
else
datblk(t, datsize-t);
}
symsize = 0;
lcsize = 0;
if(!debug['s']) {
if(debug['v'])
Bprint(&bso, "%5.2f sym\n", cputime());
Bflush(&bso);
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
case 6:
seek(cout, HEADR+textsize+datsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4)+datsize, 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096)+datsize, 0);
break;
}
if(!debug['s'])
asmsym();
if(debug['v'])
Bprint(&bso, "%5.2f sp\n", cputime());
Bflush(&bso);
if(!debug['s'])
asmlc();
if(dlm)
asmdyn();
if(HEADTYPE == 0 || HEADTYPE == 1) /* round up file length for boot image */
if((symsize+lcsize) & 1)
CPUT(0);
cflush();
}
else if(dlm){
asmdyn();
cflush();
}
/* back up and write the header */
seek(cout, 0L, 0);
switch(HEADTYPE) {
case 0:
lput(0x1030107); /* magic and sections */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 1:
lput(0x4a6f7921); /* Joy! */
lput(0x70656666); /* peff */
lput(0x70777063); /* pwpc */
lput(1);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x30002); /*YY*/
lput(0);
lput(~0);
lput(0);
lput(textsize+datsize);
lput(textsize+datsize);
lput(textsize+datsize);
lput(0xd0); /* header size */
lput(0x10400);
lput(~0);
lput(0);
lput(0xc);
lput(0xc);
lput(0xc);
lput(0xc0);
lput(0x01010400);
lput(~0);
lput(0);
lput(0x38);
lput(0x38);
lput(0x38);
lput(0x80);
lput(0x04040400);
lput(0);
lput(1);
lput(0);
lput(~0);
lput(0);
lput(~0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x3100); /* load address */
lput(0);
lput(0);
lput(0); /* whew! */
break;
case 2:
if(dlm)
lput(0x80000000 | (4*21*21+7)); /* magic */
else
lput(4*21*21+7); /* magic */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 3:
break;
case 4:
lput((0x1DFL<<16)|3L); /* magic and sections */
lput(time(0)); /* time and date */
lput(rnd(HEADR+textsize, 4096)+datsize);
lput(symsize); /* nsyms */
lput((0x48L<<16)|15L); /* size of optional hdr and flags */
lput((0413<<16)|01L); /* magic and version */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(entryvalue()); /* va of entry */
lput(INITTEXT); /* va of base of text */
lput(INITDAT); /* va of base of data */
lput(INITDAT); /* address of TOC */
lput((1L<<16)|1); /* sn(entry) | sn(text) */
lput((2L<<16)|1); /* sn(data) | sn(toc) */
lput((0L<<16)|3); /* sn(loader) | sn(bss) */
lput((3L<<16)|3); /* maxalign(text) | maxalign(data) */
lput(('1'<<24)|('L'<<16)|0); /* type field, and reserved */
lput(0); /* max stack allowed */
lput(0); /* max data allowed */
lput(0); lput(0); lput(0); /* reserved */
strnput(".text", 8); /* text segment */
lput(INITTEXT); /* address */
lput(INITTEXT);
lput(textsize);
lput(HEADR);
lput(0L);
lput(HEADR+textsize+datsize+symsize);
lput(lcsize); /* line number size */
lput(0x20L); /* flags */
strnput(".data", 8); /* data segment */
lput(INITDAT); /* address */
lput(INITDAT);
lput(datsize);
lput(rnd(HEADR+textsize, 4096));/* sizes */
lput(0L);
lput(0L);
lput(0L);
lput(0x40L); /* flags */
strnput(".bss", 8); /* bss segment */
lput(INITDAT+datsize); /* address */
lput(INITDAT+datsize);
lput(bsssize);
lput(0L);
lput(0L);
lput(0L);
lput(0L);
lput(0x80L); /* flags */
break;
case 5:
/*
* customised for blue/gene,
* notably the alignment and KMASK masking.
*/
strnput("\177ELF", 4); /* e_ident */
CPUT(1); /* class = 32 bit */
CPUT(2); /* data = MSB */
CPUT(1); /* version = CURRENT */
strnput("", 9);
lput((2L<<16)|20L); /* type = EXEC; machine = PowerPC */
lput(1L); /* version = CURRENT */
lput(entryvalue() & ~KMASK); /* entry vaddr */
lput(52L); /* offset to first phdr */
if(debug['S']){
lput(HEADR+textsize+datsize+symsize); /* offset to first shdr */
lput(0L); /* flags = PPC */
lput((52L<<16)|32L); /* Ehdr & Phdr sizes*/
lput((3L<<16)|40L); /* # Phdrs & Shdr size */
lput((3L<<16)|2L); /* # Shdrs & shdr string size */
}
else{
lput(0L);
lput(0L); /* flags = PPC */
lput((52L<<16)|32L); /* Ehdr & Phdr sizes*/
lput((3L<<16)|0L); /* # Phdrs & Shdr size */
lput((3L<<16)|0L); /* # Shdrs & shdr string size */
}
lput(1L); /* text - type = PT_LOAD */
lput(HEADR); /* file offset */
lput(INITTEXT & ~KMASK); /* vaddr */
lput(INITTEXT); /* paddr */
lput(textsize); /* file size */
lput(textsize); /* memory size */
lput(0x05L); /* protections = RX */
lput(0x10000L); /* alignment */
lput(1L); /* data - type = PT_LOAD */
lput(HEADR+textsize); /* file offset */
lput(INITDAT & ~KMASK); /* vaddr */
lput(INITDAT); /* paddr */
lput(datsize); /* file size */
lput(datsize); /* memory size */
lput(0x07L); /* protections = RWX */
lput(0x10000L); /* alignment */
lput(0L); /* data - type = PT_NULL */
lput(HEADR+textsize+datsize); /* file offset */
lput(0L); /* vaddr */
lput(0L); /* paddr */
lput(symsize); /* symbol table size */
lput(lcsize); /* line number size */
lput(0x04L); /* protections = R */
lput(0x04L); /* alignment code?? */
cflush();
if(!debug['S'])
break;
seek(cout, HEADR+textsize+datsize+symsize, 0);
lput(1); /* Section name (string tbl index) */
lput(1); /* Section type */
lput(2|4); /* Section flags */
lput(INITTEXT & ~KMASK); /* Section virtual addr at execution */
lput(HEADR); /* Section file offset */
lput(textsize); /* Section size in bytes */
lput(0); /* Link to another section */
lput(0); /* Additional section information */
lput(0x10000L); /* Section alignment */
lput(0); /* Entry size if section holds table */
lput(7); /* Section name (string tbl index) */
lput(1); /* Section type */
lput(2|1); /* Section flags */
lput(INITDAT & ~KMASK); /* Section virtual addr at execution */
lput(HEADR+textsize); /* Section file offset */
lput(datsize); /* Section size in bytes */
lput(0); /* Link to another section */
lput(0); /* Additional section information */
lput(0x10000L); /* Section alignment */
lput(0); /* Entry size if section holds table */
/* string section header */
lput(12); /* Section name (string tbl index) */
lput(3); /* Section type */
lput(1 << 5); /* Section flags */
lput(0); /* Section virtual addr at execution */
lput(HEADR+textsize+datsize+symsize+3*40); /* Section file offset */
lput(14); /* Section size in bytes */
lput(0); /* Link to another section */
lput(0); /* Additional section information */
lput(1); /* Section alignment */
lput(0); /* Entry size if section holds table */
/* string table */
cput(0);
strnput(".text", 5);
cput(0);
strnput(".data", 5);
cput(0);
strnput(".strtab", 7);
cput(0);
cput(0);
break;
case 6:
/*
* customised for virtex 4 boot,
* notably the alignment and KMASK masking.
*/
strnput("\177ELF", 4); /* e_ident */
CPUT(1); /* class = 32 bit */
CPUT(2); /* data = MSB */
CPUT(1); /* version = CURRENT */
strnput("", 9);
lput((2L<<16)|20L); /* type = EXEC; machine = PowerPC */
lput(1L); /* version = CURRENT */
lput(entryvalue()); /* entry vaddr */
lput(52L); /* offset to first phdr */
debug['S'] = 1; /* no symbol table */
if(debug['S']){
lput(HEADR+textsize+datsize+symsize); /* offset to first shdr */
lput(0L); /* flags = PPC */
lput((52L<<16)|32L); /* Ehdr & Phdr sizes*/
lput((4L<<16)|40L); /* # Phdrs & Shdr size */
lput((4L<<16)|2L); /* # Shdrs & shdr string size */
}
else{
lput(0L);
lput(0L); /* flags = PPC */
lput((52L<<16)|32L); /* Ehdr & Phdr sizes*/
lput((4L<<16)|0L); /* # Phdrs & Shdr size */
lput((4L<<16)|0L); /* # Shdrs & shdr string size */
}
lput(1L); /* text - type = PT_LOAD */
lput(HEADR); /* file offset */
lput(INITTEXT); /* vaddr */
lput(INITTEXT); /* paddr */
lput(textsize-JMPSZ); /* file size */
lput(textsize-JMPSZ); /* memory size */
lput(0x05L); /* protections = RX */
lput(0); /* alignment */
lput(1L); /* data - type = PT_LOAD */
lput(HEADR+textsize); /* file offset */
lput(INITDAT); /* vaddr */
lput(INITDAT); /* paddr */
lput(datsize); /* file size */
lput(datsize+bsssize); /* memory size */
lput(0x07L); /* protections = RWX */
lput(0); /* alignment */
lput(0L); /* data - type = PT_NULL */
lput(HEADR+textsize+datsize); /* file offset */
lput(0L); /* vaddr */
lput(0L); /* paddr */
lput(symsize); /* symbol table size */
lput(lcsize); /* line number size */
lput(0x04L); /* protections = R */
lput(0x04L); /* alignment code?? */
/* add tiny text section at end with jmp to start */
lput(1L); /* text - type = PT_LOAD */
lput(HEADR+textsize-JMPSZ); /* file offset */
lput(0xFFFFFFFC); /* vaddr */
lput(0xFFFFFFFC); /* paddr */
lput(JMPSZ); /* file size */
lput(JMPSZ); /* memory size */
lput(0x05L); /* protections = RX */
lput(0); /* disable alignment */
cflush();
break;
}
cflush();
}
void
cput(long l)
{
CPUT(l);
}
void
asmb(void)
{
Prog *p;
long t;
Optab *o;
long prevpc;
if(debug['v'])
Bprint(&bso, "%5.2f asm\n", cputime());
Bflush(&bso);
/* emit text segment */
seek(cout, HEADR, 0);
prevpc = pc = INITTEXT;
for(p = firstp; p != P; p = p->link) {
if(p->as == ATEXT) {
curtext = p;
autosize = p->to.offset + 4;
if(p->from3.type == D_CONST) {
for(; pc < p->pc; pc++)
CPUT(0);
}
}
if(p->pc != pc) {
diag("phase error %lux sb %lux",
p->pc, pc);
if(!debug['a'])
prasm(curp);
pc = p->pc;
}
curp = p;
o = oplook(p); /* could probably avoid this call */
if(asmout(p, o, 0)) {
p = p->link;
pc += 4;
}
pc += o->size;
if (prevpc & (1<<31) && (pc & (1<<31)) == 0) {
char *tn;
tn = "??none??";
if(curtext != P && curtext->from.sym != S)
tn = curtext->from.sym->name;
Bprint(&bso, "%s: warning: text segment wrapped past 0\n", tn);
}
prevpc = pc;
}
if(debug['a'])
Bprint(&bso, "\n");
Bflush(&bso);
cflush();
/* emit data segment */
curtext = P;
switch(HEADTYPE) {
case 6:
/*
* but first, for virtex 4, inject a jmp instruction after
* other text: branch to absolute entry address (0xfffe2100).
*/
lput((18 << 26) | (0x03FFFFFC & entryvalue()) | 2);
textsize += JMPSZ;
cflush();
/* fall through */
case 0:
case 1:
case 2:
case 5:
seek(cout, HEADR+textsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4), 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096), 0);
break;
}
if(dlm){
char buf[8];
write(cout, buf, INITDAT-textsize);
textsize = INITDAT;
}
for(t = 0; t < datsize; t += sizeof(buf)-100) {
if(datsize-t > sizeof(buf)-100)
datblk(t, sizeof(buf)-100);
else
datblk(t, datsize-t);
}
symsize = 0;
lcsize = 0;
if(!debug['s']) {
if(debug['v'])
Bprint(&bso, "%5.2f sym\n", cputime());
Bflush(&bso);
switch(HEADTYPE) {
case 0:
case 1:
case 2:
case 5:
case 6:
seek(cout, HEADR+textsize+datsize, 0);
break;
case 3:
seek(cout, rnd(HEADR+textsize, 4)+datsize, 0);
break;
case 4:
seek(cout, rnd(HEADR+textsize, 4096)+datsize, 0);
break;
}
if(!debug['s'])
asmsym();
if(debug['v'])
Bprint(&bso, "%5.2f sp\n", cputime());
Bflush(&bso);
if(!debug['s'])
asmlc();
if(dlm)
asmdyn();
if(HEADTYPE == 0 || HEADTYPE == 1) /* round up file length for boot image */
if((symsize+lcsize) & 1)
CPUT(0);
cflush();
}
else if(dlm){
asmdyn();
cflush();
}
/* back up and write the header */
seek(cout, 0L, 0);
switch(HEADTYPE) {
case 0:
lput(0x1030107); /* magic and sections */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 1:
lput(0x4a6f7921); /* Joy! */
lput(0x70656666); /* peff */
lput(0x70777063); /* pwpc */
lput(1);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x30002); /*YY*/
lput(0);
lput(~0);
lput(0);
lput(textsize+datsize);
lput(textsize+datsize);
lput(textsize+datsize);
lput(0xd0); /* header size */
lput(0x10400);
lput(~0);
lput(0);
lput(0xc);
lput(0xc);
lput(0xc);
lput(0xc0);
lput(0x01010400);
lput(~0);
lput(0);
lput(0x38);
lput(0x38);
lput(0x38);
lput(0x80);
lput(0x04040400);
lput(0);
lput(1);
lput(0);
lput(~0);
lput(0);
lput(~0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0);
lput(0x3100); /* load address */
lput(0);
lput(0);
lput(0); /* whew! */
break;
case 2:
if(dlm)
lput(0x80000000 | (4*21*21+7)); /* magic */
else
lput(4*21*21+7); /* magic */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(symsize); /* nsyms */
lput(entryvalue()); /* va of entry */
lput(0L);
lput(lcsize);
break;
case 3:
break;
case 4:
lput((0x1DFL<<16)|3L); /* magic and sections */
lput(time(0)); /* time and date */
lput(rnd(HEADR+textsize, 4096)+datsize);
lput(symsize); /* nsyms */
lput((0x48L<<16)|15L); /* size of optional hdr and flags */
lput((0413<<16)|01L); /* magic and version */
lput(textsize); /* sizes */
lput(datsize);
lput(bsssize);
lput(entryvalue()); /* va of entry */
lput(INITTEXT); /* va of base of text */
lput(INITDAT); /* va of base of data */
lput(INITDAT); /* address of TOC */
lput((1L<<16)|1); /* sn(entry) | sn(text) */
lput((2L<<16)|1); /* sn(data) | sn(toc) */
lput((0L<<16)|3); /* sn(loader) | sn(bss) */
lput((3L<<16)|3); /* maxalign(text) | maxalign(data) */
lput(('1'<<24)|('L'<<16)|0); /* type field, and reserved */
lput(0); /* max stack allowed */
lput(0); /* max data allowed */
lput(0); lput(0); lput(0); /* reserved */
strnput(".text", 8); /* text segment */
lput(INITTEXT); /* address */
lput(INITTEXT);
lput(textsize);
lput(HEADR);
lput(0L);
lput(HEADR+textsize+datsize+symsize);
lput(lcsize); /* line number size */
lput(0x20L); /* flags */
strnput(".data", 8); /* data segment */
lput(INITDAT); /* address */
lput(INITDAT);
lput(datsize);
lput(rnd(HEADR+textsize, 4096));/* sizes */
lput(0L);
lput(0L);
lput(0L);
lput(0x40L); /* flags */
strnput(".bss", 8); /* bss segment */
lput(INITDAT+datsize); /* address */
lput(INITDAT+datsize);
lput(bsssize);
lput(0L);
lput(0L);
lput(0L);
lput(0L);
lput(0x80L); /* flags */
break;
case 5:
/*
* intended for blue/gene
*/
elf32(POWER, ELFDATA2MSB, 0, nil);
break;
case 6:
/*
* intended for virtex 4 boot
*/
debug['S'] = 1; /* symbol table */
elf32(POWER, ELFDATA2MSB, 1, elf32jmp);
break;
}
cflush();
}
void
cput(int32_t l)
{
CPUT(l);
}
