scsh-0.6/c/scheme48vm.c

10610 lines
308 KiB
C

#include <stdio.h>
#include "prescheme.h"
#include "scheme48vm-prelude.h"
static char add_more_channels(long);
static void enqueue_channelB(long, long);
static long close_channelB(long);
static void push_continuationB(char *, long);
static long enter_string(char*, long);
static char HcleanerB2190(long);
static void push_exception_continuationB(long, long);
static long make_registered_channel(long, long, long, long, long*);
static long channel_close_error(long, long, long);
static void HtopD8931(void);
static long Hlookup2132(long, long, long);
static long Hlookup2113(long, long, long);
static void HtopD8924(void);
static long collect_saving_temps(long, long, long*);
void s48_set_extension_valueB(long);
void s48_note_event(void);
void s48_set_os_signal(long, long);
long s48_exported_bindings(void);
char * s48_set_gc_roots_baseB(char **);
char s48_release_gc_roots_baseB(char *, char *);
void s48_disable_interruptsB(void);
void s48_push_gc_rootsB(char *, long);
void s48_register_gc_rootB(char *);
void s48_stack_setB(long, long);
long s48_stack_ref(long);
void s48_push(long);
long s48_resetup_external_exception(long, long);
void s48_enable_interruptsB(void);
char s48_pop_gc_rootsB(void);
void s48_mark_traced_channels_closedB(void);
long s48_set_channel_os_index(long, long);
long s48_cleaned_imported_bindings(void);
long s48_copy_symbol_table(void);
void s48_setup_external_exception(long, long);
void s48_close_channel(long);
char s48_warn_about_undefined_imported_bindings(void);
void s48_define_exported_binding(char*, long);
long s48_add_channel(long, long, long);
long s48_get_imported_binding(char*);
long s48_allocate_stob(long, long);
void s48_initialize_vm(char *, long);
long s48_restart(long, long);
long s48_call_startup_procedure(char**, long);
static long Snumber_of_channelsS;
static long *Svm_channelsS;
static long Spending_channels_headS;
static long Spending_channels_tailS;
static char * Sstack_beginS;
static char * Sstack_endS;
static char * SstackS;
static char * Sstack_limitS;
static long ScontS;
static long Sbottom_of_stackS;
static char Sstack_warningPS;
static long SenvS;
static long StemplateS;
static char * Scode_pointerS;
static long SvalS;
static long Sexception_handlersS;
static long Sinterrupt_handlersS;
static long Scurrent_threadS;
static long Ssession_dataS;
static long Sfinalizer_alistS;
static long Sfinalize_theseS;
static long Senabled_interruptsS;
static long Spending_interruptsS;
static long Sinterrupted_templateS;
static long Sinterrupt_templateS;
static long Sexception_templateS;
static long Ssaved_pcS;
static long Slosing_opcodeS;
static long Sos_signal_typeS;
static long Sos_signal_argumentS;
static char Sexternal_exceptionPS;
static long Sexternal_exception_nargsS;
static long Simported_bindingsS;
static long Sexported_bindingsS;
static long Sthe_symbol_tableS;
static char * Sexternal_root_stackS;
static char * Sexternal_root_stack_baseS;
static char * Spermanent_external_rootsS;
static void (*Sgc_root_procS)(void);
static void (*Spost_gc_cleanupS)(void);
char s48_Spending_interruptPS;
long s48_Sextension_valueS;
long s48_Scallback_return_stack_blockS;
char s48_Spending_eventsPS;
static char add_more_channels(long index_5X)
{
long arg0K0;
long i_11X;
long i_10X;
long *new_vm_channels_9X;
long new_count_8X;
long y_7X;
long x_6X;
{ x_6X = 1 + index_5X;
y_7X = 8 + (Snumber_of_channelsS);
if ((x_6X < y_7X)) {
arg0K0 = y_7X;
goto L2385;}
else {
arg0K0 = x_6X;
goto L2385;}}
L2385: {
new_count_8X = arg0K0;
new_vm_channels_9X = (long*)malloc(sizeof(long) * new_count_8X);
if ((NULL == new_vm_channels_9X)) {
return 0;}
else {
arg0K0 = 0;
goto L2397;}}
L2397: {
i_10X = arg0K0;
if ((i_10X == (Snumber_of_channelsS))) {
arg0K0 = (Snumber_of_channelsS);
goto L2412;}
else {
*(new_vm_channels_9X + i_10X) = (*((Svm_channelsS) + i_10X));
arg0K0 = (1 + i_10X);
goto L2397;}}
L2412: {
i_11X = arg0K0;
if ((i_11X == new_count_8X)) {
free((Svm_channelsS));
Svm_channelsS = new_vm_channels_9X;
Snumber_of_channelsS = new_count_8X;
return 1;}
else {
*(new_vm_channels_9X + i_11X) = 1;
arg0K0 = (1 + i_11X);
goto L2412;}}
}
static void enqueue_channelB(long index_12X, long status_13X)
{
char * addr_18X;
long x_17X;
char * addr_16X;
long val_15X;
long channel_14X;
{ channel_14X = *((Svm_channelsS) + index_12X);
val_15X = ((status_13X)<<2);
addr_16X = (((char *) (-3 + channel_14X))) + 16;
S48_WRITE_BARRIER(channel_14X, addr_16X, val_15X);
*((long *) addr_16X) = val_15X;
if ((1 == (*((long *) ((((char *) (-3 + channel_14X))) + 12))))) {
if ((1 == (Spending_channels_headS))) {
Spending_channels_headS = channel_14X;
Spending_channels_tailS = channel_14X;
return;}
else {
x_17X = Spending_channels_tailS;
addr_18X = (((char *) (-3 + x_17X))) + 12;
S48_WRITE_BARRIER(x_17X, addr_18X, channel_14X);
*((long *) addr_18X) = channel_14X;
Spending_channels_tailS = channel_14X;
return;}}
else {
return;}}
}
static long close_channelB(long channel_19X)
{
long arg0K0;
char * addr_27X;
long status_26X;
long v_25X;
long v_24X;
long v_23X;
long v_22X;
long x_21X;
long os_index_20X;
{ os_index_20X = (((*((long *) ((((char *) (-3 + channel_19X))) + 8))))>>2);
x_21X = *((long *) ((((char *) (-3 + channel_19X))) + 16));
if ((5 == x_21X)) {
v_22X = ps_abort_fd_op(os_index_20X);
enqueue_channelB(os_index_20X, v_22X);
goto L8016;}
else {
goto L8016;}}
L8016: {
v_23X = *((long *) (((char *) (-3 + channel_19X))));
if ((4 == v_23X)) {
goto L8031;}
else {
if ((12 == (*((long *) (((char *) (-3 + channel_19X))))))) {
goto L8031;}
else {
v_24X = ps_close_fd(os_index_20X);
arg0K0 = v_24X;
goto L8038;}}}
L8031: {
v_25X = ps_close_fd(os_index_20X);
arg0K0 = v_25X;
goto L8038;}
L8038: {
status_26X = arg0K0;
*((Svm_channelsS) + os_index_20X) = 1;
addr_27X = ((char *) (-3 + channel_19X));
S48_WRITE_BARRIER(channel_19X, addr_27X, 0);
*((long *) addr_27X) = 0;
return status_26X;}
}
static void push_continuationB(char * code_pointer_28X, long size_29X)
{
long cont_32X;
long template_31X;
long pc_30X;
{ pc_30X = (((code_pointer_28X - (((char *) (-3 + (*((long *) (((char *) (-3 + (StemplateS)))))))))))<<2);
template_31X = StemplateS;
SstackS = ((SstackS) + -20);
*((long *) ((SstackS) + 4)) = (128 | (4138 + (((size_29X)<<10))));
cont_32X = 3 + (((long) ((SstackS) + 8)));
*((long *) ((((char *) (-3 + cont_32X))) + 4)) = pc_30X;
*((long *) ((((char *) (-3 + cont_32X))) + 8)) = template_31X;
*((long *) ((((char *) (-3 + cont_32X))) + 12)) = (SenvS);
*((long *) (((char *) (-3 + cont_32X)))) = (ScontS);
ScontS = cont_32X;
return;}
}
static long enter_string(char *string_33X, long key_34X)
{
long arg0K0;
long i_39X;
long string_38X;
char * addr_37X;
long len_36X;
long z_35X;
{ z_35X = strlen((char *) string_33X);
len_36X = 1 + z_35X;
addr_37X = ALLOCATE_SPACE(17, (4 + len_36X));
*((long *) addr_37X) = (70 + (((len_36X)<<8)));
string_38X = 3 + (((long) (addr_37X + 4)));
*((unsigned char *) ((((char *) (-3 + string_38X))) + z_35X)) = 0;
arg0K0 = 0;
goto L9546;}
L9546: {
i_39X = arg0K0;
if ((i_39X < z_35X)) {
*((unsigned char *) ((((char *) (-3 + string_38X))) + i_39X)) = ((*(string_33X + i_39X)));
arg0K0 = (1 + i_39X);
goto L9546;}
else {
return string_38X;}}
}
static char HcleanerB2190(long table_40X)
{
long arg0K1;
long arg0K0;
long v_51X;
char * addr_50X;
long new_foo_49X;
char v_48X;
char * addr_47X;
long okay_46X;
long foo_45X;
long foo_44X;
char temp_43X;
long i_42X;
long table_41X;
{ table_41X = s48_trace_value(table_40X);
arg0K0 = 0;
goto L9736;}
L9736: {
i_42X = arg0K0;
temp_43X = 1024 == i_42X;
if (temp_43X) {
return temp_43X;}
else {
foo_44X = *((long *) ((((char *) (-3 + table_41X))) + (((i_42X)<<2))));
arg0K0 = foo_44X;
arg0K1 = 1;
goto L9756;}}
L9756: {
foo_45X = arg0K0;
okay_46X = arg0K1;
if ((1 == foo_45X)) {
addr_47X = (((char *) (-3 + table_41X))) + (((i_42X)<<2));
S48_WRITE_BARRIER(table_41X, addr_47X, okay_46X);
*((long *) addr_47X) = okay_46X;
arg0K0 = (1 + i_42X);
goto L9736;}
else {
v_48X = s48_extantP(foo_45X);
if (v_48X) {
new_foo_49X = s48_trace_value(foo_45X);
addr_50X = (((char *) (-3 + new_foo_49X))) + 4;
S48_WRITE_BARRIER(new_foo_49X, addr_50X, okay_46X);
*((long *) addr_50X) = okay_46X;
arg0K0 = new_foo_49X;
goto L9761;}
else {
arg0K0 = okay_46X;
goto L9761;}}}
L9761: {
v_51X = arg0K0;
arg0K0 = (*((long *) ((((char *) (-3 + foo_45X))) + 4)));
arg0K1 = v_51X;
goto L9756;}
}
static void push_exception_continuationB(long exception_52X, long instruction_size_53X)
{
char * arg1K0;
long arg0K1;
long arg0K0;
long v_58X;
long i_57X;
char * p_56X;
long tem_55X;
long opcode_54X;
{ opcode_54X = *((unsigned char *) (Scode_pointerS));
*((long *) (SstackS)) = (((instruction_size_53X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((exception_52X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (StemplateS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((((Scode_pointerS) - (((char *) (-3 + (*((long *) (((char *) (-3 + (StemplateS)))))))))))<<2));
SstackS = ((SstackS) + -4);
tem_55X = Sexception_templateS;
StemplateS = tem_55X;
Scode_pointerS = (((char *) (-3 + (*((long *) (((char *) (-3 + tem_55X))))))));
arg1K0 = ((SstackS) + 4);
arg0K1 = 0;
goto L9969;}
L9969: {
p_56X = arg1K0;
i_57X = arg0K1;
if ((2 == (3 & (*((long *) p_56X))))) {
if ((26 == (*((long *) p_56X)))) {
arg0K0 = (-1 + i_57X);
goto L9910;}
else {
arg0K0 = i_57X;
goto L9910;}}
else {
arg1K0 = (p_56X + 4);
arg0K1 = (1 + i_57X);
goto L9969;}}
L9910: {
v_58X = arg0K0;
push_continuationB((Scode_pointerS), v_58X);
*((long *) (SstackS)) = (((opcode_54X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((exception_52X)<<2));
SstackS = ((SstackS) + -4);
return;}
}
static long make_registered_channel(long mode_59X, long id_60X, long os_index_61X, long key_62X, long *TT0)
{
long x_66X;
char * addr_65X;
char x_64X;
char temp_63X;
{ temp_63X = os_index_61X < (Snumber_of_channelsS);
if (temp_63X) {
goto L10837;}
else {
x_64X = add_more_channels(os_index_61X);
if (x_64X) {
goto L10837;}
else {
*TT0 = 9;
return 1;}}}
L10837: {
if ((1 == (*((Svm_channelsS) + os_index_61X)))) {
addr_65X = ALLOCATE_SPACE(6, 24);
*((long *) addr_65X) = 5146;
x_66X = 3 + (((long) (addr_65X + 4)));
*((long *) (((char *) (-3 + x_66X)))) = (((mode_59X)<<2));
*((long *) ((((char *) (-3 + x_66X))) + 4)) = id_60X;
*((long *) ((((char *) (-3 + x_66X))) + 8)) = (((os_index_61X)<<2));
*((long *) ((((char *) (-3 + x_66X))) + 12)) = 1;
*((long *) ((((char *) (-3 + x_66X))) + 16)) = 1;
*((Svm_channelsS) + os_index_61X) = x_66X;
*TT0 = 9;
return x_66X;}
else {
*TT0 = 11;
return 1;}}
}
static long channel_close_error(long status_67X, long index_68X, long id_69X)
{
long v_70X;
{ ps_write_string("Error: ", (stderr));
ps_write_string((ps_error_string(status_67X)), (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
ps_write_string(" while closing port ", (stderr));
if ((3 == (3 & id_69X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + id_69X))) + -4))))>>2))))) {
ps_write_string((((char *)(((char *) (-3 + id_69X))))), (stderr));
goto L11483;}
else {
goto L11477;}}
else {
goto L11477;}}
L11483: {
PS_WRITE_CHAR(10, (stderr), v_70X)
return v_70X;}
L11477: {
ps_write_integer((((index_68X)>>2)), (stderr));
goto L11483;}
}
static void HtopD8931(void)
{
char * arg1K0;
long arg0K1;
long arg0K0;
long env_113X;
long env_112X;
long last_env_111X;
long cont_110X;
long env_109X;
long v_108X;
long env_107X;
long p_106X;
long arg_count_105X;
long i_104X;
char * p_103X;
char * addr_102X;
long val_101X;
long unused_100X;
char * a_99X;
char x_98X;
long pair_97X;
long v_96X;
long v_95X;
long env_94X;
long alist_93X;
long x2_92X;
char * cell_91X;
long i_90X;
long x2_89X;
char * cell_88X;
long v_87X;
long v_86X;
long v_85X;
long v_84X;
long v_83X;
long v_82X;
long v_81X;
long v_80X;
long v_79X;
long v_78X;
long v_77X;
long v_76X;
long v_75X;
long v_74X;
char * frame_73X;
long length_72X;
char * frame_71X;
{ arg1K0 = (Sexternal_root_stackS);
goto L6275;}
L6275: {
frame_71X = arg1K0;
if ((frame_71X == NULL)) {
arg1K0 = (Spermanent_external_rootsS);
goto L6301;}
else {
length_72X = *((long *) frame_71X);
arg0K0 = 0;
goto L6283;}}
L6301: {
frame_73X = arg1K0;
if ((frame_73X == NULL)) {
s48_initializing_gc_root();
v_74X = s48_trace_value((Simported_bindingsS));
Simported_bindingsS = v_74X;
v_75X = s48_trace_value((Sexported_bindingsS));
Sexported_bindingsS = v_75X;
Ssaved_pcS = (((((Scode_pointerS) - (((char *) (-3 + (*((long *) (((char *) (-3 + (StemplateS)))))))))))<<2));
v_76X = s48_trace_value((StemplateS));
StemplateS = v_76X;
v_77X = s48_trace_value((SvalS));
SvalS = v_77X;
v_78X = s48_trace_value((Scurrent_threadS));
Scurrent_threadS = v_78X;
v_79X = s48_trace_value((Ssession_dataS));
Ssession_dataS = v_79X;
v_80X = s48_trace_value((Sexception_handlersS));
Sexception_handlersS = v_80X;
v_81X = s48_trace_value((Sexception_templateS));
Sexception_templateS = v_81X;
v_82X = s48_trace_value((Sinterrupt_handlersS));
Sinterrupt_handlersS = v_82X;
v_83X = s48_trace_value((Sinterrupt_templateS));
Sinterrupt_templateS = v_83X;
v_84X = s48_trace_value((Sinterrupted_templateS));
Sinterrupted_templateS = v_84X;
v_85X = s48_trace_value((Sfinalize_theseS));
Sfinalize_theseS = v_85X;
v_86X = s48_trace_value((Sos_signal_typeS));
Sos_signal_typeS = v_86X;
v_87X = s48_trace_value((Sos_signal_argumentS));
Sos_signal_argumentS = v_87X;
arg0K0 = (Sfinalizer_alistS);
goto L5309;}
else {
cell_88X = ((char *) (*((long *) (frame_73X + 4))));
x2_89X = s48_trace_value((*((long *) cell_88X)));
*((long *) cell_88X) = x2_89X;
arg1K0 = (((char *) (*((long *) frame_73X))));
goto L6301;}}
L6283: {
i_90X = arg0K0;
if ((i_90X == length_72X)) {
arg1K0 = (((char *) (*((long *) (frame_71X + 4)))));
goto L6275;}
else {
cell_91X = ((char *) (*((long *) (frame_71X + (8 + (((i_90X)<<2)))))));
x2_92X = s48_trace_value((*((long *) cell_91X)));
*((long *) cell_91X) = x2_92X;
arg0K0 = (1 + i_90X);
goto L6283;}}
L5309: {
alist_93X = arg0K0;
if ((25 == alist_93X)) {
env_94X = s48_trace_value((SenvS));
SenvS = env_94X;
v_95X = s48_trace_value((Spending_channels_headS));
Spending_channels_headS = v_95X;
v_96X = s48_trace_value((Spending_channels_tailS));
Spending_channels_tailS = v_96X;
if ((Sstack_warningPS)) {
arg1K0 = (Sstack_beginS);
goto L5903;}
else {
goto L5936;}}
else {
pair_97X = *((long *) (((char *) (-3 + alist_93X))));
x_98X = s48_extantP((*((long *) (((char *) (-3 + pair_97X))))));
if (x_98X) {
goto L5334;}
else {
s48_trace_stob_contentsB((*((long *) (((char *) (-3 + pair_97X))))));
goto L5334;}}}
L5903: {
a_99X = arg1K0;
if ((252645135 == (*((long *) a_99X)))) {
arg1K0 = (a_99X + 4);
goto L5903;}
else {
unused_100X = (((a_99X - (Sstack_beginS)))>>2);
if ((unused_100X < 30)) {
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
ps_write_string("[Alert: stack overconsumption (", (stderr));
ps_write_integer(unused_100X, (stderr));
ps_write_string("); please inform the Scheme 48 implementors]", (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
Sstack_warningPS = 0;
goto L5936;}
else {
goto L5936;}}}
L5936: {
arg1K0 = ((SstackS) + 4);
arg0K1 = 0;
goto L6001;}
L5334: {
val_101X = s48_trace_value((*((long *) ((((char *) (-3 + pair_97X))) + 4))));
addr_102X = (((char *) (-3 + pair_97X))) + 4;
S48_WRITE_BARRIER(pair_97X, addr_102X, val_101X);
*((long *) addr_102X) = val_101X;
arg0K0 = (*((long *) ((((char *) (-3 + alist_93X))) + 4)));
goto L5309;}
L6001: {
p_103X = arg1K0;
i_104X = arg0K1;
if ((2 == (3 & (*((long *) p_103X))))) {
if ((26 == (*((long *) p_103X)))) {
arg0K0 = (-1 + i_104X);
goto L5938;}
else {
arg0K0 = i_104X;
goto L5938;}}
else {
arg1K0 = (p_103X + 4);
arg0K1 = (1 + i_104X);
goto L6001;}}
L5938: {
arg_count_105X = arg0K0;
s48_trace_locationsB(((SstackS) + 4), ((SstackS) + (4 + (((arg_count_105X)<<2)))));
p_106X = SenvS;
if ((3 == (3 & p_106X))) {
if ((p_106X < (((long) (Sstack_beginS))))) {
goto L5954;}
else {
if (((((long) (Sstack_endS))) < p_106X)) {
goto L5954;}
else {
env_107X = SenvS;
arg0K0 = env_107X;
goto L6114;}}}
else {
goto L5954;}}
L5954: {
v_108X = s48_trace_value((SenvS));
SenvS = v_108X;
goto L5959;}
L6114: {
env_109X = arg0K0;
if ((3 == (3 & env_109X))) {
if ((env_109X < (((long) (Sstack_beginS))))) {
goto L5959;}
else {
if (((((long) (Sstack_endS))) < env_109X)) {
goto L5959;}
else {
s48_trace_stob_contentsB(env_109X);
arg0K0 = (*((long *) (((char *) (-3 + env_109X)))));
goto L6114;}}}
else {
goto L5959;}}
L5959: {
arg0K0 = (ScontS);
arg0K1 = 0;
goto L5964;}
L5964: {
cont_110X = arg0K0;
last_env_111X = arg0K1;
env_112X = *((long *) ((((char *) (-3 + cont_110X))) + 12));
s48_trace_stob_contentsB(cont_110X);
if ((env_112X == last_env_111X)) {
goto L5982;}
else {
arg0K0 = env_112X;
goto L6069;}}
L5982: {
if ((cont_110X == (Sbottom_of_stackS))) {
return;}
else {
arg0K0 = (*((long *) (((char *) (-3 + cont_110X)))));
arg0K1 = env_112X;
goto L5964;}}
L6069: {
env_113X = arg0K0;
if ((3 == (3 & env_113X))) {
if ((env_113X < (((long) (Sstack_beginS))))) {
goto L5982;}
else {
if (((((long) (Sstack_endS))) < env_113X)) {
goto L5982;}
else {
s48_trace_stob_contentsB(env_113X);
arg0K0 = (*((long *) (((char *) (-3 + env_113X)))));
goto L6069;}}}
else {
goto L5982;}}
}
static long Hlookup2132(long table_114X, long string_115X, long key_116X)
{
long arg0K1;
long arg0K0;
long len_127X;
long s2_126X;
char * addr_125X;
long x_124X;
char * addr_123X;
long foo_122X;
long bucket_121X;
long index_120X;
long h_119X;
long i_118X;
long n_117X;
{ n_117X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + string_115X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L13104;}
L13104: {
i_118X = arg0K0;
h_119X = arg0K1;
if ((i_118X < n_117X)) {
arg0K0 = (1 + i_118X);
arg0K1 = (h_119X + (((*((unsigned char *) ((((char *) (-3 + string_115X))) + i_118X))))));
goto L13104;}
else {
index_120X = 1023 & h_119X;
bucket_121X = *((long *) ((((char *) (-3 + table_114X))) + (((index_120X)<<2))));
arg0K0 = bucket_121X;
goto L13072;}}
L13072: {
foo_122X = arg0K0;
if ((1 == foo_122X)) {
addr_123X = ALLOCATE_SPACE(14, 20);
*((long *) addr_123X) = 4154;
x_124X = 3 + (((long) (addr_123X + 4)));
*((long *) (((char *) (-3 + x_124X)))) = string_115X;
*((long *) ((((char *) (-3 + x_124X))) + 4)) = 1;
*((long *) ((((char *) (-3 + x_124X))) + 8)) = 13;
*((long *) ((((char *) (-3 + x_124X))) + 12)) = bucket_121X;
addr_125X = (((char *) (-3 + table_114X))) + (((index_120X)<<2));
S48_WRITE_BARRIER(table_114X, addr_125X, x_124X);
*((long *) addr_125X) = x_124X;
return x_124X;}
else {
s2_126X = *((long *) (((char *) (-3 + foo_122X))));
len_127X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + string_115X))) + -4))))>>8);
if ((len_127X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + s2_126X))) + -4))))>>8)))) {
if (((!memcmp((void *)(((char *) (-3 + s2_126X))), (void *)(((char *) (-3 + string_115X))),len_127X)))) {
return foo_122X;}
else {
goto L13088;}}
else {
goto L13088;}}}
L13088: {
arg0K0 = (*((long *) ((((char *) (-3 + foo_122X))) + 12)));
goto L13072;}
}
static long Hlookup2113(long table_128X, long string_129X, long key_130X)
{
long arg0K1;
long arg0K0;
long len_141X;
long s2_140X;
char * addr_139X;
long x_138X;
char * addr_137X;
long foo_136X;
long bucket_135X;
long index_134X;
long h_133X;
long i_132X;
long n_131X;
{ n_131X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + string_129X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L13229;}
L13229: {
i_132X = arg0K0;
h_133X = arg0K1;
if ((i_132X < n_131X)) {
arg0K0 = (1 + i_132X);
arg0K1 = (h_133X + (((*((unsigned char *) ((((char *) (-3 + string_129X))) + i_132X))))));
goto L13229;}
else {
index_134X = 1023 & h_133X;
bucket_135X = *((long *) ((((char *) (-3 + table_128X))) + (((index_134X)<<2))));
arg0K0 = bucket_135X;
goto L13197;}}
L13197: {
foo_136X = arg0K0;
if ((1 == foo_136X)) {
addr_137X = ALLOCATE_SPACE(14, 20);
*((long *) addr_137X) = 4154;
x_138X = 3 + (((long) (addr_137X + 4)));
*((long *) (((char *) (-3 + x_138X)))) = string_129X;
*((long *) ((((char *) (-3 + x_138X))) + 4)) = 5;
*((long *) ((((char *) (-3 + x_138X))) + 8)) = 13;
*((long *) ((((char *) (-3 + x_138X))) + 12)) = bucket_135X;
addr_139X = (((char *) (-3 + table_128X))) + (((index_134X)<<2));
S48_WRITE_BARRIER(table_128X, addr_139X, x_138X);
*((long *) addr_139X) = x_138X;
return x_138X;}
else {
s2_140X = *((long *) (((char *) (-3 + foo_136X))));
len_141X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + string_129X))) + -4))))>>8);
if ((len_141X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + s2_140X))) + -4))))>>8)))) {
if (((!memcmp((void *)(((char *) (-3 + s2_140X))), (void *)(((char *) (-3 + string_129X))),len_141X)))) {
return foo_136X;}
else {
goto L13213;}}
else {
goto L13213;}}}
L13213: {
arg0K0 = (*((long *) ((((char *) (-3 + foo_136X))) + 12)));
goto L13197;}
}
static void HtopD8924(void)
{
long arg0K2;
long arg0K1;
long arg0K0;
long status_168X;
long id_167X;
long new_166X;
long id_165X;
long header_164X;
long channel_163X;
long i_162X;
char * addr_161X;
long l_160X;
long v_159X;
char * addr_158X;
char * addr_157X;
char * addr_156X;
char * addr_155X;
long val_154X;
char tracedP_153X;
long next_152X;
long thing_151X;
long pair_150X;
long alist_149X;
long l2_148X;
long goners_147X;
long okay_146X;
long alist_145X;
long pc_144X;
long tem_143X;
long new_142X;
{ new_142X = s48_trace_value((Sthe_symbol_tableS));
HcleanerB2190(new_142X);
Sthe_symbol_tableS = new_142X;
tem_143X = StemplateS;
pc_144X = Ssaved_pcS;
StemplateS = tem_143X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + tem_143X)))))))) + (((pc_144X)>>2)));
arg0K0 = (Sfinalizer_alistS);
arg0K1 = 25;
arg0K2 = 25;
goto L7742;}
L7742: {
alist_145X = arg0K0;
okay_146X = arg0K1;
goners_147X = arg0K2;
if ((25 == alist_145X)) {
Sfinalizer_alistS = okay_146X;
l2_148X = Sfinalize_theseS;
if ((25 == goners_147X)) {
arg0K0 = l2_148X;
goto L7750;}
else {
arg0K0 = goners_147X;
goto L7803;}}
else {
alist_149X = s48_trace_value(alist_145X);
pair_150X = s48_trace_value((*((long *) (((char *) (-3 + alist_149X))))));
thing_151X = *((long *) (((char *) (-3 + pair_150X))));
next_152X = *((long *) ((((char *) (-3 + alist_149X))) + 4));
tracedP_153X = s48_extantP(thing_151X);
val_154X = s48_trace_value(thing_151X);
addr_155X = ((char *) (-3 + pair_150X));
S48_WRITE_BARRIER(pair_150X, addr_155X, val_154X);
*((long *) addr_155X) = val_154X;
addr_156X = ((char *) (-3 + alist_149X));
S48_WRITE_BARRIER(alist_149X, addr_156X, pair_150X);
*((long *) addr_156X) = pair_150X;
if (tracedP_153X) {
addr_157X = (((char *) (-3 + alist_149X))) + 4;
S48_WRITE_BARRIER(alist_149X, addr_157X, okay_146X);
*((long *) addr_157X) = okay_146X;
arg0K0 = next_152X;
arg0K1 = alist_149X;
arg0K2 = goners_147X;
goto L7742;}
else {
addr_158X = (((char *) (-3 + alist_149X))) + 4;
S48_WRITE_BARRIER(alist_149X, addr_158X, goners_147X);
*((long *) addr_158X) = goners_147X;
arg0K0 = next_152X;
arg0K1 = okay_146X;
arg0K2 = alist_149X;
goto L7742;}}}
L7750: {
v_159X = arg0K0;
Sfinalize_theseS = v_159X;
arg0K0 = 0;
goto L12536;}
L7803: {
l_160X = arg0K0;
if ((25 == (*((long *) ((((char *) (-3 + l_160X))) + 4))))) {
addr_161X = (((char *) (-3 + l_160X))) + 4;
S48_WRITE_BARRIER(l_160X, addr_161X, l2_148X);
*((long *) addr_161X) = l2_148X;
arg0K0 = goners_147X;
goto L7750;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + l_160X))) + 4)));
goto L7803;}}
L12536: {
i_162X = arg0K0;
if ((i_162X == (Snumber_of_channelsS))) {
Spending_interruptsS = (4 | (Spending_interruptsS));
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
return;}
else {
return;}}
else {
s48_Spending_interruptPS = 1;
return;}}
else {
channel_163X = *((Svm_channelsS) + i_162X);
if ((1 == channel_163X)) {
goto L12572;}
else {
header_164X = *((long *) ((((char *) (-3 + channel_163X))) + -4));
if ((3 == (3 & header_164X))) {
arg0K0 = header_164X;
goto L12565;}
else {
if ((0 == (*((long *) (((char *) (-3 + channel_163X))))))) {
arg0K0 = 1;
goto L12565;}
else {
id_165X = *((long *) ((((char *) (-3 + channel_163X))) + 4));
if ((0 == (3 & id_165X))) {
arg0K0 = id_165X;
goto L12248;}
else {
if ((3 == (3 & (*((long *) ((((char *) (-3 + id_165X))) + -4)))))) {
arg0K0 = (*((long *) ((((char *) (-3 + id_165X))) + -4)));
goto L12248;}
else {
arg0K0 = id_165X;
goto L12248;}}}}}}}
L12572: {
arg0K0 = (1 + i_162X);
goto L12536;}
L12565: {
new_166X = arg0K0;
*((Svm_channelsS) + i_162X) = new_166X;
goto L12572;}
L12248: {
id_167X = arg0K0;
status_168X = close_channelB(channel_163X);
if ((status_168X == NO_ERRORS)) {
goto L12263;}
else {
channel_close_error(status_168X, (*((long *) ((((char *) (-3 + channel_163X))) + 8))), id_167X);
goto L12263;}}
L12263: {
ps_write_string("Channel closed: ", (stderr));
if ((0 == (3 & id_167X))) {
ps_write_integer((((id_167X)>>2)), (stderr));
goto L12281;}
else {
ps_write_string((((char *)(((char *) (-3 + id_167X))))), (stderr));
goto L12281;}}
L12281: {
ps_write_string(" ", (stderr));
ps_write_integer(((((*((long *) ((((char *) (-3 + channel_163X))) + 8))))>>2)), (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
arg0K0 = 1;
goto L12565;}
}
static long collect_saving_temps(long value0_169X, long value1_170X, long *TT0)
{
long value0_172X;
long value1_171X;
{ s48_begin_collection();
(*(Sgc_root_procS))();
value1_171X = s48_trace_value(value1_170X);
value0_172X = s48_trace_value(value0_169X);
s48_do_gc();
(*(Spost_gc_cleanupS))();
s48_end_collection();
*TT0 = value1_171X;
return value0_172X;}
}
void s48_set_extension_valueB(long value_173X)
{
{ s48_Sextension_valueS = value_173X;
return;}
}
void s48_note_event(void)
{
{ s48_Spending_eventsPS = 1;
s48_Spending_interruptPS = 1;
return;}
}
void s48_set_os_signal(long type_174X, long argument_175X)
{
{ Sos_signal_typeS = type_174X;
Sos_signal_argumentS = argument_175X;
return;}
}
long s48_exported_bindings(void)
{
{ return (Sexported_bindingsS);}
}
char * s48_set_gc_roots_baseB(char * *TT0)
{
char * old_base_176X;
{ old_base_176X = Sexternal_root_stack_baseS;
Sexternal_root_stack_baseS = (Sexternal_root_stackS);
*TT0 = (Sexternal_root_stackS);
return old_base_176X;}
}
char s48_release_gc_roots_baseB(char * old_base_177X, char * old_stack_178X)
{
char okayP_179X;
{ okayP_179X = (Sexternal_root_stackS) == (Sexternal_root_stack_baseS);
Sexternal_root_stack_baseS = old_base_177X;
Sexternal_root_stackS = old_stack_178X;
return okayP_179X;}
}
void s48_disable_interruptsB(void)
{
{ s48_Spending_interruptPS = 0;
Senabled_interruptsS = 0;
return;}
}
void s48_push_gc_rootsB(char * frame_180X, long n_181X)
{
{ *((long *) frame_180X) = n_181X;
*((long *) (frame_180X + 4)) = (((long) (Sexternal_root_stackS)));
Sexternal_root_stackS = frame_180X;
return;}
}
void s48_register_gc_rootB(char * loc_addr_182X)
{
char * frame_183X;
{ frame_183X = (char *)malloc(8);
if ((frame_183X == NULL)) {
ps_error("out of memory registering a global root", 0);
goto L3195;}
else {
goto L3195;}}
L3195: {
*((long *) frame_183X) = (((long) (Spermanent_external_rootsS)));
*((long *) (frame_183X + 4)) = (((long) loc_addr_182X));
Spermanent_external_rootsS = frame_183X;
return;}
}
void s48_stack_setB(long x_184X, long value_185X)
{
{ *((long *) ((SstackS) + (4 + (((x_184X)<<2))))) = value_185X;
return;}
}
long s48_stack_ref(long i_186X)
{
{ return (*((long *) ((SstackS) + (4 + (((i_186X)<<2))))));}
}
void s48_push(long x_187X)
{
{ *((long *) (SstackS)) = x_187X;
SstackS = ((SstackS) + -4);
return;}
}
long s48_resetup_external_exception(long new_why_188X, long additional_nargs_189X)
{
long old_why_191X;
long old_nargs_190X;
{ old_nargs_190X = Sexternal_exception_nargsS;
old_why_191X = *((long *) ((SstackS) + (4 + (((old_nargs_190X)<<2)))));
*((long *) ((SstackS) + (4 + (((old_nargs_190X)<<2))))) = (((new_why_188X)<<2));
Sexternal_exception_nargsS = (old_nargs_190X + additional_nargs_189X);
return old_why_191X;}
}
void s48_enable_interruptsB(void)
{
{ Senabled_interruptsS = -1;
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
return;}
else {
return;}}
else {
s48_Spending_interruptPS = 1;
return;}}
}
char s48_pop_gc_rootsB(void)
{
{ if (((Sexternal_root_stackS) == (Sexternal_root_stack_baseS))) {
return 0;}
else {
Sexternal_root_stackS = (((char *) (*((long *) ((Sexternal_root_stackS) + 4)))));
return 1;}}
}
void s48_mark_traced_channels_closedB(void)
{
long arg0K0;
char * addr_197X;
char * addr_196X;
long descriptor_195X;
long header_194X;
long channel_193X;
long i_192X;
{ arg0K0 = 0;
goto L6352;}
L6352: {
i_192X = arg0K0;
if ((i_192X == (Snumber_of_channelsS))) {
return;}
else {
channel_193X = *((Svm_channelsS) + i_192X);
if ((1 == channel_193X)) {
goto L6412;}
else {
header_194X = *((long *) ((((char *) (-3 + channel_193X))) + -4));
if ((3 == (3 & header_194X))) {
ps_write_string("Channel closed in dumped image: ", (stderr));
descriptor_195X = *((long *) ((((char *) (-3 + channel_193X))) + 4));
if ((0 == (3 & descriptor_195X))) {
ps_write_integer(((((*((long *) ((((char *) (-3 + channel_193X))) + 4))))>>2)), (stderr));
goto L6398;}
else {
ps_write_string((((char *)(((char *) (-3 + (*((long *) ((((char *) (-3 + channel_193X))) + 4)))))))), (stderr));
goto L6398;}}
else {
goto L6412;}}}}
L6412: {
arg0K0 = (1 + i_192X);
goto L6352;}
L6398: {
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
addr_196X = ((char *) (-3 + header_194X));
S48_WRITE_BARRIER(header_194X, addr_196X, 0);
*((long *) addr_196X) = 0;
addr_197X = (((char *) (-3 + header_194X))) + 8;
S48_WRITE_BARRIER(header_194X, addr_197X, -4);
*((long *) addr_197X) = -4;
goto L6412;}
}
long s48_set_channel_os_index(long channel_198X, long os_index_199X)
{
char * addr_206X;
long val_205X;
long v_204X;
long x_203X;
long old_index_202X;
char x_201X;
char temp_200X;
{ temp_200X = os_index_199X < (Snumber_of_channelsS);
if (temp_200X) {
goto L7921;}
else {
x_201X = add_more_channels(os_index_199X);
if (x_201X) {
goto L7921;}
else {
return 36;}}}
L7921: {
if ((1 == (*((Svm_channelsS) + os_index_199X)))) {
old_index_202X = (((*((long *) ((((char *) (-3 + channel_198X))) + 8))))>>2);
x_203X = *((long *) ((((char *) (-3 + channel_198X))) + 16));
if ((5 == x_203X)) {
v_204X = ps_abort_fd_op(old_index_202X);
enqueue_channelB(old_index_202X, v_204X);
goto L7907;}
else {
goto L7907;}}
else {
return 44;}}
L7907: {
*((Svm_channelsS) + old_index_202X) = 1;
*((Svm_channelsS) + os_index_199X) = channel_198X;
val_205X = ((os_index_199X)<<2);
addr_206X = (((char *) (-3 + channel_198X))) + 8;
S48_WRITE_BARRIER(channel_198X, addr_206X, val_205X);
*((long *) addr_206X) = val_205X;
return 5;}
}
long s48_cleaned_imported_bindings(void)
{
long arg0K1;
long arg0K0;
long v_220X;
char * addr_219X;
long entry_218X;
char * addr_217X;
long new_foo_216X;
char v_215X;
char * addr_214X;
long okay_213X;
long foo_212X;
long i_211X;
long foo_210X;
long i_209X;
long table_208X;
long table_207X;
{ table_207X = s48_trace_value((Simported_bindingsS));
table_208X = s48_trace_value(table_207X);
arg0K0 = 0;
goto L8598;}
L8598: {
i_209X = arg0K0;
if ((1024 == i_209X)) {
arg0K0 = 0;
goto L9687;}
else {
foo_210X = *((long *) ((((char *) (-3 + table_208X))) + (((i_209X)<<2))));
arg0K0 = foo_210X;
arg0K1 = 1;
goto L8618;}}
L9687: {
i_211X = arg0K0;
if ((1024 == i_211X)) {
return table_207X;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + table_207X))) + (((i_211X)<<2)))));
goto L9695;}}
L8618: {
foo_212X = arg0K0;
okay_213X = arg0K1;
if ((1 == foo_212X)) {
addr_214X = (((char *) (-3 + table_208X))) + (((i_209X)<<2));
S48_WRITE_BARRIER(table_208X, addr_214X, okay_213X);
*((long *) addr_214X) = okay_213X;
arg0K0 = (1 + i_209X);
goto L8598;}
else {
v_215X = s48_extantP(foo_212X);
if (v_215X) {
new_foo_216X = s48_trace_value(foo_212X);
addr_217X = (((char *) (-3 + new_foo_216X))) + 12;
S48_WRITE_BARRIER(new_foo_216X, addr_217X, okay_213X);
*((long *) addr_217X) = okay_213X;
arg0K0 = new_foo_216X;
goto L8623;}
else {
arg0K0 = okay_213X;
goto L8623;}}}
L9695: {
entry_218X = arg0K0;
if ((1 == entry_218X)) {
arg0K0 = (1 + i_211X);
goto L9687;}
else {
addr_219X = (((char *) (-3 + entry_218X))) + 8;
S48_WRITE_BARRIER(entry_218X, addr_219X, 529);
*((long *) addr_219X) = 529;
arg0K0 = (*((long *) ((((char *) (-3 + entry_218X))) + 12)));
goto L9695;}}
L8623: {
v_220X = arg0K0;
arg0K0 = (*((long *) ((((char *) (-3 + foo_212X))) + 12)));
arg0K1 = v_220X;
goto L8618;}
}
long s48_copy_symbol_table(void)
{
long new_221X;
{ new_221X = s48_trace_value((Sthe_symbol_tableS));
HcleanerB2190(new_221X);
return new_221X;}
}
void s48_setup_external_exception(long why_222X, long nargs_223X)
{
{ push_exception_continuationB(why_222X, 1);
if ((10 < nargs_223X)) {
ps_error("too many arguments from external exception", 0);
goto L11039;}
else {
goto L11039;}}
L11039: {
Sexternal_exception_nargsS = nargs_223X;
Sexternal_exceptionPS = 1;
return;}
}
void s48_close_channel(long os_index_224X)
{
long obj_225X;
{ if ((os_index_224X < 0)) {
return;}
else {
if ((os_index_224X < (Snumber_of_channelsS))) {
obj_225X = *((Svm_channelsS) + os_index_224X);
if ((3 == (3 & obj_225X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_225X))) + -4))))>>2))))) {
close_channelB((*((Svm_channelsS) + os_index_224X)));
return;}
else {
return;}}
else {
return;}}
else {
return;}}}
}
char s48_warn_about_undefined_imported_bindings(void)
{
long arg0K0;
long name_231X;
long entry_230X;
char temp_229X;
long i_228X;
long table_227X;
FILE * out_226X;
{ out_226X = stderr;
table_227X = Simported_bindingsS;
arg0K0 = 0;
goto L11579;}
L11579: {
i_228X = arg0K0;
temp_229X = 1024 == i_228X;
if (temp_229X) {
return temp_229X;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + table_227X))) + (((i_228X)<<2)))));
goto L11587;}}
L11587: {
entry_230X = arg0K0;
if ((1 == entry_230X)) {
arg0K0 = (1 + i_228X);
goto L11579;}
else {
if ((17 == (255 & (*((long *) ((((char *) (-3 + entry_230X))) + 8)))))) {
name_231X = *((long *) (((char *) (-3 + entry_230X))));
ps_write_string("undefined imported name ", out_226X);
if ((3 == (3 & name_231X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + name_231X))) + -4))))>>2))))) {
ps_write_string((((char *)(((char *) (-3 + name_231X))))), out_226X);
goto L11567;}
else {
goto L11565;}}
else {
goto L11565;}}
else {
goto L11590;}}}
L11567: {
{ long ignoreXX;
PS_WRITE_CHAR(10, out_226X, ignoreXX) }
goto L11590;}
L11565: {
ps_write_string("<invalid name>", out_226X);
goto L11567;}
L11590: {
arg0K0 = (*((long *) ((((char *) (-3 + entry_230X))) + 12)));
goto L11587;}
}
void s48_define_exported_binding(char *name_232X, long value_233X)
{
char arg2K0;
long arg0K2;
long arg0K1;
long arg0K0;
char * addr_246X;
long x_245X;
long name_244X;
long value_243X;
long key_242X;
long temp_241X;
long key_240X;
char okayP_239X;
char v_238X;
long temp1_237X;
long temp0_236X;
char v_235X;
long space_234X;
{ space_234X = 6 + ((((4 + (strlen((char *) name_232X))))>>2));
v_235X = AVAILABLEp(space_234X);
if (v_235X) {
arg2K0 = 1;
arg0K1 = 0;
arg0K2 = value_233X;
goto L14359;}
else {
temp0_236X = collect_saving_temps(value_233X, 1, &temp1_237X);
v_238X = AVAILABLEp(space_234X);
if (v_238X) {
arg2K0 = 1;
arg0K1 = 0;
arg0K2 = temp0_236X;
goto L14359;}
else {
arg2K0 = 0;
arg0K1 = 0;
arg0K2 = temp0_236X;
goto L14359;}}}
L14359: {
okayP_239X = arg2K0;
key_240X = arg0K1;
temp_241X = arg0K2;
if (okayP_239X) {
arg0K0 = key_240X;
arg0K1 = temp_241X;
goto L14340;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_240X;
arg0K1 = temp_241X;
goto L14340;}}
L14340: {
key_242X = arg0K0;
value_243X = arg0K1;
name_244X = enter_string(name_232X, key_242X);
x_245X = Hlookup2113((Simported_bindingsS), name_244X, key_242X);
addr_246X = (((char *) (-3 + x_245X))) + 8;
S48_WRITE_BARRIER(x_245X, addr_246X, value_243X);
*((long *) addr_246X) = value_243X;
return;}
}
long s48_add_channel(long mode_247X, long id_248X, long os_index_249X)
{
char arg2K0;
long arg0K1;
long arg0K0;
long status_257X;
long channel_256X;
long v_255X;
long key_254X;
char okayP_253X;
char v_252X;
long temp1_251X;
char v_250X;
{ v_250X = AVAILABLEp(6);
if (v_250X) {
arg2K0 = 1;
arg0K1 = 0;
goto L14748;}
else {
collect_saving_temps(1, 1, &temp1_251X);
v_252X = AVAILABLEp(6);
if (v_252X) {
arg2K0 = 1;
arg0K1 = 0;
goto L14748;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L14748;}}}
L14748: {
okayP_253X = arg2K0;
key_254X = arg0K1;
if (okayP_253X) {
arg0K0 = key_254X;
goto L14731;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_254X;
goto L14731;}}
L14731: {
v_255X = arg0K0;
channel_256X = make_registered_channel((((mode_247X)>>2)), id_248X, os_index_249X, v_255X, &status_257X);
if ((3 == (3 & channel_256X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + channel_256X))) + -4))))>>2))))) {
return channel_256X;}
else {
goto L14742;}}
else {
goto L14742;}}
L14742: {
return (((status_257X)<<2));}
}
long s48_get_imported_binding(char *name_258X)
{
char arg2K0;
long arg0K1;
long arg0K0;
long name_266X;
long key_265X;
long key_264X;
char okayP_263X;
char v_262X;
long temp1_261X;
char v_260X;
long space_259X;
{ space_259X = 6 + ((((4 + (strlen((char *) name_258X))))>>2));
v_260X = AVAILABLEp(space_259X);
if (v_260X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15437;}
else {
collect_saving_temps(1, 1, &temp1_261X);
v_262X = AVAILABLEp(space_259X);
if (v_262X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15437;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L15437;}}}
L15437: {
okayP_263X = arg2K0;
key_264X = arg0K1;
if (okayP_263X) {
arg0K0 = key_264X;
goto L15424;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_264X;
goto L15424;}}
L15424: {
key_265X = arg0K0;
name_266X = enter_string(name_258X, key_265X);
return Hlookup2132((Sexported_bindingsS), name_266X, key_265X);}
}
long s48_allocate_stob(long type_267X, long size_268X)
{
char * addr_272X;
char v_271X;
long temp1_270X;
char v_269X;
{ v_269X = AVAILABLEp(size_268X);
if (v_269X) {
goto L15732;}
else {
collect_saving_temps(1, 1, &temp1_270X);
v_271X = AVAILABLEp(size_268X);
if (v_271X) {
goto L15732;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L15732;}}}
L15732: {
addr_272X = ALLOCATE_SPACE(type_267X, (4 + size_268X));
*((long *) addr_272X) = (2 + (((((((size_268X)<<6)) + type_267X))<<2)));
return (3 + (((long) (addr_272X + 4))));}
}
void s48_initialize_vm(char * stack_begin_273X, long stack_size_274X)
{
char arg2K0;
char * arg1K0;
long arg0K2;
long arg0K1;
long arg0K0;
char * addr_345X;
long code_344X;
long temp_343X;
char * addr_342X;
char * addr_341X;
char * addr_340X;
long code_339X;
long temp_338X;
char * addr_337X;
char * addr_336X;
char v_335X;
long temp1_334X;
char v_333X;
long cont_332X;
char * addr_331X;
long code_330X;
long temp_329X;
char * addr_328X;
char * addr_327X;
char v_326X;
long temp1_325X;
char v_324X;
char * a_323X;
long size_322X;
char * start_321X;
char * stack_320X;
long v_319X;
char * addr_318X;
long i_317X;
char * addr_316X;
char * addr_315X;
long val_314X;
long index_313X;
long h_312X;
long i_311X;
long table_310X;
char * addr_309X;
long v_308X;
char * addr_307X;
long i_306X;
long n_305X;
long string_304X;
long foo_303X;
long table_302X;
long i_301X;
long table_300X;
char * addr_299X;
long exported_bindings_298X;
long imported_bindings_297X;
long n_296X;
long symbols_295X;
long temp1_294X;
long temp0_293X;
char okayP_292X;
char * addr_291X;
long maybe_290X;
long v_289X;
long maybe_288X;
long i_287X;
char v_286X;
long temp1_285X;
long temp0_284X;
char v_283X;
long imported_bindings_282X;
long exported_bindings_281X;
long table_280X;
char * addr_279X;
char v_278X;
long temp1_277X;
char v_276X;
long symbol_table_275X;
{ symbol_table_275X = s48_initial_symbols();
if ((symbol_table_275X == 1)) {
v_276X = AVAILABLEp(1025);
if (v_276X) {
goto L15463;}
else {
collect_saving_temps(1, 1, &temp1_277X);
v_278X = AVAILABLEp(1025);
if (v_278X) {
goto L15463;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L15463;}}}
else {
Sthe_symbol_tableS = symbol_table_275X;
goto L15855;}}
L15463: {
addr_279X = ALLOCATE_SPACE(2, 4100);
*((long *) addr_279X) = 1048586;
table_280X = 3 + (((long) (addr_279X + 4)));
arg0K0 = 0;
goto L15538;}
L15855: {
exported_bindings_281X = s48_initial_exported_bindings();
imported_bindings_282X = s48_initial_imported_bindings();
v_283X = AVAILABLEp(2050);
if (v_283X) {
arg2K0 = 1;
arg0K1 = imported_bindings_282X;
arg0K2 = exported_bindings_281X;
goto L14441;}
else {
temp0_284X = collect_saving_temps(imported_bindings_282X, exported_bindings_281X, &temp1_285X);
v_286X = AVAILABLEp(2050);
if (v_286X) {
arg2K0 = 1;
arg0K1 = temp0_284X;
arg0K2 = temp1_285X;
goto L14441;}
else {
arg2K0 = 0;
arg0K1 = temp0_284X;
arg0K2 = temp1_285X;
goto L14441;}}}
L15538: {
i_287X = arg0K0;
if ((1024 == i_287X)) {
Sthe_symbol_tableS = table_280X;
maybe_288X = s48_find_all(1);
if ((maybe_288X == 1)) {
collect_saving_temps(0, 0, &v_289X);
maybe_290X = s48_find_all(1);
if ((maybe_290X == 1)) {
ps_error("insufficient heap space to build symbol table", 0);
arg0K0 = maybe_290X;
goto L15492;}
else {
arg0K0 = maybe_290X;
goto L15492;}}
else {
arg0K0 = maybe_288X;
goto L15492;}}
else {
addr_291X = (((char *) (-3 + table_280X))) + (((i_287X)<<2));
S48_WRITE_BARRIER(table_280X, addr_291X, 1);
*((long *) addr_291X) = 1;
arg0K0 = (1 + i_287X);
goto L15538;}}
L14441: {
okayP_292X = arg2K0;
temp0_293X = arg0K1;
temp1_294X = arg0K2;
if (okayP_292X) {
arg0K0 = temp0_293X;
arg0K1 = temp1_294X;
goto L14402;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = temp0_293X;
arg0K1 = temp1_294X;
goto L14402;}}
L15492: {
symbols_295X = arg0K0;
n_296X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + symbols_295X))) + -4))))>>8))))>>2);
arg0K0 = 0;
goto L15559;}
L14402: {
imported_bindings_297X = arg0K0;
exported_bindings_298X = arg0K1;
if ((1 == imported_bindings_297X)) {
addr_299X = ALLOCATE_SPACE(2, 4100);
*((long *) addr_299X) = 1048586;
table_300X = 3 + (((long) (addr_299X + 4)));
arg0K0 = 0;
goto L14503;}
else {
arg0K0 = imported_bindings_297X;
goto L14417;}}
L15559: {
i_301X = arg0K0;
if ((i_301X == n_296X)) {
goto L15855;}
else {
table_302X = Sthe_symbol_tableS;
foo_303X = *((long *) ((((char *) (-3 + symbols_295X))) + (((i_301X)<<2))));
string_304X = *((long *) (((char *) (-3 + foo_303X))));
n_305X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + string_304X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L13026;}}
L14503: {
i_306X = arg0K0;
if ((1024 == i_306X)) {
arg0K0 = table_300X;
goto L14417;}
else {
addr_307X = (((char *) (-3 + table_300X))) + (((i_306X)<<2));
S48_WRITE_BARRIER(table_300X, addr_307X, 1);
*((long *) addr_307X) = 1;
arg0K0 = (1 + i_306X);
goto L14503;}}
L14417: {
v_308X = arg0K0;
Simported_bindingsS = v_308X;
if ((1 == exported_bindings_298X)) {
addr_309X = ALLOCATE_SPACE(2, 4100);
*((long *) addr_309X) = 1048586;
table_310X = 3 + (((long) (addr_309X + 4)));
arg0K0 = 0;
goto L14480;}
else {
arg0K0 = exported_bindings_298X;
goto L14430;}}
L13026: {
i_311X = arg0K0;
h_312X = arg0K1;
if ((i_311X < n_305X)) {
arg0K0 = (1 + i_311X);
arg0K1 = (h_312X + (((*((unsigned char *) ((((char *) (-3 + string_304X))) + i_311X))))));
goto L13026;}
else {
index_313X = 1023 & h_312X;
val_314X = *((long *) ((((char *) (-3 + table_302X))) + (((index_313X)<<2))));
addr_315X = (((char *) (-3 + foo_303X))) + 4;
S48_WRITE_BARRIER(foo_303X, addr_315X, val_314X);
*((long *) addr_315X) = val_314X;
addr_316X = (((char *) (-3 + table_302X))) + (((index_313X)<<2));
S48_WRITE_BARRIER(table_302X, addr_316X, foo_303X);
*((long *) addr_316X) = foo_303X;
arg0K0 = (1 + i_301X);
goto L15559;}}
L14480: {
i_317X = arg0K0;
if ((1024 == i_317X)) {
arg0K0 = table_310X;
goto L14430;}
else {
addr_318X = (((char *) (-3 + table_310X))) + (((i_317X)<<2));
S48_WRITE_BARRIER(table_310X, addr_318X, 1);
*((long *) addr_318X) = 1;
arg0K0 = (1 + i_317X);
goto L14480;}}
L14430: {
v_319X = arg0K0;
Sexported_bindingsS = v_319X;
if ((stack_size_274X < 8131)) {
stack_320X = (char *)malloc(32524);
if ((stack_320X == NULL)) {
ps_error("out of memory, unable to continue", 0);
arg1K0 = stack_320X;
arg0K1 = 8131;
goto L14949;}
else {
arg1K0 = stack_320X;
arg0K1 = 8131;
goto L14949;}}
else {
arg1K0 = stack_begin_273X;
arg0K1 = stack_size_274X;
goto L14949;}}
L14949: {
start_321X = arg1K0;
size_322X = arg0K1;
Sstack_beginS = start_321X;
Sstack_endS = (start_321X + (((size_322X)<<2)));
Sstack_limitS = ((Sstack_beginS) + 524);
SstackS = ((Sstack_endS) + -4);
ScontS = 1;
SenvS = 17;
arg1K0 = start_321X;
goto L14981;}
L14981: {
a_323X = arg1K0;
if ((a_323X == (Sstack_endS))) {
v_324X = AVAILABLEp(5);
if (v_324X) {
goto L14998;}
else {
collect_saving_temps(1, 1, &temp1_325X);
v_326X = AVAILABLEp(5);
if (v_326X) {
goto L14998;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L14998;}}}
else {
*((long *) a_323X) = 252645135;
arg1K0 = (a_323X + 4);
goto L14981;}}
L14998: {
addr_327X = ALLOCATE_SPACE(18, 6);
*((long *) addr_327X) = 586;
addr_328X = ALLOCATE_SPACE(12, 12);
*((long *) addr_328X) = 2098;
temp_329X = 3 + (((long) (addr_328X + 4)));
code_330X = 3 + (((long) (addr_327X + 4)));
addr_331X = ((char *) (-3 + temp_329X));
S48_WRITE_BARRIER(temp_329X, addr_331X, code_330X);
*((long *) addr_331X) = code_330X;
*((unsigned char *) (((char *) (-3 + code_330X)))) = 23;
*((unsigned char *) ((((char *) (-3 + code_330X))) + 1)) = 31;
SstackS = ((SstackS) + -20);
*((long *) ((SstackS) + 4)) = 4266;
cont_332X = 3 + (((long) ((SstackS) + 8)));
*((long *) ((((char *) (-3 + cont_332X))) + 4)) = 0;
*((long *) ((((char *) (-3 + cont_332X))) + 8)) = temp_329X;
*((long *) ((((char *) (-3 + cont_332X))) + 12)) = (SenvS);
*((long *) (((char *) (-3 + cont_332X)))) = (ScontS);
ScontS = cont_332X;
Sbottom_of_stackS = (ScontS);
v_333X = AVAILABLEp(5);
if (v_333X) {
goto L15177;}
else {
collect_saving_temps(1, 1, &temp1_334X);
v_335X = AVAILABLEp(5);
if (v_335X) {
goto L15177;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L15177;}}}
L15177: {
addr_336X = ALLOCATE_SPACE(18, 6);
*((long *) addr_336X) = 586;
addr_337X = ALLOCATE_SPACE(12, 12);
*((long *) addr_337X) = 2098;
temp_338X = 3 + (((long) (addr_337X + 4)));
code_339X = 3 + (((long) (addr_336X + 4)));
addr_340X = ((char *) (-3 + temp_338X));
S48_WRITE_BARRIER(temp_338X, addr_340X, code_339X);
*((long *) addr_340X) = code_339X;
*((unsigned char *) (((char *) (-3 + code_339X)))) = 34;
*((unsigned char *) ((((char *) (-3 + code_339X))) + 1)) = 141;
Sinterrupt_templateS = temp_338X;
addr_341X = ALLOCATE_SPACE(18, 6);
*((long *) addr_341X) = 586;
addr_342X = ALLOCATE_SPACE(12, 12);
*((long *) addr_342X) = 2098;
temp_343X = 3 + (((long) (addr_342X + 4)));
code_344X = 3 + (((long) (addr_341X + 4)));
addr_345X = ((char *) (-3 + temp_343X));
S48_WRITE_BARRIER(temp_343X, addr_345X, code_344X);
*((long *) addr_345X) = code_344X;
*((unsigned char *) (((char *) (-3 + code_344X)))) = 138;
*((unsigned char *) ((((char *) (-3 + code_344X))) + 1)) = 124;
Sexception_templateS = temp_343X;
return;}
}
long s48_restart(long proc_346X, long nargs_347X)
{
char * arg1K1;
char * arg1K0;
char *arg3K0;
char arg2K3;
char arg2K1;
char arg2K2;
char arg2K0;
long arg0K3;
long arg0K2;
long arg0K1;
long arg0K0;
char *merged_arg3K0;
long merged_arg0K3;
long merged_arg0K2;
long merged_arg0K1;
long merged_arg0K0;
int pop_continuationB_return_tag;
int get_error_string_return_tag;
long get_error_string0_return_value;
int okay_argument_list_return_tag;
char okay_argument_list0_return_value;
long okay_argument_list1_return_value;
int get_current_port_return_tag;
long get_current_port0_return_value;
int copy_continuation_from_heapB_return_tag;
long copy_continuation_from_heapB0_return_value;
int copy_listS_return_tag;
long copy_listS0_return_value;
int pop_args_GlistS_return_tag;
long pop_args_GlistS0_return_value;
int save_env_in_heap_return_tag;
long save_env_in_heap0_return_value;
int copy_env_return_tag;
long copy_env0_return_value;
int really_preserve_continuation_return_tag;
long really_preserve_continuation0_return_value;
int copy_stack_into_heap_return_tag;
int push_list_return_tag;
long push_list0_return_value;
int rest_list_setup_return_tag;
int check_events_return_tag;
char check_events0_return_value;
int loseD0_return_tag;
long status_348X;
long list_349X;
long marker_350X;
long cont_351X;
long list_352X;
long length_353X;
long start_354X;
long count_355X;
long env_356X;
long cont_357X;
long key_358X;
long reason_359X;
long env_360X;
long key_361X;
long reason_362X;
long key_363X;
long list_364X;
long count_365X;
long wants_stack_args_366X;
long stack_arg_count_367X;
long list_args_368X;
long list_arg_count_369X;
char *message_370X;
long pc_1297X;
long tem_1296X;
long cont_1295X;
long i_1294X;
long string_1293X;
char * addr_1292X;
long len_1291X;
long len_1290X;
long x_1289X;
char *string_1288X;
char move_slowP_1287X;
long slow_1286X;
long len_1285X;
long fast_1284X;
long v_1283X;
char *v_1282X;
long v_1281X;
long v_1280X;
long obj_1279X;
long env_1278X;
long thread_1277X;
long v_1276X;
long new_cont_1275X;
char * top_1274X;
char * addr_1273X;
long x_1272X;
char * addr_1271X;
long a_1270X;
long last_1269X;
long l_1268X;
long x_1267X;
char * addr_1266X;
long a_1265X;
long list_1264X;
long temp_1263X;
char okayP_1262X;
char v_1261X;
long temp1_1260X;
long temp0_1259X;
char v_1258X;
long space_1257X;
long x_1256X;
char * addr_1255X;
long a_1254X;
long count_1253X;
long args_1252X;
long start_1251X;
long temp_1250X;
char okayP_1249X;
char v_1248X;
long temp1_1247X;
long temp0_1246X;
char v_1245X;
long space_1244X;
long env_1243X;
long cont_1242X;
char * addr_1241X;
long new_1240X;
long p_1239X;
long env_1238X;
long top_1237X;
char * addr_1236X;
long new_1235X;
char * data_addr_1234X;
char * addr_1233X;
long header_1232X;
long new_1231X;
char * data_addr_1230X;
char * addr_1229X;
long header_1228X;
long p_1227X;
long previous_1226X;
long cont_1225X;
long end_1224X;
long v_1223X;
long p_1222X;
char * arg_1221X;
char * loc_1220X;
long stob_1219X;
char * top_1218X;
long arg_count_1217X;
long i_1216X;
char * p_1215X;
long v_1214X;
long l_1213X;
long i_1212X;
long key_1211X;
char okayP_1210X;
long list_1209X;
char v_1208X;
long temp1_1207X;
char v_1206X;
long space_1205X;
long x_1204X;
long v_1203X;
long x_1202X;
long v_1201X;
long count_1200X;
long x_1199X;
long v_1198X;
long status_1197X;
long channel_1196X;
long type_1195X;
char v_1194X;
long template_1193X;
char not_firstP_1192X;
long cont_1191X;
char not_firstP_1190X;
FILE * out_1189X;
long current_template_1188X;
long why_1187X;
long x_1186X;
long x_1185X;
long x_1184X;
char * addr_1183X;
long status_1182X;
char pendingP_1181X;
char eofP_1180X;
long got_1179X;
long length_1178X;
long v_1177X;
long obj_1176X;
long reason_1175X;
long status_1174X;
long v_1173X;
long v_1172X;
long key_1171X;
char okayP_1170X;
char v_1169X;
char * addr_1168X;
long value_1167X;
long offset_1166X;
long i_1165X;
long count_1164X;
long y_1163X;
char * addr_1162X;
long val_1161X;
char * addr_1160X;
long value_1159X;
long len_1158X;
long s2_1157X;
long foo_1156X;
long previous_foo_1155X;
long val_1154X;
long x_1153X;
char * addr_1152X;
long status_1151X;
char pendingP_1150X;
long got_1149X;
long length_1148X;
long count_1147X;
long start_1146X;
char waitP_1145X;
long x_1144X;
long status_1143X;
long channel_1142X;
long v_1141X;
long v_1140X;
long v_1139X;
long reason_1138X;
long channel_1137X;
long index_1136X;
long val_1135X;
long final_stack_arg_count_1134X;
char v_1133X;
long temp1_1132X;
char v_1131X;
long space_1130X;
long stack_arg_count_1129X;
long stack_slots_1128X;
char x_1127X;
long channel_1126X;
long obj_1125X;
long arg_count_1124X;
long count_1123X;
long i_1122X;
long env_1121X;
long value_1120X;
char *v_1119X;
long y_1118X;
long i_1117X;
long l_1116X;
long bucket_1115X;
long index_1114X;
long h_1113X;
long i_1112X;
long v_1111X;
long v_1110X;
long x_1109X;
long status_1108X;
long reason_1107X;
long v_1106X;
long val_1105X;
long reason_1104X;
long x_1103X;
long obj_1102X;
long v_1101X;
long v_1100X;
long len_1099X;
long s2_1098X;
char * addr_1097X;
long x_1096X;
char * addr_1095X;
long foo_1094X;
long rest_list_1093X;
long i_1092X;
long n_1091X;
long args_1090X;
long skip_1089X;
long template_1088X;
long stack_arg_count_1087X;
long skip_1086X;
long skip_1085X;
long template_1084X;
long stack_arg_count_1083X;
long skip_1082X;
char * addr_1081X;
long next_1080X;
long channel_1079X;
long m_1078X;
long i_1077X;
long value_1076X;
long back_1075X;
long env_1074X;
long offset_1073X;
long i_1072X;
long x_1071X;
char * addr_1070X;
long a_1069X;
long env_1068X;
long v_1067X;
long p_1066X;
long key_1065X;
long string_1064X;
char * addr_1063X;
long len_1062X;
long n_1061X;
long table_1060X;
long x_1059X;
long arg2_1058X;
long key_1057X;
char temp_1056X;
char minutesP_1055X;
long status_1054X;
long status_1053X;
long undumpable_count_1052X;
long undumpables_1051X;
long status_1050X;
long status_1049X;
long status_1048X;
long status_1047X;
FILE * port_1046X;
char x_1045X;
long comment_string_1044X;
long obj_1043X;
long arg3_1042X;
long arg2_1041X;
long key_1040X;
long x_1039X;
char * addr_1038X;
long channel_1037X;
long res_1036X;
long i_1035X;
char * addr_1034X;
char * addr_1033X;
long val_1032X;
long x_1031X;
long status_1030X;
char readyP_1029X;
long channel_1028X;
long obj_1027X;
long key_1026X;
char v_1025X;
long channel_1024X;
long count_1023X;
long start_1022X;
long obj_1021X;
long arg4_1020X;
long arg3_1019X;
long arg2_1018X;
long key_1017X;
long arg5_1016X;
long arg4_1015X;
long arg3_1014X;
long arg2_1013X;
long key_1012X;
long x_1011X;
long status_1010X;
long channel_1009X;
long obj_1008X;
long key_1007X;
long mode_1006X;
long arg2_1005X;
long key_1004X;
long bucket_1003X;
long index_1002X;
long h_1001X;
long i_1000X;
long i_999X;
long i_998X;
char * addr_997X;
long i_996X;
long i_995X;
long i_994X;
long c_993X;
long b_992X;
long c_991X;
long b_990X;
char x_989X;
long c_988X;
long b_987X;
long c_986X;
long mid_c_985X;
long v_984X;
long v_983X;
long lo_c_982X;
long hi_b_981X;
long hi_a_980X;
long lo_b_979X;
long lo_a_978X;
long b_977X;
long v_976X;
long v_975X;
long args_974X;
long next_973X;
long next_op_972X;
long cont_971X;
long index_970X;
long length_969X;
long wants_stack_args_968X;
long skip_967X;
long skip_966X;
long stack_space_965X;
long protocol_964X;
long index_963X;
long length_962X;
long wants_stack_args_961X;
long skip_960X;
long skip_959X;
long stack_space_958X;
long protocol_957X;
long n_956X;
long tem_955X;
long stack_arg_count_954X;
long v_953X;
long v_952X;
long key_951X;
long start_i_950X;
long temp_949X;
char okayP_948X;
long key_947X;
char okayP_946X;
long obj_945X;
long obj_944X;
long type_943X;
long thing_942X;
long stuff_941X;
char * addr_940X;
long val_939X;
long x_938X;
long i_937X;
long b_936X;
long p_935X;
long port_934X;
long Kchar_933X;
long x_932X;
long i_931X;
long b_930X;
long p_929X;
long p_928X;
long port_927X;
char * addr_926X;
long val_925X;
long x_924X;
long i_923X;
long b_922X;
long p_921X;
long p_920X;
long port_919X;
long list_918X;
long head_917X;
char move_slowP_916X;
long slow_915X;
long list_914X;
long n_913X;
long arg2_912X;
long val_911X;
long mseconds_910X;
long seconds_909X;
long option_908X;
long key_907X;
char okayP_906X;
long result_905X;
char * args_904X;
long name_903X;
long proc_902X;
long rest_list_901X;
long x_900X;
long tem_899X;
long pc_898X;
long v_897X;
long value_896X;
long vector_895X;
long type_894X;
char firstP_893X;
long v_892X;
long vector_891X;
char firstP_890X;
long x_889X;
char * addr_888X;
long b_887X;
long x_886X;
char * addr_885X;
long proc_884X;
long stob_883X;
long h_882X;
long i_881X;
long key_880X;
char okayP_879X;
long y_878X;
long n_877X;
char * addr_876X;
long prev_875X;
long ch_874X;
long val_873X;
long key_872X;
char okayP_871X;
long key_870X;
char okayP_869X;
long key_868X;
char okayP_867X;
long key_866X;
char okayP_865X;
long key_864X;
char okayP_863X;
long val_862X;
char * addr_861X;
char * addr_860X;
long val_859X;
long n_858X;
long string_857X;
long table_856X;
long obj_855X;
long string_854X;
char * addr_853X;
long len_852X;
long vector_851X;
char * addr_850X;
long value_849X;
char * addr_848X;
long len_847X;
long init_846X;
char okayP_845X;
long rest_list_844X;
long stack_nargs_843X;
long new_842X;
char * addr_841X;
long len_840X;
long type_839X;
long new_838X;
char * addr_837X;
long len_836X;
long type_835X;
long value_834X;
long val_833X;
long val_832X;
long val_831X;
long val_830X;
long r_829X;
long n_828X;
long a_827X;
long a_826X;
long val_825X;
long val_824X;
long val_823X;
long val_822X;
long val_821X;
long a_820X;
long a_819X;
long val_818X;
long val_817X;
long delta_816X;
long delta_815X;
long offset_814X;
long key_813X;
char okayP_812X;
char v_811X;
long tem_810X;
long key_809X;
char okayP_808X;
long list_arg_count_807X;
long list_args_806X;
long stack_nargs_805X;
long obj_804X;
char * addr_803X;
long list_args_802X;
long follower_801X;
long list_800X;
long args_799X;
long list_arg_count_798X;
char okayP_797X;
long stack_nargs_796X;
long list_args_795X;
long total_arg_count_794X;
long code_793X;
long obj_792X;
long obj_791X;
long list_arg_count_790X;
long list_args_789X;
long stack_arg_count_788X;
long obj_787X;
char * arg_786X;
char * loc_785X;
long args_784X;
long v_783X;
long v_782X;
long v_781X;
long list_arg_count_780X;
long list_args_779X;
long stack_arg_count_778X;
long exception_777X;
long code_776X;
long stack_arg_count_775X;
char v_774X;
long key_773X;
char okayP_772X;
long key_771X;
char okayP_770X;
char * addr_769X;
long value_768X;
long v_767X;
long new_env_766X;
char * addr_765X;
long len_764X;
char v_763X;
long temp1_762X;
long temp0_761X;
char v_760X;
long env_759X;
char v_758X;
long temp1_757X;
char v_756X;
long space_755X;
char * addr_754X;
long value_753X;
long index_752X;
long i_751X;
long env_750X;
long i_749X;
long env_748X;
long i_747X;
long env_746X;
long obj_745X;
long opcode_744X;
long nargs_743X;
FILE * out_742X;
long x_741X;
long v_740X;
long v_739X;
long v_738X;
long v_737X;
long v_736X;
long v_735X;
long v_734X;
long count_733X;
long to_index_732X;
long from_index_731X;
long arg5_730X;
long arg4_729X;
long arg3_728X;
long arg2_727X;
char * addr_726X;
long len_725X;
long value_724X;
long index_723X;
long arg4_722X;
long arg3_721X;
long arg2_720X;
long len_719X;
long index_718X;
long arg3_717X;
long arg2_716X;
long list_715X;
long thing_714X;
char v_713X;
long temp1_712X;
char v_711X;
long space_710X;
long len_709X;
long x_708X;
long obj_707X;
long arg2_706X;
long x_705X;
long arg2_704X;
long status_703X;
long value_702X;
long key_701X;
long arg2_700X;
long mseconds_699X;
long seconds_698X;
long mseconds_697X;
long seconds_696X;
long x_695X;
long other_694X;
long option_693X;
long arg2_692X;
long x_691X;
long arg2_690X;
char v_689X;
long temp1_688X;
char v_687X;
long rest_list_686X;
long p_685X;
long nargs_684X;
long x_683X;
long arg2_682X;
long p_681X;
long p_680X;
long p_679X;
long old_678X;
long temp_677X;
long obj_676X;
long p_675X;
long template_674X;
long p_673X;
long temp_672X;
long obj_671X;
long x_670X;
long type_669X;
long x_668X;
long bytes_667X;
long x_666X;
long other_665X;
long key_664X;
long arg2_663X;
char v_662X;
long temp1_661X;
char v_660X;
long n_659X;
long x_658X;
long obj_657X;
long v_656X;
char v_655X;
long temp1_654X;
char v_653X;
long x_652X;
char v_651X;
long temp1_650X;
char v_649X;
long space_648X;
char * addr_647X;
long next_646X;
long channel_645X;
long n_644X;
char * addr_643X;
long head_642X;
long channel_641X;
long obj_640X;
char v_639X;
long temp1_638X;
char v_637X;
char v_636X;
long temp1_635X;
char v_634X;
char v_633X;
long temp1_632X;
char v_631X;
char v_630X;
long temp1_629X;
char v_628X;
char v_627X;
long temp1_626X;
char v_625X;
long x_624X;
long x_623X;
long x_622X;
long arg2_621X;
long descriptor_620X;
long x_619X;
long obj_618X;
char v_617X;
long temp1_616X;
char v_615X;
long len_614X;
char Kchar_613X;
long index_612X;
long arg3_611X;
long arg2_610X;
long len_609X;
long index_608X;
long arg2_607X;
long obj_606X;
char v_605X;
long temp1_604X;
char v_603X;
long size_602X;
char init_601X;
long len_600X;
long arg2_599X;
long len_598X;
long Kchar_597X;
long index_596X;
long arg3_595X;
long arg2_594X;
long len_593X;
long index_592X;
long arg2_591X;
long obj_590X;
char v_589X;
long temp1_588X;
char v_587X;
long size_586X;
long init_585X;
long len_584X;
long arg2_583X;
char * addr_582X;
long index_581X;
long len_580X;
long type_579X;
long value_578X;
long stob_577X;
long arg2_576X;
long index_575X;
long len_574X;
long type_573X;
long index_572X;
long stob_571X;
char v_570X;
long temp1_569X;
long temp0_568X;
char v_567X;
long size_566X;
long len_565X;
long type_564X;
long init_563X;
long len_562X;
char * addr_561X;
long type_560X;
long offset_559X;
long value_558X;
long stob_557X;
long type_556X;
long offset_555X;
long stob_554X;
char v_553X;
long temp1_552X;
char v_551X;
long space_550X;
long len_549X;
char v_548X;
long temp1_547X;
char v_546X;
long space_545X;
long len_544X;
long type_543X;
long stob_542X;
long type_541X;
long x_540X;
long x_539X;
long x_538X;
long x_537X;
long arg2_536X;
long x_535X;
long arg2_534X;
long x_533X;
long x_532X;
long result_531X;
long x_530X;
long x_529X;
long count_528X;
long value_527X;
long y_526X;
long x_525X;
long x_524X;
long arg2_523X;
long x_522X;
long arg2_521X;
long x_520X;
long arg2_519X;
long x_518X;
long x_517X;
long arg2_516X;
long x_515X;
long arg2_514X;
long x_513X;
long arg2_512X;
long n_511X;
long n_510X;
long x_509X;
long x_508X;
long x_507X;
long x_506X;
long x_505X;
long x_504X;
long x_503X;
long x_502X;
long x_501X;
long x_500X;
long x_499X;
long x_498X;
long x_497X;
long x_496X;
long a_495X;
long y_494X;
long x_493X;
long b_492X;
long a_491X;
long x_490X;
long arg2_489X;
long x_488X;
long arg2_487X;
long x_486X;
long arg2_485X;
long x_484X;
long arg2_483X;
long x_482X;
long arg2_481X;
long x_480X;
long arg2_479X;
long b_478X;
long a_477X;
long x_476X;
long arg2_475X;
long z_474X;
long y_473X;
long x_472X;
long b_471X;
long a_470X;
long x_469X;
long arg2_468X;
long z_467X;
long y_466X;
long x_465X;
long x_464X;
long x_463X;
long x_462X;
long n_461X;
long n_460X;
long n_459X;
long n_458X;
long x_457X;
long x_456X;
long arg2_455X;
long rest_list_454X;
long x_453X;
long rest_list_452X;
long stack_nargs_451X;
long arg0_450X;
long arg1_449X;
long rest_list_448X;
long arg0_447X;
long stack_nargs_446X;
long index_445X;
long val_444X;
long max_443X;
long p_442X;
char v_441X;
long temp1_440X;
char v_439X;
long space_438X;
long space_437X;
long index_436X;
long v_435X;
char v_434X;
long temp1_433X;
char v_432X;
long space_431X;
long code_430X;
long tem_429X;
long stack_nargs_428X;
long p_427X;
long obj_426X;
long consumer_425X;
long cont_424X;
long rest_list_423X;
long proc_422X;
long stack_nargs_421X;
long args_420X;
long length_419X;
char okayP_418X;
long list_args_417X;
long stob_416X;
char * top_of_args_415X;
long nargs_414X;
long obj_413X;
long stack_arg_count_412X;
char v_411X;
long temp1_410X;
char v_409X;
long space_408X;
long code_407X;
long template_406X;
long obj_405X;
long stack_arg_count_404X;
long cont_403X;
char v_402X;
long temp1_401X;
char v_400X;
long space_399X;
char v_398X;
long temp1_397X;
char v_396X;
long space_395X;
long total_count_394X;
long p_393X;
long v_392X;
char * addr_391X;
long val_390X;
long location_389X;
long location_388X;
long env_387X;
long back_386X;
long env_385X;
long back_384X;
long env_383X;
long back_382X;
long count_381X;
char * code_pointer_380X;
long code_379X;
char * addr_378X;
long proc_377X;
long temp_376X;
char okayP_375X;
char v_374X;
long temp1_373X;
long temp0_372X;
char v_371X;
{ v_371X = AVAILABLEp(2);
if (v_371X) {
arg2K0 = 1;
arg0K1 = proc_346X;
goto L19396;}
else {
temp0_372X = collect_saving_temps(proc_346X, 1, &temp1_373X);
v_374X = AVAILABLEp(2);
if (v_374X) {
arg2K0 = 1;
arg0K1 = temp0_372X;
goto L19396;}
else {
arg2K0 = 0;
arg0K1 = temp0_372X;
goto L19396;}}}
L19396: {
okayP_375X = arg2K0;
temp_376X = arg0K1;
if (okayP_375X) {
arg0K0 = temp_376X;
goto L19367;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = temp_376X;
goto L19367;}}
L19367: {
proc_377X = arg0K0;
addr_378X = ALLOCATE_SPACE(18, 6);
*((long *) addr_378X) = 586;
code_379X = 3 + (((long) (addr_378X + 4)));
*((unsigned char *) (((char *) (-3 + code_379X)))) = 24;
*((unsigned char *) ((((char *) (-3 + code_379X))) + 1)) = nargs_347X;
Scode_pointerS = (((char *) (-3 + code_379X)));
SvalS = proc_377X;
arg1K0 = (Scode_pointerS);
goto L18459;}
L18459: {
code_pointer_380X = arg1K0;
switch ((*((unsigned char *) code_pointer_380X))) {
case 0 :
case 146 : {
push_exception_continuationB(15, 1);
arg0K0 = 0;
goto L16686;}
break;
case 1 : {
count_381X = ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)));
*((long *) (SstackS)) = (SenvS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (1034 + (((count_381X)<<10)));
SstackS = ((SstackS) + -4);
SenvS = (3 + (((long) ((SstackS) + 8))));
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 2 : {
SvalS = (*((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2)))));
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 3 : {
SvalS = (*((long *) ((((char *) (-3 + (StemplateS)))) + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2)))));
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 4 : {
back_382X = *((unsigned char *) ((Scode_pointerS) + 1));
env_383X = SenvS;
arg0K0 = env_383X;
arg0K1 = back_382X;
goto L23853;}
break;
case 5 : {
SvalS = (*((long *) ((((char *) (-3 + (SenvS)))) + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 2);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 6 : {
SvalS = (*((long *) ((((char *) (-3 + (*((long *) (((char *) (-3 + (SenvS))))))))) + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 2);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 7 : {
SvalS = (*((long *) ((((char *) (-3 + (*((long *) (((char *) (-3 + (*((long *) (((char *) (-3 + (SenvS)))))))))))))) + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 2);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 8 : {
back_384X = ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)));
env_385X = SenvS;
arg0K0 = env_385X;
arg0K1 = back_384X;
goto L20268;}
break;
case 9 : {
back_386X = ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)));
env_387X = SenvS;
arg0K0 = env_387X;
arg0K1 = back_386X;
goto L20206;}
break;
case 10 : {
location_388X = *((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2))));
SvalS = (*((long *) ((((char *) (-3 + location_388X))) + 4)));
if ((17 == (255 & (SvalS)))) {
push_exception_continuationB(1, 3);
*((long *) (SstackS)) = location_388X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 11 : {
location_389X = *((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2))));
if ((273 == (*((long *) ((((char *) (-3 + location_389X))) + 4))))) {
push_exception_continuationB(1, 3);
*((long *) (SstackS)) = location_389X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
val_390X = SvalS;
addr_391X = (((char *) (-3 + location_389X))) + 4;
S48_WRITE_BARRIER(location_389X, addr_391X, val_390X);
*((long *) addr_391X) = val_390X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 12 : {
v_392X = *((unsigned char *) ((Scode_pointerS) + 3));
if ((0 == v_392X)) {
p_393X = SenvS;
if ((3 == (3 & p_393X))) {
if ((p_393X < (((long) (Sstack_beginS))))) {
arg0K0 = 0;
goto L20985;}
else {
if (((((long) (Sstack_endS))) < p_393X)) {
arg0K0 = 0;
goto L20985;}
else {
arg0K0 = ((Sstack_endS) - (Sstack_beginS));
goto L20985;}}}
else {
arg0K0 = 0;
goto L20985;}}
else {
arg0K0 = (SvalS);
goto L20992;}}
break;
case 13 : {
total_count_394X = *((unsigned char *) ((Scode_pointerS) + 2));
space_395X = 1 + total_count_394X;
v_396X = AVAILABLEp(space_395X);
if (v_396X) {
goto L20787;}
else {
collect_saving_temps(1, 1, &temp1_397X);
v_398X = AVAILABLEp(space_395X);
if (v_398X) {
goto L20787;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L20787;}}}
break;
case 14 : {
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 15 : {
SvalS = (*((long *) ((((char *) (-3 + (SenvS)))) + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 3);
arg0K0 = 0;
goto L16686;}
else {
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 16 : {
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
SvalS = (*((long *) ((((char *) (-3 + (SenvS)))) + ((((*((unsigned char *) ((Scode_pointerS) + 2))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 3);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 17 : {
SstackS = ((SstackS) + 4);
SvalS = (*((long *) (SstackS)));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 18 : {
SvalS = (*((long *) ((SstackS) + (4 + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2))))));
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 19 : {
*((long *) ((SstackS) + (4 + ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<2))))) = (SvalS);
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 20 : {
push_continuationB(((Scode_pointerS) + (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2))))), (*((unsigned char *) ((Scode_pointerS) + 3))));
Scode_pointerS = ((Scode_pointerS) + 4);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 21 : {
push_continuationB(((Scode_pointerS) + (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2))))), (((((*((unsigned char *) ((Scode_pointerS) + 3))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 4)))));
Scode_pointerS = ((Scode_pointerS) + 5);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 22 : {
space_399X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_400X = AVAILABLEp(space_399X);
if (v_400X) {
arg2K0 = 1;
arg0K1 = 0;
goto L20713;}
else {
collect_saving_temps(1, 1, &temp1_401X);
v_402X = AVAILABLEp(space_399X);
if (v_402X) {
arg2K0 = 1;
arg0K1 = 0;
goto L20713;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L20713;}}}
break;
case 23 : {
cont_403X = *((long *) (((char *) (-3 + (Sbottom_of_stackS)))));
if ((3 == (3 & cont_403X))) {
if ((10 == (31 & ((((*((long *) ((((char *) (-3 + cont_403X))) + -4))))>>2))))) {
if ((3 == (3 & cont_403X))) {
if ((10 == (31 & ((((*((long *) ((((char *) (-3 + cont_403X))) + -4))))>>2))))) {
merged_arg0K0 = cont_403X;
copy_continuation_from_heapB_return_tag = 0;
goto copy_continuation_from_heapB;
copy_continuation_from_heapB_return_0:
goto L19868;}
else {
goto L19903;}}
else {
goto L19903;}}
else {
goto L19869;}}
else {
goto L19869;}}
break;
case 24 : {
stack_arg_count_404X = *((unsigned char *) ((Scode_pointerS) + 1));
obj_405X = SvalS;
if ((3 == (3 & obj_405X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_405X))) + -4))))>>2))))) {
template_406X = *((long *) (((char *) (-3 + (SvalS)))));
code_407X = *((long *) (((char *) (-3 + template_406X))));
if ((stack_arg_count_404X == (*((unsigned char *) ((((char *) (-3 + code_407X))) + 1))))) {
StemplateS = template_406X;
SenvS = (*((long *) ((((char *) (-3 + (SvalS)))) + 4)));
Scode_pointerS = ((((char *) (-3 + code_407X))) + 2);
if (((SstackS) < (Sstack_limitS))) {
space_408X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_409X = AVAILABLEp(space_408X);
if (v_409X) {
arg2K0 = 1;
arg0K1 = 0;
goto L19229;}
else {
collect_saving_temps(1, 1, &temp1_410X);
v_411X = AVAILABLEp(space_408X);
if (v_411X) {
arg2K0 = 1;
arg0K1 = 0;
goto L19229;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L19229;}}}
else {
goto L19141;}}
else {
arg0K0 = stack_arg_count_404X;
goto L16087;}}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_404X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_404X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
break;
case 25 : {
stack_arg_count_412X = ((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)));
obj_413X = SvalS;
if ((3 == (3 & obj_413X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_413X))) + -4))))>>2))))) {
arg0K0 = stack_arg_count_412X;
goto L16087;}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_412X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_412X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
break;
case 26 : {
nargs_414X = *((unsigned char *) ((Scode_pointerS) + 1));
top_of_args_415X = SstackS;
stob_416X = ScontS;
arg1K0 = ((((char *) (-3 + stob_416X))) + -8);
arg1K1 = (top_of_args_415X + (((nargs_414X)<<2)));
goto L17649;}
break;
case 27 : {
SstackS = ((SstackS) + 4);
list_args_417X = *((long *) (SstackS));
merged_arg0K0 = list_args_417X;
okay_argument_list_return_tag = 0;
goto okay_argument_list;
okay_argument_list_return_0:
okayP_418X = okay_argument_list0_return_value;
length_419X = okay_argument_list1_return_value;
if (okayP_418X) {
arg0K0 = (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2))));
arg0K1 = list_args_417X;
arg0K2 = length_419X;
goto L17687;}
else {
*((long *) (SstackS)) = list_args_417X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = 25;
merged_arg0K1 = (1 + (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))));
pop_args_GlistS_return_tag = 0;
goto pop_args_GlistS;
pop_args_GlistS_return_0:
args_420X = pop_args_GlistS0_return_value;
push_exception_continuationB(5, 0);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = args_420X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 28 : {
SstackS = ((SstackS) + 4);
SstackS = ((SstackS) + 4);
stack_nargs_421X = (((*((long *) (SstackS))))>>2);
proc_422X = *((long *) ((SstackS) + (4 + (((stack_nargs_421X)<<2)))));
*((long *) ((SstackS) + (4 + (((stack_nargs_421X)<<2))))) = 1;
SstackS = ((SstackS) + 4);
rest_list_423X = *((long *) (SstackS));
if ((25 == rest_list_423X)) {
SstackS = ((SstackS) + 4);
arg0K0 = (*((long *) (SstackS)));
arg0K1 = (-2 + stack_nargs_421X);
goto L11294;}
else {
if ((25 == (*((long *) ((((char *) (-3 + rest_list_423X))) + 4))))) {
arg0K0 = (*((long *) (((char *) (-3 + rest_list_423X)))));
arg0K1 = (-1 + stack_nargs_421X);
goto L11294;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + (*((long *) ((((char *) (-3 + rest_list_423X))) + 4)))))) + 4)));
arg0K1 = rest_list_423X;
goto L11335;}}}
break;
case 29 : {
SstackS = ((SstackS) + 4);
cont_424X = *((long *) (SstackS));
if ((3 == (3 & cont_424X))) {
if ((10 == (31 & ((((*((long *) ((((char *) (-3 + cont_424X))) + -4))))>>2))))) {
merged_arg0K0 = cont_424X;
copy_continuation_from_heapB_return_tag = 1;
goto copy_continuation_from_heapB;
copy_continuation_from_heapB_return_1:
goto L17592;}
else {
goto L17599;}}
else {
goto L17599;}}
break;
case 30 : {
SstackS = ((SstackS) + 4);
consumer_425X = *((long *) (SstackS));
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
SvalS = consumer_425X;
obj_426X = SvalS;
if ((3 == (3 & obj_426X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_426X))) + -4))))>>2))))) {
arg0K0 = 1;
goto L16087;}
else {
arg0K0 = 3;
arg0K1 = 1;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = 1;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
break;
case 31 : {
pop_continuationB_return_tag = 0;
goto pop_continuationB;
pop_continuationB_return_0:
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 32 : {
arg0K0 = (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2))));
arg0K1 = 25;
arg0K2 = 0;
goto L20448;}
break;
case 33 : {
SstackS = ((SstackS) + 4);
p_427X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
stack_nargs_428X = (((*((long *) (SstackS))))>>2);
SstackS = ((SstackS) + 4);
arg0K0 = stack_nargs_428X;
arg0K1 = (*((long *) (SstackS)));
arg0K2 = ((((p_427X)>>2)) - stack_nargs_428X);
goto L20448;}
break;
case 34 : {
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 35 : {
tem_429X = *((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2))));
StemplateS = tem_429X;
Scode_pointerS = (((char *) (-3 + (*((long *) (((char *) (-3 + tem_429X))))))));
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 36 : {
code_430X = *((long *) (((char *) (-3 + (*((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2)))))))));
if ((0 == (*((unsigned char *) ((((char *) (-3 + code_430X))) + 1))))) {
if (((SstackS) < (Sstack_limitS))) {
space_431X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_432X = AVAILABLEp(space_431X);
if (v_432X) {
arg2K0 = 1;
arg0K1 = 0;
goto L18965;}
else {
collect_saving_temps(1, 1, &temp1_433X);
v_434X = AVAILABLEp(space_431X);
if (v_434X) {
arg2K0 = 1;
arg0K1 = 0;
goto L18965;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L18965;}}}
else {
goto L18838;}}
else {
v_435X = *((unsigned char *) ((((char *) (-3 + code_430X))) + 1));
if ((66 == v_435X)) {
if ((0 == (*((unsigned char *) ((((char *) (-3 + code_430X))) + (-3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + code_430X))) + -4))))>>8)))))))) {
index_436X = -2 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + code_430X))) + -4))))>>8));
space_437X = ((((*((unsigned char *) ((((char *) (-3 + code_430X))) + index_436X))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_430X))) + (1 + index_436X))));
if ((space_437X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L18838;}
else {
space_438X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_439X = AVAILABLEp(space_438X);
if (v_439X) {
arg2K0 = 1;
arg0K1 = 0;
goto L19021;}
else {
collect_saving_temps(1, 1, &temp1_440X);
v_441X = AVAILABLEp(space_438X);
if (v_441X) {
arg2K0 = 1;
arg0K1 = 0;
goto L19021;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L19021;}}}}
else {
goto L18883;}}
else {
goto L18883;}}}
break;
case 37 : {
if ((1 == (SvalS))) {
Scode_pointerS = ((Scode_pointerS) + (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))));
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
break;
case 38 : {
Scode_pointerS = ((Scode_pointerS) + (((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))));
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 39 : {
if ((0 == (3 & (SvalS)))) {
p_442X = SvalS;
max_443X = *((unsigned char *) ((Scode_pointerS) + 1));
val_444X = ((p_442X)>>2);
if ((val_444X < 0)) {
goto L18739;}
else {
if ((val_444X < max_443X)) {
index_445X = 1 + (((val_444X)<<1));
arg0K0 = (((((*((unsigned char *) ((Scode_pointerS) + (1 + index_445X)))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + (2 + index_445X)))));
goto L18741;}
else {
goto L18739;}}}
else {
push_exception_continuationB(5, 0);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 40 : {
stack_nargs_446X = (((*((long *) ((SstackS) + 4))))>>2);
if ((0 == stack_nargs_446X)) {
arg0_447X = *((long *) ((SstackS) + 12));
rest_list_448X = *((long *) ((SstackS) + 8));
*((long *) (SstackS)) = arg0_447X;
SstackS = ((SstackS) + -4);
SvalS = (*((long *) (((char *) (-3 + rest_list_448X)))));
goto L19771;}
else {
arg1_449X = *((long *) ((SstackS) + (4 + (((stack_nargs_446X)<<2)))));
arg0_450X = *((long *) ((SstackS) + (8 + (((stack_nargs_446X)<<2)))));
*((long *) ((SstackS) + (8 + (((stack_nargs_446X)<<2))))) = 1;
*((long *) ((SstackS) + 4)) = (-4 + (((stack_nargs_446X)<<2)));
*((long *) (SstackS)) = arg0_450X;
SstackS = ((SstackS) + -4);
SvalS = arg1_449X;
goto L19771;}}
break;
case 41 : {
stack_nargs_451X = (((*((long *) ((SstackS) + 4))))>>2);
if ((stack_nargs_451X == 0)) {
rest_list_452X = *((long *) ((SstackS) + 8));
if ((25 == (*((long *) ((((char *) (-3 + rest_list_452X))) + 4))))) {
arg0K0 = 1;
goto L18637;}
else {
*((long *) ((SstackS) + 8)) = (*((long *) ((((char *) (-3 + rest_list_452X))) + 4)));
*((long *) ((SstackS) + 12)) = (SvalS);
arg0K0 = -2;
goto L18637;}}
else {
if ((stack_nargs_451X == 1)) {
if ((25 == (*((long *) ((SstackS) + 8))))) {
arg0K0 = 1;
goto L18637;}
else {
*((long *) ((SstackS) + 4)) = 0;
*((long *) ((SstackS) + 12)) = (SvalS);
arg0K0 = -2;
goto L18637;}}
else {
*((long *) ((SstackS) + (8 + (((stack_nargs_451X)<<2))))) = (SvalS);
arg0K0 = -2;
goto L18637;}}}
break;
case 42 : {
if ((1 == (SvalS))) {
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
x_453X = (((*((long *) ((SstackS) + 4))))>>2);
if ((x_453X == 0)) {
rest_list_454X = *((long *) ((SstackS) + 8));
if ((25 == (*((long *) ((((char *) (-3 + rest_list_454X))) + 4))))) {
arg0K0 = 1;
goto L19662;}
else {
*((long *) ((SstackS) + 8)) = (*((long *) ((((char *) (-3 + rest_list_454X))) + 4)));
*((long *) ((SstackS) + 12)) = (*((long *) (((char *) (-3 + rest_list_454X)))));
arg0K0 = -2;
goto L19662;}}
else {
if ((x_453X == 1)) {
if ((25 == (*((long *) ((SstackS) + 8))))) {
arg0K0 = 1;
goto L19662;}
else {
*((long *) ((SstackS) + 4)) = 0;
arg0K0 = -2;
goto L19662;}}
else {
arg0K0 = -2;
goto L19662;}}}}
break;
case 43 : {
SstackS = ((SstackS) + 4);
arg2_455X = *((long *) (SstackS));
x_456X = SvalS;
if ((arg2_455X == x_456X)) {
arg0K0 = 5;
goto L38244;}
else {
arg0K0 = 1;
goto L38244;}}
break;
case 44 : {
x_457X = SvalS;
if ((0 == (3 & x_457X))) {
arg0K0 = 5;
goto L38256;}
else {
if ((3 == (3 & x_457X))) {
if ((20 == (31 & ((((*((long *) ((((char *) (-3 + x_457X))) + -4))))>>2))))) {
arg0K0 = 5;
goto L38256;}
else {
goto L10642;}}
else {
goto L10642;}}}
break;
case 45 : {
n_458X = SvalS;
if ((0 == (3 & n_458X))) {
goto L28420;}
else {
if ((3 == (3 & n_458X))) {
if ((20 == (31 & ((((*((long *) ((((char *) (-3 + n_458X))) + -4))))>>2))))) {
goto L28420;}
else {
goto L28421;}}
else {
goto L28421;}}}
break;
case 46 : {
n_459X = SvalS;
if ((0 == (3 & n_459X))) {
goto L28577;}
else {
if ((3 == (3 & n_459X))) {
if ((20 == (31 & ((((*((long *) ((((char *) (-3 + n_459X))) + -4))))>>2))))) {
goto L28577;}
else {
goto L28552;}}
else {
goto L28552;}}}
break;
case 47 : {
n_460X = SvalS;
if ((0 == (3 & n_460X))) {
goto L28776;}
else {
if ((3 == (3 & n_460X))) {
if ((20 == (31 & ((((*((long *) ((((char *) (-3 + n_460X))) + -4))))>>2))))) {
goto L28776;}
else {
goto L28751;}}
else {
goto L28751;}}}
break;
case 48 : {
n_461X = SvalS;
if ((0 == (3 & n_461X))) {
goto L28975;}
else {
if ((3 == (3 & n_461X))) {
if ((20 == (31 & ((((*((long *) ((((char *) (-3 + n_461X))) + -4))))>>2))))) {
goto L28975;}
else {
goto L28950;}}
else {
goto L28950;}}}
break;
case 49 : {
x_462X = SvalS;
if ((0 == (3 & x_462X))) {
SvalS = 5;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_462X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 50 : {
x_463X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_463X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 51 : {
x_464X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_464X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 52 : {
SstackS = ((SstackS) + 4);
x_465X = *((long *) (SstackS));
y_466X = SvalS;
if ((0 == (3 & (x_465X | y_466X)))) {
z_467X = (((x_465X)>>2)) + (((y_466X)>>2));
if ((536870911 < z_467X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_465X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_466X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if ((z_467X < -536870912)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_465X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_466X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = (((z_467X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_465X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_466X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 53 : {
SstackS = ((SstackS) + 4);
arg2_468X = *((long *) (SstackS));
x_469X = SvalS;
if ((0 == (3 & (arg2_468X | x_469X)))) {
a_470X = ((arg2_468X)>>2);
b_471X = ((x_469X)>>2);
if ((a_470X < 0)) {
arg0K0 = (0 - a_470X);
goto L6795;}
else {
arg0K0 = a_470X;
goto L6795;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 54 : {
SstackS = ((SstackS) + 4);
x_472X = *((long *) (SstackS));
y_473X = SvalS;
if ((0 == (3 & (x_472X | y_473X)))) {
z_474X = (((x_472X)>>2)) - (((y_473X)>>2));
if ((536870911 < z_474X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_472X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_473X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if ((z_474X < -536870912)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_472X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_473X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = (((z_474X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_472X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_473X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 55 : {
SstackS = ((SstackS) + 4);
arg2_475X = *((long *) (SstackS));
x_476X = SvalS;
if ((0 == (3 & (arg2_475X | x_476X)))) {
if ((0 == x_476X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_475X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_476X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
a_477X = ((arg2_475X)>>2);
b_478X = ((x_476X)>>2);
if ((a_477X < 0)) {
arg0K0 = (0 - a_477X);
goto L7076;}
else {
arg0K0 = a_477X;
goto L7076;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_475X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_476X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 56 : {
SstackS = ((SstackS) + 4);
arg2_479X = *((long *) (SstackS));
x_480X = SvalS;
if ((0 == (3 & (arg2_479X | x_480X)))) {
if ((arg2_479X == x_480X)) {
arg0K0 = 5;
goto L31885;}
else {
arg0K0 = 1;
goto L31885;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_479X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_480X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 57 : {
SstackS = ((SstackS) + 4);
arg2_481X = *((long *) (SstackS));
x_482X = SvalS;
if ((0 == (3 & (arg2_481X | x_482X)))) {
if ((arg2_481X < x_482X)) {
arg0K0 = 5;
goto L31963;}
else {
arg0K0 = 1;
goto L31963;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_481X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_482X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 58 : {
SstackS = ((SstackS) + 4);
arg2_483X = *((long *) (SstackS));
x_484X = SvalS;
if ((0 == (3 & (arg2_483X | x_484X)))) {
if ((x_484X < arg2_483X)) {
arg0K0 = 5;
goto L32041;}
else {
arg0K0 = 1;
goto L32041;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_483X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_484X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 59 : {
SstackS = ((SstackS) + 4);
arg2_485X = *((long *) (SstackS));
x_486X = SvalS;
if ((0 == (3 & (arg2_485X | x_486X)))) {
if ((x_486X < arg2_485X)) {
arg0K0 = 1;
goto L32119;}
else {
arg0K0 = 5;
goto L32119;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_485X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_486X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 60 : {
SstackS = ((SstackS) + 4);
arg2_487X = *((long *) (SstackS));
x_488X = SvalS;
if ((0 == (3 & (arg2_487X | x_488X)))) {
if ((arg2_487X < x_488X)) {
arg0K0 = 1;
goto L32197;}
else {
arg0K0 = 5;
goto L32197;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_487X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_488X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 61 : {
SstackS = ((SstackS) + 4);
arg2_489X = *((long *) (SstackS));
x_490X = SvalS;
if ((0 == (3 & (arg2_489X | x_490X)))) {
if ((0 == x_490X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_489X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_490X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
a_491X = ((arg2_489X)>>2);
b_492X = ((x_490X)>>2);
if ((a_491X < 0)) {
arg0K0 = (0 - a_491X);
goto L7253;}
else {
arg0K0 = a_491X;
goto L7253;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_489X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_490X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 62 : {
SstackS = ((SstackS) + 4);
x_493X = *((long *) (SstackS));
y_494X = SvalS;
if ((0 == (3 & (x_493X | y_494X)))) {
if ((0 == y_494X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_493X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_494X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
a_495X = ((x_493X)>>2);
if ((a_495X < 0)) {
arg0K0 = (0 - a_495X);
goto L25367;}
else {
arg0K0 = a_495X;
goto L25367;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_493X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_494X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 63 : {
x_496X = SvalS;
if ((0 == (3 & x_496X))) {
SvalS = x_496X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_496X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 64 : {
x_497X = SvalS;
if ((0 == (3 & x_497X))) {
SvalS = x_497X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_497X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 65 : {
x_498X = SvalS;
if ((0 == (3 & x_498X))) {
SvalS = 4;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_498X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 66 : {
x_499X = SvalS;
if ((0 == (3 & x_499X))) {
SvalS = x_499X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_499X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 67 : {
x_500X = SvalS;
if ((0 == (3 & x_500X))) {
SvalS = 0;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_500X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 68 : {
x_501X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_501X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 69 : {
x_502X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_502X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 70 : {
x_503X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_503X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 71 : {
x_504X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_504X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 72 : {
x_505X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_505X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 73 : {
x_506X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_506X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 74 : {
x_507X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_507X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 75 : {
x_508X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_508X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 76 : {
x_509X = SvalS;
if ((0 == (3 & x_509X))) {
if ((x_509X < 0)) {
goto L38513;}
else {
SvalS = 0;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
goto L38513;}}
break;
case 77 : {
n_510X = SvalS;
if ((0 == (3 & n_510X))) {
n_511X = ((n_510X)>>2);
if ((n_511X < 0)) {
arg0K0 = (0 - n_511X);
goto L25653;}
else {
arg0K0 = n_511X;
goto L25653;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_510X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 78 : {
SstackS = ((SstackS) + 4);
arg2_512X = *((long *) (SstackS));
x_513X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_512X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_513X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
break;
case 79 : {
SstackS = ((SstackS) + 4);
arg2_514X = *((long *) (SstackS));
x_515X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_514X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_515X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
break;
case 80 : {
SstackS = ((SstackS) + 4);
arg2_516X = *((long *) (SstackS));
x_517X = SvalS;
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_516X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_517X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
break;
case 81 : {
x_518X = SvalS;
if ((0 == (3 & x_518X))) {
SvalS = (~ (3 | x_518X));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_518X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 82 : {
SstackS = ((SstackS) + 4);
arg2_519X = *((long *) (SstackS));
x_520X = SvalS;
if ((0 == (3 & (arg2_519X | x_520X)))) {
SvalS = (arg2_519X & x_520X);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_519X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_520X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 83 : {
SstackS = ((SstackS) + 4);
arg2_521X = *((long *) (SstackS));
x_522X = SvalS;
if ((0 == (3 & (arg2_521X | x_522X)))) {
SvalS = (arg2_521X | x_522X);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_521X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_522X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 84 : {
SstackS = ((SstackS) + 4);
arg2_523X = *((long *) (SstackS));
x_524X = SvalS;
if ((0 == (3 & (arg2_523X | x_524X)))) {
SvalS = (arg2_523X ^ x_524X);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_523X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_524X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 85 : {
SstackS = ((SstackS) + 4);
x_525X = *((long *) (SstackS));
y_526X = SvalS;
if ((0 == (3 & (x_525X | y_526X)))) {
value_527X = ((x_525X)>>2);
count_528X = ((y_526X)>>2);
if ((count_528X < 0)) {
PS_SHIFT_RIGHT(value_527X, (0 - count_528X), x_529X)
SvalS = (((x_529X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
PS_SHIFT_LEFT(value_527X, count_528X, x_530X)
result_531X = (((((x_530X)<<2)))>>2);
PS_SHIFT_RIGHT(result_531X, count_528X, x_532X)
if ((value_527X == x_532X)) {
if ((value_527X < 0)) {
if ((result_531X < 0)) {
goto L25932;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_525X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_526X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
if ((result_531X < 0)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_525X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_526X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
goto L25932;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_525X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_526X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_525X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = y_526X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 86 : {
x_533X = SvalS;
if ((9 == (255 & x_533X))) {
arg0K0 = 5;
goto L38601;}
else {
arg0K0 = 1;
goto L38601;}}
break;
case 87 : {
SstackS = ((SstackS) + 4);
arg2_534X = *((long *) (SstackS));
if ((9 == (255 & arg2_534X))) {
if ((9 == (255 & (SvalS)))) {
x_535X = SvalS;
if ((arg2_534X == x_535X)) {
arg0K0 = 5;
goto L28195;}
else {
arg0K0 = 1;
goto L28195;}}
else {
goto L28168;}}
else {
goto L28168;}}
break;
case 88 : {
SstackS = ((SstackS) + 4);
arg2_536X = *((long *) (SstackS));
if ((9 == (255 & arg2_536X))) {
if ((9 == (255 & (SvalS)))) {
x_537X = SvalS;
if ((arg2_536X < x_537X)) {
arg0K0 = 5;
goto L28105;}
else {
arg0K0 = 1;
goto L28105;}}
else {
goto L28078;}}
else {
goto L28078;}}
break;
case 89 : {
if ((9 == (255 & (SvalS)))) {
SvalS = (((((((((SvalS))>>8)))))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 90 : {
if ((0 == (3 & (SvalS)))) {
x_538X = (((SvalS))>>2);
if ((255 < x_538X)) {
goto L32889;}
else {
if ((x_538X < 0)) {
goto L32889;}
else {
SvalS = (9 + (((((x_538X)))<<8)));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 91 : {
x_539X = SvalS;
if ((21 == x_539X)) {
arg0K0 = 5;
goto L38630;}
else {
arg0K0 = 1;
goto L38630;}}
break;
case 92 : {
x_540X = SvalS;
type_541X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((3 == (3 & x_540X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + x_540X))) + -4))))>>2))) == type_541X)) {
arg0K0 = 5;
goto L38644;}
else {
arg0K0 = 1;
goto L38644;}}
else {
arg0K0 = 1;
goto L38644;}}
break;
case 93 : {
stob_542X = SvalS;
type_543X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((3 == (3 & stob_542X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + stob_542X))) + -4))))>>2))) == type_543X)) {
SvalS = (-4 & (3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + stob_542X))) + -4))))>>8))));
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L21250;}}
else {
goto L21250;}}
break;
case 94 : {
len_544X = *((unsigned char *) ((Scode_pointerS) + 1));
space_545X = 4 + (((len_544X)<<2));
v_546X = AVAILABLEp(space_545X);
if (v_546X) {
goto L21322;}
else {
collect_saving_temps(1, 1, &temp1_547X);
v_548X = AVAILABLEp(space_545X);
if (v_548X) {
goto L21322;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L21322;}}}
break;
case 95 : {
SstackS = ((SstackS) + 4);
len_549X = (((*((long *) (SstackS))))>>2);
space_550X = 4 + (((len_549X)<<2));
v_551X = AVAILABLEp(space_550X);
if (v_551X) {
goto L21504;}
else {
collect_saving_temps(1, 1, &temp1_552X);
v_553X = AVAILABLEp(space_550X);
if (v_553X) {
goto L21504;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L21504;}}}
break;
case 96 : {
stob_554X = SvalS;
offset_555X = *((unsigned char *) ((Scode_pointerS) + 2));
type_556X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((3 == (3 & stob_554X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + stob_554X))) + -4))))>>2))) == type_556X)) {
SvalS = (*((long *) ((((char *) (-3 + stob_554X))) + (((offset_555X)<<2)))));
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L21714;}}
else {
goto L21714;}}
break;
case 97 : {
SstackS = ((SstackS) + 4);
stob_557X = *((long *) (SstackS));
value_558X = SvalS;
offset_559X = *((unsigned char *) ((Scode_pointerS) + 2));
type_560X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((3 == (3 & stob_557X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + stob_557X))) + -4))))>>2))) == type_560X)) {
if ((3 == (3 & stob_557X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + stob_557X))) + -4)))))) {
addr_561X = (((char *) (-3 + stob_557X))) + (((offset_559X)<<2));
S48_WRITE_BARRIER(stob_557X, addr_561X, value_558X);
*((long *) addr_561X) = value_558X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L21817;}}
else {
goto L21817;}}
else {
goto L21817;}}
else {
goto L21817;}}
break;
case 98 : {
SstackS = ((SstackS) + 4);
len_562X = *((long *) (SstackS));
init_563X = SvalS;
type_564X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == (3 & len_562X))) {
len_565X = ((len_562X)>>2);
size_566X = 1 + len_565X;
if ((len_565X < 0)) {
goto L22002;}
else {
if ((4194305 < size_566X)) {
goto L22002;}
else {
v_567X = AVAILABLEp(size_566X);
if (v_567X) {
arg2K0 = 1;
arg0K1 = init_563X;
goto L22020;}
else {
temp0_568X = collect_saving_temps(init_563X, 1, &temp1_569X);
v_570X = AVAILABLEp(size_566X);
if (v_570X) {
arg2K0 = 1;
arg0K1 = temp0_568X;
goto L22020;}
else {
arg2K0 = 0;
arg0K1 = temp0_568X;
goto L22020;}}}}}
else {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = (((type_564X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = len_562X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = init_563X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}}
break;
case 99 : {
SstackS = ((SstackS) + 4);
stob_571X = *((long *) (SstackS));
index_572X = SvalS;
type_573X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == (3 & index_572X))) {
if ((3 == (3 & stob_571X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + stob_571X))) + -4))))>>2))) == type_573X)) {
len_574X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + stob_571X))) + -4))))>>8))))>>2);
index_575X = ((index_572X)>>2);
if ((index_575X < 0)) {
goto L22298;}
else {
if ((index_575X < len_574X)) {
SvalS = (*((long *) ((((char *) (-3 + stob_571X))) + (-4 & index_572X))));
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L22298;}}}
else {
goto L22275;}}
else {
goto L22275;}}
else {
goto L22275;}}
break;
case 100 : {
SstackS = ((SstackS) + 4);
arg2_576X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
stob_577X = *((long *) (SstackS));
value_578X = SvalS;
type_579X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == (3 & arg2_576X))) {
if ((3 == (3 & stob_577X))) {
if (((31 & ((((*((long *) ((((char *) (-3 + stob_577X))) + -4))))>>2))) == type_579X)) {
if ((3 == (3 & stob_577X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + stob_577X))) + -4)))))) {
len_580X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + stob_577X))) + -4))))>>8))))>>2);
index_581X = ((arg2_576X)>>2);
if ((index_581X < 0)) {
goto L22538;}
else {
if ((index_581X < len_580X)) {
addr_582X = (((char *) (-3 + stob_577X))) + (-4 & arg2_576X);
S48_WRITE_BARRIER(stob_577X, addr_582X, value_578X);
*((long *) addr_582X) = value_578X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L22538;}}}
else {
goto L22513;}}
else {
goto L22513;}}
else {
goto L22513;}}
else {
goto L22513;}}
else {
goto L22513;}}
break;
case 101 : {
SstackS = ((SstackS) + 4);
arg2_583X = *((long *) (SstackS));
if ((0 == (3 & (arg2_583X | (SvalS))))) {
len_584X = ((arg2_583X)>>2);
init_585X = (((SvalS))>>2);
size_586X = 1 + ((((3 + len_584X))>>2));
if ((len_584X < 0)) {
goto L26103;}
else {
if ((4194305 < size_586X)) {
goto L26103;}
else {
v_587X = AVAILABLEp(size_586X);
if (v_587X) {
goto L26195;}
else {
collect_saving_temps(1, 1, &temp1_588X);
v_589X = AVAILABLEp(size_586X);
if (v_589X) {
goto L26195;}
else {
push_exception_continuationB(8, 1);
*((long *) (SstackS)) = (((len_584X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((init_585X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_583X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 102 : {
obj_590X = SvalS;
if ((3 == (3 & obj_590X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + obj_590X))) + -4))))>>2))))) {
SvalS = (((((long)(((unsigned long)(*((long *) ((((char *) (-3 + (SvalS)))) + -4))))>>8)))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L36456;}}
else {
goto L36456;}}
break;
case 103 : {
SstackS = ((SstackS) + 4);
arg2_591X = *((long *) (SstackS));
if ((3 == (3 & arg2_591X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg2_591X))) + -4))))>>2))))) {
if ((0 == (3 & (SvalS)))) {
index_592X = (((SvalS))>>2);
len_593X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + arg2_591X))) + -4))))>>8);
if ((index_592X < 0)) {
goto L32995;}
else {
if ((index_592X < len_593X)) {
SvalS = ((((*((unsigned char *) ((((char *) (-3 + arg2_591X))) + index_592X))))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L32995;}}}
else {
goto L36032;}}
else {
goto L36032;}}
else {
goto L36032;}}
break;
case 104 : {
SstackS = ((SstackS) + 4);
arg2_594X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_595X = *((long *) (SstackS));
if ((3 == (3 & arg3_595X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg3_595X))) + -4))))>>2))))) {
if ((0 == (3 & (arg2_594X | (SvalS))))) {
index_596X = ((arg2_594X)>>2);
Kchar_597X = (((SvalS))>>2);
if ((3 == (3 & arg3_595X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + arg3_595X))) + -4)))))) {
len_598X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + arg3_595X))) + -4))))>>8);
if ((index_596X < 0)) {
goto L29943;}
else {
if ((index_596X < len_598X)) {
*((unsigned char *) ((((char *) (-3 + arg3_595X))) + index_596X)) = Kchar_597X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L29943;}}}
else {
goto L29922;}}
else {
goto L29922;}}
else {
goto L34444;}}
else {
goto L34444;}}
else {
goto L34444;}}
break;
case 105 : {
SstackS = ((SstackS) + 4);
arg2_599X = *((long *) (SstackS));
if ((0 == (3 & arg2_599X))) {
if ((9 == (255 & (SvalS)))) {
len_600X = ((arg2_599X)>>2);
init_601X = ((((SvalS))>>8));
size_602X = 1 + ((((4 + len_600X))>>2));
if ((len_600X < 0)) {
goto L26337;}
else {
if ((4194305 < size_602X)) {
goto L26337;}
else {
v_603X = AVAILABLEp(size_602X);
if (v_603X) {
goto L26429;}
else {
collect_saving_temps(1, 1, &temp1_604X);
v_605X = AVAILABLEp(size_602X);
if (v_605X) {
goto L26429;}
else {
push_exception_continuationB(8, 1);
*((long *) (SstackS)) = (((len_600X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (9 + ((((init_601X))<<8)));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}}}
else {
goto L33076;}}
else {
goto L33076;}}
break;
case 106 : {
obj_606X = SvalS;
if ((3 == (3 & obj_606X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + obj_606X))) + -4))))>>2))))) {
SvalS = (-4 + (((((long)(((unsigned long)(*((long *) ((((char *) (-3 + (SvalS)))) + -4))))>>8)))<<2)));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L36506;}}
else {
goto L36506;}}
break;
case 107 : {
SstackS = ((SstackS) + 4);
arg2_607X = *((long *) (SstackS));
if ((3 == (3 & arg2_607X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_607X))) + -4))))>>2))))) {
if ((0 == (3 & (SvalS)))) {
index_608X = (((SvalS))>>2);
len_609X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg2_607X))) + -4))))>>8));
if ((index_608X < 0)) {
goto L33139;}
else {
if ((index_608X < len_609X)) {
SvalS = (9 + ((((((*((unsigned char *) ((((char *) (-3 + arg2_607X))) + index_608X))))))<<8)));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L33139;}}}
else {
goto L36128;}}
else {
goto L36128;}}
else {
goto L36128;}}
break;
case 108 : {
SstackS = ((SstackS) + 4);
arg2_610X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_611X = *((long *) (SstackS));
if ((3 == (3 & arg3_611X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg3_611X))) + -4))))>>2))))) {
if ((0 == (3 & arg2_610X))) {
if ((9 == (255 & (SvalS)))) {
index_612X = ((arg2_610X)>>2);
Kchar_613X = ((((SvalS))>>8));
if ((3 == (3 & arg3_611X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + arg3_611X))) + -4)))))) {
len_614X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg3_611X))) + -4))))>>8));
if ((index_612X < 0)) {
goto L30098;}
else {
if ((index_612X < len_614X)) {
*((unsigned char *) ((((char *) (-3 + arg3_611X))) + index_612X)) = (Kchar_613X);
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L30098;}}}
else {
goto L30077;}}
else {
goto L30077;}}
else {
goto L34570;}}
else {
goto L34570;}}
else {
goto L34570;}}
else {
goto L34570;}}
break;
case 109 : {
v_615X = AVAILABLEp(3);
if (v_615X) {
goto L24507;}
else {
collect_saving_temps(1, 1, &temp1_616X);
v_617X = AVAILABLEp(3);
if (v_617X) {
goto L24507;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L24507;}}}
break;
case 110 : {
obj_618X = SvalS;
if ((3 == (3 & obj_618X))) {
if ((4 == (31 & ((((*((long *) ((((char *) (-3 + obj_618X))) + -4))))>>2))))) {
x_619X = SvalS;
descriptor_620X = *((long *) ((((char *) (-3 + x_619X))) + 4));
if ((17 == (255 & descriptor_620X))) {
if ((529 == (*((long *) ((((char *) (-3 + x_619X))) + 4))))) {
arg0K0 = 5;
goto L34117;}
else {
arg0K0 = 1;
goto L34117;}}
else {
arg0K0 = 5;
goto L34117;}}
else {
goto L34098;}}
else {
goto L34098;}}
break;
case 111 : {
SstackS = ((SstackS) + 4);
arg2_621X = *((long *) (SstackS));
if ((3 == (3 & arg2_621X))) {
if ((4 == (31 & ((((*((long *) ((((char *) (-3 + arg2_621X))) + -4))))>>2))))) {
x_622X = SvalS;
if ((1 == x_622X)) {
goto L29685;}
else {
if ((5 == x_622X)) {
goto L29685;}
else {
goto L29692;}}}
else {
goto L29692;}}
else {
goto L29692;}}
break;
case 112 : {
x_623X = SvalS;
if ((3 == (3 & x_623X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + x_623X))) + -4)))))) {
arg0K0 = 1;
goto L38716;}
else {
arg0K0 = 5;
goto L38716;}}
else {
arg0K0 = 5;
goto L38716;}}
break;
case 113 : {
x_624X = SvalS;
if ((3 == (3 & x_624X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + x_624X))) + -4)))))) {
*((long *) ((((char *) (-3 + x_624X))) + -4)) = (128 | (*((long *) ((((char *) (-3 + x_624X))) + -4))));
goto L33221;}
else {
goto L33221;}}
else {
goto L33221;}}
break;
case 114 : {
v_625X = AVAILABLEp(72);
if (v_625X) {
arg2K0 = 1;
arg0K1 = 0;
goto L33272;}
else {
collect_saving_temps(1, 1, &temp1_626X);
v_627X = AVAILABLEp(72);
if (v_627X) {
arg2K0 = 1;
arg0K1 = 0;
goto L33272;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L33272;}}}
break;
case 115 : {
v_628X = AVAILABLEp(66);
if (v_628X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34688;}
else {
collect_saving_temps(1, 1, &temp1_629X);
v_630X = AVAILABLEp(66);
if (v_630X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34688;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L34688;}}}
break;
case 116 : {
v_631X = AVAILABLEp(66);
if (v_631X) {
arg2K0 = 1;
arg0K1 = 0;
goto L37560;}
else {
collect_saving_temps(1, 1, &temp1_632X);
v_633X = AVAILABLEp(66);
if (v_633X) {
arg2K0 = 1;
arg0K1 = 0;
goto L37560;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L37560;}}}
break;
case 117 : {
v_634X = AVAILABLEp(66);
if (v_634X) {
arg2K0 = 1;
arg0K1 = 0;
goto L37820;}
else {
collect_saving_temps(1, 1, &temp1_635X);
v_636X = AVAILABLEp(66);
if (v_636X) {
arg2K0 = 1;
arg0K1 = 0;
goto L37820;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L37820;}}}
break;
case 118 : {
v_637X = AVAILABLEp(66);
if (v_637X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34173;}
else {
collect_saving_temps(1, 1, &temp1_638X);
v_639X = AVAILABLEp(66);
if (v_639X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34173;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L34173;}}}
break;
case 119 : {
obj_640X = SvalS;
if ((3 == (3 & obj_640X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_640X))) + -4))))>>2))))) {
channel_641X = SvalS;
head_642X = Spending_channels_headS;
if ((1 == head_642X)) {
addr_643X = (((char *) (-3 + channel_641X))) + 16;
S48_WRITE_BARRIER(channel_641X, addr_643X, 1);
*((long *) addr_643X) = 1;
n_644X = ps_abort_fd_op(((((*((long *) ((((char *) (-3 + channel_641X))) + 8))))>>2)));
arg0K0 = (((n_644X)<<2));
goto L33343;}
else {
if ((channel_641X == head_642X)) {
channel_645X = Spending_channels_headS;
next_646X = *((long *) ((((char *) (-3 + channel_645X))) + 12));
Spending_channels_headS = next_646X;
addr_647X = (((char *) (-3 + channel_645X))) + 12;
S48_WRITE_BARRIER(channel_645X, addr_647X, 1);
*((long *) addr_647X) = 1;
if ((1 == next_646X)) {
Spending_channels_tailS = 1;
goto L8193;}
else {
goto L8193;}}
else {
arg0K0 = (*((long *) ((((char *) (-3 + head_642X))) + 12)));
arg0K1 = head_642X;
goto L8199;}}}
else {
goto L33326;}}
else {
goto L33326;}}
break;
case 120 : {
space_648X = 3 * (Snumber_of_channelsS);
v_649X = AVAILABLEp(space_648X);
if (v_649X) {
goto L14798;}
else {
collect_saving_temps(1, 1, &temp1_650X);
v_651X = AVAILABLEp(space_648X);
if (v_651X) {
goto L14798;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L14798;}}}
break;
case 121 : {
SvalS = 529;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 122 : {
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 123 : {
x_652X = SvalS;
push_exception_continuationB(16, 1);
*((long *) (SstackS)) = x_652X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
break;
case 124 : {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 125 : {
SvalS = 21;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 126 : {
v_653X = AVAILABLEp(66);
if (v_653X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34789;}
else {
collect_saving_temps(1, 1, &temp1_654X);
v_655X = AVAILABLEp(66);
if (v_655X) {
arg2K0 = 1;
arg0K1 = 0;
goto L34789;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L34789;}}}
break;
case 127 : {
SvalS = 13;
collect_saving_temps(0, 0, &v_656X);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 128 : {
obj_657X = SvalS;
if ((3 == (3 & obj_657X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + obj_657X))) + -4))))>>2))))) {
x_658X = SvalS;
n_659X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + x_658X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L35621;}
else {
goto L35598;}}
else {
goto L35598;}}
break;
case 129 : {
v_660X = AVAILABLEp(6);
if (v_660X) {
goto L38784;}
else {
collect_saving_temps(1, 1, &temp1_661X);
v_662X = AVAILABLEp(6);
if (v_662X) {
goto L38784;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L38784;}}}
break;
case 130 : {
SstackS = ((SstackS) + 4);
arg2_663X = *((long *) (SstackS));
if ((0 == (3 & arg2_663X))) {
key_664X = ((arg2_663X)>>2);
other_665X = SvalS;
if ((5 == key_664X)) {
SvalS = (-4 & other_665X);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((0 == key_664X)) {
x_666X = s48_available();
SvalS = (((x_666X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((1 == key_664X)) {
bytes_667X = s48_heap_size();
SvalS = (-4 & (3 + bytes_667X));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((2 == key_664X)) {
SvalS = (((((Sstack_endS) - (Sstack_beginS)))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((3 == key_664X)) {
x_668X = s48_gc_count();
SvalS = (((x_668X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((4 == key_664X)) {
push_exception_continuationB(15, 1);
*((long *) (SstackS)) = (((key_664X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = other_665X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
push_exception_continuationB(18, 1);
*((long *) (SstackS)) = (((key_664X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = other_665X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}}}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_663X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 131 : {
if ((0 == (3 & (SvalS)))) {
type_669X = (((SvalS))>>2);
arg2K0 = 1;
goto L33434;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 132 : {
x_670X = SvalS;
arg2K0 = 1;
arg0K1 = x_670X;
goto L38834;}
break;
case 133 : {
SvalS = (Scurrent_threadS);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 134 : {
Scurrent_threadS = (SvalS);
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 135 : {
SvalS = (Ssession_dataS);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 136 : {
Ssession_dataS = (SvalS);
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 137 : {
obj_671X = SvalS;
if ((3 == (3 & obj_671X))) {
if ((2 == (31 & ((((*((long *) ((((char *) (-3 + obj_671X))) + -4))))>>2))))) {
if ((((((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + (SvalS)))) + -4))))>>8))))>>2)) < 161)) {
goto L20591;}
else {
temp_672X = Sexception_handlersS;
Sexception_handlersS = (SvalS);
SvalS = temp_672X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
goto L20591;}}
else {
goto L20591;}}
break;
case 138 : {
SstackS = ((SstackS) + 4);
p_673X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
template_674X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
SstackS = ((SstackS) + 4);
p_675X = *((long *) (SstackS));
StemplateS = template_674X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + template_674X)))))))) + ((((((((((p_673X)>>2)) + (((p_675X)>>2))))<<2)))>>2)));
arg1K0 = (Scode_pointerS);
goto L18459;}
break;
case 139 : {
obj_676X = SvalS;
if ((3 == (3 & obj_676X))) {
if ((2 == (31 & ((((*((long *) ((((char *) (-3 + obj_676X))) + -4))))>>2))))) {
if ((((((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + (SvalS)))) + -4))))>>8))))>>2)) < 5)) {
goto L19515;}
else {
temp_677X = Sinterrupt_handlersS;
Sinterrupt_handlersS = (SvalS);
SvalS = temp_677X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
goto L19515;}}
else {
goto L19515;}}
break;
case 140 : {
old_678X = Senabled_interruptsS;
p_679X = SvalS;
Senabled_interruptsS = (((p_679X)>>2));
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L38875;}
else {
goto L38875;}}
else {
s48_Spending_interruptPS = 1;
goto L38875;}}
break;
case 141 : {
SstackS = ((SstackS) + 4);
p_680X = *((long *) (SstackS));
Senabled_interruptsS = (((p_680X)>>2));
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L18473;}
else {
goto L18473;}}
else {
s48_Spending_interruptPS = 1;
goto L18473;}}
break;
case 142 : {
if ((0 == (3 & (SvalS)))) {
p_681X = SvalS;
Spending_interruptsS = (-2 & (Spending_interruptsS));
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L37380;}
else {
goto L37380;}}
else {
s48_Spending_interruptPS = 1;
goto L37380;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
break;
case 143 : {
SstackS = ((SstackS) + 4);
arg2_682X = *((long *) (SstackS));
if ((0 == (3 & arg2_682X))) {
x_683X = SvalS;
if ((1 == x_683X)) {
goto L34317;}
else {
if ((5 == x_683X)) {
goto L34317;}
else {
goto L34322;}}}
else {
goto L34322;}}
break;
case 144 : {
SstackS = ((SstackS) + 4);
nargs_684X = (((*((long *) (SstackS))))>>2);
SstackS = ((SstackS) + 4);
p_685X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
rest_list_686X = *((long *) (SstackS));
if ((14 < nargs_684X)) {
push_exception_continuationB(20, 1);
*((long *) (SstackS)) = (*((long *) ((SstackS) + (-4 & p_685X))));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = nargs_684X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
arg0K0 = rest_list_686X;
goto L22810;}}
break;
case 145 : {
v_687X = AVAILABLEp(5);
if (v_687X) {
arg2K0 = 1;
arg0K1 = 0;
goto L33543;}
else {
collect_saving_temps(1, 1, &temp1_688X);
v_689X = AVAILABLEp(5);
if (v_689X) {
arg2K0 = 1;
arg0K1 = 0;
goto L33543;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L33543;}}}
break;
case 147 : {
SstackS = ((SstackS) + 4);
arg2_690X = *((long *) (SstackS));
if ((3 == (3 & arg2_690X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_690X))) + -4))))>>2))))) {
x_691X = SvalS;
if ((1 == x_691X)) {
goto L23934;}
else {
if ((5 == x_691X)) {
goto L23934;}
else {
goto L23939;}}}
else {
goto L23939;}}
else {
goto L23939;}}
break;
case 148 : {
SstackS = ((SstackS) + 4);
arg2_692X = *((long *) (SstackS));
if ((0 == (3 & arg2_692X))) {
option_693X = ((arg2_692X)>>2);
other_694X = SvalS;
if ((2 == option_693X)) {
x_695X = CHEAP_TIME();
SvalS = (((x_695X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((0 == option_693X)) {
seconds_696X = s48_run_time(&mseconds_697X);
arg0K0 = option_693X;
arg0K1 = seconds_696X;
arg0K2 = mseconds_697X;
goto L35532;}
else {
if ((1 == option_693X)) {
seconds_698X = s48_real_time(&mseconds_699X);
arg0K0 = option_693X;
arg0K1 = seconds_698X;
arg0K2 = mseconds_699X;
goto L35532;}
else {
push_exception_continuationB(18, 1);
*((long *) (SstackS)) = (((option_693X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = other_694X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_692X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 149 : {
SstackS = ((SstackS) + 4);
arg2_700X = *((long *) (SstackS));
if ((0 == (3 & arg2_700X))) {
key_701X = ((arg2_700X)>>2);
value_702X = SvalS;
status_703X = s48_extended_vm(key_701X, value_702X);
if ((0 == status_703X)) {
SvalS = (s48_Sextension_valueS);
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((1 == status_703X)) {
push_exception_continuationB(23, 1);
*((long *) (SstackS)) = (((key_701X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_702X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
push_exception_continuationB(24, 1);
*((long *) (SstackS)) = (((key_701X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_702X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_700X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
break;
case 150 : {
SstackS = ((SstackS) + 4);
arg2_704X = *((long *) (SstackS));
x_705X = SvalS;
Senabled_interruptsS = -1;
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L38935;}
else {
goto L38935;}}
else {
s48_Spending_interruptPS = 1;
goto L38935;}}
break;
case 151 : {
SstackS = ((SstackS) + 4);
arg2_706X = *((long *) (SstackS));
if ((3 == (3 & arg2_706X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_706X))) + -4))))>>2))))) {
obj_707X = SvalS;
if ((3 == (3 & obj_707X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + obj_707X))) + -4))))>>2))))) {
x_708X = SvalS;
len_709X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + arg2_706X))) + -4))))>>8);
if ((len_709X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + x_708X))) + -4))))>>8)))) {
if (((!memcmp((void *)(((char *) (-3 + x_708X))), (void *)(((char *) (-3 + arg2_706X))),len_709X)))) {
arg0K0 = 5;
goto L27871;}
else {
arg0K0 = 1;
goto L27871;}}
else {
arg0K0 = 1;
goto L27871;}}
else {
goto L27838;}}
else {
goto L27838;}}
else {
goto L27838;}}
else {
goto L27838;}}
break;
case 152 : {
space_710X = 1 + ((((4 + ((((SvalS))>>2))))>>2));
v_711X = AVAILABLEp(space_710X);
if (v_711X) {
goto L33752;}
else {
collect_saving_temps(1, 1, &temp1_712X);
v_713X = AVAILABLEp(space_710X);
if (v_713X) {
goto L33752;}
else {
ps_error("Scheme48 heap overflow", 0);
goto L33752;}}}
break;
case 153 : {
SstackS = ((SstackS) + 4);
thing_714X = *((long *) (SstackS));
list_715X = SvalS;
arg0K0 = list_715X;
arg0K1 = list_715X;
arg2K2 = 1;
goto L29340;}
break;
case 154 : {
SstackS = ((SstackS) + 4);
arg2_716X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_717X = *((long *) (SstackS));
if ((0 == (3 & (SvalS)))) {
index_718X = (((SvalS))>>2);
if ((3 == (3 & arg3_717X))) {
if ((9 == (31 & ((((*((long *) ((((char *) (-3 + arg3_717X))) + -4))))>>2))))) {
if ((arg2_716X == (*((long *) (((char *) (-3 + arg3_717X))))))) {
len_719X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg3_717X))) + -4))))>>8))))>>2);
if ((index_718X < 0)) {
goto L27544;}
else {
if ((index_718X < len_719X)) {
SvalS = (*((long *) ((((char *) (-3 + arg3_717X))) + (((index_718X)<<2)))));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L27544;}}}
else {
goto L27564;}}
else {
goto L27564;}}
else {
goto L27564;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_717X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_716X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}}
break;
case 155 : {
SstackS = ((SstackS) + 4);
arg2_720X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_721X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg4_722X = *((long *) (SstackS));
if ((0 == (3 & arg2_720X))) {
index_723X = ((arg2_720X)>>2);
value_724X = SvalS;
if ((3 == (3 & arg4_722X))) {
if ((9 == (31 & ((((*((long *) ((((char *) (-3 + arg4_722X))) + -4))))>>2))))) {
if ((arg3_721X == (*((long *) (((char *) (-3 + arg4_722X))))))) {
if ((3 == (3 & arg4_722X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + arg4_722X))) + -4)))))) {
len_725X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg4_722X))) + -4))))>>8))))>>2);
if ((index_723X < 0)) {
goto L30845;}
else {
if ((index_723X < len_725X)) {
addr_726X = (((char *) (-3 + arg4_722X))) + (((index_723X)<<2));
S48_WRITE_BARRIER(arg4_722X, addr_726X, value_724X);
*((long *) addr_726X) = value_724X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L30845;}}}
else {
goto L30867;}}
else {
goto L30867;}}
else {
goto L30867;}}
else {
goto L30867;}}
else {
goto L30867;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg4_722X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_721X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_720X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}}
break;
case 156 : {
SstackS = ((SstackS) + 4);
arg2_727X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_728X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg4_729X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg5_730X = *((long *) (SstackS));
if ((0 == (3 & ((arg4_729X | arg2_727X) | (SvalS))))) {
from_index_731X = ((arg4_729X)>>2);
to_index_732X = ((arg2_727X)>>2);
count_733X = (((SvalS))>>2);
if ((3 == (3 & arg5_730X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>2))))) {
goto L31096;}
else {
goto L31091;}}
else {
goto L31091;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg5_730X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg4_729X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_728X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_727X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}}
break;
case 157 : {
v_734X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == v_734X)) {
arg0K0 = (SvalS);
goto L23066;}
else {
merged_arg0K0 = 0;
get_current_port_return_tag = 0;
goto get_current_port;
get_current_port_return_0:
v_735X = get_current_port0_return_value;
arg0K0 = v_735X;
goto L23066;}}
break;
case 158 : {
v_736X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == v_736X)) {
arg0K0 = (SvalS);
goto L23286;}
else {
merged_arg0K0 = 0;
get_current_port_return_tag = 1;
goto get_current_port;
get_current_port_return_1:
v_737X = get_current_port0_return_value;
arg0K0 = v_737X;
goto L23286;}}
break;
case 159 : {
v_738X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == v_738X)) {
v_739X = SvalS;
SstackS = ((SstackS) + 4);
arg0K0 = (*((long *) (SstackS)));
arg0K1 = v_739X;
goto L23499;}
else {
merged_arg0K0 = 4;
get_current_port_return_tag = 2;
goto get_current_port;
get_current_port_return_2:
v_740X = get_current_port0_return_value;
arg0K0 = (SvalS);
arg0K1 = v_740X;
goto L23499;}}
break;
case 160 : {
x_741X = SvalS;
out_742X = stderr;
arg0K0 = x_741X;
goto L29593;}
break;
}}
L16686: {
nargs_743X = arg0K0;
opcode_744X = (((*((long *) ((SstackS) + (8 + (((nargs_743X)<<2)))))))>>2);
obj_745X = Sexception_handlersS;
if ((3 == (3 & obj_745X))) {
if ((2 == (31 & ((((*((long *) ((((char *) (-3 + obj_745X))) + -4))))>>2))))) {
goto L16745;}
else {
goto L16818;}}
else {
goto L16818;}}
L23853: {
env_746X = arg0K0;
i_747X = arg0K1;
if ((0 == i_747X)) {
SvalS = (*((long *) ((((char *) (-3 + env_746X))) + ((((*((unsigned char *) ((Scode_pointerS) + 2))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 3);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
arg0K0 = (*((long *) (((char *) (-3 + env_746X)))));
arg0K1 = (-1 + i_747X);
goto L23853;}}
L20268: {
env_748X = arg0K0;
i_749X = arg0K1;
if ((0 == i_749X)) {
SvalS = (*((long *) ((((char *) (-3 + env_748X))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 3))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 4)))))<<2)))));
if ((529 == (SvalS))) {
push_exception_continuationB(0, 5);
arg0K0 = 0;
goto L16686;}
else {
Scode_pointerS = ((Scode_pointerS) + 5);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
arg0K0 = (*((long *) (((char *) (-3 + env_748X)))));
arg0K1 = (-1 + i_749X);
goto L20268;}}
L20206: {
env_750X = arg0K0;
i_751X = arg0K1;
if ((0 == i_751X)) {
index_752X = ((((*((unsigned char *) ((Scode_pointerS) + 3))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 4)));
value_753X = SvalS;
addr_754X = (((char *) (-3 + env_750X))) + (((index_752X)<<2));
S48_WRITE_BARRIER(env_750X, addr_754X, value_753X);
*((long *) addr_754X) = value_753X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 5);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
arg0K0 = (*((long *) (((char *) (-3 + env_750X)))));
arg0K1 = (-1 + i_751X);
goto L20206;}}
L20985: {
space_755X = arg0K0;
v_756X = AVAILABLEp(space_755X);
if (v_756X) {
arg2K0 = 1;
arg0K1 = 0;
goto L21059;}
else {
collect_saving_temps(1, 1, &temp1_757X);
v_758X = AVAILABLEp(space_755X);
if (v_758X) {
arg2K0 = 1;
arg0K1 = 0;
goto L21059;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L21059;}}}
L20992: {
env_759X = arg0K0;
v_760X = AVAILABLEp(3);
if (v_760X) {
arg2K0 = 1;
arg0K1 = env_759X;
goto L21017;}
else {
temp0_761X = collect_saving_temps(env_759X, 1, &temp1_762X);
v_763X = AVAILABLEp(3);
if (v_763X) {
arg2K0 = 1;
arg0K1 = temp0_761X;
goto L21017;}
else {
arg2K0 = 0;
arg0K1 = temp0_761X;
goto L21017;}}}
L20787: {
len_764X = ((total_count_394X)<<2);
addr_765X = ALLOCATE_SPACE(2, (4 + len_764X));
*((long *) addr_765X) = (10 + (((len_764X)<<8)));
new_env_766X = 3 + (((long) (addr_765X + 4)));
v_767X = *((unsigned char *) ((Scode_pointerS) + 1));
if ((0 == v_767X)) {
arg0K0 = 0;
goto L20801;}
else {
value_768X = SvalS;
addr_769X = ((char *) (-3 + new_env_766X));
S48_WRITE_BARRIER(new_env_766X, addr_769X, value_768X);
*((long *) addr_769X) = value_768X;
arg0K0 = 1;
goto L20801;}}
L20713: {
okayP_770X = arg2K0;
key_771X = arg0K1;
if (okayP_770X) {
arg0K0 = key_771X;
goto L20701;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_771X;
goto L20701;}}
L19868: {
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L19903: {
SstackS = ((((char *) (-3 + (Sbottom_of_stackS)))) + -8);
*((long *) (((char *) (-3 + (Sbottom_of_stackS))))) = cont_403X;
ScontS = (Sbottom_of_stackS);
goto L19868;}
L19869: {
if ((1 == cont_403X)) {
if ((0 == (3 & (SvalS)))) {
s48_Scallback_return_stack_blockS = 1;
return ((((SvalS))>>2));}
else {
goto L19884;}}
else {
goto L19884;}}
L19229: {
okayP_772X = arg2K0;
key_773X = arg0K1;
if (okayP_772X) {
arg0K0 = key_773X;
goto L19184;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_773X;
goto L19184;}}
L19141: {
if ((s48_Spending_interruptPS)) {
if ((s48_Spending_eventsPS)) {
s48_Spending_eventsPS = 0;
check_events_return_tag = 0;
goto check_events;
check_events_return_0:
v_774X = check_events0_return_value;
if (v_774X) {
arg0K0 = stack_arg_count_404X;
goto L16915;}
else {
goto L19145;}}
else {
arg0K0 = stack_arg_count_404X;
goto L16915;}}
else {
goto L19145;}}
L16087: {
stack_arg_count_775X = arg0K0;
code_776X = *((long *) (((char *) (-3 + (*((long *) (((char *) (-3 + (SvalS))))))))));
arg0K0 = (*((unsigned char *) ((((char *) (-3 + code_776X))) + 1)));
arg0K1 = 64;
goto L16101;}
L17182: {
exception_777X = arg0K0;
stack_arg_count_778X = arg0K1;
list_args_779X = arg0K2;
list_arg_count_780X = arg0K3;
if (((StemplateS) == (SvalS))) {
if ((0 < (Slosing_opcodeS))) {
ps_error("wrong number of arguments to exception handler", 1, (Slosing_opcodeS));
return v_781X;}
else {
ps_error("wrong number of arguments to interrupt handler", 1, (0 - (Slosing_opcodeS)));
return v_782X;}}
else {
merged_arg0K0 = list_args_779X;
merged_arg0K1 = list_arg_count_780X;
copy_listS_return_tag = 0;
goto copy_listS;
copy_listS_return_0:
v_783X = copy_listS0_return_value;
merged_arg0K0 = v_783X;
merged_arg0K1 = stack_arg_count_778X;
pop_args_GlistS_return_tag = 1;
goto pop_args_GlistS;
pop_args_GlistS_return_1:
args_784X = pop_args_GlistS0_return_value;
push_exception_continuationB(exception_777X, 0);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = args_784X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L17649: {
loc_785X = arg1K0;
arg_786X = arg1K1;
if ((top_of_args_415X < arg_786X)) {
*((long *) loc_785X) = (*((long *) arg_786X));
arg1K0 = (loc_785X + -4);
arg1K1 = (arg_786X + -4);
goto L17649;}
else {
SstackS = loc_785X;
obj_787X = SvalS;
if ((3 == (3 & obj_787X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_787X))) + -4))))>>2))))) {
arg0K0 = nargs_414X;
goto L16087;}
else {
arg0K0 = 3;
arg0K1 = nargs_414X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = nargs_414X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}}
L17687: {
stack_arg_count_788X = arg0K0;
list_args_789X = arg0K1;
list_arg_count_790X = arg0K2;
if ((0 == list_arg_count_790X)) {
obj_791X = SvalS;
if ((3 == (3 & obj_791X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_791X))) + -4))))>>2))))) {
arg0K0 = stack_arg_count_788X;
goto L16087;}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_788X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_788X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
obj_792X = SvalS;
if ((3 == (3 & obj_792X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_792X))) + -4))))>>2))))) {
code_793X = *((long *) (((char *) (-3 + (*((long *) (((char *) (-3 + (SvalS))))))))));
total_arg_count_794X = stack_arg_count_788X + list_arg_count_790X;
arg0K0 = (*((unsigned char *) ((((char *) (-3 + code_793X))) + 1)));
arg0K1 = 64;
goto L16378;}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}}}
L11294: {
list_args_795X = arg0K0;
stack_nargs_796X = arg0K1;
merged_arg0K0 = list_args_795X;
okay_argument_list_return_tag = 1;
goto okay_argument_list;
okay_argument_list_return_1:
okayP_797X = okay_argument_list0_return_value;
list_arg_count_798X = okay_argument_list1_return_value;
if (okayP_797X) {
SvalS = proc_422X;
arg0K0 = stack_nargs_796X;
arg0K1 = list_args_795X;
arg0K2 = list_arg_count_798X;
goto L17687;}
else {
*((long *) (SstackS)) = list_args_795X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = 25;
merged_arg0K1 = (1 + stack_nargs_796X);
pop_args_GlistS_return_tag = 2;
goto pop_args_GlistS;
pop_args_GlistS_return_2:
args_799X = pop_args_GlistS0_return_value;
SstackS = ((SstackS) + 4);
push_exception_continuationB(5, 0);
*((long *) (SstackS)) = proc_422X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = args_799X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L11335: {
list_800X = arg0K0;
follower_801X = arg0K1;
if ((25 == list_800X)) {
list_args_802X = *((long *) (((char *) (-3 + (*((long *) ((((char *) (-3 + follower_801X))) + 4)))))));
addr_803X = (((char *) (-3 + follower_801X))) + 4;
S48_WRITE_BARRIER(follower_801X, addr_803X, list_args_802X);
*((long *) addr_803X) = list_args_802X;
arg0K0 = rest_list_423X;
arg0K1 = (-1 + stack_nargs_421X);
goto L11294;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + list_800X))) + 4)));
arg0K1 = (*((long *) ((((char *) (-3 + follower_801X))) + 4)));
goto L11335;}}
L17592: {
obj_804X = SvalS;
if ((3 == (3 & obj_804X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_804X))) + -4))))>>2))))) {
arg0K0 = 0;
goto L16087;}
else {
arg0K0 = 3;
arg0K1 = 0;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
arg0K0 = 3;
arg0K1 = 0;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
L17599: {
SstackS = ((((char *) (-3 + (Sbottom_of_stackS)))) + -8);
*((long *) (((char *) (-3 + (Sbottom_of_stackS))))) = cont_424X;
ScontS = (Sbottom_of_stackS);
goto L17592;}
L20448: {
stack_nargs_805X = arg0K0;
list_args_806X = arg0K1;
list_arg_count_807X = arg0K2;
if ((1 == stack_nargs_805X)) {
SstackS = ((SstackS) + 4);
SvalS = (*((long *) (SstackS)));
pop_continuationB_return_tag = 1;
goto pop_continuationB;
pop_continuationB_return_1:
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if (((ScontS) == (Sbottom_of_stackS))) {
arg0K0 = (*((long *) (((char *) (-3 + (Sbottom_of_stackS))))));
goto L20459;}
else {
arg0K0 = (ScontS);
goto L20459;}}}
L18965: {
okayP_808X = arg2K0;
key_809X = arg0K1;
if (okayP_808X) {
arg0K0 = key_809X;
goto L18953;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_809X;
goto L18953;}}
L18838: {
tem_810X = *((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2))));
StemplateS = tem_810X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + tem_810X)))))))) + 2);
if ((s48_Spending_interruptPS)) {
if ((s48_Spending_eventsPS)) {
s48_Spending_eventsPS = 0;
check_events_return_tag = 1;
goto check_events;
check_events_return_1:
v_811X = check_events0_return_value;
if (v_811X) {
goto L18847;}
else {
goto L18850;}}
else {
goto L18847;}}
else {
goto L18850;}}
L19021: {
okayP_812X = arg2K0;
key_813X = arg0K1;
if (okayP_812X) {
arg0K0 = key_813X;
goto L19008;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_813X;
goto L19008;}}
L18883: {
push_exception_continuationB(5, 4);
*((long *) (SstackS)) = (*((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2)))));
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L18739: {
arg0K0 = (2 + (((max_443X)<<1)));
goto L18741;}
L18741: {
offset_814X = arg0K0;
Scode_pointerS = ((Scode_pointerS) + offset_814X);
arg1K0 = (Scode_pointerS);
goto L18459;}
L19771: {
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L18637: {
delta_815X = arg0K0;
Scode_pointerS = ((Scode_pointerS) + delta_815X);
arg1K0 = (Scode_pointerS);
goto L18459;}
L19662: {
delta_816X = arg0K0;
Scode_pointerS = ((Scode_pointerS) + delta_816X);
arg1K0 = (Scode_pointerS);
goto L18459;}
L38244: {
val_817X = arg0K0;
SvalS = val_817X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L38256: {
val_818X = arg0K0;
SvalS = val_818X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L10642: {
if ((3 == (3 & x_457X))) {
if ((8 == (31 & ((((*((long *) ((((char *) (-3 + x_457X))) + -4))))>>2))))) {
arg0K0 = 5;
goto L38256;}
else {
goto L10648;}}
else {
goto L10648;}}
L28420: {
SvalS = 5;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28421: {
if ((3 == (3 & n_458X))) {
if ((11 == (31 & ((((*((long *) ((((char *) (-3 + n_458X))) + -4))))>>2))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_458X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
goto L28425;}}
else {
goto L28425;}}
L28577: {
SvalS = 5;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28552: {
if ((3 == (3 & n_459X))) {
if ((8 == (31 & ((((*((long *) ((((char *) (-3 + n_459X))) + -4))))>>2))))) {
goto L28577;}
else {
goto L28566;}}
else {
goto L28566;}}
L28776: {
SvalS = 5;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28751: {
if ((3 == (3 & n_460X))) {
if ((8 == (31 & ((((*((long *) ((((char *) (-3 + n_460X))) + -4))))>>2))))) {
goto L28776;}
else {
goto L28765;}}
else {
goto L28765;}}
L28975: {
SvalS = 5;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28950: {
if ((3 == (3 & n_461X))) {
if ((8 == (31 & ((((*((long *) ((((char *) (-3 + n_461X))) + -4))))>>2))))) {
goto L28975;}
else {
goto L28964;}}
else {
goto L28964;}}
L6795: {
a_819X = arg0K0;
if ((b_471X < 0)) {
arg0K0 = (0 - b_471X);
goto L6799;}
else {
arg0K0 = b_471X;
goto L6799;}}
L7076: {
a_820X = arg0K0;
if ((b_478X < 0)) {
arg0K0 = (0 - b_478X);
goto L7080;}
else {
arg0K0 = b_478X;
goto L7080;}}
L31885: {
val_821X = arg0K0;
SvalS = val_821X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L31963: {
val_822X = arg0K0;
SvalS = val_822X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L32041: {
val_823X = arg0K0;
SvalS = val_823X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L32119: {
val_824X = arg0K0;
SvalS = val_824X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L32197: {
val_825X = arg0K0;
SvalS = val_825X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L7253: {
a_826X = arg0K0;
if ((b_492X < 0)) {
arg0K0 = (0 - b_492X);
goto L7257;}
else {
arg0K0 = b_492X;
goto L7257;}}
L25367: {
a_827X = arg0K0;
n_828X = ((y_494X)>>2);
if ((n_828X < 0)) {
arg0K0 = (0 - n_828X);
goto L25369;}
else {
arg0K0 = n_828X;
goto L25369;}}
L38513: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = x_509X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L25653: {
r_829X = arg0K0;
if ((536870911 < r_829X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_510X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
SvalS = (((r_829X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L25932: {
SvalS = (((result_531X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L38601: {
val_830X = arg0K0;
SvalS = val_830X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28195: {
val_831X = arg0K0;
SvalS = val_831X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28168: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_534X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L28105: {
val_832X = arg0K0;
SvalS = val_832X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28078: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_536X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L32889: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (((x_538X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L38630: {
val_833X = arg0K0;
SvalS = val_833X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L38644: {
value_834X = arg0K0;
SvalS = value_834X;
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
L21250: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = stob_542X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_543X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L21322: {
type_835X = *((unsigned char *) ((Scode_pointerS) + 2));
len_836X = ((len_544X)<<2);
addr_837X = ALLOCATE_SPACE(type_835X, (4 + len_836X));
*((long *) addr_837X) = (2 + (((((((len_836X)<<6)) + type_835X))<<2)));
new_838X = 3 + (((long) (addr_837X + 4)));
if ((len_544X < 1)) {
goto L21357;}
else {
*((long *) ((((char *) (-3 + new_838X))) + (-4 + (((len_544X)<<2))))) = (SvalS);
arg0K0 = (-2 + len_544X);
goto L21341;}}
L21504: {
type_839X = *((unsigned char *) ((Scode_pointerS) + 1));
len_840X = ((len_549X)<<2);
addr_841X = ALLOCATE_SPACE(type_839X, (4 + len_840X));
*((long *) addr_841X) = (2 + (((((((len_840X)<<6)) + type_839X))<<2)));
new_842X = 3 + (((long) (addr_841X + 4)));
SstackS = ((SstackS) + 4);
stack_nargs_843X = (((*((long *) (SstackS))))>>2);
SstackS = ((SstackS) + 4);
rest_list_844X = *((long *) (SstackS));
arg0K0 = (-1 + stack_nargs_843X);
goto L21526;}
L21714: {
push_exception_continuationB(5, 3);
*((long *) (SstackS)) = stob_554X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_556X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((offset_555X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L21817: {
push_exception_continuationB(5, 3);
*((long *) (SstackS)) = stob_557X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_560X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((offset_559X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_558X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L22002: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = (((type_564X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((len_565X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = init_563X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L22020: {
okayP_845X = arg2K0;
init_846X = arg0K1;
if (okayP_845X) {
len_847X = ((len_565X)<<2);
addr_848X = ALLOCATE_SPACE(type_564X, (4 + len_847X));
*((long *) addr_848X) = (2 + (((((((len_847X)<<6)) + type_564X))<<2)));
value_849X = 3 + (((long) (addr_848X + 4)));
arg0K0 = (-1 + len_565X);
goto L22049;}
else {
push_exception_continuationB(8, 2);
*((long *) (SstackS)) = (((type_564X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((len_565X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = init_846X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}}
L22298: {
push_exception_continuationB(7, 2);
*((long *) (SstackS)) = stob_571X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_573X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = index_572X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L22275: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = stob_571X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_573X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = index_572X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L22538: {
push_exception_continuationB(7, 2);
*((long *) (SstackS)) = stob_577X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_579X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_576X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_578X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L22513: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = stob_577X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((type_579X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_576X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_578X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L26103: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (((len_584X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((init_585X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L26195: {
addr_850X = ALLOCATE_SPACE(18, (4 + len_584X));
*((long *) addr_850X) = (74 + (((len_584X)<<8)));
vector_851X = 3 + (((long) (addr_850X + 4)));
arg0K0 = (-1 + len_584X);
goto L26144;}
L36456: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L32995: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg2_591X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_592X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L36032: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_591X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L29943: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg3_595X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_596X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((Kchar_597X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L29922: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_595X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_596X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((Kchar_597X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L34444: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_595X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_594X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L26337: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (((len_600X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (9 + ((((init_601X))<<8)));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L26429: {
len_852X = 1 + len_600X;
addr_853X = ALLOCATE_SPACE(17, (4 + len_852X));
*((long *) addr_853X) = (70 + (((len_852X)<<8)));
string_854X = 3 + (((long) (addr_853X + 4)));
*((unsigned char *) ((((char *) (-3 + string_854X))) + len_600X)) = 0;
arg0K0 = (-1 + len_600X);
goto L26378;}
L33076: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_599X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L36506: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L33139: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg2_607X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_608X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L36128: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_607X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L30098: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg3_611X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_612X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (9 + ((((Kchar_613X))<<8)));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L30077: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_611X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_612X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (9 + ((((Kchar_613X))<<8)));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L34570: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_611X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_610X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L24507: {
obj_855X = SvalS;
if ((3 == (3 & obj_855X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + obj_855X))) + -4))))>>2))))) {
table_856X = Sthe_symbol_tableS;
string_857X = SvalS;
n_858X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + string_857X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L13354;}
else {
goto L24517;}}
else {
goto L24517;}}
L34117: {
val_859X = arg0K0;
SvalS = val_859X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L34098: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L29685: {
if ((1 == (SvalS))) {
addr_860X = (((char *) (-3 + arg2_621X))) + 4;
S48_WRITE_BARRIER(arg2_621X, addr_860X, 273);
*((long *) addr_860X) = 273;
goto L29691;}
else {
if ((17 == (255 & (*((long *) ((((char *) (-3 + arg2_621X))) + 4)))))) {
addr_861X = (((char *) (-3 + arg2_621X))) + 4;
S48_WRITE_BARRIER(arg2_621X, addr_861X, 529);
*((long *) addr_861X) = 529;
goto L29691;}
else {
goto L29691;}}}
L29692: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_621X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L38716: {
val_862X = arg0K0;
SvalS = val_862X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L33221: {
SvalS = x_624X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L33272: {
okayP_863X = arg2K0;
key_864X = arg0K1;
if (okayP_863X) {
arg0K0 = key_864X;
goto L33238;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_864X;
goto L33238;}}
L34688: {
okayP_865X = arg2K0;
key_866X = arg0K1;
if (okayP_865X) {
arg0K0 = key_866X;
goto L34670;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_866X;
goto L34670;}}
L37560: {
okayP_867X = arg2K0;
key_868X = arg0K1;
if (okayP_867X) {
arg0K0 = key_868X;
goto L37490;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_868X;
goto L37490;}}
L37820: {
okayP_869X = arg2K0;
key_870X = arg0K1;
if (okayP_869X) {
arg0K0 = key_870X;
goto L37762;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_870X;
goto L37762;}}
L34173: {
okayP_871X = arg2K0;
key_872X = arg0K1;
if (okayP_871X) {
arg0K0 = key_872X;
goto L34155;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_872X;
goto L34155;}}
L33343: {
val_873X = arg0K0;
SvalS = val_873X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L8193: {
arg0K0 = (*((long *) ((((char *) (-3 + channel_641X))) + 16)));
goto L33343;}
L8199: {
ch_874X = arg0K0;
prev_875X = arg0K1;
if ((1 == ch_874X)) {
addr_876X = (((char *) (-3 + channel_641X))) + 16;
S48_WRITE_BARRIER(channel_641X, addr_876X, 1);
*((long *) addr_876X) = 1;
n_877X = ps_abort_fd_op(((((*((long *) ((((char *) (-3 + channel_641X))) + 8))))>>2)));
arg0K0 = (((n_877X)<<2));
goto L33343;}
else {
if ((ch_874X == channel_641X)) {
y_878X = Spending_channels_tailS;
if ((ch_874X == y_878X)) {
Spending_channels_tailS = prev_875X;
goto L8223;}
else {
goto L8223;}}
else {
arg0K0 = (*((long *) ((((char *) (-3 + ch_874X))) + 12)));
arg0K1 = ch_874X;
goto L8199;}}}
L33326: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L14798: {
arg0K0 = (-1 + (Snumber_of_channelsS));
arg0K1 = 25;
goto L14805;}
L34789: {
okayP_879X = arg2K0;
key_880X = arg0K1;
if (okayP_879X) {
arg0K0 = key_880X;
goto L34743;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_880X;
goto L34743;}}
L35621: {
i_881X = arg0K0;
h_882X = arg0K1;
if ((i_881X < n_659X)) {
arg0K0 = (1 + i_881X);
arg0K1 = (h_882X + (((*((unsigned char *) ((((char *) (-3 + x_658X))) + i_881X))))));
goto L35621;}
else {
SvalS = (((h_882X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L35598: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L38784: {
SstackS = ((SstackS) + 4);
stob_883X = *((long *) (SstackS));
proc_884X = SvalS;
if ((3 == (3 & stob_883X))) {
if ((3 == (3 & proc_884X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + proc_884X))) + -4))))>>2))))) {
addr_885X = ALLOCATE_SPACE(0, 12);
*((long *) addr_885X) = 2050;
x_886X = 3 + (((long) (addr_885X + 4)));
*((long *) (((char *) (-3 + x_886X)))) = stob_883X;
*((long *) ((((char *) (-3 + x_886X))) + 4)) = proc_884X;
b_887X = Sfinalizer_alistS;
addr_888X = ALLOCATE_SPACE(0, 12);
*((long *) addr_888X) = 2050;
x_889X = 3 + (((long) (addr_888X + 4)));
*((long *) (((char *) (-3 + x_889X)))) = x_886X;
*((long *) ((((char *) (-3 + x_889X))) + 4)) = b_887X;
Sfinalizer_alistS = x_889X;
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
goto L30704;}}
else {
goto L30704;}}
else {
goto L30704;}}
L33434: {
firstP_890X = arg2K0;
vector_891X = s48_find_all(type_669X);
if ((1 == vector_891X)) {
if (firstP_890X) {
collect_saving_temps(0, 0, &v_892X);
arg2K0 = 0;
goto L33434;}
else {
push_exception_continuationB(8, 1);
*((long *) (SstackS)) = (((type_669X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
else {
SvalS = vector_891X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L38834: {
firstP_893X = arg2K0;
type_894X = arg0K1;
vector_895X = s48_find_all_records(type_894X);
if ((1 == vector_895X)) {
if (firstP_893X) {
value_896X = collect_saving_temps(type_894X, 0, &v_897X);
arg2K0 = 0;
arg0K1 = value_896X;
goto L38834;}
else {
push_exception_continuationB(8, 1);
*((long *) (SstackS)) = type_894X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}}
else {
SvalS = vector_895X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L20591: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L19515: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L38875: {
SvalS = (((old_678X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L18473: {
SstackS = ((SstackS) + 4);
pc_898X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
tem_899X = *((long *) (SstackS));
StemplateS = tem_899X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + tem_899X)))))))) + (((pc_898X)>>2)));
SstackS = ((SstackS) + 4);
SvalS = (*((long *) (SstackS)));
arg1K0 = (Scode_pointerS);
goto L18459;}
L37380: {
x_900X = s48_schedule_alarm_interrupt((((p_681X)>>2)));
SvalS = (((x_900X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L34317: {
if ((1 == (SvalS))) {
arg2K0 = 0;
goto L34321;}
else {
arg2K0 = 1;
goto L34321;}}
L34322: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_682X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L22810: {
rest_list_901X = arg0K0;
if ((25 == rest_list_901X)) {
proc_902X = *((long *) ((SstackS) + (((nargs_684X)<<2))));
name_903X = *((long *) ((SstackS) + (-4 + (((nargs_684X)<<2)))));
args_904X = (SstackS) + 4;
*((long *) (SstackS)) = (10 + (((nargs_684X)<<10)));
SstackS = ((SstackS) + -4);
if ((3 == (3 & name_903X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + name_903X))) + -4))))>>2))))) {
if ((3 == (3 & proc_902X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + proc_902X))) + -4))))>>2))))) {
if ((4 == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + proc_902X))) + -4))))>>8)))) {
result_905X = s48_external_call(proc_902X, name_903X, (-2 + nargs_684X), args_904X);
if ((Sexternal_exceptionPS)) {
Sexternal_exceptionPS = 0;
arg0K0 = (Sexternal_exception_nargsS);
goto L16686;}
else {
SvalS = result_905X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
goto L22870;}}
else {
goto L22870;}}
else {
goto L22870;}}
else {
goto L22870;}}
else {
goto L22870;}}
else {
*((long *) (SstackS)) = (*((long *) (((char *) (-3 + rest_list_901X)))));
SstackS = ((SstackS) + -4);
arg0K0 = (*((long *) ((((char *) (-3 + rest_list_901X))) + 4)));
goto L22810;}}
L33543: {
okayP_906X = arg2K0;
key_907X = arg0K1;
if (okayP_906X) {
arg0K0 = key_907X;
goto L33509;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_907X;
goto L33509;}}
L23934: {
if ((1 == (SvalS))) {
arg0K0 = (Sexported_bindingsS);
goto L23967;}
else {
arg0K0 = (Simported_bindingsS);
goto L23967;}}
L23939: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_690X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L35532: {
option_908X = arg0K0;
seconds_909X = arg0K1;
mseconds_910X = arg0K2;
if ((536869 < seconds_909X)) {
push_exception_continuationB(6, 1);
*((long *) (SstackS)) = (((option_908X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((seconds_909X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mseconds_910X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
else {
SvalS = (((((1000 * seconds_909X) + mseconds_910X))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L38935: {
s48_Scallback_return_stack_blockS = arg2_704X;
return x_705X;}
L27871: {
val_911X = arg0K0;
SvalS = val_911X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L27838: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_706X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L33752: {
SstackS = ((SstackS) + 4);
arg2_912X = *((long *) (SstackS));
if ((0 == (3 & (SvalS)))) {
n_913X = (((SvalS))>>2);
if ((3 == (3 & arg2_912X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + arg2_912X))) + -4))))>>2))))) {
goto L27398;}
else {
goto L27350;}}
else {
goto L27350;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_912X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L29340: {
list_914X = arg0K0;
slow_915X = arg0K1;
move_slowP_916X = arg2K2;
if ((25 == list_914X)) {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((3 == (3 & list_914X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + list_914X))) + -4))))>>2))))) {
head_917X = *((long *) (((char *) (-3 + list_914X))));
if ((3 == (3 & head_917X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + head_917X))) + -4))))>>2))))) {
if (((*((long *) (((char *) (-3 + head_917X))))) == thing_714X)) {
SvalS = head_917X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
list_918X = *((long *) ((((char *) (-3 + list_914X))) + 4));
if ((list_918X == slow_915X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = thing_714X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = list_715X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if (move_slowP_916X) {
arg0K0 = list_918X;
arg0K1 = (*((long *) ((((char *) (-3 + slow_915X))) + 4)));
arg2K2 = 0;
goto L29340;}
else {
arg0K0 = list_918X;
arg0K1 = slow_915X;
arg2K2 = 1;
goto L29340;}}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = thing_714X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = list_715X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = thing_714X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = list_715X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = thing_714X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = list_715X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = thing_714X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = list_715X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
L27544: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg3_717X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_716X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_718X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L27564: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_717X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_716X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_718X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L30845: {
push_exception_continuationB(7, 1);
*((long *) (SstackS)) = arg4_722X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_721X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_723X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_724X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L30867: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg4_722X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_721X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((index_723X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = value_724X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L31096: {
if ((3 == (3 & arg5_730X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>2))))) {
goto L31109;}
else {
goto L31104;}}
else {
goto L31104;}}
L31091: {
if ((3 == (3 & arg5_730X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>2))))) {
goto L31096;}
else {
goto L31163;}}
else {
goto L31163;}}
L23066: {
port_919X = arg0K0;
if ((3 == (3 & port_919X))) {
if ((7 == (31 & ((((*((long *) ((((char *) (-3 + port_919X))) + -4))))>>2))))) {
if ((0 == (4 & ((((*((long *) ((((char *) (-3 + port_919X))) + 4))))>>2))))) {
goto L23126;}
else {
p_920X = *((long *) ((((char *) (-3 + port_919X))) + 24));
p_921X = *((long *) ((((char *) (-3 + port_919X))) + 28));
b_922X = *((long *) ((((char *) (-3 + port_919X))) + 20));
i_923X = ((p_920X)>>2);
x_924X = *((long *) ((((char *) (-3 + port_919X))) + 12));
if ((5 == x_924X)) {
goto L23106;}
else {
if ((i_923X == (((p_921X)>>2)))) {
goto L23106;}
else {
val_925X = 4 + (((i_923X)<<2));
addr_926X = (((char *) (-3 + port_919X))) + 24;
S48_WRITE_BARRIER(port_919X, addr_926X, val_925X);
*((long *) addr_926X) = val_925X;
SvalS = (9 + ((((((*((unsigned char *) ((((char *) (-3 + b_922X))) + i_923X))))))<<8)));
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}}}
else {
goto L23126;}}
else {
goto L23126;}}
L23286: {
port_927X = arg0K0;
if ((3 == (3 & port_927X))) {
if ((7 == (31 & ((((*((long *) ((((char *) (-3 + port_927X))) + -4))))>>2))))) {
if ((0 == (4 & ((((*((long *) ((((char *) (-3 + port_927X))) + 4))))>>2))))) {
goto L23346;}
else {
p_928X = *((long *) ((((char *) (-3 + port_927X))) + 24));
p_929X = *((long *) ((((char *) (-3 + port_927X))) + 28));
b_930X = *((long *) ((((char *) (-3 + port_927X))) + 20));
i_931X = ((p_928X)>>2);
x_932X = *((long *) ((((char *) (-3 + port_927X))) + 12));
if ((5 == x_932X)) {
goto L23326;}
else {
if ((i_931X == (((p_929X)>>2)))) {
goto L23326;}
else {
SvalS = (9 + ((((((*((unsigned char *) ((((char *) (-3 + b_930X))) + i_931X))))))<<8)));
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}}}
else {
goto L23346;}}
else {
goto L23346;}}
L23499: {
Kchar_933X = arg0K0;
port_934X = arg0K1;
if ((9 == (255 & Kchar_933X))) {
if ((3 == (3 & port_934X))) {
if ((7 == (31 & ((((*((long *) ((((char *) (-3 + port_934X))) + -4))))>>2))))) {
if ((0 == (8 & ((((*((long *) ((((char *) (-3 + port_934X))) + 4))))>>2))))) {
goto L23560;}
else {
p_935X = *((long *) ((((char *) (-3 + port_934X))) + 24));
b_936X = *((long *) ((((char *) (-3 + port_934X))) + 20));
i_937X = ((p_935X)>>2);
x_938X = *((long *) ((((char *) (-3 + port_934X))) + 12));
if ((5 == x_938X)) {
goto L23542;}
else {
if ((i_937X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + b_936X))) + -4))))>>8)))) {
goto L23542;}
else {
val_939X = 4 + (((i_937X)<<2));
addr_940X = (((char *) (-3 + port_934X))) + 24;
S48_WRITE_BARRIER(port_934X, addr_940X, val_939X);
*((long *) addr_940X) = val_939X;
*((unsigned char *) ((((char *) (-3 + (*((long *) ((((char *) (-3 + port_934X))) + 20)))))) + i_937X)) = (((((Kchar_933X)>>8))));
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}}}}
else {
goto L23560;}}
else {
goto L23560;}}
else {
goto L23560;}}
L29593: {
stuff_941X = arg0K0;
if ((3 == (3 & stuff_941X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + stuff_941X))) + -4))))>>2))))) {
thing_942X = *((long *) (((char *) (-3 + stuff_941X))));
if ((0 == (3 & thing_942X))) {
ps_write_integer((((thing_942X)>>2)), out_742X);
goto L29599;}
else {
if ((9 == (255 & thing_942X))) {
ps_write_string("#\\", out_742X);
{ long ignoreXX;
PS_WRITE_CHAR(((((thing_942X)>>8))), out_742X, ignoreXX) }
goto L29599;}
else {
if ((3 == (3 & thing_942X))) {
if ((9 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
if ((0 < ((((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>8))))>>2)))) {
type_943X = *((long *) (((char *) (-3 + thing_942X))));
if ((3 == (3 & type_943X))) {
if ((9 == (31 & ((((*((long *) ((((char *) (-3 + type_943X))) + -4))))>>2))))) {
if ((2 < ((((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + type_943X))) + -4))))>>8))))>>2)))) {
obj_944X = *((long *) ((((char *) (-3 + type_943X))) + 8));
if ((3 == (3 & obj_944X))) {
if ((1 == (31 & ((((*((long *) ((((char *) (-3 + obj_944X))) + -4))))>>2))))) {
ps_write_string("#{", out_742X);
ps_write_string((((char *)(((char *) (-3 + (*((long *) (((char *) (-3 + (*((long *) ((((char *) (-3 + (*((long *) (((char *) (-3 + thing_942X)))))))) + 8))))))))))))), out_742X);
{ long ignoreXX;
PS_WRITE_CHAR(125, out_742X, ignoreXX) }
goto L29599;}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}
else {
goto L11671;}}}}
else {
goto L29584;}}
else {
goto L29584;}}
L16745: {
SvalS = (*((long *) ((((char *) (-3 + (Sexception_handlersS)))) + (((opcode_744X)<<2)))));
obj_945X = SvalS;
if ((3 == (3 & obj_945X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_945X))) + -4))))>>2))))) {
goto L16762;}
else {
goto L16832;}}
else {
goto L16832;}}
L16818: {
merged_arg3K0 = "exception-handlers is not a vector";
loseD0_return_tag = 0;
goto loseD0;
loseD0_return_0:
goto L16745;}
L21059: {
okayP_946X = arg2K0;
key_947X = arg0K1;
if (okayP_946X) {
arg0K0 = key_947X;
goto L20987;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_947X;
goto L20987;}}
L21017: {
okayP_948X = arg2K0;
temp_949X = arg0K1;
if (okayP_948X) {
arg0K0 = temp_949X;
goto L20998;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = temp_949X;
goto L20998;}}
L20801: {
start_i_950X = arg0K0;
arg0K0 = start_i_950X;
arg0K1 = 2;
arg0K2 = (SenvS);
goto L20809;}
L20701: {
key_951X = arg0K0;
if ((1 == (ScontS))) {
arg0K0 = 1;
goto L20705;}
else {
merged_arg0K0 = key_951X;
merged_arg0K1 = 2;
really_preserve_continuation_return_tag = 0;
goto really_preserve_continuation;
really_preserve_continuation_return_0:
v_952X = really_preserve_continuation0_return_value;
arg0K0 = v_952X;
goto L20705;}}
L19884: {
SstackS = ((((char *) (-3 + (Sbottom_of_stackS)))) + -8);
*((long *) (((char *) (-3 + (Sbottom_of_stackS))))) = 1;
ScontS = (Sbottom_of_stackS);
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = cont_403X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L19184: {
v_953X = arg0K0;
merged_arg0K0 = v_953X;
copy_stack_into_heap_return_tag = 0;
goto copy_stack_into_heap;
copy_stack_into_heap_return_0:
if (((SstackS) < (Sstack_limitS))) {
ps_error("Couldn't get default procedure space (how can this happen?)", 0);
goto L19141;}
else {
goto L19141;}}
L16915: {
stack_arg_count_954X = arg0K0;
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (StemplateS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((((Scode_pointerS) - (((char *) (-3 + (*((long *) (((char *) (-3 + (StemplateS)))))))))))<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
tem_955X = Sinterrupt_templateS;
StemplateS = tem_955X;
Scode_pointerS = (((char *) (-3 + (*((long *) (((char *) (-3 + tem_955X))))))));
push_continuationB((Scode_pointerS), (4 + stack_arg_count_954X));
n_956X = (Spending_interruptsS) & (Senabled_interruptsS);
arg0K0 = 0;
arg0K1 = 1;
goto L17020;}
L19145: {
arg1K0 = (Scode_pointerS);
goto L18459;}
L16101: {
protocol_957X = arg0K0;
stack_space_958X = arg0K1;
if ((68 == protocol_957X)) {
if ((stack_arg_count_775X < 3)) {
skip_959X = *((unsigned char *) ((((char *) (-3 + code_776X))) + (2 + stack_arg_count_775X)));
if ((0 == skip_959X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}
else {
arg0K0 = skip_959X;
arg0K1 = stack_arg_count_775X;
goto L16105;}}
else {
skip_960X = *((unsigned char *) ((((char *) (-3 + code_776X))) + 5));
if ((0 == skip_960X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}
else {
arg0K0 = skip_960X;
goto L16128;}}}
else {
if ((67 == protocol_957X)) {
if ((stack_arg_count_775X < (*((unsigned char *) ((((char *) (-3 + code_776X))) + 2))))) {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}
else {
arg0K0 = 3;
goto L16128;}}
else {
if ((65 == protocol_957X)) {
wants_stack_args_961X = ((((*((unsigned char *) ((((char *) (-3 + code_776X))) + 2))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_776X))) + 3)));
if ((stack_arg_count_775X < wants_stack_args_961X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}
else {
merged_arg0K0 = wants_stack_args_961X;
merged_arg0K1 = stack_arg_count_775X;
merged_arg0K2 = 25;
merged_arg0K3 = 0;
rest_list_setup_return_tag = 0;
goto rest_list_setup;
rest_list_setup_return_0:
arg0K0 = 4;
arg0K1 = (1 + wants_stack_args_961X);
goto L16105;}}
else {
if ((63 < protocol_957X)) {
if ((64 == protocol_957X)) {
if (((((((*((unsigned char *) ((((char *) (-3 + code_776X))) + 2))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_776X))) + 3)))) == stack_arg_count_775X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
goto L16105;}
else {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}
else {
if ((66 == protocol_957X)) {
length_962X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + code_776X))) + -4))))>>8);
index_963X = -2 + length_962X;
arg0K0 = (*((unsigned char *) ((((char *) (-3 + code_776X))) + (-3 + length_962X))));
arg0K1 = (((((*((unsigned char *) ((((char *) (-3 + code_776X))) + index_963X))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_776X))) + (1 + index_963X)))));
goto L16101;}
else {
ps_error("unknown protocol", 1, protocol_957X);
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}}
else {
if ((protocol_957X == stack_arg_count_775X)) {
arg0K0 = 2;
arg0K1 = stack_arg_count_775X;
goto L16105;}
else {
arg0K0 = 4;
arg0K1 = stack_arg_count_775X;
arg0K2 = 25;
arg0K3 = 0;
goto L17182;}}}}}}
L16378: {
protocol_964X = arg0K0;
stack_space_965X = arg0K1;
if ((68 == protocol_964X)) {
if ((total_arg_count_794X < 3)) {
skip_966X = *((unsigned char *) ((((char *) (-3 + code_793X))) + (2 + total_arg_count_794X)));
if ((0 == skip_966X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}
else {
merged_arg0K0 = list_args_789X;
merged_arg0K1 = list_arg_count_790X;
push_list_return_tag = 0;
goto push_list;
push_list_return_0:
arg0K0 = skip_966X;
arg0K1 = total_arg_count_794X;
goto L16382;}}
else {
skip_967X = *((unsigned char *) ((((char *) (-3 + code_793X))) + 5));
if ((0 == skip_967X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}
else {
arg0K0 = skip_967X;
goto L16407;}}}
else {
if ((67 == protocol_964X)) {
if ((total_arg_count_794X < (*((unsigned char *) ((((char *) (-3 + code_793X))) + 2))))) {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}
else {
arg0K0 = 3;
goto L16407;}}
else {
if ((63 < protocol_964X)) {
if ((65 == protocol_964X)) {
wants_stack_args_968X = ((((*((unsigned char *) ((((char *) (-3 + code_793X))) + 2))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_793X))) + 3)));
if ((total_arg_count_794X < wants_stack_args_968X)) {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}
else {
merged_arg0K0 = wants_stack_args_968X;
merged_arg0K1 = stack_arg_count_788X;
merged_arg0K2 = list_args_789X;
merged_arg0K3 = list_arg_count_790X;
rest_list_setup_return_tag = 1;
goto rest_list_setup;
rest_list_setup_return_1:
arg0K0 = 4;
arg0K1 = (1 + wants_stack_args_968X);
goto L16382;}}
else {
if ((64 == protocol_964X)) {
if (((((((*((unsigned char *) ((((char *) (-3 + code_793X))) + 2))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_793X))) + 3)))) == total_arg_count_794X)) {
merged_arg0K0 = list_args_789X;
merged_arg0K1 = list_arg_count_790X;
push_list_return_tag = 1;
goto push_list;
push_list_return_1:
arg0K0 = 4;
arg0K1 = total_arg_count_794X;
goto L16382;}
else {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}}
else {
if ((66 == protocol_964X)) {
length_969X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + code_793X))) + -4))))>>8);
index_970X = -2 + length_969X;
arg0K0 = (*((unsigned char *) ((((char *) (-3 + code_793X))) + (-3 + length_969X))));
arg0K1 = (((((*((unsigned char *) ((((char *) (-3 + code_793X))) + index_970X))))<<8)) + (*((unsigned char *) ((((char *) (-3 + code_793X))) + (1 + index_970X)))));
goto L16378;}
else {
ps_error("unknown protocol", 1, protocol_964X);
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}}}}
else {
if ((protocol_964X == total_arg_count_794X)) {
merged_arg0K0 = list_args_789X;
merged_arg0K1 = list_arg_count_790X;
push_list_return_tag = 2;
goto push_list;
push_list_return_2:
arg0K0 = 2;
arg0K1 = total_arg_count_794X;
goto L16382;}
else {
arg0K0 = 4;
arg0K1 = stack_arg_count_788X;
arg0K2 = list_args_789X;
arg0K3 = list_arg_count_790X;
goto L17182;}}}}}
L20459: {
cont_971X = arg0K0;
if ((3 == (3 & cont_971X))) {
if ((10 == (31 & ((((*((long *) ((((char *) (-3 + cont_971X))) + -4))))>>2))))) {
next_op_972X = *((unsigned char *) ((((char *) (-3 + (*((long *) (((char *) (-3 + (*((long *) ((((char *) (-3 + cont_971X))) + 8))))))))))) + ((((*((long *) ((((char *) (-3 + cont_971X))) + 4))))>>2))));
if ((34 == next_op_972X)) {
pop_continuationB_return_tag = 2;
goto pop_continuationB;
pop_continuationB_return_2:
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if ((30 == next_op_972X)) {
next_973X = *((long *) (((char *) (-3 + (ScontS)))));
if (((ScontS) == (Sbottom_of_stackS))) {
*((long *) (((char *) (-3 + (ScontS))))) = (*((long *) (((char *) (-3 + next_973X)))));
goto L19303;}
else {
ScontS = next_973X;
goto L19303;}}
else {
merged_arg0K0 = list_args_806X;
merged_arg0K1 = stack_nargs_805X;
pop_args_GlistS_return_tag = 3;
goto pop_args_GlistS;
pop_args_GlistS_return_3:
args_974X = pop_args_GlistS0_return_value;
push_exception_continuationB(4, 0);
*((long *) (SstackS)) = 1;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = args_974X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
else {
goto L20465;}}
else {
goto L20465;}}
L18953: {
v_975X = arg0K0;
merged_arg0K0 = v_975X;
copy_stack_into_heap_return_tag = 1;
goto copy_stack_into_heap;
copy_stack_into_heap_return_1:
if (((SstackS) < (Sstack_limitS))) {
ps_error("Couldn't get default procedure space (how can this happen?)", 0);
goto L18838;}
else {
goto L18838;}}
L18847: {
arg0K0 = (*((unsigned char *) ((Scode_pointerS) + 3)));
goto L16915;}
L18850: {
arg1K0 = (Scode_pointerS);
goto L18459;}
L19008: {
v_976X = arg0K0;
merged_arg0K0 = v_976X;
copy_stack_into_heap_return_tag = 2;
goto copy_stack_into_heap;
copy_stack_into_heap_return_2:
if ((space_437X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L18838;}
else {
ps_error("VM's stack is too small (how can this happen?)", 0);
goto L18838;}}
L10648: {
if ((3 == (3 & x_457X))) {
if ((19 == (31 & ((((*((long *) ((((char *) (-3 + x_457X))) + -4))))>>2))))) {
arg0K0 = 5;
goto L38256;}
else {
goto L10654;}}
else {
goto L10654;}}
L28425: {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28566: {
if ((3 == (3 & n_459X))) {
if ((19 == (31 & ((((*((long *) ((((char *) (-3 + n_459X))) + -4))))>>2))))) {
goto L28577;}
else {
goto L28578;}}
else {
goto L28578;}}
L28765: {
if ((3 == (3 & n_460X))) {
if ((19 == (31 & ((((*((long *) ((((char *) (-3 + n_460X))) + -4))))>>2))))) {
goto L28776;}
else {
goto L28777;}}
else {
goto L28777;}}
L28964: {
if ((3 == (3 & n_461X))) {
if ((19 == (31 & ((((*((long *) ((((char *) (-3 + n_461X))) + -4))))>>2))))) {
goto L28975;}
else {
goto L28976;}}
else {
goto L28976;}}
L6799: {
b_977X = arg0K0;
lo_a_978X = 65535 & a_819X;
lo_b_979X = 65535 & b_977X;
hi_a_980X = 65535 & (((a_819X)>>16));
hi_b_981X = 65535 & (((b_977X)>>16));
lo_c_982X = SMALL_MULTIPLY(lo_a_978X, lo_b_979X);
v_983X = SMALL_MULTIPLY(lo_b_979X, hi_a_980X);
v_984X = SMALL_MULTIPLY(lo_a_978X, hi_b_981X);
mid_c_985X = v_984X + v_983X;
c_986X = lo_c_982X + (((mid_c_985X)<<16));
if ((0 < hi_a_980X)) {
if ((0 < hi_b_981X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
goto L6841;}}
else {
goto L6841;}}
L7080: {
b_987X = arg0K0;
c_988X = a_820X / b_987X;
x_989X = 0 == (a_820X % b_987X);
if (x_989X) {
if ((a_477X < 0)) {
if ((b_478X < 0)) {
goto L7135;}
else {
goto L7134;}}
else {
if ((b_478X < 0)) {
goto L7134;}
else {
goto L7135;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_475X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_476X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L7257: {
b_990X = arg0K0;
c_991X = a_826X / b_990X;
if ((a_491X < 0)) {
if ((b_492X < 0)) {
goto L7303;}
else {
goto L7302;}}
else {
if ((b_492X < 0)) {
goto L7302;}
else {
goto L7303;}}}
L25369: {
b_992X = arg0K0;
c_993X = a_827X % b_992X;
if ((a_495X < 0)) {
arg0K0 = (0 - c_993X);
goto L25373;}
else {
arg0K0 = c_993X;
goto L25373;}}
L21357: {
SvalS = new_838X;
Scode_pointerS = ((Scode_pointerS) + 3);
arg1K0 = (Scode_pointerS);
goto L18459;}
L21341: {
i_994X = arg0K0;
if ((i_994X < 0)) {
goto L21357;}
else {
SstackS = ((SstackS) + 4);
*((long *) ((((char *) (-3 + new_838X))) + (((i_994X)<<2)))) = (*((long *) (SstackS)));
arg0K0 = (-1 + i_994X);
goto L21341;}}
L21526: {
i_995X = arg0K0;
if ((i_995X < 0)) {
arg0K0 = stack_nargs_843X;
arg0K1 = rest_list_844X;
goto L21544;}
else {
SstackS = ((SstackS) + 4);
*((long *) ((((char *) (-3 + new_842X))) + (((i_995X)<<2)))) = (*((long *) (SstackS)));
arg0K0 = (-1 + i_995X);
goto L21526;}}
L22049: {
i_996X = arg0K0;
if ((i_996X < 0)) {
SvalS = value_849X;
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
addr_997X = (((char *) (-3 + value_849X))) + (((i_996X)<<2));
S48_WRITE_BARRIER(value_849X, addr_997X, init_846X);
*((long *) addr_997X) = init_846X;
arg0K0 = (-1 + i_996X);
goto L22049;}}
L26144: {
i_998X = arg0K0;
if ((i_998X < 0)) {
SvalS = vector_851X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
*((unsigned char *) ((((char *) (-3 + vector_851X))) + i_998X)) = init_585X;
arg0K0 = (-1 + i_998X);
goto L26144;}}
L26378: {
i_999X = arg0K0;
if ((i_999X < 0)) {
SvalS = string_854X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
*((unsigned char *) ((((char *) (-3 + string_854X))) + i_999X)) = (init_601X);
arg0K0 = (-1 + i_999X);
goto L26378;}}
L13354: {
i_1000X = arg0K0;
h_1001X = arg0K1;
if ((i_1000X < n_858X)) {
arg0K0 = (1 + i_1000X);
arg0K1 = (h_1001X + (((*((unsigned char *) ((((char *) (-3 + string_857X))) + i_1000X))))));
goto L13354;}
else {
index_1002X = 1023 & h_1001X;
bucket_1003X = *((long *) ((((char *) (-3 + table_856X))) + (((index_1002X)<<2))));
arg0K0 = bucket_1003X;
goto L13322;}}
L24517: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L29691: {
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L33238: {
key_1004X = arg0K0;
SstackS = ((SstackS) + 4);
arg2_1005X = *((long *) (SstackS));
if ((0 == (3 & (SvalS)))) {
mode_1006X = (((SvalS))>>2);
if ((1 == mode_1006X)) {
goto L26802;}
else {
if ((2 == mode_1006X)) {
goto L26802;}
else {
if ((3 == mode_1006X)) {
goto L26802;}
else {
if ((4 == mode_1006X)) {
goto L26802;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L34670: {
key_1007X = arg0K0;
obj_1008X = SvalS;
if ((3 == (3 & obj_1008X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_1008X))) + -4))))>>2))))) {
channel_1009X = SvalS;
if ((0 == (*((long *) (((char *) (-3 + channel_1009X))))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = channel_1009X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
status_1010X = close_channelB(channel_1009X);
if ((status_1010X == NO_ERRORS)) {
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(25, 1);
*((long *) (SstackS)) = channel_1009X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1010X;
merged_arg0K1 = key_1007X;
get_error_string_return_tag = 0;
goto get_error_string;
get_error_string_return_0:
x_1011X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1011X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
else {
goto L34678;}}
else {
goto L34678;}}
L37490: {
key_1012X = arg0K0;
SstackS = ((SstackS) + 4);
arg2_1013X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_1014X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg4_1015X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg5_1016X = *((long *) (SstackS));
if ((0 == (3 & (arg4_1015X | arg3_1014X)))) {
if ((1 == arg2_1013X)) {
goto L37522;}
else {
if ((5 == arg2_1013X)) {
goto L37522;}
else {
goto L37542;}}}
else {
goto L37542;}}
L37762: {
key_1017X = arg0K0;
SstackS = ((SstackS) + 4);
arg2_1018X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_1019X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg4_1020X = *((long *) (SstackS));
if ((0 == (3 & (arg3_1019X | arg2_1018X)))) {
obj_1021X = SvalS;
if ((3 == (3 & obj_1021X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_1021X))) + -4))))>>2))))) {
start_1022X = ((arg3_1019X)>>2);
count_1023X = ((arg2_1018X)>>2);
channel_1024X = SvalS;
v_1025X = 8 == (*((long *) (((char *) (-3 + channel_1024X)))));
if (v_1025X) {
if ((3 == (3 & arg4_1020X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg4_1020X))) + -4))))>>2))))) {
goto L37073;}
else {
goto L37065;}}
else {
goto L37065;}}
else {
arg0K0 = 5;
goto L36956;}}
else {
goto L37804;}}
else {
goto L37804;}}
else {
goto L37804;}}
L34155: {
key_1026X = arg0K0;
obj_1027X = SvalS;
if ((3 == (3 & obj_1027X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_1027X))) + -4))))>>2))))) {
channel_1028X = SvalS;
if ((0 == (*((long *) (((char *) (-3 + channel_1028X))))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = channel_1028X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
readyP_1029X = ps_check_fd(((((*((long *) ((((char *) (-3 + channel_1028X))) + 8))))>>2)), (4 == (*((long *) (((char *) (-3 + channel_1028X)))))), &status_1030X);
if ((status_1030X == NO_ERRORS)) {
if (readyP_1029X) {
arg0K0 = 5;
goto L29277;}
else {
arg0K0 = 1;
goto L29277;}}
else {
push_exception_continuationB(25, 1);
*((long *) (SstackS)) = channel_1028X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1030X;
merged_arg0K1 = key_1026X;
get_error_string_return_tag = 1;
goto get_error_string;
get_error_string_return_1:
x_1031X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1031X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
else {
goto L34163;}}
else {
goto L34163;}}
L8223: {
val_1032X = *((long *) ((((char *) (-3 + ch_874X))) + 12));
addr_1033X = (((char *) (-3 + prev_875X))) + 12;
S48_WRITE_BARRIER(prev_875X, addr_1033X, val_1032X);
*((long *) addr_1033X) = val_1032X;
addr_1034X = (((char *) (-3 + ch_874X))) + 12;
S48_WRITE_BARRIER(ch_874X, addr_1034X, 1);
*((long *) addr_1034X) = 1;
arg0K0 = (*((long *) ((((char *) (-3 + ch_874X))) + 16)));
goto L33343;}
L14805: {
i_1035X = arg0K0;
res_1036X = arg0K1;
if ((-1 == i_1035X)) {
SvalS = res_1036X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
channel_1037X = *((Svm_channelsS) + i_1035X);
if ((3 == (3 & channel_1037X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + channel_1037X))) + -4))))>>2))))) {
addr_1038X = ALLOCATE_SPACE(0, 12);
*((long *) addr_1038X) = 2050;
x_1039X = 3 + (((long) (addr_1038X + 4)));
*((long *) (((char *) (-3 + x_1039X)))) = channel_1037X;
*((long *) ((((char *) (-3 + x_1039X))) + 4)) = res_1036X;
arg0K0 = x_1039X;
goto L14819;}
else {
arg0K0 = res_1036X;
goto L14819;}}
else {
arg0K0 = res_1036X;
goto L14819;}}}
L34743: {
key_1040X = arg0K0;
SstackS = ((SstackS) + 4);
arg2_1041X = *((long *) (SstackS));
SstackS = ((SstackS) + 4);
arg3_1042X = *((long *) (SstackS));
if ((3 == (3 & arg3_1042X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg3_1042X))) + -4))))>>2))))) {
obj_1043X = SvalS;
if ((3 == (3 & obj_1043X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + obj_1043X))) + -4))))>>2))))) {
comment_string_1044X = SvalS;
x_1045X = s48_image_writing_okayP();
if (x_1045X) {
port_1046X = ps_open_output_file((((char *)(((char *) (-3 + arg3_1042X))))), &status_1047X);
if ((status_1047X == NO_ERRORS)) {
status_1048X = ps_write_string((((char *)(((char *) (-3 + comment_string_1044X))))), port_1046X);
if ((status_1048X == NO_ERRORS)) {
status_1049X = s48_write_image(arg2_1041X, port_1046X);
if ((status_1049X == NO_ERRORS)) {
status_1050X = ps_close(port_1046X);
if ((status_1050X == NO_ERRORS)) {
undumpables_1051X = s48_undumpable_records(&undumpable_count_1052X);
if ((0 == undumpable_count_1052X)) {
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
push_exception_continuationB(26, 1);
*((long *) (SstackS)) = arg3_1042X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1041X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = comment_string_1044X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = undumpables_1051X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((undumpable_count_1052X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}}
else {
arg0K0 = 25;
arg0K1 = status_1050X;
goto L30325;}}
else {
status_1053X = ps_close(port_1046X);
if ((status_1053X == NO_ERRORS)) {
arg0K0 = 25;
arg0K1 = status_1049X;
goto L30325;}
else {
ps_write_string("Unable to close image file", (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
arg0K0 = 25;
arg0K1 = status_1049X;
goto L30325;}}}
else {
status_1054X = ps_close(port_1046X);
if ((status_1054X == NO_ERRORS)) {
arg0K0 = 25;
arg0K1 = status_1048X;
goto L30325;}
else {
ps_write_string("Unable to close image file", (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
arg0K0 = 25;
arg0K1 = status_1048X;
goto L30325;}}}
else {
arg0K0 = 10;
arg0K1 = status_1047X;
goto L30325;}}
else {
push_exception_continuationB(15, 1);
*((long *) (SstackS)) = arg3_1042X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1041X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = comment_string_1044X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}}
else {
goto L34775;}}
else {
goto L34775;}}
else {
goto L34775;}}
else {
goto L34775;}}
L30704: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = stob_883X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = proc_884X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L34321: {
minutesP_1055X = arg2K0;
if ((s48_Spending_interruptPS)) {
if ((s48_Spending_eventsPS)) {
s48_Spending_eventsPS = 0;
check_events_return_tag = 2;
goto check_events;
check_events_return_2:
temp_1056X = check_events0_return_value;
if (temp_1056X) {
goto L34347;}
else {
goto L34352;}}
else {
goto L34347;}}
else {
goto L34352;}}
L22870: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = proc_902X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = name_903X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L33509: {
key_1057X = arg0K0;
SstackS = ((SstackS) + 4);
arg2_1058X = *((long *) (SstackS));
if ((3 == (3 & arg2_1058X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_1058X))) + -4))))>>2))))) {
x_1059X = SvalS;
if ((1 == x_1059X)) {
goto L33526;}
else {
if ((5 == x_1059X)) {
goto L33526;}
else {
goto L33531;}}}
else {
goto L33531;}}
else {
goto L33531;}}
L23967: {
table_1060X = arg0K0;
n_1061X = -1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg2_690X))) + -4))))>>8));
arg0K0 = 0;
arg0K1 = 0;
goto L12901;}
L27398: {
len_1062X = 1 + n_913X;
addr_1063X = ALLOCATE_SPACE(17, (4 + len_1062X));
*((long *) addr_1063X) = (70 + (((len_1062X)<<8)));
string_1064X = 3 + (((long) (addr_1063X + 4)));
*((unsigned char *) ((((char *) (-3 + string_1064X))) + n_913X)) = 0;
arg0K0 = arg2_912X;
arg0K1 = (-1 + n_913X);
goto L27375;}
L27350: {
if ((25 == arg2_912X)) {
goto L27398;}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_912X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((n_913X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L31109: {
if ((from_index_731X < 0)) {
goto L31163;}
else {
if ((to_index_732X < 0)) {
goto L31163;}
else {
if ((count_733X < 0)) {
goto L31163;}
else {
if ((3 == (3 & arg5_730X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>2))))) {
arg0K0 = (-1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>8)));
goto L31130;}
else {
goto L31126;}}
else {
goto L31126;}}}}}
L31104: {
if ((3 == (3 & arg5_730X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>2))))) {
goto L31109;}
else {
goto L31163;}}
else {
goto L31163;}}
L31163: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg5_730X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((from_index_731X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_728X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((to_index_732X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((count_733X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}
L23126: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = port_919X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L23106: {
push_exception_continuationB(14, 2);
*((long *) (SstackS)) = port_919X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L23346: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = port_927X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L23326: {
push_exception_continuationB(14, 2);
*((long *) (SstackS)) = port_927X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L23560: {
push_exception_continuationB(5, 2);
*((long *) (SstackS)) = Kchar_933X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = port_934X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L23542: {
push_exception_continuationB(14, 2);
*((long *) (SstackS)) = Kchar_933X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = port_934X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L29599: {
arg0K0 = (*((long *) ((((char *) (-3 + stuff_941X))) + 4)));
goto L29593;}
L11671: {
if ((3 == (3 & thing_942X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
arg3K0 = (((char *)(((char *) (-3 + thing_942X)))));
goto L11713;}
else {
goto L11679;}}
else {
goto L11679;}}
L29584: {
{ long ignoreXX;
PS_WRITE_CHAR(10, out_742X, ignoreXX) }
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L16762: {
StemplateS = (SvalS);
Slosing_opcodeS = opcode_744X;
arg0K0 = (2 + nargs_743X);
goto L16087;}
L16832: {
merged_arg3K0 = "exception handler is not a closure";
loseD0_return_tag = 1;
goto loseD0;
loseD0_return_1:
goto L16762;}
L20987: {
key_1065X = arg0K0;
p_1066X = SenvS;
if ((3 == (3 & p_1066X))) {
if ((p_1066X < (((long) (Sstack_beginS))))) {
goto L21082;}
else {
if (((((long) (Sstack_endS))) < p_1066X)) {
goto L21082;}
else {
merged_arg0K0 = (SenvS);
merged_arg0K1 = (ScontS);
merged_arg0K2 = key_1065X;
merged_arg0K3 = 0;
save_env_in_heap_return_tag = 0;
goto save_env_in_heap;
save_env_in_heap_return_0:
v_1067X = save_env_in_heap0_return_value;
SenvS = v_1067X;
goto L21082;}}}
else {
goto L21082;}}
L20998: {
env_1068X = arg0K0;
a_1069X = *((long *) ((((char *) (-3 + (StemplateS)))) + ((((((((*((unsigned char *) ((Scode_pointerS) + 1))))<<8)) + (*((unsigned char *) ((Scode_pointerS) + 2)))))<<2))));
addr_1070X = ALLOCATE_SPACE(3, 12);
*((long *) addr_1070X) = 2062;
x_1071X = 3 + (((long) (addr_1070X + 4)));
*((long *) (((char *) (-3 + x_1071X)))) = a_1069X;
*((long *) ((((char *) (-3 + x_1071X))) + 4)) = env_1068X;
if ((3 == (3 & x_1071X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + x_1071X))) + -4)))))) {
*((long *) ((((char *) (-3 + x_1071X))) + -4)) = (128 | (*((long *) ((((char *) (-3 + x_1071X))) + -4))));
arg0K0 = x_1071X;
goto L21006;}
else {
arg0K0 = x_1071X;
goto L21006;}}
else {
arg0K0 = x_1071X;
goto L21006;}}
L20809: {
i_1072X = arg0K0;
offset_1073X = arg0K1;
env_1074X = arg0K2;
if ((i_1072X == total_count_394X)) {
SvalS = new_env_766X;
Scode_pointerS = ((Scode_pointerS) + (1 + offset_1073X));
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
back_1075X = *((unsigned char *) ((Scode_pointerS) + (1 + offset_1073X)));
arg0K0 = env_1074X;
arg0K1 = back_1075X;
goto L20905;}}
L20705: {
value_1076X = arg0K0;
SvalS = value_1076X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L17020: {
i_1077X = arg0K0;
m_1078X = arg0K1;
if ((0 == (n_956X & m_1078X))) {
arg0K0 = (1 + i_1077X);
arg0K1 = (((m_1078X)<<1));
goto L17020;}
else {
Spending_interruptsS = ((Spending_interruptsS) & (~ m_1078X));
if ((i_1077X == 0)) {
*((long *) (SstackS)) = (Sinterrupted_templateS);
SstackS = ((SstackS) + -4);
Sinterrupted_templateS = 1;
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16939;}
else {
if ((i_1077X == 2)) {
*((long *) (SstackS)) = (Sfinalize_theseS);
SstackS = ((SstackS) + -4);
Sfinalize_theseS = 25;
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16939;}
else {
if ((i_1077X == 3)) {
channel_1079X = Spending_channels_headS;
next_1080X = *((long *) ((((char *) (-3 + channel_1079X))) + 12));
Spending_channels_headS = next_1080X;
addr_1081X = (((char *) (-3 + channel_1079X))) + 12;
S48_WRITE_BARRIER(channel_1079X, addr_1081X, 1);
*((long *) addr_1081X) = 1;
if ((1 == next_1080X)) {
Spending_channels_tailS = 1;
arg0K0 = channel_1079X;
goto L8384;}
else {
arg0K0 = channel_1079X;
goto L8384;}}
else {
if ((i_1077X == 4)) {
*((long *) (SstackS)) = (Sos_signal_typeS);
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (Sos_signal_argumentS);
SstackS = ((SstackS) + -4);
Sos_signal_typeS = 1;
Sos_signal_argumentS = 1;
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16939;}
else {
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16939;}}}}}}
L16105: {
skip_1082X = arg0K0;
stack_arg_count_1083X = arg0K1;
template_1084X = *((long *) (((char *) (-3 + (SvalS)))));
StemplateS = template_1084X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + template_1084X)))))))) + skip_1082X);
SenvS = (*((long *) ((((char *) (-3 + (SvalS)))) + 4)));
arg0K0 = stack_space_958X;
arg0K1 = stack_arg_count_1083X;
goto L15995;}
L16128: {
skip_1085X = arg0K0;
*((long *) (SstackS)) = 25;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((stack_arg_count_775X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((stack_arg_count_775X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = skip_1085X;
arg0K1 = (3 + stack_arg_count_775X);
goto L16105;}
L16382: {
skip_1086X = arg0K0;
stack_arg_count_1087X = arg0K1;
template_1088X = *((long *) (((char *) (-3 + (SvalS)))));
StemplateS = template_1088X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + template_1088X)))))))) + skip_1086X);
SenvS = (*((long *) ((((char *) (-3 + (SvalS)))) + 4)));
arg0K0 = stack_space_965X;
arg0K1 = stack_arg_count_1087X;
goto L15995;}
L16407: {
skip_1089X = arg0K0;
if ((total_arg_count_794X < 3)) {
arg0K0 = total_arg_count_794X;
goto L16415;}
else {
if ((2 < stack_arg_count_788X)) {
arg0K0 = stack_arg_count_788X;
goto L16415;}
else {
arg0K0 = 2;
goto L16415;}}}
L19303: {
SvalS = (*((long *) ((((char *) (-3 + cont_971X))) + 16)));
arg0K0 = stack_nargs_805X;
arg0K1 = list_args_806X;
arg0K2 = list_arg_count_807X;
goto L17687;}
L20465: {
merged_arg0K0 = list_args_806X;
merged_arg0K1 = stack_nargs_805X;
pop_args_GlistS_return_tag = 4;
goto pop_args_GlistS;
pop_args_GlistS_return_4:
args_1090X = pop_args_GlistS0_return_value;
push_exception_continuationB(4, 0);
*((long *) (SstackS)) = 1;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = args_1090X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L10654: {
if ((3 == (3 & x_457X))) {
if ((11 == (31 & ((((*((long *) ((((char *) (-3 + x_457X))) + -4))))>>2))))) {
arg0K0 = 5;
goto L38256;}
else {
arg0K0 = 1;
goto L38256;}}
else {
arg0K0 = 1;
goto L38256;}}
L28578: {
if ((3 == (3 & n_459X))) {
if ((11 == (31 & ((((*((long *) ((((char *) (-3 + n_459X))) + -4))))>>2))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_459X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
goto L28582;}}
else {
goto L28582;}}
L28777: {
if ((3 == (3 & n_460X))) {
if ((11 == (31 & ((((*((long *) ((((char *) (-3 + n_460X))) + -4))))>>2))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_460X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
goto L28781;}}
else {
goto L28781;}}
L28976: {
if ((3 == (3 & n_461X))) {
if ((11 == (31 & ((((*((long *) ((((char *) (-3 + n_461X))) + -4))))>>2))))) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = n_461X;
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
else {
goto L28980;}}
else {
goto L28980;}}
L6841: {
if ((536870911 < lo_c_982X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if ((lo_c_982X < 0)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if ((8192 < mid_c_985X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
if ((a_470X < 0)) {
if ((b_471X < 0)) {
goto L6868;}
else {
goto L6875;}}
else {
if ((b_471X < 0)) {
goto L6875;}
else {
goto L6868;}}}}}}
L7135: {
if ((536870911 < c_988X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_475X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_476X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = (((c_988X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L7134: {
SvalS = ((((0 - c_988X))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L7303: {
if ((536870911 < c_991X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_489X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_490X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = (((c_991X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L7302: {
SvalS = ((((0 - c_991X))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L25373: {
n_1091X = arg0K0;
SvalS = (((n_1091X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L21544: {
i_1092X = arg0K0;
rest_list_1093X = arg0K1;
if ((25 == rest_list_1093X)) {
SvalS = new_842X;
Scode_pointerS = ((Scode_pointerS) + 2);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
*((long *) ((((char *) (-3 + new_842X))) + (((i_1092X)<<2)))) = (*((long *) (((char *) (-3 + rest_list_1093X)))));
arg0K0 = (1 + i_1092X);
arg0K1 = (*((long *) ((((char *) (-3 + rest_list_1093X))) + 4)));
goto L21544;}}
L13322: {
foo_1094X = arg0K0;
if ((1 == foo_1094X)) {
addr_1095X = ALLOCATE_SPACE(1, 12);
*((long *) addr_1095X) = 2054;
x_1096X = 3 + (((long) (addr_1095X + 4)));
*((long *) (((char *) (-3 + x_1096X)))) = string_857X;
*((long *) ((((char *) (-3 + x_1096X))) + 4)) = bucket_1003X;
addr_1097X = (((char *) (-3 + table_856X))) + (((index_1002X)<<2));
S48_WRITE_BARRIER(table_856X, addr_1097X, x_1096X);
*((long *) addr_1097X) = x_1096X;
arg0K0 = x_1096X;
goto L24558;}
else {
s2_1098X = *((long *) (((char *) (-3 + foo_1094X))));
len_1099X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + string_857X))) + -4))))>>8);
if ((len_1099X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + s2_1098X))) + -4))))>>8)))) {
if (((!memcmp((void *)(((char *) (-3 + s2_1098X))), (void *)(((char *) (-3 + string_857X))),len_1099X)))) {
arg0K0 = foo_1094X;
goto L24558;}
else {
goto L13338;}}
else {
goto L13338;}}}
L26802: {
if ((0 == (3 & arg2_1005X))) {
if (((((arg2_1005X)>>2)) < 0)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
arg0K0 = (((arg2_1005X)>>2));
goto L26622;}}
else {
if ((3 == (3 & arg2_1005X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_1005X))) + -4))))>>2))))) {
if ((1 == mode_1006X)) {
goto L26680;}
else {
if ((3 == mode_1006X)) {
goto L26680;}
else {
v_1100X = ps_open_fd((((char *)(((char *) (-3 + arg2_1005X))))), 0, &v_1101X);
arg0K0 = v_1100X;
arg0K1 = v_1101X;
goto L26693;}}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}}
L34678: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L37522: {
obj_1102X = SvalS;
if ((3 == (3 & obj_1102X))) {
if ((6 == (31 & ((((*((long *) ((((char *) (-3 + obj_1102X))) + -4))))>>2))))) {
x_1103X = SvalS;
if ((1 == arg2_1013X)) {
arg2K0 = 0;
goto L37539;}
else {
arg2K0 = 1;
goto L37539;}}
else {
goto L37542;}}
else {
goto L37542;}}
L37542: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg5_1016X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg4_1015X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_1014X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1013X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}
L37073: {
if ((3 == (3 & arg4_1020X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg4_1020X))) + -4))))>>2))))) {
arg0K0 = (-1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg4_1020X))) + -4))))>>8)));
goto L37085;}
else {
goto L37081;}}
else {
goto L37081;}}
L37065: {
if ((3 == (3 & arg4_1020X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg4_1020X))) + -4))))>>2))))) {
goto L37073;}
else {
arg0K0 = 5;
goto L36956;}}
else {
arg0K0 = 5;
goto L36956;}}
L36956: {
reason_1104X = arg0K0;
push_exception_continuationB(reason_1104X, 1);
*((long *) (SstackS)) = arg4_1020X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((start_1022X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((count_1023X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = channel_1024X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L37804: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg4_1020X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg3_1019X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1018X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L29277: {
val_1105X = arg0K0;
SvalS = val_1105X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L34163: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 1;
goto L16686;}
L14819: {
v_1106X = arg0K0;
arg0K0 = (-1 + i_1035X);
arg0K1 = v_1106X;
goto L14805;}
L30325: {
reason_1107X = arg0K0;
status_1108X = arg0K1;
push_exception_continuationB(reason_1107X, 1);
*((long *) (SstackS)) = arg3_1042X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1041X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = comment_string_1044X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1108X;
merged_arg0K1 = key_1040X;
get_error_string_return_tag = 2;
goto get_error_string;
get_error_string_return_2:
x_1109X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1109X;
SstackS = ((SstackS) + -4);
arg0K0 = 4;
goto L16686;}
L34775: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg3_1042X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = arg2_1041X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}
L34347: {
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L34352: {
if ((0 == (Spending_interruptsS))) {
s48_wait_for_event((((arg2_682X)>>2)), minutesP_1055X);
goto L34347;}
else {
goto L34347;}}
L33526: {
if ((1 == (SvalS))) {
v_1110X = Hlookup2132((Sexported_bindingsS), arg2_1058X, key_1057X);
arg0K0 = v_1110X;
goto L33583;}
else {
v_1111X = Hlookup2113((Simported_bindingsS), arg2_1058X, key_1057X);
arg0K0 = v_1111X;
goto L33583;}}
L33531: {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_1058X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (SvalS);
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
L12901: {
i_1112X = arg0K0;
h_1113X = arg0K1;
if ((i_1112X < n_1061X)) {
arg0K0 = (1 + i_1112X);
arg0K1 = (h_1113X + (((*((unsigned char *) ((((char *) (-3 + arg2_690X))) + i_1112X))))));
goto L12901;}
else {
index_1114X = 1023 & h_1113X;
bucket_1115X = *((long *) ((((char *) (-3 + table_1060X))) + (((index_1114X)<<2))));
arg0K0 = 1;
arg0K1 = bucket_1115X;
goto L12865;}}
L27375: {
l_1116X = arg0K0;
i_1117X = arg0K1;
if ((i_1117X < 0)) {
SvalS = string_1064X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
*((unsigned char *) ((((char *) (-3 + string_1064X))) + i_1117X)) = ((((((*((long *) (((char *) (-3 + l_1116X))))))>>8))));
arg0K0 = (*((long *) ((((char *) (-3 + l_1116X))) + 4)));
arg0K1 = (-1 + i_1117X);
goto L27375;}}
L31130: {
y_1118X = arg0K0;
if ((y_1118X < (from_index_731X + count_733X))) {
goto L31163;}
else {
if ((3 == (3 & arg3_728X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg3_728X))) + -4))))>>2))))) {
arg0K0 = (-1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg3_728X))) + -4))))>>8)));
goto L31145;}
else {
goto L31141;}}
else {
goto L31141;}}}
L31126: {
arg0K0 = ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg5_730X))) + -4))))>>8));
goto L31130;}
L11713: {
v_1119X = arg3K0;
ps_write_string(v_1119X, out_742X);
goto L29599;}
L11679: {
if ((3 == (3 & thing_942X))) {
if ((1 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
arg3K0 = (((char *)(((char *) (-3 + (*((long *) (((char *) (-3 + thing_942X))))))))));
goto L11713;}
else {
goto L11687;}}
else {
goto L11687;}}
L21082: {
arg0K0 = (SenvS);
goto L20992;}
L21006: {
value_1120X = arg0K0;
SvalS = value_1120X;
Scode_pointerS = ((Scode_pointerS) + 4);
arg1K0 = (Scode_pointerS);
goto L18459;}
L20905: {
env_1121X = arg0K0;
i_1122X = arg0K1;
if ((0 == i_1122X)) {
count_1123X = *((unsigned char *) ((Scode_pointerS) + (2 + offset_1073X)));
arg0K0 = count_1123X;
arg0K1 = i_1072X;
arg0K2 = (2 + offset_1073X);
goto L20826;}
else {
arg0K0 = (*((long *) (((char *) (-3 + env_1121X)))));
arg0K1 = (-1 + i_1122X);
goto L20905;}}
L16939: {
arg_count_1124X = arg0K0;
obj_1125X = Sinterrupt_handlersS;
if ((3 == (3 & obj_1125X))) {
if ((2 == (31 & ((((*((long *) ((((char *) (-3 + obj_1125X))) + -4))))>>2))))) {
goto L16953;}
else {
goto L17033;}}
else {
goto L17033;}}
L8384: {
channel_1126X = arg0K0;
x_1127X = 1 == (Spending_channels_headS);
if (x_1127X) {
goto L8398;}
else {
Spending_interruptsS = (8 | (Spending_interruptsS));
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L8398;}
else {
goto L8398;}}
else {
s48_Spending_interruptPS = 1;
goto L8398;}}}
L15995: {
stack_slots_1128X = arg0K0;
stack_arg_count_1129X = arg0K1;
if ((stack_slots_1128X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L15997;}
else {
space_1130X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_1131X = AVAILABLEp(space_1130X);
if (v_1131X) {
arg2K0 = 1;
arg0K1 = 0;
goto L16054;}
else {
collect_saving_temps(1, 1, &temp1_1132X);
v_1133X = AVAILABLEp(space_1130X);
if (v_1133X) {
arg2K0 = 1;
arg0K1 = 0;
goto L16054;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L16054;}}}}
L16415: {
final_stack_arg_count_1134X = arg0K0;
if ((stack_arg_count_788X < final_stack_arg_count_1134X)) {
arg0K0 = final_stack_arg_count_1134X;
goto L16419;}
else {
arg0K0 = stack_arg_count_788X;
goto L16419;}}
L28582: {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28781: {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L28980: {
SvalS = 1;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L6868: {
if ((536870911 < c_986X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = (((c_986X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L6875: {
if ((536870912 < c_986X)) {
push_exception_continuationB(5, 1);
*((long *) (SstackS)) = arg2_468X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_469X;
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
SvalS = ((((0 - c_986X))<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L24558: {
val_1135X = arg0K0;
SvalS = val_1135X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L13338: {
arg0K0 = (*((long *) ((((char *) (-3 + foo_1094X))) + 4)));
goto L13322;}
L26622: {
index_1136X = arg0K0;
channel_1137X = make_registered_channel(mode_1006X, arg2_1005X, index_1136X, key_1004X, &reason_1138X);
if ((1 == channel_1137X)) {
if ((3 == (3 & arg2_1005X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg2_1005X))) + -4))))>>2))))) {
if ((1 == mode_1006X)) {
goto L26737;}
else {
if ((3 == mode_1006X)) {
goto L26737;}
else {
v_1139X = ps_close_fd(index_1136X);
arg0K0 = v_1139X;
goto L26732;}}}
else {
push_exception_continuationB(reason_1138X, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
push_exception_continuationB(reason_1138X, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
else {
SvalS = channel_1137X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L26680: {
v_1140X = ps_open_fd((((char *)(((char *) (-3 + arg2_1005X))))), 1, &v_1141X);
arg0K0 = v_1140X;
arg0K1 = v_1141X;
goto L26693;}
L26693: {
channel_1142X = arg0K0;
status_1143X = arg0K1;
if ((status_1143X == NO_ERRORS)) {
arg0K0 = channel_1142X;
goto L26622;}
else {
if ((status_1143X == ENOENT)) {
push_exception_continuationB(10, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
push_exception_continuationB(25, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1143X;
merged_arg0K1 = key_1004X;
get_error_string_return_tag = 3;
goto get_error_string;
get_error_string_return_3:
x_1144X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1144X;
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16686;}}}
L37539: {
waitP_1145X = arg2K0;
start_1146X = ((arg4_1015X)>>2);
count_1147X = ((arg3_1014X)>>2);
if ((4 == (*((long *) (((char *) (-3 + x_1103X))))))) {
if ((3 == (3 & arg5_1016X))) {
if ((0 == (128 & (*((long *) ((((char *) (-3 + arg5_1016X))) + -4)))))) {
if ((3 == (3 & arg5_1016X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg5_1016X))) + -4))))>>2))))) {
goto L36675;}
else {
goto L36667;}}
else {
goto L36667;}}
else {
arg0K0 = 5;
goto L36558;}}
else {
arg0K0 = 5;
goto L36558;}}
else {
arg0K0 = 5;
goto L36558;}}
L37085: {
length_1148X = arg0K0;
if ((length_1148X < (start_1022X + count_1023X))) {
arg0K0 = 7;
goto L36956;}
else {
got_1149X = ps_write_fd(((((*((long *) ((((char *) (-3 + channel_1024X))) + 8))))>>2)), ((((char *) (-3 + arg4_1020X))) + start_1022X), count_1023X, &pendingP_1150X, &status_1151X);
if ((status_1151X == NO_ERRORS)) {
if (pendingP_1150X) {
addr_1152X = (((char *) (-3 + channel_1024X))) + 16;
S48_WRITE_BARRIER(channel_1024X, addr_1152X, 5);
*((long *) addr_1152X) = 5;
s48_Spending_interruptPS = 0;
Senabled_interruptsS = 0;
arg0K0 = 13;
goto L36956;}
else {
SvalS = (((got_1149X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
else {
push_exception_continuationB(25, 1);
*((long *) (SstackS)) = arg4_1020X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((start_1022X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((count_1023X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = channel_1024X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1151X;
merged_arg0K1 = key_1017X;
get_error_string_return_tag = 4;
goto get_error_string;
get_error_string_return_4:
x_1153X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1153X;
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}}}
L37081: {
arg0K0 = ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg4_1020X))) + -4))))>>8));
goto L37085;}
L33583: {
val_1154X = arg0K0;
SvalS = val_1154X;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L12865: {
previous_foo_1155X = arg0K0;
foo_1156X = arg0K1;
if ((1 == foo_1156X)) {
goto L23969;}
else {
s2_1157X = *((long *) (((char *) (-3 + foo_1156X))));
len_1158X = (long)(((unsigned long)(*((long *) ((((char *) (-3 + arg2_690X))) + -4))))>>8);
if ((len_1158X == ((long)(((unsigned long)(*((long *) ((((char *) (-3 + s2_1157X))) + -4))))>>8)))) {
if (((!memcmp((void *)(((char *) (-3 + s2_1157X))), (void *)(((char *) (-3 + arg2_690X))),len_1158X)))) {
if ((1 == previous_foo_1155X)) {
value_1159X = *((long *) ((((char *) (-3 + foo_1156X))) + 12));
addr_1160X = (((char *) (-3 + table_1060X))) + (((index_1114X)<<2));
S48_WRITE_BARRIER(table_1060X, addr_1160X, value_1159X);
*((long *) addr_1160X) = value_1159X;
goto L23969;}
else {
val_1161X = *((long *) ((((char *) (-3 + foo_1156X))) + 12));
addr_1162X = (((char *) (-3 + previous_foo_1155X))) + 12;
S48_WRITE_BARRIER(previous_foo_1155X, addr_1162X, val_1161X);
*((long *) addr_1162X) = val_1161X;
goto L23969;}}
else {
goto L12927;}}
else {
goto L12927;}}}
L31145: {
y_1163X = arg0K0;
if ((y_1163X < (to_index_732X + count_733X))) {
goto L31163;}
else {
memcpy((void *)((((char *) (-3 + arg3_728X))) + to_index_732X), (void *)((((char *) (-3 + arg5_730X))) + from_index_731X),count_733X);
SvalS = 13;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}
L31141: {
arg0K0 = ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg3_728X))) + -4))))>>8));
goto L31145;}
L11687: {
if ((1 == thing_942X)) {
goto L11690;}
else {
if ((5 == thing_942X)) {
goto L11690;}
else {
if ((25 == thing_942X)) {
arg3K0 = "()";
goto L11713;}
else {
if ((3 == (3 & thing_942X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
arg3K0 = "(...)";
goto L11713;}
else {
goto L11703;}}
else {
goto L11703;}}}}}
L20826: {
count_1164X = arg0K0;
i_1165X = arg0K1;
offset_1166X = arg0K2;
if ((0 == count_1164X)) {
arg0K0 = i_1165X;
arg0K1 = offset_1166X;
arg0K2 = env_1121X;
goto L20809;}
else {
value_1167X = *((long *) ((((char *) (-3 + env_1121X))) + ((((*((unsigned char *) ((Scode_pointerS) + (1 + offset_1166X)))))<<2))));
addr_1168X = (((char *) (-3 + new_env_766X))) + (((i_1165X)<<2));
S48_WRITE_BARRIER(new_env_766X, addr_1168X, value_1167X);
*((long *) addr_1168X) = value_1167X;
arg0K0 = (-1 + count_1164X);
arg0K1 = (1 + i_1165X);
arg0K2 = (1 + offset_1166X);
goto L20826;}}
L16953: {
Senabled_interruptsS = 0;
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L16955;}
else {
goto L16955;}}
else {
s48_Spending_interruptPS = 1;
goto L16955;}}
L17033: {
ps_error("interrupt handler is not a vector", 0);
goto L16953;}
L8398: {
*((long *) (SstackS)) = channel_1126X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (*((long *) ((((char *) (-3 + channel_1126X))) + 16)));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = ((((Senabled_interruptsS))<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 3;
goto L16939;}
L15997: {
if ((s48_Spending_interruptPS)) {
if ((s48_Spending_eventsPS)) {
s48_Spending_eventsPS = 0;
check_events_return_tag = 3;
goto check_events;
check_events_return_3:
v_1169X = check_events0_return_value;
if (v_1169X) {
arg0K0 = stack_arg_count_1129X;
goto L16915;}
else {
goto L16001;}}
else {
arg0K0 = stack_arg_count_1129X;
goto L16915;}}
else {
goto L16001;}}
L16054: {
okayP_1170X = arg2K0;
key_1171X = arg0K1;
if (okayP_1170X) {
arg0K0 = key_1171X;
goto L16008;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_1171X;
goto L16008;}}
L16419: {
v_1172X = arg0K0;
merged_arg0K0 = v_1172X;
merged_arg0K1 = stack_arg_count_788X;
merged_arg0K2 = list_args_789X;
merged_arg0K3 = list_arg_count_790X;
rest_list_setup_return_tag = 2;
goto rest_list_setup;
rest_list_setup_return_2:
*((long *) (SstackS)) = (((final_stack_arg_count_1134X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((total_arg_count_794X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = skip_1089X;
arg0K1 = (3 + final_stack_arg_count_1134X);
goto L16382;}
L26737: {
v_1173X = ps_close_fd(index_1136X);
arg0K0 = v_1173X;
goto L26732;}
L26732: {
status_1174X = arg0K0;
if ((status_1174X == NO_ERRORS)) {
push_exception_continuationB(reason_1138X, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}
else {
channel_close_error(status_1174X, index_1136X, arg2_1005X);
push_exception_continuationB(reason_1138X, 1);
*((long *) (SstackS)) = arg2_1005X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((mode_1006X)<<2));
SstackS = ((SstackS) + -4);
arg0K0 = 2;
goto L16686;}}
L36675: {
if ((3 == (3 & arg5_1016X))) {
if ((17 == (31 & ((((*((long *) ((((char *) (-3 + arg5_1016X))) + -4))))>>2))))) {
arg0K0 = (-1 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg5_1016X))) + -4))))>>8)));
goto L36687;}
else {
goto L36683;}}
else {
goto L36683;}}
L36667: {
if ((3 == (3 & arg5_1016X))) {
if ((18 == (31 & ((((*((long *) ((((char *) (-3 + arg5_1016X))) + -4))))>>2))))) {
goto L36675;}
else {
arg0K0 = 5;
goto L36558;}}
else {
arg0K0 = 5;
goto L36558;}}
L36558: {
reason_1175X = arg0K0;
push_exception_continuationB(reason_1175X, 1);
*((long *) (SstackS)) = arg5_1016X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((start_1146X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((count_1147X)<<2));
SstackS = ((SstackS) + -4);
if (waitP_1145X) {
arg0K0 = 5;
goto L36573;}
else {
arg0K0 = 1;
goto L36573;}}
L23969: {
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
L12927: {
arg0K0 = foo_1156X;
arg0K1 = (*((long *) ((((char *) (-3 + foo_1156X))) + 12)));
goto L12865;}
L11690: {
if ((1 == thing_942X)) {
arg3K0 = "#f";
goto L11713;}
else {
arg3K0 = "#t";
goto L11713;}}
L11703: {
if ((3 == (3 & thing_942X))) {
if ((2 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
arg3K0 = "#(...)";
goto L11713;}
else {
goto L11707;}}
else {
goto L11707;}}
L16955: {
SvalS = (*((long *) ((((char *) (-3 + (Sinterrupt_handlersS)))) + (((i_1077X)<<2)))));
obj_1176X = SvalS;
if ((3 == (3 & obj_1176X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + obj_1176X))) + -4))))>>2))))) {
goto L16972;}
else {
goto L17058;}}
else {
goto L17058;}}
L16001: {
arg1K0 = (Scode_pointerS);
goto L18459;}
L16008: {
v_1177X = arg0K0;
merged_arg0K0 = v_1177X;
copy_stack_into_heap_return_tag = 3;
goto copy_stack_into_heap;
copy_stack_into_heap_return_3:
if ((stack_slots_1128X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L15997;}
else {
ps_error("VM's stack is too small (how can this happen?)", 0);
goto L15997;}}
L36687: {
length_1178X = arg0K0;
if ((length_1178X < (start_1146X + count_1147X))) {
arg0K0 = 7;
goto L36558;}
else {
got_1179X = ps_read_fd(((((*((long *) ((((char *) (-3 + x_1103X))) + 8))))>>2)), ((((char *) (-3 + arg5_1016X))) + start_1146X), count_1147X, waitP_1145X, &eofP_1180X, &pendingP_1181X, &status_1182X);
if ((status_1182X == NO_ERRORS)) {
if (eofP_1180X) {
SvalS = 21;
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}
else {
if (pendingP_1181X) {
addr_1183X = (((char *) (-3 + x_1103X))) + 16;
S48_WRITE_BARRIER(x_1103X, addr_1183X, 5);
*((long *) addr_1183X) = 5;
s48_Spending_interruptPS = 0;
Senabled_interruptsS = 0;
arg0K0 = 13;
goto L36558;}
else {
SvalS = (((got_1179X)<<2));
Scode_pointerS = ((Scode_pointerS) + 1);
arg1K0 = (Scode_pointerS);
goto L18459;}}}
else {
push_exception_continuationB(25, 1);
*((long *) (SstackS)) = arg5_1016X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((start_1146X)<<2));
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = (((count_1147X)<<2));
SstackS = ((SstackS) + -4);
if (waitP_1145X) {
arg0K0 = 5;
goto L36610;}
else {
arg0K0 = 1;
goto L36610;}}}}
L36683: {
arg0K0 = ((long)(((unsigned long)(*((long *) ((((char *) (-3 + arg5_1016X))) + -4))))>>8));
goto L36687;}
L36573: {
x_1184X = arg0K0;
*((long *) (SstackS)) = x_1184X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_1103X;
SstackS = ((SstackS) + -4);
arg0K0 = 5;
goto L16686;}
L11707: {
if ((3 == (3 & thing_942X))) {
if ((3 == (31 & ((((*((long *) ((((char *) (-3 + thing_942X))) + -4))))>>2))))) {
arg3K0 = "#{procedure}";
goto L11713;}
else {
arg3K0 = "???";
goto L11713;}}
else {
arg3K0 = "???";
goto L11713;}}
L16972: {
StemplateS = (SvalS);
Slosing_opcodeS = (0 - i_1077X);
arg0K0 = arg_count_1124X;
goto L16087;}
L17058: {
ps_error("interrupt handler is not a closure", 1, i_1077X);
goto L16972;}
L36610: {
x_1185X = arg0K0;
*((long *) (SstackS)) = x_1185X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_1103X;
SstackS = ((SstackS) + -4);
merged_arg0K0 = status_1182X;
merged_arg0K1 = key_1012X;
get_error_string_return_tag = 5;
goto get_error_string;
get_error_string_return_5:
x_1186X = get_error_string0_return_value;
*((long *) (SstackS)) = x_1186X;
SstackS = ((SstackS) + -4);
arg0K0 = 6;
goto L16686;}
loseD0: {
message_370X = merged_arg3K0;{
why_1187X = (((*((long *) ((SstackS) + (4 + (((nargs_743X)<<2)))))))>>2);
ps_write_string("Template UIDs: ", (stderr));
current_template_1188X = StemplateS;
out_1189X = stderr;
if ((0 == (3 & (*((long *) ((((char *) (-3 + current_template_1188X))) + 4)))))) {
if ((current_template_1188X == (*((long *) ((((char *) (-3 + (Sbottom_of_stackS)))) + 8))))) {
arg2K0 = 0;
goto L10538;}
else {
ps_write_integer(((((*((long *) ((((char *) (-3 + current_template_1188X))) + 4))))>>2)), out_1189X);
arg2K0 = 1;
goto L10538;}}
else {
arg2K0 = 0;
goto L10538;}}
L10538: {
not_firstP_1190X = arg2K0;
arg0K0 = (ScontS);
arg2K1 = not_firstP_1190X;
goto L10545;}
L10545: {
cont_1191X = arg0K0;
not_firstP_1192X = arg2K1;
if ((3 == (3 & cont_1191X))) {
if ((10 == (31 & ((((*((long *) ((((char *) (-3 + cont_1191X))) + -4))))>>2))))) {
template_1193X = *((long *) ((((char *) (-3 + cont_1191X))) + 8));
if ((0 == (3 & (*((long *) ((((char *) (-3 + template_1193X))) + 4)))))) {
if ((template_1193X == (*((long *) ((((char *) (-3 + (Sbottom_of_stackS)))) + 8))))) {
arg2K0 = not_firstP_1192X;
goto L10554;}
else {
if (not_firstP_1192X) {
ps_write_string(" <- ", out_1189X);
goto L10593;}
else {
goto L10593;}}}
else {
arg2K0 = not_firstP_1192X;
goto L10554;}}
else {
goto L16705;}}
else {
goto L16705;}}
L10554: {
v_1194X = arg2K0;
arg0K0 = (*((long *) (((char *) (-3 + cont_1191X)))));
arg2K1 = v_1194X;
goto L10545;}
L10593: {
ps_write_integer(((((*((long *) ((((char *) (-3 + template_1193X))) + 4))))>>2)), out_1189X);
arg2K0 = 1;
goto L10554;}
L16705: {
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
if ((why_1187X == 1)) {
if ((0 == (3 & (*((long *) (((char *) (-3 + (*((long *) ((SstackS) + (((nargs_743X)<<2))))))))))))) {
ps_error(message_370X, 3, opcode_744X, why_1187X, ((((*((long *) (((char *) (-3 + (*((long *) ((SstackS) + (((nargs_743X)<<2)))))))))))>>2)));
goto loseD0_return;}
else {
goto L16729;}}
else {
goto L16729;}}
L16729: {
ps_error(message_370X, 2, opcode_744X, why_1187X);
goto loseD0_return;}
loseD0_return:
switch (loseD0_return_tag) {
case 0: goto loseD0_return_0;
default: goto loseD0_return_1;
}}
check_events: {
{ goto L40013;}
L40013: {
type_1195X = s48_get_next_event(&channel_1196X, &status_1197X);
if ((type_1195X == ALARM_EVENT)) {
if ((1 == (Sinterrupted_templateS))) {
Sinterrupted_templateS = (StemplateS);
arg0K0 = 1;
goto L15890;}
else {
arg0K0 = 1;
goto L15890;}}
else {
if ((type_1195X == KEYBOARD_INTERRUPT_EVENT)) {
arg0K0 = 2;
goto L15890;}
else {
if ((type_1195X == IO_COMPLETION_EVENT)) {
enqueue_channelB(channel_1196X, status_1197X);
arg0K0 = 8;
goto L15890;}
else {
if ((type_1195X == OS_SIGNAL_EVENT)) {
arg0K0 = 16;
goto L15890;}
else {
if ((type_1195X == NO_EVENT)) {
arg0K0 = 0;
goto L15890;}
else {
if ((type_1195X == ERROR_EVENT)) {
ps_write_string("OS error while getting event", (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
ps_write_string((ps_error_string(status_1197X)), (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
arg0K0 = 0;
goto L15890;}
else {
ps_write_string("unknown type of event", (stderr));
{ long ignoreXX;
PS_WRITE_CHAR(10, (stderr), ignoreXX) }
arg0K0 = 0;
goto L15890;}}}}}}}
L15890: {
v_1198X = arg0K0;
Spending_interruptsS = (v_1198X | (Spending_interruptsS));
if ((type_1195X == NO_EVENT)) {
if ((0 == ((Spending_interruptsS) & (Senabled_interruptsS)))) {
s48_Spending_interruptPS = 0;
if ((s48_Spending_eventsPS)) {
s48_Spending_interruptPS = 1;
goto L15917;}
else {
goto L15917;}}
else {
s48_Spending_interruptPS = 1;
goto L15917;}}
else {
goto L40013;}}
L15917: {
if ((s48_Spending_interruptPS)) {
if ((s48_Spending_eventsPS)) {
s48_Spending_eventsPS = 0;
goto L40013;}
else {
check_events0_return_value = 1;
goto check_events_return;}}
else {
check_events0_return_value = 0;
goto check_events_return;}}
check_events_return:
switch (check_events_return_tag) {
case 0: goto check_events_return_0;
case 1: goto check_events_return_1;
case 2: goto check_events_return_2;
default: goto check_events_return_3;
}}
rest_list_setup: {
wants_stack_args_366X = merged_arg0K0;
stack_arg_count_367X = merged_arg0K1;
list_args_368X = merged_arg0K2;
list_arg_count_369X = merged_arg0K3;{
if ((stack_arg_count_367X == wants_stack_args_366X)) {
merged_arg0K0 = list_args_368X;
merged_arg0K1 = list_arg_count_369X;
copy_listS_return_tag = 1;
goto copy_listS;
copy_listS_return_1:
x_1199X = copy_listS0_return_value;
*((long *) (SstackS)) = x_1199X;
SstackS = ((SstackS) + -4);
goto rest_list_setup_return;}
else {
if ((stack_arg_count_367X < wants_stack_args_366X)) {
count_1200X = wants_stack_args_366X - stack_arg_count_367X;
merged_arg0K0 = list_args_368X;
merged_arg0K1 = count_1200X;
push_list_return_tag = 3;
goto push_list;
push_list_return_3:
v_1201X = push_list0_return_value;
merged_arg0K0 = v_1201X;
merged_arg0K1 = (list_arg_count_369X - count_1200X);
copy_listS_return_tag = 2;
goto copy_listS;
copy_listS_return_2:
x_1202X = copy_listS0_return_value;
*((long *) (SstackS)) = x_1202X;
SstackS = ((SstackS) + -4);
goto rest_list_setup_return;}
else {
merged_arg0K0 = list_args_368X;
merged_arg0K1 = list_arg_count_369X;
copy_listS_return_tag = 3;
goto copy_listS;
copy_listS_return_3:
v_1203X = copy_listS0_return_value;
merged_arg0K0 = v_1203X;
merged_arg0K1 = (stack_arg_count_367X - wants_stack_args_366X);
pop_args_GlistS_return_tag = 5;
goto pop_args_GlistS;
pop_args_GlistS_return_5:
x_1204X = pop_args_GlistS0_return_value;
*((long *) (SstackS)) = x_1204X;
SstackS = ((SstackS) + -4);
goto rest_list_setup_return;}}}
rest_list_setup_return:
switch (rest_list_setup_return_tag) {
case 0: goto rest_list_setup_return_0;
case 1: goto rest_list_setup_return_1;
default: goto rest_list_setup_return_2;
}}
push_list: {
list_364X = merged_arg0K0;
count_365X = merged_arg0K1;{
*((long *) (SstackS)) = list_364X;
SstackS = ((SstackS) + -4);
if ((count_365X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L15306;}
else {
space_1205X = 1 + (((((Sstack_endS) - (SstackS)))>>2));
v_1206X = AVAILABLEp(space_1205X);
if (v_1206X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15390;}
else {
collect_saving_temps(1, 1, &temp1_1207X);
v_1208X = AVAILABLEp(space_1205X);
if (v_1208X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15390;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L15390;}}}}
L15306: {
SstackS = ((SstackS) + 4);
list_1209X = *((long *) (SstackS));
arg0K0 = count_365X;
arg0K1 = list_1209X;
goto L15315;}
L15390: {
okayP_1210X = arg2K0;
key_1211X = arg0K1;
if (okayP_1210X) {
arg0K0 = key_1211X;
goto L15341;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_1211X;
goto L15341;}}
L15315: {
i_1212X = arg0K0;
l_1213X = arg0K1;
if ((0 < i_1212X)) {
*((long *) (SstackS)) = (*((long *) (((char *) (-3 + l_1213X)))));
SstackS = ((SstackS) + -4);
arg0K0 = (-1 + i_1212X);
arg0K1 = (*((long *) ((((char *) (-3 + l_1213X))) + 4)));
goto L15315;}
else {
push_list0_return_value = l_1213X;
goto push_list_return;}}
L15341: {
v_1214X = arg0K0;
merged_arg0K0 = v_1214X;
copy_stack_into_heap_return_tag = 4;
goto copy_stack_into_heap;
copy_stack_into_heap_return_4:
if ((count_365X < (64 + (((((SstackS) - (Sstack_limitS)))>>2))))) {
goto L15306;}
else {
ps_error("VM's stack is too small (how can this happen?)", 0);
goto L15306;}}
push_list_return:
switch (push_list_return_tag) {
case 0: goto push_list_return_0;
case 1: goto push_list_return_1;
case 2: goto push_list_return_2;
default: goto push_list_return_3;
}}
copy_stack_into_heap: {
key_363X = merged_arg0K0;{
arg1K0 = ((SstackS) + 4);
arg0K1 = 0;
goto L13535;}
L13535: {
p_1215X = arg1K0;
i_1216X = arg0K1;
if ((2 == (3 & (*((long *) p_1215X))))) {
if ((26 == (*((long *) p_1215X)))) {
arg0K0 = (-1 + i_1216X);
goto L13522;}
else {
arg0K0 = i_1216X;
goto L13522;}}
else {
arg1K0 = (p_1215X + 4);
arg0K1 = (1 + i_1216X);
goto L13535;}}
L13522: {
arg_count_1217X = arg0K0;
top_1218X = SstackS;
if ((1 == (ScontS))) {
goto L13527;}
else {
merged_arg0K0 = key_363X;
merged_arg0K1 = 1;
really_preserve_continuation_return_tag = 1;
goto really_preserve_continuation;
really_preserve_continuation_return_1:
goto L13527;}}
L13527: {
stob_1219X = ScontS;
arg1K0 = ((((char *) (-3 + stob_1219X))) + -8);
arg1K1 = (top_1218X + (((arg_count_1217X)<<2)));
goto L13560;}
L13560: {
loc_1220X = arg1K0;
arg_1221X = arg1K1;
if ((top_1218X < arg_1221X)) {
*((long *) loc_1220X) = (*((long *) arg_1221X));
arg1K0 = (loc_1220X + -4);
arg1K1 = (arg_1221X + -4);
goto L13560;}
else {
SstackS = loc_1220X;
goto copy_stack_into_heap_return;}}
copy_stack_into_heap_return:
switch (copy_stack_into_heap_return_tag) {
case 0: goto copy_stack_into_heap_return_0;
case 1: goto copy_stack_into_heap_return_1;
case 2: goto copy_stack_into_heap_return_2;
case 3: goto copy_stack_into_heap_return_3;
default: goto copy_stack_into_heap_return_4;
}}
really_preserve_continuation: {
key_361X = merged_arg0K0;
reason_362X = merged_arg0K1;{
p_1222X = SenvS;
if ((3 == (3 & p_1222X))) {
if ((p_1222X < (((long) (Sstack_beginS))))) {
goto L12711;}
else {
if (((((long) (Sstack_endS))) < p_1222X)) {
goto L12711;}
else {
merged_arg0K0 = (SenvS);
merged_arg0K1 = (ScontS);
merged_arg0K2 = key_361X;
merged_arg0K3 = reason_362X;
save_env_in_heap_return_tag = 1;
goto save_env_in_heap;
save_env_in_heap_return_1:
v_1223X = save_env_in_heap0_return_value;
SenvS = v_1223X;
goto L12711;}}}
else {
goto L12711;}}
L12711: {
end_1224X = *((long *) (((char *) (-3 + (Sbottom_of_stackS)))));
arg0K0 = (ScontS);
arg0K1 = (Sbottom_of_stackS);
goto L12664;}
L12664: {
cont_1225X = arg0K0;
previous_1226X = arg0K1;
if ((cont_1225X == (Sbottom_of_stackS))) {
*((long *) (((char *) (-3 + previous_1226X)))) = end_1224X;
ScontS = (Sbottom_of_stackS);
really_preserve_continuation0_return_value = (*((long *) (((char *) (-3 + (Sbottom_of_stackS))))));
goto really_preserve_continuation_return;}
else {
p_1227X = *((long *) ((((char *) (-3 + cont_1225X))) + 12));
if ((3 == (3 & p_1227X))) {
if ((p_1227X < (((long) (Sstack_beginS))))) {
goto L12682;}
else {
if (((((long) (Sstack_endS))) < p_1227X)) {
goto L12682;}
else {
merged_arg0K0 = (*((long *) ((((char *) (-3 + cont_1225X))) + 12)));
merged_arg0K1 = cont_1225X;
merged_arg0K2 = key_361X;
merged_arg0K3 = reason_362X;
save_env_in_heap_return_tag = 2;
goto save_env_in_heap;
save_env_in_heap_return_2:
goto L12682;}}}
else {
goto L12682;}}}
L12682: {
header_1228X = *((long *) ((((char *) (-3 + cont_1225X))) + -4));
addr_1229X = ALLOCATE_SPACE((31 & (((header_1228X)>>2))), (4 + ((long)(((unsigned long)header_1228X)>>8))));
data_addr_1230X = addr_1229X + 4;
*((long *) addr_1229X) = header_1228X;
memcpy((void *)data_addr_1230X, (void *)(((char *) (-3 + cont_1225X))),((long)(((unsigned long)header_1228X)>>8)));
new_1231X = 3 + (((long) data_addr_1230X));
*((long *) (((char *) (-3 + previous_1226X)))) = new_1231X;
arg0K0 = (*((long *) (((char *) (-3 + new_1231X)))));
arg0K1 = new_1231X;
goto L12664;}
really_preserve_continuation_return:
switch (really_preserve_continuation_return_tag) {
case 0: goto really_preserve_continuation_return_0;
default: goto really_preserve_continuation_return_1;
}}
copy_env: {
env_360X = merged_arg0K0;{
header_1232X = *((long *) ((((char *) (-3 + env_360X))) + -4));
addr_1233X = ALLOCATE_SPACE((31 & (((header_1232X)>>2))), (4 + ((long)(((unsigned long)header_1232X)>>8))));
data_addr_1234X = addr_1233X + 4;
*((long *) addr_1233X) = header_1232X;
memcpy((void *)data_addr_1234X, (void *)(((char *) (-3 + env_360X))),((long)(((unsigned long)header_1232X)>>8)));
new_1235X = 3 + (((long) data_addr_1234X));
addr_1236X = ((char *) (-3 + env_360X));
S48_WRITE_BARRIER(env_360X, addr_1236X, 26);
*((long *) addr_1236X) = 26;
*((long *) ((((char *) (-3 + env_360X))) + -4)) = new_1235X;
copy_env0_return_value = new_1235X;
goto copy_env_return;}
copy_env_return:
switch (copy_env_return_tag) {
case 0: goto copy_env_return_0;
default: goto copy_env_return_1;
}}
save_env_in_heap: {
env_356X = merged_arg0K0;
cont_357X = merged_arg0K1;
key_358X = merged_arg0K2;
reason_359X = merged_arg0K3;{
merged_arg0K0 = env_356X;
merged_arg0K1 = key_358X;
merged_arg0K2 = reason_359X;
copy_env_return_tag = 0;
goto copy_env;
copy_env_return_0:
top_1237X = copy_env0_return_value;
arg0K0 = top_1237X;
goto L11943;}
L11943: {
env_1238X = arg0K0;
p_1239X = *((long *) (((char *) (-3 + env_1238X))));
if ((3 == (3 & p_1239X))) {
if ((p_1239X < (((long) (Sstack_beginS))))) {
goto L11962;}
else {
if (((((long) (Sstack_endS))) < p_1239X)) {
goto L11962;}
else {
merged_arg0K0 = (*((long *) (((char *) (-3 + env_1238X)))));
merged_arg0K1 = key_358X;
merged_arg0K2 = reason_359X;
copy_env_return_tag = 1;
goto copy_env;
copy_env_return_1:
new_1240X = copy_env0_return_value;
addr_1241X = ((char *) (-3 + env_1238X));
S48_WRITE_BARRIER(env_1238X, addr_1241X, new_1240X);
*((long *) addr_1241X) = new_1240X;
arg0K0 = new_1240X;
goto L11943;}}}
else {
goto L11962;}}
L11962: {
arg0K0 = cont_357X;
goto L11966;}
L11966: {
cont_1242X = arg0K0;
env_1243X = *((long *) ((((char *) (-3 + cont_1242X))) + 12));
if ((3 == (3 & env_1243X))) {
if ((3 == (3 & (*((long *) ((((char *) (-3 + env_1243X))) + -4)))))) {
*((long *) ((((char *) (-3 + cont_1242X))) + 12)) = (*((long *) ((((char *) (-3 + env_1243X))) + -4)));
arg0K0 = (*((long *) (((char *) (-3 + cont_1242X)))));
goto L11966;}
else {
save_env_in_heap0_return_value = top_1237X;
goto save_env_in_heap_return;}}
else {
save_env_in_heap0_return_value = top_1237X;
goto save_env_in_heap_return;}}
save_env_in_heap_return:
switch (save_env_in_heap_return_tag) {
case 0: goto save_env_in_heap_return_0;
case 1: goto save_env_in_heap_return_1;
default: goto save_env_in_heap_return_2;
}}
pop_args_GlistS: {
start_354X = merged_arg0K0;
count_355X = merged_arg0K1;{
space_1244X = 3 * count_355X;
v_1245X = AVAILABLEp(space_1244X);
if (v_1245X) {
arg2K0 = 1;
arg0K1 = start_354X;
goto L14281;}
else {
temp0_1246X = collect_saving_temps(start_354X, 1, &temp1_1247X);
v_1248X = AVAILABLEp(space_1244X);
if (v_1248X) {
arg2K0 = 1;
arg0K1 = temp0_1246X;
goto L14281;}
else {
arg2K0 = 0;
arg0K1 = temp0_1246X;
goto L14281;}}}
L14281: {
okayP_1249X = arg2K0;
temp_1250X = arg0K1;
if (okayP_1249X) {
arg0K0 = temp_1250X;
goto L14255;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = temp_1250X;
goto L14255;}}
L14255: {
start_1251X = arg0K0;
arg0K0 = start_1251X;
arg0K1 = count_355X;
goto L14264;}
L14264: {
args_1252X = arg0K0;
count_1253X = arg0K1;
if ((0 == count_1253X)) {
pop_args_GlistS0_return_value = args_1252X;
goto pop_args_GlistS_return;}
else {
SstackS = ((SstackS) + 4);
a_1254X = *((long *) (SstackS));
addr_1255X = ALLOCATE_SPACE(0, 12);
*((long *) addr_1255X) = 2050;
x_1256X = 3 + (((long) (addr_1255X + 4)));
*((long *) (((char *) (-3 + x_1256X)))) = a_1254X;
*((long *) ((((char *) (-3 + x_1256X))) + 4)) = args_1252X;
arg0K0 = x_1256X;
arg0K1 = (-1 + count_1253X);
goto L14264;}}
pop_args_GlistS_return:
switch (pop_args_GlistS_return_tag) {
case 0: goto pop_args_GlistS_return_0;
case 1: goto pop_args_GlistS_return_1;
case 2: goto pop_args_GlistS_return_2;
case 3: goto pop_args_GlistS_return_3;
case 4: goto pop_args_GlistS_return_4;
default: goto pop_args_GlistS_return_5;
}}
copy_listS: {
list_352X = merged_arg0K0;
length_353X = merged_arg0K1;{
if ((0 == length_353X)) {
copy_listS0_return_value = 25;
goto copy_listS_return;}
else {
space_1257X = 3 * length_353X;
v_1258X = AVAILABLEp(space_1257X);
if (v_1258X) {
arg2K0 = 1;
arg0K1 = list_352X;
goto L14160;}
else {
temp0_1259X = collect_saving_temps(list_352X, 1, &temp1_1260X);
v_1261X = AVAILABLEp(space_1257X);
if (v_1261X) {
arg2K0 = 1;
arg0K1 = temp0_1259X;
goto L14160;}
else {
arg2K0 = 0;
arg0K1 = temp0_1259X;
goto L14160;}}}}
L14160: {
okayP_1262X = arg2K0;
temp_1263X = arg0K1;
if (okayP_1262X) {
arg0K0 = temp_1263X;
goto L14118;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = temp_1263X;
goto L14118;}}
L14118: {
list_1264X = arg0K0;
a_1265X = *((long *) (((char *) (-3 + list_1264X))));
addr_1266X = ALLOCATE_SPACE(0, 12);
*((long *) addr_1266X) = 2050;
x_1267X = 3 + (((long) (addr_1266X + 4)));
*((long *) (((char *) (-3 + x_1267X)))) = a_1265X;
*((long *) ((((char *) (-3 + x_1267X))) + 4)) = 25;
arg0K0 = (*((long *) ((((char *) (-3 + list_1264X))) + 4)));
arg0K1 = x_1267X;
goto L14133;}
L14133: {
l_1268X = arg0K0;
last_1269X = arg0K1;
if ((25 == l_1268X)) {
copy_listS0_return_value = x_1267X;
goto copy_listS_return;}
else {
a_1270X = *((long *) (((char *) (-3 + l_1268X))));
addr_1271X = ALLOCATE_SPACE(0, 12);
*((long *) addr_1271X) = 2050;
x_1272X = 3 + (((long) (addr_1271X + 4)));
*((long *) (((char *) (-3 + x_1272X)))) = a_1270X;
*((long *) ((((char *) (-3 + x_1272X))) + 4)) = 25;
addr_1273X = (((char *) (-3 + last_1269X))) + 4;
S48_WRITE_BARRIER(last_1269X, addr_1273X, x_1272X);
*((long *) addr_1273X) = x_1272X;
arg0K0 = (*((long *) ((((char *) (-3 + l_1268X))) + 4)));
arg0K1 = x_1272X;
goto L14133;}}
copy_listS_return:
switch (copy_listS_return_tag) {
case 0: goto copy_listS_return_0;
case 1: goto copy_listS_return_1;
case 2: goto copy_listS_return_2;
default: goto copy_listS_return_3;
}}
copy_continuation_from_heapB: {
cont_351X = merged_arg0K0;{
top_1274X = (((char *) (-3 + (Sbottom_of_stackS)))) + (-8 - (-4 & (3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + cont_351X))) + -4))))>>8)))));
new_cont_1275X = 3 + (((long) (top_1274X + 4)));
SstackS = (top_1274X + -4);
ScontS = new_cont_1275X;
v_1276X = (((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + cont_351X))) + -4))))>>8))))>>2);
memcpy((void *)top_1274X, (void *)((((char *) (-3 + cont_351X))) + -4),(4 + (((v_1276X)<<2))));
*((long *) (((char *) (-3 + (Sbottom_of_stackS))))) = (*((long *) (((char *) (-3 + new_cont_1275X)))));
*((long *) (((char *) (-3 + new_cont_1275X)))) = (Sbottom_of_stackS);
copy_continuation_from_heapB0_return_value = new_cont_1275X;
goto copy_continuation_from_heapB_return;}
copy_continuation_from_heapB_return:
switch (copy_continuation_from_heapB_return_tag) {
case 0: goto copy_continuation_from_heapB_return_0;
default: goto copy_continuation_from_heapB_return_1;
}}
get_current_port: {
marker_350X = merged_arg0K0;{
thread_1277X = Scurrent_threadS;
if ((3 == (3 & thread_1277X))) {
if ((9 == (31 & ((((*((long *) ((((char *) (-3 + thread_1277X))) + -4))))>>2))))) {
if ((1 < ((((3 + ((long)(((unsigned long)(*((long *) ((((char *) (-3 + thread_1277X))) + -4))))>>8))))>>2)))) {
arg0K0 = (*((long *) ((((char *) (-3 + thread_1277X))) + 4)));
goto L10234;}
else {
goto L10284;}}
else {
goto L10284;}}
else {
goto L10284;}}
L10234: {
env_1278X = arg0K0;
if ((3 == (3 & env_1278X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + env_1278X))) + -4))))>>2))))) {
obj_1279X = *((long *) (((char *) (-3 + env_1278X))));
if ((3 == (3 & obj_1279X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + obj_1279X))) + -4))))>>2))))) {
if ((marker_350X == (*((long *) (((char *) (-3 + (*((long *) (((char *) (-3 + env_1278X)))))))))))) {
get_current_port0_return_value = (*((long *) ((((char *) (-3 + (*((long *) (((char *) (-3 + env_1278X)))))))) + 4)));
goto get_current_port_return;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + env_1278X))) + 4)));
goto L10234;}}
else {
goto L10306;}}
else {
goto L10306;}}
else {
goto L10306;}}
else {
goto L10306;}}
L10284: {
ps_error("current thread is not a record", 0);
get_current_port0_return_value = v_1280X;
goto get_current_port_return;}
L10306: {
if ((25 == env_1278X)) {
if (((((marker_350X)>>2)) == 1)) {
arg3K0 = "dynamic environment doesn't have current-output-port";
goto L10260;}
else {
arg3K0 = "dynamic environment doesn't have current-input-port";
goto L10260;}}
else {
ps_error("dynamic environment is not a proper list", 0);
get_current_port0_return_value = v_1281X;
goto get_current_port_return;}}
L10260: {
v_1282X = arg3K0;
ps_error(v_1282X, 0);
get_current_port0_return_value = v_1283X;
goto get_current_port_return;}
get_current_port_return:
switch (get_current_port_return_tag) {
case 0: goto get_current_port_return_0;
case 1: goto get_current_port_return_1;
default: goto get_current_port_return_2;
}}
okay_argument_list: {
list_349X = merged_arg0K0;{
arg0K0 = list_349X;
arg0K1 = 0;
arg0K2 = list_349X;
arg2K3 = 0;
goto L10101;}
L10101: {
fast_1284X = arg0K0;
len_1285X = arg0K1;
slow_1286X = arg0K2;
move_slowP_1287X = arg2K3;
if ((25 == fast_1284X)) {
okay_argument_list0_return_value = 1;
okay_argument_list1_return_value = len_1285X;
goto okay_argument_list_return;}
else {
if ((3 == (3 & fast_1284X))) {
if ((0 == (31 & ((((*((long *) ((((char *) (-3 + fast_1284X))) + -4))))>>2))))) {
if (move_slowP_1287X) {
if ((fast_1284X == slow_1286X)) {
okay_argument_list0_return_value = 0;
okay_argument_list1_return_value = 0;
goto okay_argument_list_return;}
else {
arg0K0 = (*((long *) ((((char *) (-3 + fast_1284X))) + 4)));
arg0K1 = (1 + len_1285X);
arg0K2 = (*((long *) ((((char *) (-3 + slow_1286X))) + 4)));
arg2K3 = 0;
goto L10101;}}
else {
arg0K0 = (*((long *) ((((char *) (-3 + fast_1284X))) + 4)));
arg0K1 = (1 + len_1285X);
arg0K2 = slow_1286X;
arg2K3 = 1;
goto L10101;}}
else {
okay_argument_list0_return_value = 0;
okay_argument_list1_return_value = 0;
goto okay_argument_list_return;}}
else {
okay_argument_list0_return_value = 0;
okay_argument_list1_return_value = 0;
goto okay_argument_list_return;}}}
okay_argument_list_return:
switch (okay_argument_list_return_tag) {
case 0: goto okay_argument_list_return_0;
default: goto okay_argument_list_return_1;
}}
get_error_string: {
status_348X = merged_arg0K0;{
string_1288X = ps_error_string(status_348X);
x_1289X = strlen((char *) string_1288X);
if ((x_1289X < 256)) {
arg0K0 = x_1289X;
goto L9609;}
else {
arg0K0 = 256;
goto L9609;}}
L9609: {
len_1290X = arg0K0;
len_1291X = 1 + len_1290X;
addr_1292X = ALLOCATE_SPACE(17, (4 + len_1291X));
*((long *) addr_1292X) = (70 + (((len_1291X)<<8)));
string_1293X = 3 + (((long) (addr_1292X + 4)));
*((unsigned char *) ((((char *) (-3 + string_1293X))) + len_1290X)) = 0;
arg0K0 = 0;
goto L9619;}
L9619: {
i_1294X = arg0K0;
if ((i_1294X == len_1290X)) {
get_error_string0_return_value = string_1293X;
goto get_error_string_return;}
else {
*((unsigned char *) ((((char *) (-3 + string_1293X))) + i_1294X)) = ((*(string_1288X + i_1294X)));
arg0K0 = (1 + i_1294X);
goto L9619;}}
get_error_string_return:
switch (get_error_string_return_tag) {
case 0: goto get_error_string_return_0;
case 1: goto get_error_string_return_1;
case 2: goto get_error_string_return_2;
case 3: goto get_error_string_return_3;
case 4: goto get_error_string_return_4;
default: goto get_error_string_return_5;
}}
pop_continuationB: {
{ cont_1295X = ScontS;
tem_1296X = *((long *) ((((char *) (-3 + cont_1295X))) + 8));
pc_1297X = *((long *) ((((char *) (-3 + cont_1295X))) + 4));
StemplateS = tem_1296X;
Scode_pointerS = ((((char *) (-3 + (*((long *) (((char *) (-3 + tem_1296X)))))))) + (((pc_1297X)>>2)));
SenvS = (*((long *) ((((char *) (-3 + cont_1295X))) + 12)));
ScontS = (*((long *) (((char *) (-3 + cont_1295X)))));
SstackS = ((((char *) (-3 + cont_1295X))) + 12);
goto pop_continuationB_return;}
pop_continuationB_return:
switch (pop_continuationB_return_tag) {
case 0: goto pop_continuationB_return_0;
case 1: goto pop_continuationB_return_1;
default: goto pop_continuationB_return_2;
}}
}
long s48_call_startup_procedure(char **startup_vector_1298X, long startup_vector_length_1299X)
{
char arg2K0;
long arg0K1;
long arg0K0;
long v_1348X;
long x_1347X;
long x_1346X;
char * addr_1345X;
long b_1344X;
long channel_1343X;
long x_1342X;
char * addr_1341X;
long b_1340X;
long channel_1339X;
long x_1338X;
char * addr_1337X;
long b_1336X;
long channel_1335X;
long key_1334X;
long key_1333X;
char okayP_1332X;
char v_1331X;
long temp1_1330X;
char v_1329X;
long space_1328X;
long i_1327X;
long length_1326X;
long *v_1325X;
long v_1324X;
long v_1323X;
long y_1322X;
long x_1321X;
long v_1320X;
long x_1319X;
long y_1318X;
char * addr_1317X;
long value_1316X;
long x_1315X;
long y_1314X;
long i_1313X;
long vector_1312X;
char * addr_1311X;
long len_1310X;
long key_1309X;
long key_1308X;
char okayP_1307X;
char v_1306X;
long temp1_1305X;
char v_1304X;
long space_1303X;
long size_1302X;
long i_1301X;
long tem_1300X;
{ SstackS = ((((char *) (-3 + (Sbottom_of_stackS)))) + -8);
*((long *) (((char *) (-3 + (Sbottom_of_stackS))))) = 1;
ScontS = (Sbottom_of_stackS);
SenvS = 13;
tem_1300X = Sinterrupt_templateS;
StemplateS = tem_1300X;
Scode_pointerS = (((char *) (-3 + (*((long *) (((char *) (-3 + tem_1300X))))))));
SvalS = 13;
Scurrent_threadS = 25;
Ssession_dataS = 25;
Sexception_handlersS = 25;
Sinterrupt_handlersS = 25;
Senabled_interruptsS = 0;
Sfinalizer_alistS = 25;
Sfinalize_theseS = 25;
Spending_interruptsS = 0;
s48_Spending_interruptPS = 0;
Sinterrupted_templateS = 1;
arg0K0 = 0;
arg0K1 = 0;
goto L15624;}
L15624: {
i_1301X = arg0K0;
size_1302X = arg0K1;
if ((i_1301X == startup_vector_length_1299X)) {
space_1303X = 1 + (size_1302X + startup_vector_length_1299X);
v_1304X = AVAILABLEp(space_1303X);
if (v_1304X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15661;}
else {
collect_saving_temps(1, 1, &temp1_1305X);
v_1306X = AVAILABLEp(space_1303X);
if (v_1306X) {
arg2K0 = 1;
arg0K1 = 0;
goto L15661;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L15661;}}}
else {
arg0K0 = (1 + i_1301X);
arg0K1 = (1 + (size_1302X + ((((4 + (strlen((char *) (*(startup_vector_1298X + i_1301X))))))>>2))));
goto L15624;}}
L15661: {
okayP_1307X = arg2K0;
key_1308X = arg0K1;
if (okayP_1307X) {
arg0K0 = key_1308X;
goto L15639;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_1308X;
goto L15639;}}
L15639: {
key_1309X = arg0K0;
len_1310X = ((startup_vector_length_1299X)<<2);
addr_1311X = ALLOCATE_SPACE(2, (4 + len_1310X));
*((long *) addr_1311X) = (10 + (((len_1310X)<<8)));
vector_1312X = 3 + (((long) (addr_1311X + 4)));
arg0K0 = 0;
goto L15697;}
L15697: {
i_1313X = arg0K0;
if ((i_1313X == startup_vector_length_1299X)) {
*((long *) (SstackS)) = vector_1312X;
SstackS = ((SstackS) + -4);
y_1314X = fileno((stderr));
x_1315X = fileno((stdout));
if ((x_1315X < y_1314X)) {
arg0K0 = y_1314X;
goto L14533;}
else {
arg0K0 = x_1315X;
goto L14533;}}
else {
value_1316X = enter_string((*(startup_vector_1298X + i_1313X)), key_1309X);
addr_1317X = (((char *) (-3 + vector_1312X))) + (((i_1313X)<<2));
S48_WRITE_BARRIER(vector_1312X, addr_1317X, value_1316X);
*((long *) addr_1317X) = value_1316X;
arg0K0 = (1 + i_1313X);
goto L15697;}}
L14533: {
y_1318X = arg0K0;
x_1319X = fileno((stdin));
if ((x_1319X < y_1318X)) {
arg0K0 = y_1318X;
goto L14535;}
else {
arg0K0 = x_1319X;
goto L14535;}}
L14535: {
v_1320X = arg0K0;
x_1321X = Snumber_of_channelsS;
y_1322X = 1 + v_1320X;
if ((x_1321X < y_1322X)) {
arg0K0 = y_1322X;
goto L14537;}
else {
arg0K0 = x_1321X;
goto L14537;}}
L14537: {
v_1323X = arg0K0;
Snumber_of_channelsS = v_1323X;
v_1324X = fileno((stdin));
Svm_channelsS = ((long*)malloc(sizeof(long) * (Snumber_of_channelsS)));
Spending_channels_headS = 1;
Spending_channels_tailS = 1;
if ((NULL == (Svm_channelsS))) {
ps_error("out of memory, unable to continue", 0);
goto L14559;}
else {
goto L14559;}}
L14559: {
v_1325X = Svm_channelsS;
length_1326X = Snumber_of_channelsS;
arg0K0 = 0;
goto L14607;}
L14607: {
i_1327X = arg0K0;
if ((i_1327X < length_1326X)) {
*(v_1325X + i_1327X) = 1;
arg0K0 = (1 + i_1327X);
goto L14607;}
else {
space_1328X = 3 * (7 + ((((4 + (strlen((char *) "standard output"))))>>2)));
v_1329X = AVAILABLEp(space_1328X);
if (v_1329X) {
arg2K0 = 1;
arg0K1 = 0;
goto L14621;}
else {
collect_saving_temps(1, 1, &temp1_1330X);
v_1331X = AVAILABLEp(space_1328X);
if (v_1331X) {
arg2K0 = 1;
arg0K1 = 0;
goto L14621;}
else {
arg2K0 = 0;
arg0K1 = 0;
goto L14621;}}}}
L14621: {
okayP_1332X = arg2K0;
key_1333X = arg0K1;
if (okayP_1332X) {
arg0K0 = key_1333X;
goto L14565;}
else {
ps_error("Scheme48 heap overflow", 0);
arg0K0 = key_1333X;
goto L14565;}}
L14565: {
key_1334X = arg0K0;
channel_1335X = fileno((stdin));
b_1336X = enter_string("standard input", key_1334X);
addr_1337X = ALLOCATE_SPACE(6, 24);
*((long *) addr_1337X) = 5146;
x_1338X = 3 + (((long) (addr_1337X + 4)));
*((long *) (((char *) (-3 + x_1338X)))) = 4;
*((long *) ((((char *) (-3 + x_1338X))) + 4)) = b_1336X;
*((long *) ((((char *) (-3 + x_1338X))) + 8)) = (((channel_1335X)<<2));
*((long *) ((((char *) (-3 + x_1338X))) + 12)) = 1;
*((long *) ((((char *) (-3 + x_1338X))) + 16)) = 1;
*((Svm_channelsS) + channel_1335X) = x_1338X;
channel_1339X = fileno((stderr));
b_1340X = enter_string("standard error", key_1334X);
addr_1341X = ALLOCATE_SPACE(6, 24);
*((long *) addr_1341X) = 5146;
x_1342X = 3 + (((long) (addr_1341X + 4)));
*((long *) (((char *) (-3 + x_1342X)))) = 8;
*((long *) ((((char *) (-3 + x_1342X))) + 4)) = b_1340X;
*((long *) ((((char *) (-3 + x_1342X))) + 8)) = (((channel_1339X)<<2));
*((long *) ((((char *) (-3 + x_1342X))) + 12)) = 1;
*((long *) ((((char *) (-3 + x_1342X))) + 16)) = 1;
*((Svm_channelsS) + channel_1339X) = x_1342X;
channel_1343X = fileno((stdout));
b_1344X = enter_string("standard output", key_1334X);
addr_1345X = ALLOCATE_SPACE(6, 24);
*((long *) addr_1345X) = 5146;
x_1346X = 3 + (((long) (addr_1345X + 4)));
*((long *) (((char *) (-3 + x_1346X)))) = 8;
*((long *) ((((char *) (-3 + x_1346X))) + 4)) = b_1344X;
*((long *) ((((char *) (-3 + x_1346X))) + 8)) = (((channel_1343X)<<2));
*((long *) ((((char *) (-3 + x_1346X))) + 12)) = 1;
*((long *) ((((char *) (-3 + x_1346X))) + 16)) = 1;
*((Svm_channelsS) + channel_1343X) = x_1346X;
*((long *) (SstackS)) = x_1338X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_1346X;
SstackS = ((SstackS) + -4);
*((long *) (SstackS)) = x_1342X;
SstackS = ((SstackS) + -4);
x_1347X = s48_resumer_records();
*((long *) (SstackS)) = x_1347X;
SstackS = ((SstackS) + -4);
s48_initialization_completeB();
v_1348X = s48_startup_procedure();
return s48_restart(v_1348X, 5);}
}void
s48_init(void)
{
Snumber_of_channelsS = 100;
Spending_channels_headS = 1;
Spending_channels_tailS = 1;
Sstack_warningPS = 1;
Slosing_opcodeS = 0;
Sos_signal_typeS = 1;
Sos_signal_argumentS = 1;
Sexternal_exceptionPS = 0;
Sexternal_root_stackS = NULL;
Sexternal_root_stack_baseS = NULL;
Spermanent_external_rootsS = NULL;
Sgc_root_procS = HtopD8931;
Spost_gc_cleanupS = HtopD8924;
s48_Scallback_return_stack_blockS = 1;
s48_Spending_eventsPS = 0;
}