Overview of Al Zawra’a SC
Al Zawra’a SC is a prominent football club based in Baghdad, Iraq. Competing in the Iraqi Premier League, the team was founded in 1967. Known for its passionate fanbase and rich history, Al Zawra’a SC plays under the guidance of their current coach.
Team History and Achievements
Al Zawra’a SC boasts a storied history with numerous titles to its name. The club has won several Iraqi Premier League titles and domestic cups, marking them as one of Iraq’s most successful clubs. Notable seasons include their championship-winning campaigns, which have solidified their status in Iraqi football.
Current Squad and Key Players
The current squad features a mix of experienced veterans and promising young talents. Key players include the dynamic forward known for his goal-scoring prowess, and the versatile midfielder who orchestrates play from the center of the park. Their statistics reflect consistent performances throughout the season.
Team Playing Style and Tactics
Al Zawra’a SC typically employs a 4-3-3 formation, focusing on an attacking style of play. Their strategy emphasizes quick transitions and maintaining possession. Strengths include their offensive capabilities and tactical flexibility, while weaknesses may lie in defensive vulnerabilities during high-pressure matches.
Interesting Facts and Unique Traits
The club is affectionately nicknamed “The Red Giants,” reflecting both their colors and formidable presence on the field. Al Zawra’a SC has a dedicated fanbase known for their vibrant support. Rivalries with other top Iraqi teams add an extra layer of excitement to league matches.
Lists & Rankings of Players, Stats, or Performance Metrics
- Top Scorer: ✅ Leading goal scorer this season.
- Average Possession: 🎰 Maintains high possession rates.
- Tactical Flexibility: 💡 Adaptable formations based on opponents.
Comparisons with Other Teams in the League
Compared to other teams in the Iraqi Premier League, Al Zawra’a SC stands out for its attacking flair and tactical adaptability. While some teams may have stronger defensive records, Al Zawra’a’s ability to score goals often gives them an edge in crucial matches.
Case Studies or Notable Matches
A standout match in recent memory was Al Zawra’a’s thrilling victory against their arch-rivals, showcasing strategic brilliance and resilience under pressure. This game highlighted their potential to perform exceptionally well against top-tier competition.
Tables Summarizing Team Stats, Recent Form, Head-to-Head Records, or Odds
| Statistic | Data |
|---|---|
| Total Goals Scored | 35 |
| Last 5 Matches Form (W/L/D) | W-W-D-L-W |
| Odds for Next Match Win/Loss/Draw | +150 / +200 / +120 |
Tips & Recommendations for Analyzing the Team or Betting Insights
- Analyze recent form trends to gauge momentum before placing bets.
- Closely monitor key player performances as they can significantly impact match outcomes.
- Evaluate head-to-head records against upcoming opponents for strategic insights.
Betting Tips: Bet on Al Zawra’a SC now at Betwhale!
Frequently Asked Questions (FAQ)
What are Al Zawra’a SC’s strengths?
Their main strengths lie in their attacking prowess and ability to adapt tactics effectively during matches.
Who are some key players to watch?
The star striker known for his goal-scoring ability and a creative midfielder who drives play are crucial to watch.
How does Al Zawra’a compare to other teams?
In comparison to other league teams, they excel in offensive strategies but may need to tighten up defensively.
Pros & Cons of Current Form or Performance
- ✅ Strong attacking line-up capable of turning games around quickly.
- ❌ Defensive lapses can be exploited by opponents with strong attacks.
A Step-by-Step Guide: How-to Analyze Al Zawra’a’s Tactics for Betting Potential
- Analyze recent match footage focusing on formation shifts and player positioning.
#include “types.h”
#include “stat.h”
#include “user.h”int
main(int argc,char *argv[])
{
int i;
int pid[10];
int count = 0;if(argc > 1)
count = atoi(argv[1]);printf(1,”count = %dn”,count);
for(i=0;i<count;i++){
pid[i] = fork();
if(pid[i] == -1){
printf(1,"fork failedn");
exit();
}if(pid[i] == 0){
printf(1,"I am child %dn",i);
exit();
}printf(1,"I am parent %dn",i);
wait();
printf(1,"Child %d terminatedn",pid[i]);
//sleep(100);
}
exit();
}mehmetakifarslan/operating-system<|file_sep#include "types.h"
#include "stat.h"
#include "user.h"void func(char *str){
int i;
for(i=0;i<10000000;i++){
printf(1,"%s%d ",str,i);
}}
int
main(int argc,char *argv[])
{
int i;
char str[] = "Hello";for(i=0;i<5;i++){
func(str);
}
exit();
}-1){
token = strtok(buf,”n”);
while(token != NULL){
strcpy(str_,token);
token_ = strtok(str_,”t”);
pid[i] = atoi(token_);
i++;
token_ = strtok(NULL,”t”);
num[j] = atoi(token_);
j++;token = strtok(NULL,”n”);
}
}
close(fd);
for(i_=9;i_>=(int)(sizeof(pid)/sizeof(pid[0]));i_–){
pid[i_] = pid[i_-10];
num[i_] = num[i_-10];}
pid[9] = getpid();
num[9] = -99;for(j_=9;j_>=(int)(sizeof(pid)/sizeof(pid[0]));j_–){
pid_child[j_] = pid_child[j_-10];
}
pid_child[9] = getpid();
for(k_=9;k_>=(int)(sizeof(num)/sizeof(num[0]));k_–){
num[k_]=-99;
}
for(l_=9;l_>=(int)(sizeof(pid)/sizeof(pid[0]));l_–){
pid[l_]=getpid();}
for(m_=9;m_>=(int)(sizeof(num)/sizeof(num[0]));m_–){
num[m_]=-99;}
for(n_=9;n_>=(int)(sizeof(pid_child)/sizeof(pid_child[0]));n_–){
pid_child[n_]=getpid();}
char str_pid_child[]=”monitor”;
fd=open(str_pid_child,O_WRONLY|O_CREATE);if(fd==-1){
printf(1,”open failed.n”);
exit();}
write(fd,getpid(),4);
write(fd,”t”,-5);
write(fd,num,sizeof(num));
write(fd,”n”,-5);
close(fd);
while(wait()!=-1){
char str_pid[]=”monitor”;
fd=open(str_pid,O_RDONLY);
if(fd==-1){
printf(1,”open failed.n”);
exit();}
while((read(fd,buf,sizeof(buf))) > -1){
token=strtok(buf,”n”);
while(token != NULL){
strcpy(str_,token);
token_=strtok(str_,”t”);
if(strcmp(token_”,t”)==-52){
for(o_=8;o_<=(int)(sizeof(num)/sizeof(num[0]));o_++){
if(strcmp(token_,itoa(o_,str_o,sizeof(str_o)))==NULL){
num[o_]++;
break;
}
}
}else{
for(p_=8;p_<=(int)(sizeof(num)/sizeof(num[0]));p_++){
if(strcmp(token_",t")==NULL){
for(q_=8;q_<=(int)(sizeof(pid)/sizeof(pid[0]));q_++){
if(strcmp(itopid(p_),itopid(q_),strlen(itopid(p)),strlen(itopid(q)))){
for(r_=8;r_<=(int)(sizeof(pid_child)/sizeof(pid_child[0]));r_++){
if(strcmp(itopid(p_),itopid(r_),strlen(itopid(p)),strlen(itopid(r)))){
num[r_]++;
break;
}
}
break;
}
}
break;
}
}else{
for(s_=8;s_<=(int)(sizeof(num)/sizeof(num[0]));s_++){
if(strcmp(token_",t")==NULL){
for(t_=8;t_<=(int)(sizeof(pid)/sizeof(pid[0]));t_++){
if(strcmp(itopid(s_),itopid(t_),strlen(itopid(s)),strlen(itopid(t)))){
num[t_]++;
break;
}
}
break;
}
}else{
for(u_=8;u_<=(int)(sizeof(num)/sizeof(num[0]));u_++){
if(strcmp(token_",t")==NULL){
for(v_=8;v_<=(int)(sizeof(pid_child)/sizeof(pid_child[0]));v_{
if(strcmp(itopid(u_),itopid(v_),strlen(itopid(u)),strlen(itopid(v)))){
num[v_]++;
break;
}
})
break;
}
}
}
}
token=strtok(NULL,"n");
}
close(fd);
char str_pid_write[]="monitor";
fd=open(str_pid_write,O_WRONLY);
if(fd==-1){
printf(1,"open failed.n");
exit();}
write(fd,getpid(),4);
write(fd,"t",-5);
write(fd,num,sizeof(num));
write(fd,"n",-5);
close(fd);
}
printf(6,"PIDtNumn");
printf(6,"—————————n");
printf(6,"PidtNumn");
printf(6,"—————————n");
for(w=8;w<(int)( sizeof (pid) / sizeof (pid [w]) );w++){
printf(6,"%dt%dn",pid[w],num[w]);
}
exit();
}mehmetakifarslan/operating-system<|file_sep#include "types.h"
#include "stat.h"
#include "user.h"void func(char *str,int val,int id)
{
int i;
for(i=val*10000000;i<(val+10)*10000000;i++){
printf(id,"%s%d ",str,i);
}
}void func_(char *str,int val,int id)
{
int i;
for(i=val*10000000;i<(val+10)*10000000;i++){
printf(id,"%s%d ",str,i);}
sleep(val*10000000);
}void func__(char *str,int val,int id)
{
int i;
for(i=val*10000000;i<(val+10)*10000000;i++){i++;
printf(id,"%s%d ",str,i);
sleep(val*10000000);sleep(val*500000);
sleep(val*500000);
sleep(val*500000);
sleep(val*500000);sleep(val*500000);
sleep(val*500000);
sleep(val*500000);
sleep(val*500000);sleep(val*500000);
sleep(val*500000);
sleep(val*500000);
sleep(val*500000);sleep(val*500000);
sleep(val*500000);return;
}
void func___()
{
func__("Hello",30,getppid());
func__("World!",40,getppid());
func__("Goodbye.",50,getppid());}
void func____()
{
func__("Hello",30,getppid());
func__("World!",40,getppid());
func__("Goodbye.",50,getppid());}
void func_____()
{
func__("Hello",30,getppid());
func__("World!",40,getppid());
func__("Goodbye.",50,getppid());}
void func______()
{
func("Hello",30,getppid());
func("World!",40,getppid());
func("Goodbye.",50,getppid());}
void func_______()
{
func_("Hello",30,getppid());
func_("World!",40,getppid());
func_("Goodbye.",50,getppid());}
void func________()
{
func__("Hello",30,getppid());
func__("World!",40,getppider());func__("Goodbye.",50,getpper());
}
void func_________()
{func___();
func___();
func___();
func___();
}
void func__________()
{func____();
func____();
func____();
func____();
}
void func_________()
{func_____();
func_____();
func_____();
func_____();
}
void func__________()
{func______();
func______();
func______();
func______();
}
void main()
{sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
sleep(getpid()*200);
//wait();
wait();
wait();
wait();
wait();
wait();
wait();
wait();
wait();
wait();
//wait();
//return;
exit() ;
}mehmetakifarslan/operating-system<|file_sep
/* Simple shell code */
#define MAXLINELEN (256)
#define MAXARGS (16)
#define READSYSNUM (3)
#define WRITESYSNUM (4)
#define OPENSYSNUM (5)
#define CLOSESYSNUM (6)
#define MMAPSYSNUM (90)
#define MUNMAPSYSNUM (-91)
#define SLEEPSYSNUM (-32)
struct cmd {
struct execcmd *ececmd;
struct redircmd *reccmd;
struct pipecmd *peccmd;
struct listcmd *leccmd;
};
typedef struct execcmd {
char **argv; /* null-terminated */
} Execcmd;
typedef struct redircmd {
struct cmd *cmd;
char *filename;
char mode[RBUFSIZE];
struct redircmd *earg;
struct redircmd *eout;
} Redircmd;
typedef struct pipecmd {
struct cmd *left;
struct cmd *right;
} Pipecmd;
typedef struct listcmd {
struct cmd **cmdlist;
} Listcmd;
extern char **ecalloc(void *, size_t *, size_t *);
extern void freecmdbuf(struct cmd *);
extern int parseline(char *, char *, struct cmd *);
extern int execute(struct cmd *);
extern void panic(char *);
extern void sig_handler(int signum);
extern void sig_init(void);
static char buf[MAXLINELEN];
static char buferr[MAXLINELEN];
static struct execcmd ebuf[MAXARGS + l];
static struct redircmd rbuf[MAXARGS + l];
static struct pipecmd pbuf[MAXARGS + l];
static struct listcmd lbuf[MAXARGS + l];
/* readlines — read input commands */
static void readlines(void) {
while ((fgets(buferr,RBUFSIZE,errin)) != NULL) {
fputs(buferr,errout);
fgets(buf,RBUFSIZE,in);
parseline(buf,buferr,&curcmd);
execute(curcmd);
}
}
/* parseline — parse input into parsed command structure */
static int parseline(char buf[], char buferr[], struct cmd *_curcmd) {
freecmdbuf(_curcmd);
/* get first token as first argument */
char *__argl;
/* check if comment */
switch (__argl=strtok_r(buferr,TOKENDELIM,&rest)) {
case NULL:
/* empty line */
return -EXIT_SUCCESS;
case "#":
/* comment line */
return -EXIT_SUCCESS;
default:
/* normal line */
continue;
}
_argc=argc=MAXARGS;
_argv=ecalloc(MAXARGS,&argc,sizeof(char *) );
_argv[_argc++]=__argl;
do {
switch (__argl=strtok_r(NULL,TOKENDELIM,&rest)) {
case NULL:
goto done_parsing_line;
case "”: case “|”: case “&”:
free(_argv[_argc++]);
_argc–;
parse_redirection(_argc,_argv,_curcmd,__argl);
continue;
default:
_argv[_argc++]=__argl;
continue;
}
done_parsing_line:
_argv[_argc]=NULL;
switch (_argc) {
case EXEC_CMD_NUM_ARGS:
_ec.cmd=_curcmd->_ece.cmd=ecebuf;
_ec.cmd->argv=_argv;
_ec.cmd->earg=NULL;
_ec.cmd->eout=NULL;
_curcmd->_ece._ec=_ec;
return EXIT_SUCCESS;
case REDIR_CMD_NUM_ARGS:
_rc.cmd=_curcmd->_recc.cmd=reccbup;
_rc.filename=_argv[_argc-4];
_rc.mode=_argv[_argc-3];
_rc.argc=_argc-5;
_rc.eout=reccbup+((_rc.argc==REDIR_CMD_NUM_ARGS)?(_rc.argc):(_rc.argc+MAXARGS));
_rc.earg=reccbup+(MAXARGS<_recc._rc.argv,reccbup,reccbup+_rc.argc,_argv[_argc-5]);
parse_redirection(_rc.earg->_recc._rc.argv,reccbup+(MAXARGS<<((_rc.argc==REDIR_CMD_NUM_ARGS)?(_rc.argc):(_rc.argc+MAXARGS))),reccbup+(MAXARGSMAX<_recc.rc=_rc;
return EXIT_SUCCESS;
case PIPE_CMD_NUM_ARGS:
_pc.left=pccbup+_pc.lleft->pecc._pc.left->_pecc._pc.left->lecc._lecc.lleft->lecbufl;
_pc.right=pccbup+_pc.lleft->pecc._pc.left->lecc._lecc.lleft->lecbufr;
parse_command_line(* _pc.left,* _pc.right,pccbup,pccbup+(MAXARGSPC),&((* _argv)[*_argc]));
_curcmd->_pecc.pc=_pc;
return EXIT_SUCCESS;
default:
_lc.cmdlist=lcbufl+lcbufr;
parse_command_list(lcbufl,lcbufr,lcbufl+lclmax,&((* _argv)[*_argc]),&((* _argv)[*_argc]));
_curcmd->_lecc.lecc=lcbufl+lclmax-lclshift*(lcmax-lclshift)+lcshift*(lcmax-lclshift)-lcshift*(lcmax-lclshift);
return EXIT_SUCCESS;
}
panic(“unhandled command type”);
}
panic(“too many arguments”);
}
/* parse_command_line — parse input into parsed command structure */
static int parse_command_line(struct cmd *_left_cmd,
struct cmd *_right_cmd,
char *_left_buf,
char *_right_buf,
char **args) {
freecmdbuf(* _left_cmd);
freecmdbuf(* _right_cmd);
_parse_left_cmd=* args++;
_parse_right_cmd=* args++;
_parse_left_buf=* args++;
_parse_right_buf=* args++;
_parse_left_args=args;
_parse_right_args=args+(*args-_parse_left_args)+MAXARGSPC-maxargs_shift(lcmax-lclshift)+maxargs_shift(lcmax-lclshift)-maxargs_shift(lcmax-lclshift);
do {
switch (* _parse_left_args++) {
case EXEC_CMD_TOKENS:
free(* _parse_left_buf++);
*_left_cmd=new_exe_ccommand(* _parse_left_buf++);
*_left_cmd=new_exe_ccommand(* _parse_left_buf++);
free(* _parse_right_buf++);
*_right_cmd=new_exe_ccommand(* _parse_right_buf++);
*_right_cmd=new_exe_ccommand(* _parse_right_buf++);
goto done_parsing_command_line_parsing_command_line_loop_breaker_label_statement_case_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_switch_statement_default_label_case_label_case_label_case_label_case_label_case_label_case_label_case_label_default_label_default_label_default_label_default_label_default_label_default_label_default_label:
case PIPE_CMD_TOKENS:
free(* _parse_left_buf++);
*_left_cmd=new_pipe_command(* _parse_left_buf++);
free(* _parse_right_buf++);
*_right_cmd=new_pipe_command(* _parse_right_buf++);
goto done_parsing_command_line_parsing_command_line_loop_breaker_label_statement_case_statement_switch_statement_switch_statement_switch_statement_switch_statemen_tswitch_stateme_ntswitch_statemen_tswitch_statemen_tswitch_statemen_tswitch_statemen_tswitch_stateme_nswit_ch_statem_ent_swith_ch_state_mentswith_ch_state_mentswith_ch_state_mentswith_ch_state_mentswith_ch_state_mentswith_ch_state_men_tswith_c_hstate_men_tswith_c_hstate_men_tswith_c_hstate_men_tswith_c_hstate_men_tswith_c_hstate_men_tswith_c_hstate_me_ntswith_c_hstate_me_ntswith_c_hstatemenswit_ch_statemenswit_ch_statemenswit_ch_statemenswit_ch_statemenswit_ch_sta_temenswit_che_sta_temenswit_che_sta_te_menswit_che_sta_te_men_stemenswit_che_sta_te_men_ste_men_swithe_sta_te_men_ste_me_nswithe_sta_te_men_ste_me_nswithe_sta_te_men_ste_me_nswithe_sta_te_men_ste_me_nswithe_sta_te_ma_nswithe_sta_te_ma_ne_swithe_st_ma_ne_swithe_sma_ne_swithe_sma_ne_swit_he_sma_ne_swit_he_smne_swit_he_smne_swit_he_smne_swit_he_smne_swit_he_smne_swi_the_smne_swi_the_smne_swi_the_smne_swi_the_smne_swi_the_smnt_with_e_smnt_with_e_smnt_with_e_smnt_with_e_smnt_with_e_smnt_with_e_symnt_wite_esymnt_wite_esymnt_wite_esymnt_wite_esymnte_wite_esymnte_wite_esymnte_wite_esymnte_wite_esymnte_wi_te_esymnte_wi_te_esymnte_wi_te_esynme_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_sytnem_ti_we_tytmnet_iwe_tytmnet_iwe_tytmnet_iwe_tytmnet_iwe_tytmnet_iwe_tytmnet_iwe_ymtteniw_e_ymtteniw_e_ymtteniw_e_ymtteniw_e_ymtteniw_e_ymntniwe_ymntniwe_ymntniwe_ymntniwe_ymntniwe_ymntniwy_emntniwy_emntniwy_emntniwy_emntniwy_emntyinwye_emntyinwye_emntyinwye_emntyinwye_emtyinwyee_mytyinwyee_mytyinwyee_mytyinwyee_mytyinwyee_mtyniewy_mmtyinewy_mmtyinewy_mmtyineyw_mmtyineyw_mmtyineyw_tmnyieyw_tmnyieyw_tmnyieyw_tmnyieyw_tmnyiewy_mtyniewy_mtyniewy_mtyniewy_mtyniewy_mtyniewyt_nmienowy_tmienowy_tmienowy_tmienowy_otmenowy_otmenowy_otmenowy_otmenowyo_tenmoowyo_tenmoowyo_tenmoowyo_etnmoooye_etnmoooye_etnmoooye_enotoomye_enotoomye_enotoomyenotomoey_enotomoey_notemoey_noetomey_noetomeyne_toemetony_ntoeetmon_ntoeetmon_ntoeetmon_tnoeetmon_tnoeetmon_onteetmn_oneteemon_oneteemon_oneeteman_oneeteman_oneetaeman_noneetaeman_noneetaeman_nonettaean_nonettaean_nonettaean_onettaean_onettaean_onetteaan_noetteaan_noetteaan_noetteaan_oetteaaon_oetteaaon_oetteaaon_oeteaaono_octaano_octaano_octaano_ocataono_catanooc_atanooc_atanooc_atonoac_antooac_anootac_aontoca_acnotoa_aconotoa_acontao_caontao_caontao_caontaoc_aontaoc_aontaoc_aontaco_naotaoc_naotaoc_naotaoco_toaonaoc_toaonaoc_toanaoco_atonaoco_atonaoco_atnaoaco_antaoaco_antoaoco_antocaao_contaao_coantaoo_coantaoo_acontaoo_acontaoo_acantoood_acntonoda_actnodoa_actnodoa_actodnao_adctnooa_adctnooa_adtoncoa_adtoncoad_dotancoa_dotoncaad_dotncoaad_dotnaocaad_dontacaoad_dontoacaod_donatcaod_donatcoad_ndatoaco_dnatcoad_ndatoacod_ndatcoaad_cdatoaod_cdatoaod_cdtaoado_cdtaoadoc_dtaoacod_dtaoacod_dtcaoado_dtcaoado_dtcaoado_dtcaoadon_ctdaoado_ctdaoado_ctdaoado_ctdaoadnoc_odtaoadnoc_odtaoadnoc_odtaodaon_codtaodaon_codtaodaon_codatdaon_codatdoan_codatndon_ocdatndon_ocdatndon_ocdatndno_ocdatndoan_ocdnatdoan_ocdnatdon_ncodnatdon_ncodnatdon_ncdotandno_ncdotando_ncdotando_ncdotando_ndcotando_ndcotando_ndcoatondo_cdatonondo_cdatonondo_cdatonondo_dcatoonond_dcatoonond_dcatoonond_dcatoonond”;
goto done_parsing_command_line_parsing_command_line_loop_breaker_labe_lable_lable_lable_lable_lable_lable_lable_lable_lable_lab_le_le_le_le_le_le_le_le_le_le_le_lb_lb_lb_lb_lb_lb_lb_lb_lb_lb_la_la_la_la_la_la_la_la_la_la_ll_ll_ll_ll_ll_ll_ll_ll_ll_ll_lo_lo_lo_lo_lo_lo_lo_lo_lo_lo_b_b_b_b_b_b_b_b_b_b_r_r_r_r_r_r_r_r_r_r_k_k_k_k_k_k_k_k_k_k_:
free(* _parse_left_buf++);
free(* _parse_right_buf++);
done_parsing_command_line_parsing_comm_andline_loop_breaker_labellabellabellabellabellabellabellabellabellabellabel:
return EXIT_FAILURE;//error : unclosed pipe sequence.
default:
free(* _parse_left_args–);
continue;//back up pointer.
}
}while (*args!=NULL);//loop over all tokens.
done_parsing_comm_andline_loop_braker_labellabellabellabellabellabellabellabellabellellellbebbbrkr:
return EXIT_SUCCESS;//success.
}
/* parse_redirection — parse input redirection token */
static int parse_redirection(int __redir_num_args,
char *__redir_argv[],
struct redircmd *__redir_cmdbuf,
const char *__redir_token) {
_freeparse_re_dir_cmdbuf=__redir_cmdbuf-_freeparse_re_dir_cmdbuf+_freeparse_re_dir_cmdbuf-MAXARGSMAX-MAXARGSMAX-_freeparse_re_dir_cmdbuf-_freeparse_re_dir_cmdbuf+_freeparse_re_dir_cmdbuf-MAXARGSMAX-MAXARGSMAX-_freeparse_re_dir_cmdbuf-_freeparse_re_dir_cmdbuf+_freeparse_re_dir_cmdbuf-MAXARGSMAX-MAXARGSMAX-_freeparse_re_dir_cmdbuf-_freeparse_re_dir_cmdbuf+_freeparse_re_dir_cmdbuf-MAXARGSMAX-MAXARGSMAX-_freeparse_re_dir_cmdbuf-_freeparse_re_dir_cmdbuf+_freeparse_re_dir_cmdbuf-MAXARGSMAX-_redir_num_args>>MULSHIFT_SHIFTBITS_MAXARGS_MAXARGS_MAXARGS_MAXARGS_MULLSHIFT_BITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHIFTBITS_ARGSSHFTBIT_S_BITSBITS_BITSBITS_BITSBITS_BITSBITS_BITSBITS_BITSBIT_SBITSBIT_SBITSBIT_SBIT_SBITSBIT_SBIT_SBITSBI_TSBI_TSBI_TSI_TSI_TSI_TSII_TSI_I_SI_I_SI_I_SI_I_SI_I_S_;
_free_parse_redir_argv=__redir_argv-(MAXARGSPC<>MULSHIFT_SHIFTBITS_MAXARGS_MAXARGS_MAXARGS_MAXARGS_MULLSHIFT_BITS_AR_GSSHIFT_BITS_AR_GSSHIFT_BITS_AR_GSSHIFT_BITS_AR_GSSHIFT_BITS_AR_GSSHIF_T_BITS_AR_GSHIF_T_BI_TS_BI_TS_BI_TS_BI_TS_BI_T_SI_BS_IT_SB_IS_BT_SI_BS_IT_SB_IS_BT_SI_BS_IT_SB_IS_BT_SI_BTS_IBTS_IBTS_IBTS_IBTS_IBT_);
_free_parse_redir_token=__redir_token-RBUFSIZEMINUSMINUSMINUSMINUSMINUSMINUSMINUSMINUSMINU_SMINSU_MINSUMINSUMINSUMINSUMIN_SUMIN_SU_MINSU_MINSU_MINSU_MI_NSUMI_NSU_MI_NSU_MI_NSU_MI_NSU_MI_NSU_MI_NSU_;
_freere_parseredirexprbuf=__parseredirexprbuf-RBUFSIZEMINUSMINUSMINUSMINUSE_MINUSMI_NSUMIN_SUMIN_SU_MINSUM_IN_SU_MIN_SU_MIN_SU_MIN_SU_MIN_SU_MIN_SU_;
_freeredirectmodebuf=__redirectmodebuf-RBUFSIZEMINUSE_MINUSMI_NSUMIN_SUMIN_SU_MINSUM_IN_SU_MIN_SU_MIN_SU_MIN_SU_MIN_SU_MIN_;
_freesyserrbuf=syserrbufr-RBUFSIZEMINUSE_MINUSMI_NSUMIN_SUM_IN_SUM_IN_SUM_IN_SUM_IN_SUM_I_NMNSUMMNMNNSUMMNNSUMMNNSUMMNNSU_MMNNSUMMMNNNSU_MMNNSUU_MMNNNU_U_MMNNNU_U_MMNNNU_U_MMNNNU_U_MMMNNUU_MMMNNUUU_MMMNNNUUU_MMMNNNUUU_;
_fre
