The command set of
#Plan 9 is similar to that of UNIX. The commands fall into several
#broad classes. Some are new programs for old jobs: programs like
#ls, cat, and who have familiar names and functions
#but are new, simpler implementations. Who, for example, is a shell
#script, while ps is just 95 lines of C code. Some commands
#are essentially the same as their UNIX ancestors: Compatibility was not a requirement for the system. Where the old
#commands or notation seemed good enough, we kept them. When they
#didn't, we replaced them.
#
# The following list of some UNIX commands, which you can emulate
#in Plan 9 system:
#
# The command set of
#Plan 9 is similar to that of UNIX. The commands fall into several
#broad classes. Some are new programs for old jobs: programs like
#ls, cat, and who have familiar names and functions
#but are new, simpler implementations. Who, for example, is a shell
#script, while ps is just 95 lines of C code. Some commands
#are essentially the same as their UNIX ancestors: Compatibility was not a requirement for the system. Where the old
#commands or notation seemed good enough, we kept them. When they
#didn't, we replaced them.
#
# The following list of some UNIX commands, which you can emulate
#in Plan 9 system:
#
# The command set of
#Plan 9 is similar to that of UNIX. The commands fall into several
#broad classes. Some are new programs for old jobs: programs like
#ls, cat, and who have familiar names and functions
#but are new, simpler implementations. Who, for example, is a shell
#script, while ps is just 95 lines of C code. Some commands
#are essentially the same as their UNIX ancestors: Compatibility was not a requirement for the system. Where the old
#commands or notation seemed good enough, we kept them. When they
#didn't, we replaced them.
#
# The following list of some UNIX commands, which you can emulate
#in Plan 9 system:
#
X
D1038740223
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#The command set of Plan 9 is similar to that of UNIX. The commands
#fall into several broad classes. Some are new programs for old jobs:
#programs like ls, cat, and who have familiar names and functions but
#are new, simpler implementations. Who, for example, is a shell
#script, while ps is just 95 lines of C code. Some commands are
#essentially the same as their UNIX ancestors: awk, troff, and others
#have been converted to ANSI C and extended to handle Unicode, but
#are still the familiar tools. Some are entirely new programs for old
#niches: the shell rc, text editor sam, debugger acid, and others
#displace the better-known UNIX tools with similar jobs. Finally,
#about half the commands are new.
#
#Compatibility was not a requirement for the system. Where the old
#commands or notation seemed good enough, we kept them. When they
#didn't, we replaced them.
#
#The following list of some UNIX commands, which you can emulate in
#Plan 9 system:
#
#! UNIX Plan 9 from Bell Labs
#
#! df(1) disk/kfscmd check [http://www.eecs.harvard.edu/~rsc/df]
#
#mount(1) [-p flag] bind(1) unmount(1) 9fs(1) srv(1) import(4)
#exportfs(4) -p ns(1)
#
#more(1) p
#
#shutdown(1m) disk/kfscmd halt echo reboot > /dev/reboot echo panic >
#/dev/reboot
#
#id(1) echo $user cat /dev/user grep `{cat /dev/user} /adm/users grep
#$user /adm/users
#
#find(1) du -a | grep pattern grep pattern `{du -a root} -name du -a
#root | grep name pattern in a file grep -n pattern `{du -a root |
#awk '{print $2}}
#
#apropos(1) lookman(1) man(1)
#
#uptime(1) echo $boottime [http://www.csh-east.org/~tad/plan9/uptime.c] [http://www.eecs.harvard.edu/~rsc/uptime]
#
#head(1) sed -n 1,Np sed Nq
#
#netstat(1m) [-r flag] netstat(1) -r cat /net/iproute
#
#last(1) N.A.
#
#vmstat(1m) stats(1) cat /dev/sysstat cat /dev/swap
#
#iostat(1m) iostats(4)
#
#nfsstat(1m) iostats(4)
#
#ufs{dump|restore}(1m) yesterday(1) history(1) fs(4)
#
#pkginfo(1m) wrap(8)
#
#snoop(1m) snoopy(8)
#
#tcpdump(1) snoopy(8)
#
#tree(1) ls -l `{du -a $1 | awk '{print $2}'} | grep '^d-' | awk ' {
#print $10 }'
#
#source(1) .
#
X
D1038741133
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#The command set of Plan 9 is similar to that of UNIX. The commands
#fall into several broad classes. Some are new programs for old jobs:
#programs like ls, cat, and who have familiar names and functions but
#are new, simpler implementations. Who, for example, is a shell
#script, while ps is just 95 lines of C code. Some commands are
#essentially the same as their UNIX ancestors: awk, troff, and others
#have been converted to ANSI C and extended to handle Unicode, but
#are still the familiar tools. Some are entirely new programs for old
#niches: the shell rc, text editor sam, debugger acid, and others
#displace the better-known UNIX tools with similar jobs. Finally,
#about half the commands are new.
#
#Compatibility was not a requirement for the system. Where the old
#commands or notation seemed good enough, we kept them. When they
#didn't, we replaced them.
#
#The following list of some UNIX commands, which you can emulate in
#Plan 9 system:
#
#! UNIX Plan 9 from Bell Labs
#!
#! df(1) disk/kfscmd check
#! [href="http://www.eecs.harvard.edu/~rsc/df]
#!
#! mount(1) [-p flag] bind(1)
#! unmount(1)
#! 9fs(1)
#! srv(1)
#! import(4)
#! exportfs(4)
#! -p ns(1)
#!
#! more(1) p
#!
#! shutdown(1m) disk/kfscmd halt
#! echo reboot > /dev/reboot
#! echo panic > /dev/reboot
#!
#! id(1) echo $user
#! cat /dev/user
#! grep `{cat /dev/user} /adm/users
#! grep $user /adm/users
#!
#! find(1) du -a | grep pattern
#! grep pattern `{du -a root}
#! -name du -a root | grep name
#! pattern in a file grep -n pattern `{du -a root | awk '{print $2}}
#!
#! apropos(1) lookman(1)
#! man(1)
#!
#! uptime(1) echo $boottime
#! [http://www.csh-east.org/~tad/plan9/uptime.c]
#! [http://www.eecs.harvard.edu/~rsc/uptime]
#!
#! head(1) sed -n 1,Np
#! sed Nq
#!
#! netstat(1m) [-r flag] netstat(1)
#! -r cat /net/iproute
#!
#! last(1) N.A.
#!
#! vmstat(1m) stats(1)
#! cat /dev/sysstat
#! cat /dev/swap
#!
#! iostat(1m) iostats(4)
#!
#! nfsstat(1m) iostats(4)
#!
#! ufs{dump|restore}(1m) yesterday(1)
#! history(1)
#! fs(4)
#!
#! pkginfo(1m) wrap(8)
#!
#! snoop(1m) snoopy(8)
#!
#! tcpdump(1) snoopy(8)
#!
#! tree(1) ls -l `{du -a $1 | awk '{print $2}'} | grep '^d-' | awk ' { print $10 }'
#!
#! source(1) .
#
UNIX Plan 9 from Bell Labs
#
#df(1) disk/kfscmd check http://www.eecs.harvard.edu/~rsc/df
#
#mount(1) [-p flag] bind(1) unmount(1) 9fs(1) srv(1) import(4)
#exportfs(4) -p ns(1)
#
#more(1) p
#
#shutdown(1m) disk/kfscmd halt echo reboot > /dev/reboot echo panic >
#/dev/reboot
#
#id(1) echo $user cat /dev/user grep `{cat /dev/user} /adm/users grep
#$user /adm/users
#
#find(1) du -a | grep pattern grep pattern `{du -a root} -name du -a
#root | grep name pattern in a file grep -n pattern `{du -a root |
#awk '{print $2}}
#
#apropos(1) lookman(1) man(1)
#
#uptime(1) echo $boottime http://www.csh-east.org/~tad/plan9/uptime.c http://www.eecs.harvard.edu/~rsc/uptime
#
#head(1) sed -n 1,Np sed Nq
#
#netstat(1m) [-r flag] netstat(1) -r cat /net/iproute
#
#last(1) N.A.
#
#vmstat(1m) stats(1) cat /dev/sysstat cat /dev/swap
#
#iostat(1m) iostats(4)
#
#nfsstat(1m) iostats(4)
#
#ufs{dump|restore}(1m) yesterday(1) history(1) fs(4)
#
#pkginfo(1m) wrap(8)
#
#snoop(1m) snoopy(8)
#
#tcpdump(1) snoopy(8)
#
#tree(1) ls -l `{du -a $1 | awk '{print $2}'} | grep '^d-' | awk ' {
#print $10 }'
#
#source(1) .
D1038738895
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#UNIX to Plan 9 command translation
UNIX Plan 9 from Bell Labs
#
#df(1) disk/kfscmd check [http://www.eecs.harvard.edu/~rsc/df]
#
#mount(1) [-p flag] bind(1) unmount(1) 9fs(1) srv(1) import(4)
#exportfs(4) -p ns(1)
#
#more(1) p
#
#shutdown(1m) disk/kfscmd halt echo reboot > /dev/reboot echo panic >
#/dev/reboot
#
#id(1) echo $user cat /dev/user grep `{cat /dev/user} /adm/users grep
#$user /adm/users
#
#find(1) du -a | grep pattern grep pattern `{du -a root} -name du -a
#root | grep name pattern in a file grep -n pattern `{du -a root |
#awk '{print $2}}
#
#apropos(1) lookman(1) man(1)
#
#uptime(1) echo $boottime [http://www.csh-east.org/~tad/plan9/uptime.c] [http://www.eecs.harvard.edu/~rsc/uptime]
#
#head(1) sed -n 1,Np sed Nq
#
#netstat(1m) [-r flag] netstat(1) -r cat /net/iproute
#
#last(1) N.A.
#
#vmstat(1m) stats(1) cat /dev/sysstat cat /dev/swap
#
#iostat(1m) iostats(4)
#
#nfsstat(1m) iostats(4)
#
#ufs{dump|restore}(1m) yesterday(1) history(1) fs(4)
#
#pkginfo(1m) wrap(8)
#
#snoop(1m) snoopy(8)
#
#tcpdump(1) snoopy(8)
#
#tree(1) ls -l `{du -a $1 | awk '{print $2}'} | grep '^d-' | awk ' {
#print $10 }'
#
#source(1) .
#
D1038740053
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#
UNIX to Plan 9 command translation
UNIX Plan 9 from Bell Labs
#
#df(1) disk/kfscmd check [http://www.eecs.harvard.edu/~rsc/df]
#
#mount(1) [-p flag] bind(1) unmount(1) 9fs(1) srv(1) import(4)
#exportfs(4) -p ns(1)
#
#more(1) p
#
#shutdown(1m) disk/kfscmd halt echo reboot > /dev/reboot echo panic >
#/dev/reboot
#
#id(1) echo $user cat /dev/user grep `{cat /dev/user} /adm/users grep
#$user /adm/users
#
#find(1) du -a | grep pattern grep pattern `{du -a root} -name du -a
#root | grep name pattern in a file grep -n pattern `{du -a root |
#awk '{print $2}}
#
#apropos(1) lookman(1) man(1)
#
#uptime(1) echo $boottime [http://www.csh-east.org/~tad/plan9/uptime.c] [http://www.eecs.harvard.edu/~rsc/uptime]
#
#head(1) sed -n 1,Np sed Nq
#
#netstat(1m) [-r flag] netstat(1) -r cat /net/iproute
#
#last(1) N.A.
#
#vmstat(1m) stats(1) cat /dev/sysstat cat /dev/swap
#
#iostat(1m) iostats(4)
#
#nfsstat(1m) iostats(4)
#
#ufs{dump|restore}(1m) yesterday(1) history(1) fs(4)
#
#pkginfo(1m) wrap(8)
#
#snoop(1m) snoopy(8)
#
#tcpdump(1) snoopy(8)
#
#tree(1) ls -l `{du -a $1 | awk '{print $2}'} | grep '^d-' | awk ' {
#print $10 }'
#
#source(1) .
#
#