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What follows is a write-up of a reverse engineering war game series, reversing.kr.

The war games have players reverse Windows, Linux, and macOS binaries. The players get a flag if they succeed in compromising the application.

Showing gratitude to the creators of the war game, I will abide by their rules and only publish the solution to those challenges that already have other solutions online. I will not post solutions to challenges that no one else has solved publicly.

[!] Friendly Warning: Some of the binaries are malicious. Some of these are: Easy Unpack, Ransomware, and Twist1. Do not run these binaries outside a sandbox.

[*] Status: IN-PROGRESS

Level 0: Easy Crack

Solution

Inspecting the file in Binary Ninja:

screenshot 3

Initially I was going to use Binary Ninja to complete the challenge. However, as you can see, it shines very little light on the program. Hence, I decided to use IDA.

Inspecting the file with IDA:

image

Notice the push to the lpDialogFunc.

Inspecting lpDialogFunc:

image 2

The sub_401080 function might be interesting.

Inspecting the sub_401080 function:

image 3

Notice straightaway that we see the text “a5yR3versing”.
There’s a letter “E” missing in there somewhere.

image 4

The missing “E” can be found further below, in a comparison to its hex equivalent, 0x45.
It looks like I have the flag.

Flag: Ea5yR3versing

Proof:

screenshot

 

Level 1: Easy Keygen

Instructions

Find the Name when the Serial is 5B134977135E7D13

Solution

Inspecting the file with IDA:

image

Note that there is an array of three integers (16, 32, 48), and that the username (input name) is eight (8) characters long.

Renamed for convenience:

image 2

image 3

loc_401077:
ESI is compared against 3.
If it’s less than three, it jumps to loc_40107E
If it’s greater than three, ESI is cleared by XOR.

ESI is clearly the counter that cycles through the three integers.

Throughout this process, the username is being XOR’ed against the three integers:
16, 32, and 48

Since the goal is to find the name given the serial number, we can use repeating-key XOR decryption using the integer array and the serial number to find the name.

Crafting the solution:

screenshot

Getting the answer:
python keygen.py

screenshot 2

Proof:

screenshot 3

 

Level 2: Music Player

Instructions

This MP3 Player is limited to 1 minutes.
You have to play more than one minute.

There are exist several 1-minute-check-routine.
After bypassing every check routine, you will see the perfect flag.

Solution

Several clues are given right off the bat.

The goal: To bypass the 1-minute play limit.

To do this, we have to bypass “several” check routines.

Since the challenge does not provide any MP3 file, I searched for a random sample online.

Running the player:

image

The player pukes out an error, which is probably in Korean and is not displaying properly.

Inspecting the file with IDA:

image 2

0EA60H translates to 60000 (milliseconds), which translates to 60 seconds.
We have discovered the first check to bypass.

Further down, we find the following:

image 10

This looks like part of a flag?

The other check to bypass can be found further below:

image 3

We will bypass these by changing the instructions to simple JMP instructions.

Changing the instructions using Immunity Debugger:

Bypass the first check:

image 4

Bypass the second check:

image 6

Save the modified executable:

Right-click in the CPU pane -> Copy to executable -> All modifications
Right-click in the File pane -> Save file -> Name to whatever

image 8

Running the modified executable:

image 5

Flag: LIstenCare

Proof:

screenshot

 

Level 3: Replace

Solution

Running the file:

image

The program crashes upon entering a number and hitting “Check”.

Inspecting the file with OllyDbg and IDA:

image 2

image 7

The challenge is titled “Replace”, and there are multiple references to a “Replace” function.
Just as in the previous challenges, this probably means we are going to have to modify instructions.

0040103D . 74 56 JE SHORT Replace.00401095

This jumps past the address which has the “Correct!” string.
So, it makes sense to follow the tip to replace that instruction.

Let’s NOP it.

Replacing 401095 with NOPs:
Double-click on 401095 -> Check “Fill with NOP’s” -> Enter “NOP” -> Assemble

image 3

Checking the program:
Enter “1” and press “Check”.

image 4

The program crashes, as expected.

Notice the value in EAX: 601605CC

Repeating the process with “2”, “3”, etc. reveals a pattern.

With 2: image 5
With 3: image 6

Pattern:
601505CB + <Input> = EAX value

Whatever value is in EAX has two bytes overwritten by NOPs.
Coincidentally, the OPCODE for 0x401071, which jumps over the “Correct” section, is two bytes long.

The solution is to overwrite 0x401071, so we can slide into “Correct”.

image 8

The simple math behind the solution:
x + 601605CB = 401072
x = (401072 – 601605CB) + FFFFFFFF
x = A02A0AA6
x in decimal = 2687109798

screenshot 2

Entering the result into the program:

image 9

Flag: 2687109798

Proof:

screenshot

 

Level 4: ImagePrc

Solution

Running the file:

image

The program lets us draw and check if the drawing is the correct answer.

Inspecting the file with IDA Pro:

image 2

96h = 150 (height)
0C8h = 200 (width)

These are the height and width of the target BMP image.

We also see:

image 9

From this we know that the target image is 200×150, and that it is being loaded from the binary as a resource.

Creating an empty BMP file:

image 3

We save it as a 24-bit Bitmap file.

Inspecting the resource:

image 4

Pasting this should give us the answer.
Since it proved hard to copy the contents from IDA, I decided to use the ResourcesExtract software to extract the file.

Extracting the resource:

image 5

The extract gives us a manifest file. Opening the manifest file reveals that we have everything we need to solve the challenge.

Copying the resource contents using HxD:

image 6

Pasting the contents into the BMP file and saving:

image 7

Note that we replace everything but the header.

The modified file:

image 8

Flag: GOT

Proof:

screenshot

 

Level 5: Position

Instructions

ReversingKr KeygenMe

Find the Name when the Serial is 76876-77776
This problem has several answers.

Password is ***p

Solution

Running the program:

image 8

The program takes in a name and a serial number (76876-77776).
We are provided with the serial number and have to find the name.
We know that the solution ends with the letter “p”.

Inspecting the binary with IDA Pro:

image

A call to loc_401CF0 determines the outcome – whether the inputs are correct or not.

image 2

This loop checks for the first four characters of the name being lowercase letters (a-z).

image 3

Several checks follow:
First, the program checks for the letters in the name being different.
Second, it checks for the serial being 11 characters long, and the fifth character being “-“.
Finally, a lengthy comparison routine occurs which leads to our solution.

The lengthy routine seems complicated at first, but is actually quite simple as long as you keep track of assignments.

CString Reference:
GetAt:https://msdn.microsoft.com/en-us/library/aa314338(v=vs.60).aspx
GetBuffer:https://msdn.microsoft.com/en-us/library/aa314880(v=vs.60).aspx

The easiest way to solve this is to write code as we read along.

Translation of Assembly to Python:

image 6
image 7

Running the solution program:

image 4

Since we know the password ends with “p”, the following are the possible options:
bump
cqmp
ftmp
gpmp

Flag: bump

image 5

Proof:

screenshot

 

Level 6: Direct3D_FPS

Solution

image

This time we are playing a First Person Shooter (FPS), where we get to kill, or rather get killed, by enemies.

Inspecting the binary with IDA Pro:

image 2

This is the function that is triggered when we win the game. It outputs the flag, which starts at byte_407028.
We can confirm this is true by also looking at the binary in Immunity Debugger, as seen below.

image 3

Reading the flag and measuring it:
Ctrl-C the flag in Immunity Debugger.
Open a terminal and use Python to measure the length of the encrypted flag.

image 4

We can see that the flag is encrypted, and that it is 50 bytes in size.

Checking cross-references to the flag:
Ctrl-X to list cross-references.

image 5

Analyzing the function that references the flag:

image 6

The function performs the following calculation for each character in the flag:
xor_offset + (char * 0x210)
char_offset ^ xor_offset

Where:
xor_offset = 409184 + char
char_offset = 407028 + char

To be able to solve this it is necessary to set a breakpoint and run the program in a debugger.
We can do all of this within IDA.

Setting the breakpoint:
Set a breakpoint at: mov dword_CC9194[ecx], 0

image 7

Now we have to run the program and commit suicide. We hit the breakpoint when we commit suicide, as our HP hits 0.

Running the program and executing our code:
Choose a debugger in IDA -> Hit the “Play” icon.
Commit suicide in the game by running into an enemy and staying there until HP hits zero.

Run the following Python code within IDA:
xor_offset = <TBD>
char_offset = <TBD>
print bytearray([(Byte(char_offset + i) ^ Byte(xor_offset + (i * 0x210)) ) for i in range(50)])

In my case:
char_offset = 0xCC7028
xor_offset = 0xCC9184

image 8

Flag: Thr3EDPr0m

Proof:

screenshot

 

Level 7: Easy ELF

 

Solution

Run the program:
chmod u+x Easy_ELF
gdb -q ./Easy_ELF
r

screenshot

Analyzing the program in Binary Ninja:

screenshot 2

We can see that the functions that determine the outcome are sub_8048434 and sub_8048451.

Analyzing sub_8048434:

screenshot 3

No checks here. Moving on.

Analyzing sub_8048451:

screenshot 4

Translation:
first_char ^ 34
second_char = 31
third_char ^ 32
fourth_char ^ ffffff88
fifth_char = 58

screenshot 5

Translation:
third_char = 7c
first_char = 78
fourth_char = dd

Solution:
78 ^ 34
second_char = 31
7c ^ 32
dd ^ 88
fifth_char = 58

Crafting the solution:
vi easy_elf.py

screenshot 6

Solving the challenge:
python easy_elf.py

screenshot 7

Flag: L1NUX

Proof:

screenshot 8

 

Level 8: WindowsKernel

Instructions

Please authenticate to lowercase.

Solution

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now
Use any one of these keywords in place of a numeric time. teatime translates to 4:00 p.m.; now must be followed by an increment (described in a moment).

Date

month num[, year]
month is one of the 12 months, spelled out or abbreviated to its first three letters; num is the calendar date of the month; year is the four-digit year. If the given month occurs before the current month, at schedules that month next year.
day
One of the seven days of the week, spelled out or abbreviated to its first three letters.
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ASN1_STRING output routines. ASN1_STRING_print_ex_fp(3) - ASN1_STRING output routines. ASN1_STRING_set(3) - ASN1_STRING utility functions ASN1_STRING_type(3) - ASN1_STRING utility functions ASN1_STRING_type_new(3) - ASN1_STRING allocation functions asprintf(3c) - print formatted output assert(3c) - verify program assertion assert(3head) - verify program assertion assert(9f) - expression verification ASSERT(9f) - expression verification assert.h(3head) - verify program assertion assume_default_colors(3) - use terminal's default colors assume_default_colors_sp(3) - curses screen-pointer extension asy(7d) - asynchronous serial port driver at(1) - execute commands at a later time ata(7d) - AT attachment disk driver atan2(3m) - arc tangent function atan(3m) - arc tangent function atanh(3m) - inverse hyperbolic tangent functions atexit(3c) - register a function to run at process termination or object unloading atge(7d) - Device driver for Atheros/Attansic Ethernet chipsets atof(3c) - convert string to floating-point number atoi(3c) - string conversion routines atol(3c) - string conversion routines atoll(3c) - string conversion routines atomic_add_16(3c) - atomic add operations atomic_add_16(9f) - atomic add operations atomic_add_16_nv(3c) - atomic add operations atomic_add_16_nv(9f) - atomic add operations atomic_add_32(3c) - atomic add operations atomic_add_32(9f) - atomic add operations atomic_add_32_nv(3c) - atomic add operations atomic_add_32_nv(9f) - atomic add operations atomic_add(3c) - atomic add operations atomic_add_64(3c) - atomic add operations atomic_add_64(9f) - atomic add operations atomic_add_64_nv(3c) - atomic add operations atomic_add_64_nv(9f) - atomic add operations atomic_add_8(3c) - atomic add operations atomic_add_8(9f) - atomic add operations atomic_add_8_nv(3c) - atomic add operations atomic_add_8_nv(9f) - atomic add operations atomic_add(9f) - atomic add operations atomic_add_char(3c) - atomic add operations atomic_add_char(9f) - atomic add operations atomic_add_char_nv(3c) - atomic add operations atomic_add_char_nv(9f) - atomic add operations atomic_add_int(3c) - atomic add operations atomic_add_int(9f) - atomic add operations atomic_add_int_nv(3c) - atomic add operations atomic_add_int_nv(9f) - atomic add operations atomic_add_long(3c) - atomic add operations atomic_add_long(9f) - atomic add operations atomic_add_long_nv(3c) - atomic add operations atomic_add_long_nv(9f) - atomic add operations atomic_add_ptr(3c) - atomic add operations atomic_add_ptr(9f) - atomic add operations atomic_add_ptr_nv(3c) - atomic add operations atomic_add_ptr_nv(9f) - atomic add operations atomic_add_short(3c) - atomic add operations atomic_add_short(9f) - atomic add operations atomic_add_short_nv(3c) - atomic add operations atomic_add_short_nv(9f) - atomic add operations atomic_and_16(3c) - atomic AND operations atomic_and_16(9f) - atomic AND operations atomic_and_16_nv(3c) - atomic AND operations atomic_and_16_nv(9f) - atomic AND operations atomic_and_32(3c) - atomic AND operations atomic_and_32(9f) - atomic AND operations atomic_and_32_nv(3c) - atomic AND operations atomic_and_32_nv(9f) - atomic AND operations atomic_and(3c) - atomic AND operations atomic_and_64(3c) - atomic AND operations atomic_and_64(9f) - atomic AND operations atomic_and_64_nv(3c) - atomic AND operations atomic_and_64_nv(9f) - atomic AND operations atomic_and_8(3c) - atomic AND operations atomic_and_8(9f) - atomic AND operations atomic_and_8_nv(3c) - atomic AND operations atomic_and_8_nv(9f) - atomic AND operations atomic_and(9f) - atomic AND operations atomic_and_uchar(3c) - atomic AND operations atomic_and_uchar(9f) - atomic AND operations atomic_and_uchar_nv(3c) - atomic AND operations atomic_and_uchar_nv(9f) - atomic AND operations atomic_and_uint(3c) - atomic AND operations atomic_and_uint(9f) - atomic AND operations atomic_and_uint_nv(3c) - atomic AND operations atomic_and_uint_nv(9f) - atomic AND operations atomic_and_ulong(3c) - atomic AND operations atomic_and_ulong(9f) - atomic AND operations atomic_and_ulong_nv(3c) - atomic AND operations atomic_and_ulong_nv(9f) - atomic AND operations atomic_and_ushort(3c) - atomic AND operations atomic_and_ushort(9f) - atomic AND operations atomic_and_ushort_nv(3c) - atomic AND operations atomic_and_ushort_nv(9f) - atomic AND operations atomic_bits(3c) - atomic set and clear bit operations atomic_bits(9f) - atomic set and clear bit operations atomic_cas_16(3c) - atomic compare and swap operations atomic_cas_16(9f) - atomic compare and swap operations atomic_cas_32(3c) - atomic compare and swap operations atomic_cas_32(9f) - atomic compare and swap operations atomic_cas(3c) - atomic compare and swap operations atomic_cas_64(3c) - atomic compare and swap operations atomic_cas_64(9f) - atomic compare and swap operations atomic_cas_8(3c) - atomic compare and swap operations atomic_cas_8(9f) - atomic compare and swap operations atomic_cas(9f) - atomic compare and swap operations atomic_cas_ptr(3c) - atomic compare and swap operations atomic_cas_ptr(9f) - atomic compare and swap operations atomic_cas_uchar(3c) - atomic compare and swap operations atomic_cas_uchar(9f) - atomic compare and swap operations atomic_cas_uint(3c) - atomic compare and swap operations atomic_cas_uint(9f) - atomic compare and swap operations atomic_cas_ulong(3c) - atomic compare and swap operations atomic_cas_ulong(9f) - atomic compare and swap operations atomic_cas_ushort(3c) - atomic compare and swap operations atomic_cas_ushort(9f) - atomic compare and swap operations atomic_clear_long_excl(3c) - atomic set and clear bit operations atomic_clear_long_excl(9f) - atomic set and clear bit operations atomic_dec_16(3c) - atomic decrement operations atomic_dec_16(9f) - atomic decrement operations atomic_dec_16_nv(3c) - atomic decrement operations atomic_dec_16_nv(9f) - atomic decrement operations atomic_dec_32(3c) - atomic decrement operations atomic_dec_32(9f) - atomic decrement operations atomic_dec_32_nv(3c) - atomic decrement operations atomic_dec_32_nv(9f) - atomic decrement operations atomic_dec(3c) - atomic decrement operations atomic_dec_64(3c) - atomic decrement operations atomic_dec_64(9f) - atomic decrement operations atomic_dec_64_nv(3c) - atomic decrement operations atomic_dec_64_nv(9f) - atomic decrement operations atomic_dec_8(3c) - atomic decrement operations atomic_dec_8(9f) - atomic decrement operations atomic_dec_8_nv(3c) - atomic decrement operations atomic_dec_8_nv(9f) - atomic decrement operations atomic_dec(9f) - atomic decrement operations atomic_dec_ptr(3c) - atomic decrement operations atomic_dec_ptr(9f) - atomic decrement operations atomic_dec_ptr_nv(3c) - atomic decrement operations atomic_dec_ptr_nv(9f) - atomic decrement operations atomic_dec_uchar(3c) - atomic decrement operations atomic_dec_uchar(9f) - atomic decrement operations atomic_dec_uchar_nv(3c) - atomic decrement operations atomic_dec_uchar_nv(9f) - atomic decrement operations atomic_dec_uint(3c) - atomic decrement operations atomic_dec_uint(9f) - atomic decrement operations atomic_dec_uint_nv(3c) - atomic decrement operations atomic_dec_uint_nv(9f) - atomic decrement operations atomic_dec_ulong(3c) - atomic decrement operations atomic_dec_ulong(9f) - atomic decrement operations atomic_dec_ulong_nv(3c) - atomic decrement operations atomic_dec_ulong_nv(9f) - atomic decrement operations atomic_dec_ushort(3c) - atomic decrement operations atomic_dec_ushort(9f) - atomic decrement operations atomic_dec_ushort_nv(3c) - atomic decrement operations atomic_dec_ushort_nv(9f) - atomic decrement operations atomic_inc_16(3c) - atomic inrement operations atomic_inc_16(9f) - atomic inrement operations atomic_inc_16_nv(3c) - atomic inrement operations atomic_inc_16_nv(9f) - atomic inrement operations atomic_inc_32(3c) - atomic inrement operations atomic_inc_32(9f) - atomic inrement operations atomic_inc_32_nv(3c) - atomic inrement operations atomic_inc_32_nv(9f) - atomic inrement operations atomic_inc(3c) - atomic inrement operations atomic_inc_64(3c) - atomic inrement operations atomic_inc_64(9f) - atomic inrement operations atomic_inc_64_nv(3c) - atomic inrement operations atomic_inc_64_nv(9f) - atomic inrement operations atomic_inc_8(3c) - atomic inrement operations atomic_inc_8(9f) - atomic inrement operations atomic_inc_8_nv(3c) - atomic inrement operations atomic_inc_8_nv(9f) - atomic inrement operations atomic_inc(9f) - atomic inrement operations atomic_inc_ptr(3c) - atomic inrement operations atomic_inc_ptr(9f) - atomic inrement operations atomic_inc_ptr_nv(3c) - atomic inrement operations atomic_inc_ptr_nv(9f) - atomic inrement operations atomic_inc_uchar(3c) - atomic inrement operations atomic_inc_uchar(9f) - atomic inrement operations atomic_inc_uchar_nv(3c) - atomic inrement operations atomic_inc_uchar_nv(9f) - atomic inrement operations atomic_inc_uint(3c) - atomic inrement operations atomic_inc_uint(9f) - atomic inrement operations atomic_inc_uint_nv(3c) - atomic inrement operations atomic_inc_uint_nv(9f) - atomic inrement operations atomic_inc_ulong(3c) - atomic inrement operations atomic_inc_ulong(9f) - atomic inrement operations atomic_inc_ulong_nv(3c) - atomic inrement operations atomic_inc_ulong_nv(9f) - atomic inrement operations atomic_inc_ushort(3c) - atomic inrement operations atomic_inc_ushort(9f) - atomic inrement operations atomic_inc_ushort_nv(3c) - atomic inrement operations atomic_inc_ushort_nv(9f) - atomic inrement operations atomic_ops(3c) - atomic operations atomic_ops(9f) - atomic operations atomic_or_16(3c) - atomic OR operations atomic_or_16(9f) - atomic OR operations atomic_or_16_nv(3c) - atomic OR operations atomic_or_16_nv(9f) - atomic OR operations atomic_or_32(3c) - atomic OR operations atomic_or_32(9f) - atomic OR operations atomic_or_32_nv(3c) - atomic OR operations atomic_or_32_nv(9f) - atomic OR operations atomic_or(3c) - atomic OR operations atomic_or_64(3c) - atomic OR operations atomic_or_64(9f) - atomic OR operations atomic_or_64_nv(3c) - atomic OR operations atomic_or_64_nv(9f) - atomic OR operations atomic_or_8(3c) - atomic OR operations atomic_or_8(9f) - atomic OR operations atomic_or_8_nv(3c) - atomic OR operations atomic_or_8_nv(9f) - atomic OR operations atomic_or(9f) - atomic OR operations atomic_or_uchar(3c) - atomic OR operations atomic_or_uchar(9f) - atomic OR operations atomic_or_uchar_nv(3c) - atomic OR operations atomic_or_uchar_nv(9f) - atomic OR operations atomic_or_uint(3c) - atomic OR operations atomic_or_uint(9f) - atomic OR operations atomic_or_uint_nv(3c) - atomic OR operations atomic_or_uint_nv(9f) - atomic OR operations atomic_or_ulong(3c) - atomic OR operations atomic_or_ulong(9f) - atomic OR operations atomic_or_ulong_nv(3c) - atomic OR operations atomic_or_ulong_nv(9f) - atomic OR operations atomic_or_ushort(3c) - atomic OR operations atomic_or_ushort(9f) - atomic OR operations atomic_or_ushort_nv(3c) - atomic OR operations atomic_or_ushort_nv(9f) - atomic OR operations atomic_set_long_excl(3c) - atomic set and clear bit operations atomic_set_long_excl(9f) - atomic set and clear bit operations atomic_swap_16(3c) - atomic swap operations atomic_swap_16(9f) - atomic swap operations atomic_swap_32(3c) - atomic swap operations atomic_swap_32(9f) - atomic swap operations atomic_swap(3c) - atomic swap operations atomic_swap_64(3c) - atomic swap operations atomic_swap_64(9f) - atomic swap operations atomic_swap_8(3c) - atomic swap operations atomic_swap_8(9f) - atomic swap operations atomic_swap(9f) - atomic swap operations atomic_swap_ptr(3c) - atomic swap operations atomic_swap_ptr(9f) - atomic swap operations atomic_swap_uchar(3c) - atomic swap operations atomic_swap_uchar(9f) - atomic swap operations atomic_swap_uint(3c) - atomic swap operations atomic_swap_uint(9f) - atomic swap operations atomic_swap_ulong(3c) - atomic swap operations atomic_swap_ulong(9f) - atomic swap operations atomic_swap_ushort(3c) - atomic swap operations atomic_swap_ushort(9f) - atomic swap operations atq(1) - display the jobs queued to run at specified times atrm(1) - remove jobs spooled by at or batch attach(9e) - Attach a device to the system, or resume it attemptckalloc(3) - allocate or free heap memory attemptckrealloc(3) - allocate or free heap memory attr_get(3) - curses character and window attribute control routines attr_get(3xcurses) - control window attributes attributes(5) - attributes of interfaces attr_off(3) - curses character and window attribute control routines attroff(3) - curses character and window attribute control routines attroff(3curses) - curses character and window attribute control routines attroff(3xcurses) - change foreground window attributes attr_off(3xcurses) - control window attributes attr_on(3) - curses character and window attribute control routines attron(3) - curses character and window attribute control routines attron(3curses) - curses character and window attribute control routines attron(3xcurses) - change foreground window attributes attr_on(3xcurses) - control window attributes attropen(3c) - open a file attr_set(3) - curses character and window attribute control routines attrset(3) - curses character and window attribute control routines attrset(3curses) - curses character and window attribute control routines attrset(3xcurses) - change foreground window attributes attr_set(3xcurses) - control window attributes au(4) - AU audio file format au_close(3bsm) - construct and write audit records audit(1m) - control the behavior of the audit daemon audit(2) - write a record to the audit log audit_binfile(5) - generation of Solaris audit logs audit_class(4) - audit class definitions auditconfig(1m) - configure auditing audit_control(4) - control information for system audit daemon auditd(1m) - audit daemon audit_event(4) - audit event definition and class mapping audit.log(4) - audit trail file auditon(2) - manipulate auditing audit-packages(8) - report vulnerabilities for the installed packages auditrecord(1m) - display Solaris audit record formats auditreduce(1m) - merge and select audit records from audit trail files audit_remote(5) - send Solaris audit logs to a remote server auditstat(1m) - display kernel audit statistics audit_syslog(5) - realtime conversion of Solaris audit data to syslog messages audit_user(4) - per-user auditing data file audit_warn(1m) - audit daemon warning script au_open(3bsm) - construct and write audit records au_preselect(3bsm) - preselect an audit event auth_attr(4) - authorization description database authdes_create(3nsl) - obsolete library routines for RPC authdes_getucred(3nsl) - library routines for secure remote procedure calls authdes_seccreate(3nsl) - library routines for secure remote procedure calls auth_destroy(3nsl) - library routines for client side remote procedure call authentication authnone_create(3nsl) - library routines for client side remote procedure call authentication auths(1) - print authorizations granted to a user authsys_create(3nsl) - library routines for client side remote procedure call authentication authsys_create_default(3nsl) - library routines for client side remote procedure call authentication authunix_create(3nsl) - obsolete library routines for RPC authunix_create_default(3nsl) - obsolete library routines for RPC au_to(3bsm) - create audit record tokens au_to_arg32(3bsm) - create audit record tokens au_to_arg(3bsm) - create audit record tokens au_to_arg64(3bsm) - create audit record tokens au_to_attr(3bsm) - create audit record tokens au_to_cmd(3bsm) - create audit record tokens autoconf(1) - Generate configuration scripts au_to_data(3bsm) - create audit record tokens auto_ef(3ext) - auto encoding finder functions auto_ef_file(3ext) - auto encoding finder functions auto_ef_free(3ext) - auto encoding finder functions auto_ef_get_encoding(3ext) - auto encoding finder functions auto_ef_get_score(3ext) - auto encoding finder functions auto_ef_str(3ext) - auto encoding finder functions auto_execok(n) - standard library of Tcl procedures autofs(4) - file containing parameter values for automountd daemon and automount command au_to_groups(3bsm) - create audit record tokens autoheader(1) - Create a template header for configure auto_import(n) - standard library of Tcl procedures au_to_in_addr(3bsm) - create audit record tokens au_to_ipc(3bsm) - create audit record tokens au_to_iport(3bsm) - create audit record tokens auto_load(n) - standard library of Tcl procedures autom4te(1) - Generate files and scripts thanks to M4 automake-1.14(1) - manual page for automake 1.14.1 automake(1) - manual page for automake 1.14.1 au_to_me(3bsm) - create audit record tokens auto_mkindex(n) - standard library of Tcl procedures automount(1m) - install automatic mount points automountd(1m) - autofs mount/unmount daemon au_to_newgroups(3bsm) - create audit record tokens au_to_opaque(3bsm) - create audit record tokens au_to_path(3bsm) - create audit record tokens auto_path(n) - Variables used by Tcl au_to_process(3bsm) - create audit record tokens au_to_process_ex(3bsm) - create audit record tokens autopush(1m) - configures lists of automatically pushed STREAMS modules auto_qualify(n) - standard library of Tcl procedures autoreconf(1) - Update generated configuration files auto_reset(n) - standard library of Tcl procedures au_to_return32(3bsm) - create audit record tokens au_to_return(3bsm) - create audit record tokens au_to_return64(3bsm) - create audit record tokens autoscan(1) - Generate a preliminary configure.in au_to_socket(3bsm) - create audit record tokens au_to_subject(3bsm) - create audit record tokens au_to_subject_ex(3bsm) - create audit record tokens au_to_text(3bsm) - create audit record tokens autoupdate(1) - Update a configure.in to a newer Autoconf au_user_mask(3bsm) - get user's binary preselection mask au_write(3bsm) - construct and write audit records availability(5) - attributes of interfaces awk(1) - pattern scanning and processing language awrite(9e) - asynchronous write to a device backq(9f) - get pointer to the queue behind the current queue backtrace(3c) - walk stack pointed to by ucontext backtrace_symbols(3c) - walk stack pointed to by ucontext backtrace_symbols_fd(3c) - walk stack pointed to by ucontext banner(1) - make posters bart(1m) - basic audit reporting tool bart_manifest(4) - system audit manifest file bart_rules(4) - bart rules file basename(1) - deliver portions of path names basename(3c) - return the last element of a path name bash(1) - GNU Bourne-Again SHell bashbug(1) - report a bug in bash batch(1) - execute commands at a later time baudrate(3curses) - curses environment query routines baudrate(3) - curses environment query routines baudrate(3xcurses) - return terminal baud rate baudrate_sp(3) - curses screen-pointer extension bc(1) - arbitrary precision arithmetic language BC(3) - direct curses interface to the terminfo capability database bcanput(9f) - test for flow control in specified priority band bcmp(3c) - memory operations bcmp(9f) - compare two byte arrays bcm_sata(7d) - Broadcom HT1000 SATA controller driver bcopy(3c) - memory operations bcopy(9f) - copy data between address locations in the kernel bdiff(1) - big diff beep(3) - curses bell and screen flash routines beep(3curses) - curses bell and screen flash routines beep(3xcurses) - activate audio-visual alarm beep_sp(3) - curses screen-pointer extension bell(n) - Ring a display's bell ber_alloc(3ldap) - simplified Basic Encoding Rules library encoding functions ber_alloc_t(3ldap) - Basic Encoding Rules library decoding functions ber_alloc_t(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_bvarray_add(3) - OpenLDAP LBER types and allocation functions ber_bvarray_free(3) - OpenLDAP LBER types and allocation functions ber_bvdup(3ldap) - Basic Encoding Rules library decoding functions ber_bvdup(3) - OpenLDAP LBER types and allocation functions ber_bvecadd(3) - OpenLDAP LBER types and allocation functions ber_bvecfree(3ldap) - Basic Encoding Rules library decoding functions ber_bvecfree(3) - OpenLDAP LBER types and allocation functions ber_bvfree(3ldap) - Basic Encoding Rules library decoding functions ber_bvfree(3) - OpenLDAP LBER types and allocation functions ber_bvstr(3) - OpenLDAP LBER types and allocation functions ber_bvstrdup(3) - OpenLDAP LBER types and allocation functions ber_decode(3ldap) - Basic Encoding Rules library decoding functions ber_dupbv(3) - OpenLDAP LBER types and allocation functions ber_encode(3ldap) - simplified Basic Encoding Rules library encoding functions ber_first_element(3ldap) - Basic Encoding Rules library decoding functions ber_first_element(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_flatten(3ldap) - Basic Encoding Rules library decoding functions ber_flush(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_free(3ldap) - Basic Encoding Rules library decoding functions ber_free(3) - OpenLDAP LBER types and allocation functions ber_get_bitstring(3ldap) - Basic Encoding Rules library decoding functions ber_get_bitstring(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_boolean(3ldap) - Basic Encoding Rules library decoding functions ber_get_boolean(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_enum(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_int(3ldap) - Basic Encoding Rules library decoding functions ber_get_int(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_next(3ldap) - Basic Encoding Rules library decoding functions ber_get_next(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_null(3ldap) - Basic Encoding Rules library decoding functions ber_get_null(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_stringa(3ldap) - Basic Encoding Rules library decoding functions ber_get_stringa(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_get_stringal(3ldap) - Basic Encoding Rules library decoding functions ber_get_stringb(3ldap) - Basic Encoding Rules library decoding functions ber_get_stringb(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_init(3ldap) - Basic Encoding Rules library decoding functions ber_next_element(3ldap) - Basic Encoding Rules library decoding functions ber_next_element(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_peek_tag(3ldap) - Basic Encoding Rules library decoding functions ber_peek_tag(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_printf(3ldap) - simplified Basic Encoding Rules library encoding functions ber_printf(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_bitstring(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_boolean(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_enum(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_int(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_int(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_null(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_null(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_ostring(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_ostring(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_seq(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_seq(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_set(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_set(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_put_string(3ldap) - simplified Basic Encoding Rules library encoding functions ber_put_string(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_scanf(3ldap) - Basic Encoding Rules library decoding functions ber_scanf(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_skip_tag(3ldap) - Basic Encoding Rules library decoding functions ber_skip_tag(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for decoding ber_start_seq(3ldap) - simplified Basic Encoding Rules library encoding functions ber_start_set(3ldap) - simplified Basic Encoding Rules library encoding functions ber_start_set(3) - OpenLDAP LBER simplified Basic Encoding Rules library routines for encoding ber_str2bv(3) - OpenLDAP LBER types and allocation functions BF_cbc_encrypt(3) - Blowfish encryption BF_cfb64_encrypt(3) - Blowfish encryption BF_decrypt(3) - Blowfish encryption bfe(7d) - Device driver for Broadcom BCM4401 100Base-T NIC BF_ecb_encrypt(3) - Blowfish encryption BF_encrypt(3) - Blowfish encryption BF_ofb64_encrypt(3) - Blowfish encryption BF_options(3) - Blowfish encryption bfs(1) - big file scanner BF_set_key(3) - Blowfish encryption bg(1) - control process execution bge(7d) - SUNW, bge Gigabit Ethernet driver for Broadcom BCM57xx bgerror(n) - Command invoked to process background errors bgets(3gen) - read stream up to next delimiter binary(n) - Insert and extract fields from binary strings bind(3socket) - bind a name to a socket bind(3xnet) - bind a name to a socket bind(n) - Arrange for X events to invoke Tcl scripts bindtags(n) - Determine which bindings apply to a window, and order of evaluation bindtextdomain(3c) - message handling functions bind_textdomain_codeset(3c) - message handling functions BIO_append_filename(3) - FILE bio BIO_callback_ctrl(3) - BIO control operations bioclone(9f) - clone another buffer BIO_ctrl(3) - BIO control operations BIO_ctrl_get_read_request(3) - BIO pair BIO BIO_ctrl_get_write_guarantee(3) - BIO pair BIO BIO_ctrl_pending(3) - BIO control operations BIO_ctrl_reset_read_request(3) - BIO pair BIO BIO_ctrl_wpending(3) - BIO control operations BIO_debug_callback(3) - BIO callback functions BIO_destroy_bio_pair(3) - BIO pair BIO BIO_do_accept(3) - accept BIO BIO_do_connect(3) - connect BIO biodone(9f) - release buffer after buffer I/O transfer and notify blocked threads BIO_eof(3) - BIO control operations bioerror(9f) - indicate error in buffer header BIO_f_base64(3) - base64 BIO filter BIO_f_buffer(3) - buffering BIO BIO_f_cipher(3) - cipher BIO filter BIO_find_type(3) - BIO chain traversal biofini(9f) - uninitialize a buffer structure BIO_flush(3) - BIO control operations BIO_f_md(3) - message digest BIO filter BIO_f_null(3) - null filter BIO_free(3) - BIO allocation and freeing functions BIO_free_all(3) - BIO allocation and freeing functions BIO_f_ssl(3) - SSL BIO BIO_get_accept_port(3) - accept BIO BIO_get_bind_mode(3) - accept BIO BIO_get_callback(3) - BIO callback functions BIO_get_callback_arg(3) - BIO callback functions BIO_get_cipher_ctx(3) - cipher BIO filter BIO_get_cipher_status(3) - cipher BIO filter BIO_get_close(3) - BIO control operations BIO_get_conn_hostname(3) - connect BIO BIO_get_conn_int_port(3) - connect BIO BIO_get_conn_ip(3) - connect BIO BIO_get_conn_port(3) - connect BIO BIO_get_fd(3) - file descriptor BIO BIO_get_fp(3) - FILE bio BIO_get_info_callback(3) - BIO control operations BIO_get_md(3) - message digest BIO filter BIO_get_md_ctx(3) - message digest BIO filter BIO_get_mem_data(3) - memory BIO BIO_get_mem_ptr(3) - memory BIO BIO_get_num_renegotiates(3) - SSL BIO BIO_get_read_request(3) - BIO pair BIO BIO_get_retry_BIO(3) - BIO retry functions BIO_get_retry_reason(3) - BIO retry functions BIO_gets(3) - BIO I/O functions BIO_get_ssl(3) - SSL BIO BIO_get_write_buf_size(3) - BIO pair BIO BIO_get_write_guarantee(3) - BIO pair BIO bioinit(9f) - initialize a buffer structure BIO_int_ctrl(3) - BIO control operations BIO_make_bio_pair(3) - BIO pair BIO biomodified(9f) - check if a buffer is modified BIO_new(3) - BIO allocation and freeing functions BIO_new_bio_pair(3) - BIO pair BIO BIO_new_buffer_ssl_connect(3) - SSL BIO BIO_new_CMS(3) - CMS streaming filter BIO BIO_new_fd(3) - file descriptor BIO BIO_new_file(3) - FILE bio BIO_new_fp(3) - FILE bio BIO_new_mem_buf(3) - memory BIO BIO_new_socket(3) - socket BIO BIO_new_ssl(3) - SSL BIO BIO_new_ssl_connect(3) - SSL BIO BIO_next(3) - BIO chain traversal BIO_pending(3) - BIO control operations BIO_pop(3) - add and remove BIOs from a chain. BIO_ptr_ctrl(3) - BIO control operations BIO_push(3) - add and remove BIOs from a chain. BIO_puts(3) - BIO I/O functions BIO_read(3) - BIO I/O functions BIO_read_filename(3) - FILE bio BIO_reset(3) - BIO control operations bioreset(9f) - reuse a private buffer header after I/O is complete BIO_retry_type(3) - BIO retry functions BIO_rw_filename(3) - FILE bio BIO_s_accept(3) - accept BIO BIO_s_bio(3) - BIO pair BIO BIO_s_connect(3) - connect BIO BIO_seek(3) - BIO control operations BIO_set(3) - BIO allocation and freeing functions BIO_set_accept_bios(3) - accept BIO BIO_set_accept_port(3) - accept BIO BIO_set_bind_mode(3) - accept BIO BIO_set_callback(3) - BIO callback functions BIO_set_callback_arg(3) - BIO callback functions BIO_set_cipher(3) - cipher BIO filter BIO_set_close(3) - BIO control operations BIO_set_conn_hostname(3) - connect BIO BIO_set_conn_int_port(3) - connect BIO BIO_set_conn_ip(3) - connect BIO BIO_set_conn_port(3) - connect BIO BIO_set_fd(3) - file descriptor BIO BIO_set_fp(3) - FILE bio BIO_set_info_callback(3) - BIO control operations BIO_set_md(3) - message digest BIO filter BIO_set_mem_buf(3) - memory BIO BIO_set_mem_eof_return(3) - memory BIO BIO_set_nbio(3) - connect BIO BIO_set_nbio_accept(3) - accept BIO BIO_set_ssl(3) - SSL BIO BIO_set_ssl_mode(3) - SSL BIO BIO_set_ssl_renegotiate_bytes(3) - SSL BIO BIO_set_ssl_renegotiate_timeout(3) - SSL BIO BIO_set_write_buf_size(3) - BIO pair BIO BIO_s_fd(3) - file descriptor BIO BIO_s_file(3) - FILE bio BIO_should_io_special(3) - BIO retry functions BIO_should_read(3) - BIO retry functions BIO_should_retry(3) - BIO retry functions BIO_should_write(3) - BIO retry functions BIO_shutdown_wr(3) - BIO pair BIO biosize(9f) - returns size of a buffer structure BIO_s_mem(3) - memory BIO BIO_s_null(3) - null data sink BIO_ssl_copy_session_id(3) - SSL BIO BIO_ssl_shutdown(3) - SSL BIO BIO_s_socket(3) - socket BIO BIO_tell(3) - BIO control operations BIO_vfree(3) - BIO allocation and freeing functions biowait(9f) - suspend processes pending completion of block I/O BIO_wpending(3) - BIO control operations BIO_write(3) - BIO I/O functions BIO_write_filename(3) - FILE bio bison(1) - GNU Project parser generator (yacc replacement) BitmapBitOrder(3) - image format functions and macros bitmap(n) - Images that display two colors BitmapPad(3) - image format functions and macros BitmapUnit(3) - image format functions and macros bkgd(3curses) - curses window background manipulation routines bkgd(3) - curses window background manipulation routines bkgd(3xcurses) - set or get the background character (and rendition) of window bkgdset(3curses) - curses window background manipulation routines bkgdset(3) - curses window background manipulation routines bkgdset(3xcurses) - set or get the background character (and rendition) of window bkgrnd(3) - curses window complex background manipulation routines bkgrnd(3xcurses) - set or get the background character (and rendition) of window using a complex character bkgrndset(3) - curses window complex background manipulation routines bkgrndset(3xcurses) - set or get the background character (and rendition) of window using a complex character BlackPixel(3) - Display macros and functions BlackPixelOfScreen(3) - screen information functions and macros blksize(9p) - device size properties bmake(1) - maintain program dependencies bmp2tiff(1) - create a TIFF file from a Microsoft Windows Device Independent Bitmap image file BN_add(3) - arithmetic operations on BIGNUMs BN_add_word(3) - arithmetic functions on BIGNUMs with integers bn_add_words(3) - BIGNUM library internal functions BN_bin2bn(3) - format conversions BN_BLINDING_convert(3) - blinding related BIGNUM functions. BN_BLINDING_convert_ex(3) - blinding related BIGNUM functions. BN_BLINDING_create_param(3) - blinding related BIGNUM functions. BN_BLINDING_free(3) - blinding related BIGNUM functions. BN_BLINDING_get_flags(3) - blinding related BIGNUM functions. BN_BLINDING_get_thread_id(3) - blinding related BIGNUM functions. BN_BLINDING_invert(3) - blinding related BIGNUM functions. BN_BLINDING_invert_ex(3) - blinding related BIGNUM functions. BN_BLINDING_new(3) - blinding related BIGNUM functions. BN_BLINDING_set_flags(3) - blinding related BIGNUM functions. BN_BLINDING_set_thread_id(3) - blinding related BIGNUM functions. BN_BLINDING_update(3) - blinding related BIGNUM functions. BN_bn2bin(3) - format conversions BN_bn2dec(3) - format conversions BN_bn2hex(3) - format conversions BN_bn2mpi(3) - format conversions bn_check_top(3) - BIGNUM library internal functions BN_clear(3) - allocate and free BIGNUMs BN_clear_bit(3) - bit operations on BIGNUMs BN_clear_free(3) - allocate and free BIGNUMs BN_cmp(3) - BIGNUM comparison and test functions bn_cmp_words(3) - BIGNUM library internal functions BN_copy(3) - copy BIGNUMs BN_CTX_end(3) - use temporary BIGNUM variables BN_CTX_free(3) - allocate and free BN_CTX structures BN_CTX_get(3) - use temporary BIGNUM variables BN_CTX_init(3) - allocate and free BN_CTX structures BN_CTX_new(3) - allocate and free BN_CTX structures BN_CTX_start(3) - use temporary BIGNUM variables BN_dec2bn(3) - format conversions BN_div(3) - arithmetic operations on BIGNUMs BN_div_recp(3) - modular multiplication using reciprocal BN_div_word(3) - arithmetic functions on BIGNUMs with integers bn_div_words(3) - BIGNUM library internal functions bn_dump(3) - BIGNUM library internal functions BN_dup(3) - copy BIGNUMs BN_exp(3) - arithmetic operations on BIGNUMs bn_expand2(3) - BIGNUM library internal functions bn_expand(3) - BIGNUM library internal functions bn_fix_top(3) - BIGNUM library internal functions BN_free(3) - allocate and free BIGNUMs BN_from_montgomery(3) - Montgomery multiplication BN_gcd(3) - arithmetic operations on BIGNUMs BN_generate_prime(3) - generate primes and test for primality BN_get_word(3) - BIGNUM assignment operations BN_hex2bn(3) - format conversions BN_init(3) - allocate and free BIGNUMs bn_internal(3) - BIGNUM library internal functions BN_is_bit_set(3) - bit operations on BIGNUMs BN_is_odd(3) - BIGNUM comparison and test functions BN_is_one(3) - BIGNUM comparison and test functions BN_is_prime(3) - generate primes and test for primality BN_is_prime_fasttest(3) - generate primes and test for primality BN_is_word(3) - BIGNUM comparison and test functions BN_is_zero(3) - BIGNUM comparison and test functions BN_lshift1(3) - bit operations on BIGNUMs BN_lshift(3) - bit operations on BIGNUMs BN_mask_bits(3) - bit operations on BIGNUMs BN_mod(3) - arithmetic operations on BIGNUMs BN_mod_add(3) - arithmetic operations on BIGNUMs BN_mod_exp(3) - arithmetic operations on BIGNUMs BN_mod_inverse(3) - compute inverse modulo n BN_mod_mul(3) - arithmetic operations on BIGNUMs BN_mod_mul_montgomery(3) - Montgomery multiplication BN_mod_mul_reciprocal(3) - modular multiplication using reciprocal BN_mod_sqr(3) - arithmetic operations on BIGNUMs BN_mod_sub(3) - arithmetic operations on BIGNUMs BN_mod_word(3) - arithmetic functions on BIGNUMs with integers BN_MONT_CTX_copy(3) - Montgomery multiplication BN_MONT_CTX_free(3) - Montgomery multiplication BN_MONT_CTX_init(3) - Montgomery multiplication BN_MONT_CTX_new(3) - Montgomery multiplication BN_MONT_CTX_set(3) - Montgomery multiplication BN_mpi2bn(3) - format conversions BN_mul(3) - arithmetic operations on BIGNUMs bn_mul_add_words(3) - BIGNUM library internal functions bn_mul_comba4(3) - BIGNUM library internal functions bn_mul_comba8(3) - BIGNUM library internal functions bn_mul_high(3) - BIGNUM library internal functions bn_mul_low_normal(3) - BIGNUM library internal functions bn_mul_low_recursive(3) - BIGNUM library internal functions bn_mul_normal(3) - BIGNUM library internal functions bn_mul_part_recursive(3) - BIGNUM library internal functions bn_mul_recursive(3) - BIGNUM library internal functions BN_mul_word(3) - arithmetic functions on BIGNUMs with integers bn_mul_words(3) - BIGNUM library internal functions BN_new(3) - allocate and free BIGNUMs BN_nnmod(3) - arithmetic operations on BIGNUMs BN_num_bits(3) - get BIGNUM size BN_num_bits_word(3) - get BIGNUM size BN_num_bytes(3) - get BIGNUM size BN_one(3) - BIGNUM assignment operations bn_print(3) - BIGNUM library internal functions BN_print(3) - format conversions BN_print_fp(3) - format conversions BN_pseudo_rand(3) - generate pseudo-random number BN_rand(3) - generate pseudo-random number BN_RECP_CTX_free(3) - modular multiplication using reciprocal BN_RECP_CTX_init(3) - modular multiplication using reciprocal BN_RECP_CTX_new(3) - modular multiplication using reciprocal BN_RECP_CTX_set(3) - modular multiplication using reciprocal BN_rshift1(3) - bit operations on BIGNUMs BN_rshift(3) - bit operations on BIGNUMs BN_set_bit(3) - bit operations on BIGNUMs bn_set_high(3) - BIGNUM library internal functions bn_set_low(3) - BIGNUM library internal functions bn_set_max(3) - BIGNUM library internal functions BN_set_word(3) - BIGNUM assignment operations BN_sqr(3) - arithmetic operations on BIGNUMs bn_sqr_comba4(3) - BIGNUM library internal functions bn_sqr_comba8(3) - BIGNUM library internal functions bn_sqr_normal(3) - BIGNUM library internal functions bn_sqr_recursive(3) - BIGNUM library internal functions bn_sqr_words(3) - BIGNUM library internal functions BN_sub(3) - arithmetic operations on BIGNUMs BN_sub_word(3) - arithmetic functions on BIGNUMs with integers bn_sub_words(3) - BIGNUM library internal functions BN_swap(3) - exchange BIGNUMs BN_to_montgomery(3) - Montgomery multiplication BN_ucmp(3) - BIGNUM comparison and test functions BN_value_one(3) - BIGNUM assignment operations bn_wexpand(3) - BIGNUM library internal functions BN_zero(3) - BIGNUM assignment operations body(n) - change the body for a class method/proc boolcodes(3) - curses terminfo global variables boolfnames(3) - curses terminfo global variables boolnames(3) - curses terminfo global variables bootadm(1m) - manage bootability of GRUB-enabled operating system bootfs(7fs) - boot-time module file system bootparams(4) - boot parameter data base border(3) - create curses borders, horizontal and vertical lines border(3curses) - create curses borders, horizontal and vertical lines border(3xcurses) - add a single-byte border to a window border_set(3) - create curses borders or lines using complex characters and renditions border_set(3xcurses) - use complex characters (and renditions) to draw borders bottom_panel(3curses) - panels deck manipulation routines bottom_panel(3) - panel stack extension for curses box(3) - create curses borders, horizontal and vertical lines box(3curses) - create curses borders, horizontal and vertical lines box(3xcurses) - add a single-byte border to a window box_set(3) - create curses borders or lines using complex characters and renditions box_set(3xcurses) - use complex characters (and renditions) to draw borders bp_copyin(9f) - copy from a buf(9S) into a driver buffer bp_copyout(9f) - copy from a driver buffer into a buf(9S)bp_mapin(9f) - allocate virtual address space bp_mapout(9f) - deallocate virtual address space brands(5) - alternate operating environments for non-global zones break(n) - Abort looping command brk(2) - change the amount of space allocated for the calling process's data segment bsdinstall(1) - install binaries bsdmalloc(3malloc) - memory allocator bsd_signal(3c) - simplified signal facilities bsearch(3c) - binary search a sorted table bstring(3c) - memory operations btop(9f) - convert size in bytes to size in pages (round down) btopr(9f) - convert size in bytes to size in pages (round up) btowc(3c) - single-byte to wide-character conversion buf(9s) - block I/O data transfer structure bufcall(9f) - call a function when a buffer becomes available BUF_MEM_free(3) - simple character arrays structure BUF_MEM_grow(3) - simple character arrays structure BUF_MEM_new(3) - simple character arrays structure bufmod(7m) - STREAMS Buffer Module bufsplit(3gen) - split buffer into fields BUF_strdup(3) - simple character arrays structure bunyan(1) - filter and pretty-print Bunyan log file content bunzip2(1) - a block-sorting file compressor, v1.0.6 busstat(1m) - report bus-related performance statistics busy(n) - confine pointer and keyboard events to a window sub-tree button(n) - Create and manipulate button widgets byteorder(3socket) - convert values between host and network byte order bzcat(1) - decompresses files to stdout bzcmp(1) - compare bzip2 compressed files bzdiff(1) - compare bzip2 compressed files bzegrep(1) - search possibly bzip2 compressed files for a regular expression bzero(3c) - memory operations bzero(9f) - clear memory for a given number of bytes bzfgrep(1) - search possibly bzip2 compressed files for a regular expression bzgrep(1) - search possibly bzip2 compressed files for a regular expression bzip2(1) - a block-sorting file compressor, v1.0.6 bzip2recover(1) - recovers data from damaged bzip2 files bzless(1) - file perusal filter for crt viewing of bzip2 compressed text bzmore(1) - file perusal filter for crt viewing of bzip2 compressed text c2ph(1) - Dump C structures as generated from "cc - g - S" stabs C(5) - standards and specifications supported by Solaris C++(5) - standards and specifications supported by Solaris cabs(3m) - return a complex absolute value cacos(3m) - complex arc cosine functions cacosh(3m) - complex arc hyperbolic cosine functions cal(1) - display a calendar calendar(1) - reminder service calloc(3c) - memory allocator calloc(3malloc) - memory allocator callrpc(3nsl) - obsolete library routines for RPC cancellation(5) - overview of concepts related to POSIX thread cancellation can_change_color(3) - curses color manipulation routines can_change_color(3curses) - curses color manipulation functions can_change_color(3xcurses) - manipulate color information can_change_color_sp(3) - curses screen-pointer extension canput(9f) - test for room in a message queue canvas(n) - Create and manipulate canvas widgets CA.pl(1) - friendlier interface for OpenSSL certificate programs captoinfo(1) - convert a termcap description into a terminfo description captoinfo(1m) - convert a termcap description into a terminfo description cardbus(4) - configuration files for cardbus device drivers carg(3m) - complex argument functions case(n) - Evaluate one of several scripts, depending on a given value casin(3m) - complex arc sine functions casinh(3m) - complex arc hyperbolic sine functions cat(1) - concatenate and display files catan(3m) - complex arc tangent functions catanh(3m) - complex arc hyperbolic tangent functions catch(n) - Evaluate script and trap exceptional returns catclose(3c) - open/close a message catalog catgets(3c) - read a program message catman(1m) - create the formatted files for the reference manual catopen(3c) - open/close a message catalog cbc_crypt(3ext) - fast DES encryption cb_ops(9s) - character/block entry points structure cbreak(3curses) - curses terminal input option control routines cbreak(3) - curses input options cbreak(3xcurses) - set input mode controls cbreak_sp(3) - curses screen-pointer extension cbrt(3m) - cube root functions ccos(3m) - complex cosine functions ccosh(3m) - complex hyperbolic cosine functions cd(1) - change working directory cdio(7i) - CD-ROM control operations cd(n) - Change working directory ceil(3m) - ceiling value function ceiling_panel(3) - curses screen-pointer extension CellsOfScreen(3) - screen information functions and macros cexp(3m) - complex exponential functions cfc_file_start(3tecla) - look up possible completions for a word cfc_literal_escapes(3tecla) - look up possible completions for a word cfc_set_check_fn(3tecla) - look up possible completions for a word cfgadm(1m) - configuration administration cfgadm_fp(1m) - driver specific commands for cfgadm cfgadm_pci(1m) - PCI, CompactPCI, and PCI Express Hotplug hardware specific commands for cfgadm cfgadm_sata(1m) - SATA hardware-specific commands for cfgadm cfgadm_scsi(1m) - SCSI hardware specific commands for cfgadm cfgadm_usb(1m) - USB hardware-specific commands for cfgadm cfgetispeed(3c) - get input and output baud rate cfgetospeed(3c) - get input and output baud rate c++filt(1) - Demangle C++ and Java symbols. cfsetispeed(3c) - set input and output baud rate cfsetospeed(3c) - set input and output baud rate cftime(3c) - convert date and time to string chan(n) - Read, write and manipulate channels charmap(5) - character set description file chdir(2) - change working directory checkbutton(n) - Create and manipulate checkbutton widgets checkeq(1) - typeset mathematics test check-hostname(1m) - check if sendmail can determine the system's fully-qualified host name checknr(1) - check nroff and troff input files; report possible errors check-permissions(1m) - check permissions on mail rerouting files chgat(3) - curses character and window attribute control routines chgat(3xcurses) - change the rendition of characters in a window chgrp(1) - change file group ownership chkauthattr(3secdb) - get authorization entry chkey(1) - change user's secure RPC key pair chmod(1) - change the permissions mode of a file chmod(2) - change access permission mode of file chown(1) - change file ownership chown(2) - change owner and group of a file chpoll(9e) - poll entry point for a non-STREAMS character driver chroot(1m) - change root directory for a command chroot(2) - change root directory chxge(7d) - Chelsio Ethernet network interface controllers cimag(3m) - complex imaginary functions cjpeg(1) - compress an image file to a JPEG file ckalloc(3) - allocate or free heap memory ckdate(1) - prompts for and validates a date ckfree(3) - allocate or free heap memory ckgid(1) - prompts for and validates a group id ckint(1) - display a prompt; verify and return an integer value ckitem(1) - build a menu; prompt for and return a menu item ckkeywd(1) - prompts for and validates a keyword ckpath(1) - display a prompt; verify and return a pathname ckrange(1) - prompts for and validates an integer ckrealloc(3) - allocate or free heap memory ckstr(1) - display a prompt; verify and return a string answer cksum(1) - write file checksums and sizes cktime(1) - display a prompt; verify and return a time of day ckuid(1) - prompts for and validates a user ID ckyorn(1) - prompts for and validates yes/no class(n) - create a class of objects cldap_close(3ldap) - dispose of connectionless LDAP pointer cldap_open(3ldap) - LDAP connectionless communication preparation cldap_search_s(3ldap) - connectionless LDAP search cldap_setretryinfo(3ldap) - set connectionless LDAP request retransmission parameters clear(1) - clear the terminal screen clear(3) - clear all or part of a curses window clear(3curses) - clear all or part of a curses window clear(3xcurses) - clear a window clearerr(3c) - stream status inquiries clear_locks(1m) - clear locks held on behalf of an NFS client clearok(3curses) - curses terminal output option control routines clearok(3) - curses output options clearok(3xcurses) - terminal output control functions ClientWhitePointOfCCC(3) - Color Conversion Context macros clinfo(1m) - display cluster information clipboard(n) - Manipulate Tk clipboard clnt_broadcast(3nsl) - obsolete library routines for RPC clnt_call(3nsl) - library routines for client side calls clnt_control(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_create_timed(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_create_vers(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_create_vers_timed(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_destroy(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_dg_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_door_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_freeres(3nsl) - library routines for client side calls clnt_geterr(3nsl) - library routines for client side calls clnt_pcreateerror(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_perrno(3nsl) - library routines for client side calls clnt_perror(3nsl) - library routines for client side calls clnt_raw_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clntraw_create(3nsl) - obsolete library routines for RPC clnt_send(3nsl) - library routines for client side calls clnt_spcreateerror(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_sperrno(3nsl) - library routines for client side calls clnt_sperror(3nsl) - library routines for client side calls clnttcp_create(3nsl) - obsolete library routines for RPC clnt_tli_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_tp_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clnt_tp_create_timed(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clntudp_bufcreate(3nsl) - obsolete library routines for RPC clntudp_create(3nsl) - obsolete library routines for RPC clnt_vc_create(3nsl) - library routines for dealing with creation and manipulation of CLIENT handles clock(3c) - report CPU time used clock_getres(3c) - high-resolution clock operations clock_gettime(3c) - high-resolution clock operations clock_nanosleep(3c) - high resolution sleep with specifiable clock clock(n) - Obtain and manipulate dates and times clock_settime(3c) - high-resolution clock operations clog(3m) - complex natural logarithm functions close(2) - close a file descriptor close(9e) - relinquish access to a device closedir(3c) - close a directory stream closefrom(3c) - close or iterate over open file descriptors closelog(3c) - control system log close(n) - Close an open channel clrbuf(9f) - erase the contents of a buffer clri(1m) - clear inode clrtobot(3) - clear all or part of a curses window clrtobot(3curses) - clear all or part of a curses window clrtobot(3xcurses) - clear to the end of a window clrtoeol(3) - clear all or part of a curses window clrtoeol(3curses) - clear all or part of a curses window clrtoeol(3xcurses) - clear to the end of a line cmdk(7d) - common disk driver cmn_err(9f) - display an error message or panic the system cmp(1) - compare two files cmp(1) - compare two files byte by byte CMS_add0_cert(3) - CMS certificate and CRL utility functions CMS_add0_crl(3) - CMS certificate and CRL utility functions CMS_add0_recipient_key(3) - add recipients to a CMS enveloped data structure CMS_add1_cert(3) - CMS certificate and CRL utility functions CMS_add1_ReceiptRequest(3) - CMS signed receipt request functions. CMS_add1_recipient_cert(3) - add recipients to a CMS enveloped data structure CMS_compress(3) - create a CMS CompressedData structure CMS_decrypt(3) - decrypt content from a CMS envelopedData structure CMS_encrypt(3) - create a CMS envelopedData structure CMS_final(3) - finalise a CMS_ContentInfo structure CMS_get0_eContentType(3) - get and set CMS content types CMS_get0_RecipientInfos(3) - CMS envelopedData RecipientInfo routines CMS_get0_SignerInfos(3) - CMS signedData signer functions. CMS_get0_type(3) - get and set CMS content types CMS_get1_certs(3) - CMS certificate and CRL utility functions CMS_get1_crls(3) - CMS certificate and CRL utility functions CMS_get1_ReceiptRequest(3) - CMS signed receipt request functions. CMS_ReceiptRequest_create0(3) - CMS signed receipt request functions. CMS_ReceiptRequest_get0_values(3) - CMS signed receipt request functions. CMS_RecipientInfo_decrypt(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_kekri_get0_id(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_kekri_id_cmp(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_ktri_cert_cmp(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_ktri_get0_signer_id(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_set0_key(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_set0_pkey(3) - CMS envelopedData RecipientInfo routines CMS_RecipientInfo_type(3) - CMS envelopedData RecipientInfo routines CMS_set1_eContentType(3) - get and set CMS content types CMS_set1_signer_certs(3) - CMS signedData signer functions. CMS_sign(3) - create a CMS SignedData structure CMS_sign_add1_signer(3) - add a signer to a CMS_ContentInfo signed data structure. CMS_SignerInfo_cert_cmp(3) - CMS signedData signer functions. CMS_SignerInfo_get0_signer_id(3) - CMS signedData signer functions. CMS_SignerInfo_sign(3) - add a signer to a CMS_ContentInfo signed data structure. CMS_sign_receipt(3) - create a CMS signed receipt CMS_uncompress(3) - uncompress a CMS CompressedData structure CMS_verify(3) - verify a CMS SignedData structure CMS_verify_receipt(3) - verify a CMS signed receipt code(n) - capture the namespace context for a code fragment col(1) - reverse line-feeds filter color_content(3) - curses color manipulation routines color_content(3curses) - curses color manipulation functions color_content(3xcurses) - manipulate color information color_content_sp(3) - curses screen-pointer extension COLOR_PAIR(3) - curses color manipulation routines COLOR_PAIR(3xcurses) - manipulate color information COLOR_PAIRS(3) - curses global variables COLOR_PAIRS(3xcurses) - manipulate color information COLORS(3) - curses global variables COLORS(3xcurses) - manipulate color information color_set(3) - curses character and window attribute control routines color_set(3xcurses) - control window attributes colors(n) - symbolic color names recognized by Tk COLS(3) - curses global variables COLS(3xcurses) - number of columns on terminal screen column(1) - columnate lists comm(1) - select or reject lines common to two files command(1) - execute a simple command comp_err(1) - compile MySQL error message file compile(3gen) - regular expression compile and match routines compile(5) - simple regular expression compile and match routines complex(3head) - complex arithmetic complex.h(3head) - complex arithmetic Compose(3) - X client mappings for multi-key input sequences Compose(5) - X client mappings for multi-key input sequences compress(1) - compress, uncompress files or display expanded files compver(4) - compatible versions file concat(n) - Join lists together cond_broadcast(3c) - condition variables cond_destroy(3c) - condition variables cond_init(3c) - condition variables condition(5) - concepts related to condition variables cond_reltimedwait(3c) - condition variables cond_signal(3c) - condition variables cond_timedwait(3c) - condition variables condvar(9f) - condition variable routines cond_wait(3c) - condition variables config_admin(3cfgadm) - configuration administration interface config_ap_id_cmp(3cfgadm) - configuration administration interface configbody(n) - change the "config" code for a public variable config_change_state(3cfgadm) - configuration administration interface config_data(1) - Query or change configuration of Perl modules config.guess(1) - guess the build system triplet config_list(3cfgadm) - configuration administration interface config_list_ext(3cfgadm) - configuration administration interface config_private_func(3cfgadm) - configuration administration interface config_stat(3cfgadm) - configuration administration interface config_strerror(3cfgadm) - configuration administration interface config.sub(1) - validate and canonicalize a configuration triplet config_test(3cfgadm) - configuration administration interface config_unload_libs(3cfgadm) - configuration administration interface CONF_modules_finish(3) - OpenSSL configuration cleanup functions CONF_modules_free(3) - OpenSSL configuration cleanup functions CONF_modules_load(3) - OpenSSL configuration functions CONF_modules_load_file(3) - OpenSSL configuration functions CONF_modules_unload(3) - OpenSSL configuration cleanup functions confstr(3c) - get configurable variables conj(3m) - complex conjugate functions connect(3socket) - initiate a connection on a socket connect(3xnet) - connect a socket ConnectionNumber(3) - Display macros and functions connld(7m) - line discipline for unique stream connections consadm(1m) - select or display devices used as auxiliary console devices console(n) - Control the console on systems without a real console contents(4) - list of files and associated packages continue(n) - Skip to the next iteration of a loop contract(4) - the contract file system copyb(9f) - copy a message block copyin(9f) - copy data from a user program to a driver buffer copylist(3gen) - copy a file into memory copymsg(9f) - copy a message copyout(9f) - copy data from a driver to a user program copyreq(9s) - STREAMS data structure for the M_COPYIN and the M_COPYOUT message types copyresp(9s) - STREAMS data structure for the M_IOCDATA message type copyright(4) - copyright information file copysign(3m) - number manipulation function copywin(3curses) - overlap and manipulate overlapped curses windows copywin(3) - overlay and manipulate overlapped curses windows copywin(3xcurses) - overlay or overwrite any portion of window core(4) - process core file coreadm(1m) - core file administration corelist(1) - a commandline frontend to Module::CoreList coroutine(n) - Create and produce values from coroutines cos(3m) - cosine function cosh(3m) - hyperbolic cosine function cp(1) - copy files cpan(1) - easily interact with CPAN from the command line cpan2dist(1) - The CPANPLUS distribution creator cpanp(1) - The CPANPLUS launcher cpc(3cpc) - hardware performance counters cpc_access(3cpc) - test access CPU performance counters cpc_bind_cpu(3cpc) - bind request sets to hardware counters cpc_bind_curlwp(3cpc) - bind request sets to hardware counters cpc_bind_event(3cpc) - use CPU performance counters on lwps cpc_bind_pctx(3cpc) - bind request sets to hardware counters cpc_buf_add(3cpc) - sample and manipulate CPC data cpc_buf_copy(3cpc) - sample and manipulate CPC data cpc_buf_create(3cpc) - sample and manipulate CPC data cpc_buf_destroy(3cpc) - sample and manipulate CPC data cpc_buf_get(3cpc) - sample and manipulate CPC data cpc_buf_hrtime(3cpc) - sample and manipulate CPC data cpc_buf_set(3cpc) - sample and manipulate CPC data cpc_buf_sub(3cpc) - sample and manipulate CPC data cpc_buf_tick(3cpc) - sample and manipulate CPC data cpc_buf_zero(3cpc) - sample and manipulate CPC data cpc_caps(3cpc) - determine CPU performance counter configuration cpc_cciname(3cpc) - determine CPU performance counter configuration cpc_close(3cpc) - initialize the CPU Performance Counter library cpc_count_sys_events(3cpc) - enable and disable performance counters cpc_count_usr_events(3cpc) - enable and disable performance counters cpc_cpuref(3cpc) - determine CPU performance counter configuration cpc_disable(3cpc) - enable and disable performance counters cpc_enable(3cpc) - enable and disable performance counters cpc_event(3cpc) - data structure to describe CPU performance counters cpc_event_accum(3cpc) - simple difference and accumulate operations cpc_event_diff(3cpc) - simple difference and accumulate operations cpc_eventtostr(3cpc) - translate strings to and from events cpc_getcciname(3cpc) - determine CPU performance counter configuration cpc_getcpuref(3cpc) - determine CPU performance counter configuration cpc_getcpuver(3cpc) - determine CPU performance counter configuration cpc_getnpic(3cpc) - determine CPU performance counter configuration cpc_getusage(3cpc) - determine CPU performance counter configuration cpc_npic(3cpc) - determine CPU performance counter configuration cpc_open(3cpc) - initialize the CPU Performance Counter library cpc_pctx_bind_event(3cpc) - access CPU performance counters in other processes cpc_pctx_invalidate(3cpc) - access CPU performance counters in other processes cpc_pctx_rele(3cpc) - access CPU performance counters in other processes cpc_pctx_take_sample(3cpc) - access CPU performance counters in other processes cpc_rele(3cpc) - use CPU performance counters on lwps cpc_request_preset(3cpc) - bind request sets to hardware counters cpc_set_add_request(3cpc) - manage sets of counter requests cpc_set_create(3cpc) - manage sets of counter requests cpc_set_destroy(3cpc) - manage sets of counter requests cpc_seterrfn(3cpc) - control libcpc error reporting cpc_seterrhndlr(3cpc) - control libcpc error reporting cpc_set_restart(3cpc) - bind request sets to hardware counters cpc_set_sample(3cpc) - sample and manipulate CPC data cpc_shared_bind_event(3cpc) - use CPU performance counters on processors cpc_shared_close(3cpc) - use CPU performance counters on processors cpc_shared_open(3cpc) - use CPU performance counters on processors cpc_shared_rele(3cpc) - use CPU performance counters on processors cpc_shared_take_sample(3cpc) - use CPU performance counters on processors cpc_strtoevent(3cpc) - translate strings to and from events cpc_take_sample(3cpc) - use CPU performance counters on lwps cpc_unbind(3cpc) - bind request sets to hardware counters cpc_version(3cpc) - coordinate CPC library and application versions cpc_walk_attrs(3cpc) - determine CPU performance counter configuration cpc_walk_events_all(3cpc) - determine CPU performance counter configuration cpc_walk_events_pic(3cpc) - determine CPU performance counter configuration cpc_walk_generic_events_all(3cpc) - determine CPU performance counter configuration cpc_walk_generic_events_pic(3cpc) - determine CPU performance counter configuration cpc_walk_names(3cpc) - determine CPU performance counter configuration cpc_walk_requests(3cpc) - manage sets of counter requests cpio(1) - copy file archives in and out cpio(3head) - cpio archive values cpio(5) - format of cpio archive files cpio.h(3head) - cpio archive values cpl_add_completion(3tecla) - look up possible completions for a word cpl_check_exe(3tecla) - look up possible completions for a word cpl_complete_word(3tecla) - look up possible completions for a word cpl_file_completions(3tecla) - look up possible completions for a word cpl_last_error(3tecla) - look up possible completions for a word cpl_list_completions(3tecla) - look up possible completions for a word cpl_recall_matches(3tecla) - look up possible completions for a word cpl_record_error(3tecla) - look up possible completions for a word cplus_demangle(3ext) - decode a C++ encoded symbol name cpow(3m) - complex power functions cpqary3(7d) - provides disk and SCSI tape support for HP Smart Array controllers cpr(7) - Suspend and resume module cproj(3m) - complex projection functions cpuid(7d) - CPU identification driver cpustat(1m) - monitor system behavior using CPU performance counters cputrack(1) - monitor process and LWP behavior using CPU performance counters creal(3m) - complex real functions creat(2) - create a new file or rewrite an existing one crgetgid(9f) - access and change parts of the cred_t structure crgetgroups(9f) - access and change parts of the cred_t structure crgetngroups(9f) - access and change parts of the cred_t structure crgetrgid(9f) - access and change parts of the cred_t structure crgetruid(9f) - access and change parts of the cred_t structure crgetsgid(9f) - access and change parts of the cred_t structure crgetsuid(9f) - access and change parts of the cred_t structure crgetuid(9f) - access and change parts of the cred_t structure crgetzoneid(9f) - access and change parts of the cred_t structure crle(1) - configure runtime linking environment cron(1m) - clock daemon crontab(1) - user crontab file crypt(1) - encode or decode a file crypt(3c) - string encoding function crypt(3ext) - password and file encryption functions crypt_bsdbf(5) - password hashing module using Blowfish cryptographic algorithm crypt_bsdmd5(5) - password hashing module using MD5 message hash algorithm crypt_close(3ext) - password and file encryption functions crypt.conf(4) - configuration file for pluggable crypt modules crypt_genhash_impl(3c) - generate encrypted password crypt_gensalt(3c) - generate salt string for string encoding crypt_gensalt_impl(3c) - generate salt for password encryption cryptoadm(1m) - cryptographic framework administration crypto_certs(4) - directory for certificate files for Solaris Cryptographic Framework CRYPTO_destroy_dynlockid(3) - OpenSSL thread support CRYPTO_get_ex_data(3) - internal application specific data functions CRYPTO_get_new_dynlockid(3) - OpenSSL thread support CRYPTO_lock(3) - OpenSSL thread support CRYPTO_num_locks(3) - OpenSSL thread support CRYPTO_set_dynlock_create_callback(3) - OpenSSL thread support CRYPTO_set_dynlock_destroy_callback(3) - OpenSSL thread support CRYPTO_set_dynlock_lock_callback(3) - OpenSSL thread support CRYPTO_set_ex_data(3) - internal application specific data functions CRYPTO_set_locking_callback(3) - OpenSSL thread support CRYPTO_THREADID_cmp(3) - OpenSSL thread support CRYPTO_THREADID_cpy(3) - OpenSSL thread support CRYPTO_THREADID_current(3) - OpenSSL thread support CRYPTO_THREADID_get_callback(3) - OpenSSL thread support CRYPTO_THREADID_hash(3) - OpenSSL thread support CRYPTO_THREADID_set_callback(3) - OpenSSL thread support crypt_sha256(5) - password hashing module using SHA-256 message hash algorithm crypt_sha512(5) - password hashing module using SHA-512 message hash algorithm crypt_sunmd5(5) - password hashing module using MD5 message hash algorithm crypt_unix(5) - traditional UNIX crypt algorithm cset(3c) - get information on EUC codesets csetcol(3c) - get information on EUC codesets csetlen(3c) - get information on EUC codesets csetno(3c) - get information on EUC codesets csh(1) - shell command interpreter with a C-like syntax CSI(5) - attributes of interfaces csin(3m) - complex sine functions csinh(3m) - complex hyperbolic sine functions csplit(1) - split files based on context csqrt(3m) - complex square root functions csx_AccessConfigurationRegister(9f) - read or write a PC Card Configuration Register csx_ConvertSize(9f) - convert device sizes csx_ConvertSpeed(9f) - convert device speeds csx_CS_DDI_Info(9f) - obtain DDI information csx_DeregisterClient(9f) - remove client from Card Services list csx_DupHandle(9f) - duplicate access handle csx_Error2Text(9f) - convert error return codes to text strings csx_Event2Text(9f) - convert events to text strings csx_event_handler(9e) - PC Card driver event handler csx_FreeHandle(9f) - free access handle csx_Get16(9f) - read data from device address csx_Get32(9f) - read data from device address csx_Get64(9f) - read data from device address csx_Get8(9f) - read data from device address csx_GetEventMask(9f) - set or return the client event mask for the client csx_GetFirstClient(9f) - return first or next client csx_GetFirstTuple(9f) - return Card Information Structure tuple csx_GetHandleOffset(9f) - return current access handle offset csx_GetMappedAddr(9f) - return mapped virtual address csx_GetNextClient(9f) - return first or next client csx_GetNextTuple(9f) - return Card Information Structure tuple csx_GetStatus(9f) - return the current status of a PC Card and its socket csx_GetTupleData(9f) - return the data portion of a tuple csx_MakeDeviceNode(9f) - create and remove minor nodes on behalf of the client csx_MapLogSocket(9f) - return the physical socket number associated with the client handle csx_MapMemPage(9f) - map the memory area on a PC Card csx_ModifyConfiguration(9f) - modify socket and PC Card Configuration Register csx_ModifyWindow(9f) - modify window attributes csx_Parse_CISTPL_BATTERY(9f) - parse the Battery Replacement Date tuple csx_Parse_CISTPL_BYTEORDER(9f) - parse the Byte Order tuple csx_Parse_CISTPL_CFTABLE_ENTRY(9f) - parse 16-bit Card Configuration Table Entry tuple csx_Parse_CISTPL_CONFIG(9f) - parse Configuration tuple csx_Parse_CISTPL_DATE(9f) - parse the Card Initialization Date tuple csx_Parse_CISTPL_DEVICE(9f) - parse Device Information tuples csx_Parse_CISTPL_DEVICE_A(9f) - parse Device Information tuples csx_Parse_CISTPL_DEVICEGEO(9f) - parse the Device Geo tuple csx_Parse_CISTPL_DEVICEGEO_A(9f) - parse the Device Geo A tuple csx_Parse_CISTPL_DEVICE_OA(9f) - parse Device Information tuples csx_Parse_CISTPL_DEVICE_OC(9f) - parse Device Information tuples csx_Parse_CISTPL_FORMAT(9f) - parse the Data Recording Format tuple csx_Parse_CISTPL_FUNCE(9f) - parse Function Extension tuple csx_Parse_CISTPL_FUNCID(9f) - parse Function Identification tuple csx_Parse_CISTPL_GEOMETRY(9f) - parse the Geometry tuple csx_Parse_CISTPL_JEDEC_A(9f) - parse JEDEC Identifier tuples csx_Parse_CISTPL_JEDEC_C(9f) - parse JEDEC Identifier tuples csx_Parse_CISTPL_LINKTARGET(9f) - parse the Link Target tuple csx_Parse_CISTPL_LONGLINK_A(9f) - parse the Long Link A and C tuples csx_Parse_CISTPL_LONGLINK_C(9f) - parse the Long Link A and C tuples csx_Parse_CISTPL_LONGLINK_MFC(9f) - parse the Multi-Function tuple csx_Parse_CISTPL_MANFID(9f) - parse Manufacturer Identification tuple csx_Parse_CISTPL_ORG(9f) - parse the Data Organization tuple csx_Parse_CISTPL_SPCL(9f) - parse the Special Purpose tuple csx_Parse_CISTPL_SWIL(9f) - parse the Software Interleaving tuple csx_Parse_CISTPL_VERS_1(9f) - parse Level-1 Version/Product Information tuple csx_Parse_CISTPL_VERS_2(9f) - parse Level-2 Version and Information tuple csx_ParseTuple(9f) - generic tuple parser csx_Put16(9f) - write to device register csx_Put32(9f) - write to device register csx_Put64(9f) - write to device register csx_Put8(9f) - write to device register csx_RegisterClient(9f) - register a client csx_ReleaseConfiguration(9f) - release PC Card and socket configuration csx_ReleaseIO(9f) - request or release I/O resources for the client csx_ReleaseIRQ(9f) - request or release IRQ resource csx_ReleaseSocketMask(9f) - set or clear the client's client event mask csx_ReleaseWindow(9f) - request or release window resources csx_RemoveDeviceNode(9f) - create and remove minor nodes on behalf of the client csx_RepGet16(9f) - read repetitively from the device register csx_RepGet32(9f) - read repetitively from the device register csx_RepGet64(9f) - read repetitively from the device register csx_RepGet8(9f) - read repetitively from the device register csx_RepPut16(9f) - write repetitively to the device register csx_RepPut32(9f) - write repetitively to the device register csx_RepPut64(9f) - write repetitively to the device register csx_RepPut8(9f) - write repetitively to the device register csx_RequestConfiguration(9f) - configure the PC Card and socket csx_RequestIO(9f) - request or release I/O resources for the client csx_RequestIRQ(9f) - request or release IRQ resource csx_RequestSocketMask(9f) - set or clear the client's client event mask csx_RequestWindow(9f) - request or release window resources csx_ResetFunction(9f) - reset a function on a PC card csx_SetEventMask(9f) - set or return the client event mask for the client csx_SetHandleOffset(9f) - set current access handle offset csx_ValidateCIS(9f) - validate the Card Information Structure(CIS)ctags(1) - create a tags file for use with ex and vi ctan(3m) - complex tangent functions ctanh(3m) - complex hyperbolic tangent functions ct_ctl_abandon(3contract) - common contract control functions ct_ctl_ack(3contract) - common contract control functions ct_ctl_adopt(3contract) - common contract control functions ct_ctl_nack(3contract) - common contract control functions ct_ctl_newct(3contract) - common contract control functions ct_ctl_qack(3contract) - common contract control functions ct_dev_status_get_aset(3contract) - read contract status information from a status object ct_dev_status_get_dev_state(3contract) - read contract status information from a status object ct_dev_status_get_minor(3contract) - read contract status information from a status object ct_dev_status_get_noneg(3contract) - read contract status information from a status object ct_dev_tmpl_clear_noneg(3contract) - device contract template functions ct_dev_tmpl_get_aset(3contract) - device contract template functions ct_dev_tmpl_get_minor(3contract) - device contract template functions ct_dev_tmpl_get_noneg(3contract) - device contract template functions ct_dev_tmpl_set_aset(3contract) - device contract template functions ct_dev_tmpl_set_minor(3contract) - device contract template functions ct_dev_tmpl_set_noneg(3contract) - device contract template functions ctermid(3c) - generate path name for controlling terminal ctermid_r(3c) - generate path name for controlling terminal ct_event_free(3contract) - common contract event functions ct_event_get_ctid(3contract) - common contract event functions ct_event_get_evid(3contract) - common contract event functions ct_event_get_flags(3contract) - common contract event functions ct_event_get_nevid(3contract) - common contract event functions ct_event_get_newct(3contract) - common contract event functions ct_event_get_type(3contract) - common contract event functions ct_event_read(3contract)
Источник: [https://torrent-igruha.org/3551-portal.html]
teatime user ]
Invoked when a suspend request has been made. The second parameter indicates whether the request was made by the system or by the user.
standby [ system

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Chapter 3. Linux Commands

Linux in a Nutshell
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This chapter presents the Linux user, programmer, and system administration commands. These are entered into a shell at the console or on a virtual terminal on a graphical desktop.

Each entry is labeled with the command name on the outer edge of the page. The syntax line is followed by a brief description and a list of available options. Many commands come with examples at the end of the entry. If you need only a quick reminder or suggestion about a command, you can skip directly to the examples.

Typographic conventions for describing command syntax are listed in the Preface. For help in locating commands, see the index at the back of this book.

We've tried to be as thorough as possible in listing options. The basic command information and most options should be correct; however, there are many Linux distributions and many versions of commands. New options are added and sometimes old options are dropped. You may, therefore, find some differences between the options you find described here and the ones on your system. When there seems to be a discrepancy, check the manpage. For most commands you can also use the option --help to get a brief usage message. (Even when it isn't a valid option, it will usually result in an "invalid option" error along with the usage message.)

Traditionally, commands take single-letter options preceded by a single hyphen, like -d. A more recent convention allows long options preceded by two hyphens, like --debug. Often, a feature can be invoked through either the old style or the new style of options.

3.1. Alphabetical Summary of Commands


aclocal []

GNU autoconf tool. Place m4 macro definitions needed by autoconf into a single file. The aclocal command first scans for macro definitions in m4 files in its default directory (/usr/share/aclocal on some systems) and in the file acinclude.m4. It next scans for macros used in the configure.in file. It generates an aclocal.m4 file that contains definitions of all m4 macros required by autoconf.

Options

--acdir=dir
Look for macro files in directory dir instead of the default directory.
--help
Print help message, Xdf creator keygen,serial,crack,generator,unlock,key, then exit.
--output=file
Save output to file Xdf creator keygen,serial,crack,generator,unlock,key of aclocal.m4.
--print-ac-dir
Print the name of the Xdf creator keygen,serial,crack,generator,unlock,key to be searched for m4 files, then exit.
--verbose
Print names of files being processed.
--version
Print version number, then exit.
-Idir
Additionally, search directory dir for m4 macro definitions.

addr2line [] []

Translate hexadecimal program addresses into filenames and line numbers for the executable given with the -e option, Xdf creator keygen,serial,crack,generator,unlock,key, or a.out if -e is not specified. If addresses are given on the command line, display the filename and line number for each address. Otherwise, read the addresses from standard input and display the results on standard output (useful for use in a pipe). addr2line prints two question marks (??) if it cannot determine a filename, and 0 if it cannot determine the line number. addr2line is used for debugging.

Options

-bbfdname, --target=bfdname
Set the binary file format using its binary file descriptor name, bfdname. Use the -h option for a list of supported formats for your system.
-C, --demangle[=style]
Decode (demangle) low-level symbol names into user names. See the -h help output for a list of styles supported by your compiler.
-efile, --exe=file
Specify the filename of the executable to use. The default is a.out.
-f, --functions
Display function names in addition to filenames and line numbers.
-h, --help
Display help information and exit.
-s, --basenames
Strip directories off filenames and show only the basenames.

agetty [] []

System administration command. The Linux version of getty. Set terminal type, modes, speed, Xdf creator keygen,serial,crack,generator,unlock,key, and line discipline. agetty is invoked by init. It is the second process in the series init-getty-login-shell, which ultimately connects a user with the Linux system. agetty reads the user's login name and invokes the login command with the user's name as an argument. While reading the name, agetty attempts to adapt the system to the speed and type of device being used.

You must specify a port, which agetty will search for in the /dev directory, Xdf creator keygen,serial,crack,generator,unlock,key. You may use DiskInternals Partition Recovery 2.9 crack serial keygen, in which case agetty reads from standard input. You must also specify baudrate, which may be a comma-separated list of rates through which agetty will step. Optionally, you may specify the term, which is used to override the TERM environment variable.

Options

-ffile
Specify the use of file instead of /etc/issue upon connection to terminal. It is overridden by -i.
-h
Specify hardware, not software, flow control.
-Hhostname
Write login hostname into the utmp file. By default, no login host is specified.
-Istring
Specify string to be sent to tty or modem.
-i
Suppress printing of /etc/issue before printing the login prompt.
-lprogram
Specify the use of program instead of /bin/login.
-m
Attempt to guess the appropriate baud rate.
-n
Don't prompt for a login name.
-ttimeout
Specify that agetty should exit if the open on the line succeeds and there is no response to the login prompt in timeout seconds.
-L
Do not require carrier detect; operate locally only. Use this when connecting terminals.
-w
Wait for carriage return or linefeed before sending login prompt. Use when sending an initialization string.

anacron [] [job]

System administration command. Normally started in a system startup file. Execute commands periodically. By default, the anacron command reads a list of jobs from a configuration file, /etc/anacrontab. The file Xdf creator keygen,serial,crack,generator,unlock,key of shell variables to use when running commands, followed by a list of tasks to run. Each task specifies how often in days it should be run, a delay in minutes to wait before running the task, a unique job identifier used to store a timestamp, and the shell command to execute. Timestamps for the last run of each task are stored in the /var/spool/anacron file. For each task, anacron compares the stored timestamp against the current time. If the command has not been executed within the specified frequency, the command is run, Xdf creator keygen,serial,crack,generator,unlock,key. Upon completion anacron records the new date in the timestamp file. Limit anacron to a specified task by giving its unique job identifier on the command line.

The anacron command is often used to support the cron daemon on systems that are not run continuously.

Options

-d
Run in foreground rather than as a background process. Send messages to standard error.
-f
Run tasks ignoring timestamps.
-h
Print help message, then exit.
-n
Run tasks now, ignoring delay specifications.
-q
Suppress messages to standard error when using the -d option.
-s
Execute tasks serially. Do not start new task until previous task is completed.
-tfile
Read tasks from file instead of from /etc/anacrontab.
-u
Update timestamps for tasks, but don't run them.
-V
Print version number, then exit.

apmd []

System administration command. apmd handles events reported by the Advanced Power Management BIOS driver. The driver reports on battery level and requests to enter sleep or suspend mode. apmd will log any reports it gets via syslogd and take steps to make sure Xdf creator keygen,serial,crack,generator,unlock,key basic sleep and suspend requests are handled gracefully. You can fine-tune the behavior of apmd by specifying an apmd_proxy command to run when Xdf creator keygen,serial,crack,generator,unlock,key receives an event.

Options

-cn, --checkn
Set the number of seconds to wait for an event before rechecking the power level. Default is to wait indefinitely, Xdf creator keygen,serial,crack,generator,unlock,key. Setting this causes the battery levels to be checked more frequently.
-Pcommand, --apmd_proxycommand
Xdf creator keygen,serial,crack,generator,unlock,key the apmd_proxy command to run when APM driver events are reported. This is generally a shell script. The command will be invoked with parameters indicating what kind of event was received. The parameters are listed in the next section.
-pn, --percentagen
Log information whenever the power changes by n percent. The default Xdf creator keygen,serial,crack,generator,unlock,key 5. Values greater than 100 will disable logging of power changes.
-V, --version
Print version and exit.
-v, --verbose
Verbose mode; all events are logged.
-W, Xdf creator keygen,serial,crack,generator,unlock,key, --wall
Use wall to alert all users of a low battery Xdf creator keygen,serial,crack,generator,unlock,key, --warnn
Log a warning at ALERT level when the battery charge drops below n percent. The default is 10. Negative values disable Xdf creator keygen,serial,crack,generator,unlock,key battery level warnings.
-q, --quiet
Disable low battery level warnings.
-?, --help
Print help summary and exit.

Parameters

The apmd proxy script will be invoked with the following parameters:

start
Invoked when the daemon starts.
stop
Invoked when the daemon stops.
suspend [ system critical ]
Invoked when the system resumes normal operation. The second parameter indicates the mode the system was in before resuming. critical suspends indicate an emergency shutdown. After a critical suspend the system may be unstable, and you can use the resume command to help you recover from the suspension.
change power
Invoked when system power is changed from AC to battery or from battery to AC.
change battery
Invoked when the APM BIOS driver reports that the battery is low.
change capability
Invoked when the APM BIOS driver reports that some hardware that affects its capability has been added or removed.

apropos..

Search the short manual page descriptions in the whatis database for occurrences of each string and display the result on the standard output. Like whatis, except that it searches for strings instead of words. Equivalent to man -k.


apt

The Advanced Package Tool, the Debian package management system. A freely available packaging system for software distribution and installation. For detailed information on apt and its commands, see Chapter 5.


ar[args] [posname] [count] archive [files]

Maintain a group of files that are combined into a file archive. Used most commonly to create and update static library files as used by the link editor (ld). Compiler frontends often call ar automatically. Only one key letter may be used, but each can be combined with additional args (with no separations between). posname is the name of a file in archive. When moving or replacing files, you can specify that they be placed before or after posname.

Keys

d
Delete files from archive.
m
Move Xdf creator keygen,serial,crack,generator,unlock,key to end of archive.
p
Print files in archive.
q
Append files to archive.
r
Replace files in archive.
t
List the contents of archive or list the named files.
x
Extract contents from archive or only the named files.

Arguments

a
Use with r or m key to place files in the archive after Xdf creator keygen,serial,crack,generator,unlock,key Same as a, but before posname.
c
Create archive silently.
f
Xdf creator keygen,serial,crack,generator,unlock,key long filenames.
i
Same as b.
l
For backward compatibility; meaningless in Linux.
N
Use count parameter. Where multiple entries with the same name are found, use the count instance.
o
Preserve original timestamps.
P
Use full pathname. Useful for non-POSIX-compliant archives.
s
Force regeneration of archive symbol table (useful after running strip).
S
Do not regenerate symbol table.
u
Use with r to replace only files that have changed since being put in archive.
v
Verbose; print a description of actions taken.
V
Print version number.

Example

Replace mylib.a with object files from the current directory:


arch

Print machine architecture type to standard output, Xdf creator keygen,serial,crack,generator,unlock,key. Equivalent to uname -m.


arp []

TCP/IP command. Clear, add to, or dump the kernel's Address Resolution Protocol (ARP) cache (/proc/net/arp). ARP is used to translate protocol addresses to hardware interface addresses. Modifying your ARP cache can change which interfaces handle specific requests. ARP cache Xdf creator keygen,serial,crack,generator,unlock,key may be marked with the following flags: C (complete), M (permanent), and P (publish). In kernels before 2.2, Xdf creator keygen,serial,crack,generator,unlock,key, a published entry was used for creating an Xdf creator keygen,serial,crack,generator,unlock,key proxy, a technique by which one system can act as a gateway to another system on the same subnet. While arp can create a proxy for a single system, subnet proxies are now handled by the arp kernel module. See the Linux 2.4 Xdf creator keygen,serial,crack,generator,unlock,key Routing HOWTO for details. We have retained the subnet proxy information here for older kernels.

Options

host option arguments may be given as either a hostname or an IP address. When using the -D option, they may also be given as a hardware interface address (e.g., eth0, eth1).

-a [hosts], --display [hosts]
Display entries for hosts or, if none are specified, all entries.
-dhost, --deletehost
Remove the specified host's entry.
-D, --use-device
Use the hardware address associated with the specified interface. This may be used with -s when creating a proxy entry.
-dhost [pub], --deletehost [pub]
Remove host's entry. To delete a proxy entry, use the pub argument and specify the interface associated with the proxy using -i.
-ffile, --filefile
Read entries from file and add them.
-Htype, --hw-typetype, -ttype
Search for type entries when examining the ARP cache. type is usually ether (Ethernet), which is the default, but may be ax25 (AX.25 packet radio), Xdf creator keygen,serial,crack,generator,unlock,key, arcnet (ARCnet), pronet (PROnet), Xdf creator keygen,serial,crack,generator,unlock,key, or Xdf creator keygen,serial,crack,generator,unlock,key (NET/ROM).
-iinterface, --deviceinterface
Select an interface. If you are dumping the ARP cache, this option will cause the command to display only the entries using that interface. When setting entries, this will cause the interface to be associated with that entry. If you do not use this option when setting an entry, the kernel will guess.
-n, --numeric
Display host IP addresses instead of Xdf creator keygen,serial,crack,generator,unlock,key domain names.
-shost hardware-address [netmaskmask] [pub], --sethost hardware-address [netmaskmask] [pub]
Add a permanent entry for host at hardware-address. A hardware-address for type ether hardware is 6 hexadecimal bytes, colon-separated. The pub argument can be used to set the publish flag, Xdf creator keygen,serial,crack,generator,unlock,key, creating a proxy entry. On kernels before 2.2x, Xdf creator keygen,serial,crack,generator,unlock,key, you can specify a netmask on behalf of which the current system should handle requests.
-v, --verbose
Verbose mode.

Examples

Display entry for host eris:

Set a permanent cache entry for host illuminati, whose hardware address you know:

Set an ARP proxy for host fnord using the eth0 interface's hardware address:

Remove the fnord ARP proxy:


as []

Generate an object file from each specified assembly language source file. Object files have the same root name as source files but replace the .s suffix with .o. There may be some additional system-specific options.

Options

-- [ teatime
Repeated read problems in the same place.
:-O
SCSI/ATAPI transport error (hardware problem not related to the disc itself).
:-(
Scratch detected.
;-(
Unable to correct problem.
8-X
Unknown and uncorrectable error.
:^D
Finished.
Blank space in the progress indicator means that no corrections were necessary.
-
Jitter correction was required.
+
Read errors.
!
Errors even after correction; repeated read errors.
e
Corrected transport errors.
V
An uncorrected error or a skipped read.

The span argument

The cdparanoia command takes exactly one argument, which describes how much of the CD to record, Xdf creator keygen,serial,crack,generator,unlock,key. It uses numbers followed by bracketed times to designate track numbers and time within them. For example, the string 1[2:23]-2[5] indicates a recording from the two-minute and twenty-three-second mark of the first track up to the fifth second of the second track. The time format is demarcated by colons, hours:minutes:seconds:.sectors, with the last item, sectors, preceded by a decimal point (a sector is 1/75 of a second). It's best to put this argument within quotes.

If you use the -B option, the span argument is not required.


cdrdao []

Write all content specified in description file toc-file to a CD-R disk drive in one step. This is called disk-at-once (DAO) mode, as opposed to the more commonly used track-at-once (TAO) mode. DAO mode allows you to change the length of gaps between tracks and define data to be written in these gaps (like hidden bonus tracks or track intros). The toc file can be created by hand or generated from an existing CD using cdrdao's read-toc command. A cue file, as generated by other audio programs, can be used instead of a toc file. The file format for toc files is discussed at length in the cdrdao manpage.

Commands

The first argument must be a command. Note that not all options are available for all commands.

show-toc
Print a summary of the CD to be created.
read-toc
Read from a CD and create a disk image and toc file that will allow creation of duplicates.
read-cddb
Check a CDDB server for data about the CD represented by a given toc file, then write that data to the toc file as CD-TEXT data.
show-data
Print out the data that will be written Xdf creator keygen,serial,crack,generator,unlock,key the CD-R, Xdf creator keygen,serial,crack,generator,unlock,key. Useful for checking byte order.
read-test
Check the validity of the audio files described in the toc file.
disk-info
Display information about the CD-R currently in the drive.
msinfo
Display multisession information. Useful mostly for wrapper scripts.
scanbus
Scan the system bus for devices.
simulate
A dry run: do everything except write the CD.
unlock
Unlock the recorder after a failure. Run this command if you cannot eject the CD after using cdrdao.
write
Write the CD.
copy
Copy the CD. If you use a single drive, you will be prompted to insert the CD-R after reading. An Xdf creator keygen,serial,crack,generator,unlock,key file will be created unless you use the --on-the-fly flag and two CD drives.

Options

--device bus,id,logicalunit
Set the SCSI address of the CD-R using the bus number, ID number, and logical unit number.
--source-device bus,id,logicalunit
Used only with the copy command. Set the SCSI address of the source device.
--driver driver-id:option-flags
Force cdrdao to use the driver you choose with the driver options named, instead of the driver it autodetects.
--source-driver driver-id:option-flags
Used only with the copy command. Set Xdf creator keygen,serial,crack,generator,unlock,key source device driver and flags.
speed value
Set the write speed to value. The default is the highest available; use a lower value if higher values give poor results.
--datafilefilename
When used with the read-toc command, Xdf creator keygen,serial,crack,generator,unlock,key, specifies the data file placed in the toc file. When used with read-cd and copy, specifies the name of the image file created.
read-raw
Used only with the read-cd command. Write raw data to the image file.
--buffers n
Set the number of seconds of data to be buffered. Default is 32; set to a higher number if your read source is unreliable or is slower than the CD-R.
--multi
Record as a multisession disc.
--overburn
If you are using a disc with more storage space than cdrdao detects, use this option to keep writing even when cdrdao thinks you're out of space.
--eject
Eject the disc when done.
--swap
Swap byte order for all samples.
--session n
Used only with the read-toc and read-cd commands when working with multisession CDs. Specifies the number of the session to be processed.
--reload
Allow the drive to be opened before writing without interrupting the process. Used with simulation runs.
--force
Override warnings and perform the action anyway.
--paranoia-mode n
Specifies n, from 0 to 3, for the amount of error correction in the CD read. 0 is none, 3 is full (see cdparanoia for information about error correction). Set error correction to a lower number to increase read speed, Xdf creator keygen,serial,crack,generator,unlock,key. The default is 3.
--keepimage
Used Xdf creator keygen,serial,crack,generator,unlock,key with the copy command. Keeps the image file created during the copy process.
--on-the-fly
Do not create an image file: pipe data directly from source to CD-R.
--with-cddb
Use CDDB to fetch information about the disc and save it as CD-TEXT data. Used with the copy, read-toc, and read-cd commands.
cddb-servers server,server
Enter hosts for servers. Servers may include ports, paths, and proxies; you can list multiple servers separated by spaces or commas.
--cddb-timeout s
Set the timeout for CDDB server connections to s seconds.
--cddb-directory localpath
CDDB data that is fetched will be saved in the directory localpath.
--save
Save current options to the settings file $HOME/.cdrdao.
-n
Do not wait 10 seconds before writing the disc.
-v verbose-level
Set the amount of information printed to the screen. 0, 1, and 2 are fine Xdf creator keygen,serial,crack,generator,unlock,key most users; greater numbers are useful for debugging.

cdrecord [] dev=device [track-options] .

Record data or audio compact discs. This program normally requires root access, and has a large number of options and settings. A number of useful examples can be found in the manpage, Xdf creator keygen,serial,crack,generator,unlock,key, which is Xdf creator keygen,serial,crack,generator,unlock,key extensive.

General options

General option flags go directly after Xdf creator keygen,serial,crack,generator,unlock,key cdrecord command. Options affecting the track arguments are placed after the device argument and before the track arguments themselves. The general options are:

--version
Print version information and exit.
-v
Verbose mode. Use one v for each level of verbosity: -vv would be very verbose, and -vvv would be even more so.
-V
As with the -v, a verbose mode counter. However, this applies only to SCSI transport messages. This will slow down the application.
--debug=n, -d
Set the debug level to an integer (greater numbers are more verbose), or use multiple -d Xdf creator keygen,serial,crack,generator,unlock,key as with the -v and -V flags.
--kdebug=n, --kd=n
Set Enfocus Pitstop Pro 7.5 crack serial keygen kernel's debug notification value to n during SCSI command execution. Works through the scg-driver.
-s, --silent
Silent mode. Do not print Dashlane Premium 6.2009.0 Crack FREE DOWNLOAD Archives SCSI error commands.
--force
Override errors if possible. May allow you to blank an otherwise broken CD-RW.
--dummy
Perform a dry run, doing all the steps of recording with Xdf creator keygen,serial,crack,generator,unlock,key laser turned off. This will let you know whether the process is going to work.
--dao
Disk-at-once mode. Works only with MMC drives that Xdf creator keygen,serial,crack,generator,unlock,key non-raw session-at-once modes.
--multi
Set to record in multisession mode. Must be present on all sessions but the last one for a multisession disc.
--msinfo
Get multisession information from the CD. Used only with multisession discs onto which you can still record more Xdf creator keygen,serial,crack,generator,unlock,key Display the table of contents for the CD currently in the drive. Works for CD-ROM as well as CD-R and CD-RW drives.
--atip
Display the ATIP (Absolute Time In Pregroove) information for a disc. Only some drives allow you to read this information.
--fix
Close ("fixate") the session, preventing future multisession recordings and allowing the disc to be played in standard audio CD players (some can also play a disc that has not been closed).
--nofix
Do not close the disc after writing.
--load
Load media and exit, Xdf creator keygen,serial,crack,generator,unlock,key. Works with tray-loading mechanisms only.
--eject
Eject disc after recording. Some hardware may need to eject a disc after a dummy recording and before the actual recording.
--speed=n
Set the speed to n, Xdf creator keygen,serial,crack,generator,unlock,key, a multiple of the audio speed. Normally, cdrecord will get this from the CDR_SPEED environment variable. If your drive has trouble with higher numbers, Xdf creator keygen,serial,crack,generator,unlock,key 0 as a IObit Uninstaller Pro 10.0.21 crack serial keygen Erase data from a CD-RW in one of the following ways:
help
Display a possible list of blanking methods.
all
Erase all information on the disc. May take a long time.
fast
Perform a quick erase of the disc, erasing only the PMA, TOC, and pregap.
track
Blank a track.
unreserve
Unreserve a track previously marked as reserved.
trtail
Blank the tail of a track only.
unclose
Unclose the last session.
session
Blank the last session.
fs=n
Set the fifo buffer size to n, in bytes. You may use k, m, Xdf creator keygen,serial,crack,generator,unlock,key, s, or f to specify kilobytes, megabytes, Xdf creator keygen,serial,crack,generator,unlock,key, or units of 2048 and 2352 bytes, respectively. The default is 4MB.
timeout=n
Set the timeout to n seconds. Defaults to 40.
driver=name
Lets you specify a driver for your system. Suggested for experts only. The special drivers cdr_simul and dvd_simul are used for simulation and profiling tests.
driveropts=optlist
Specify a comma-separated list of driver options. To get a list of valid options, use driveropts=help and --checkdrive.
--checkdrive
Check to see if there are valid drivers for the current drive. Returns 0 if the drive is valid.
--scanbus
Scan SCSI devices.
--reset
Attempt to reset the SCSI bus, Xdf creator keygen,serial,crack,generator,unlock,key. Does not work on 2D Vector Pak for ACDSee 1.0 crack serial keygen systems.
--useinfo
Use .inf files to override audio options set elsewhere.
mcn=n
Set the Media Catalog Number to n.

The device Xdf creator keygen,serial,crack,generator,unlock,key device argument should be specified not as a file but as three integers representing the bus, target, and logical unit, Xdf creator keygen,serial,crack,generator,unlock,key, as in the cdrdao Download Streamer Life Simulator v1.2.5 + Crack. To check the available options, use the --scanbus option.

Track options and arguments

Track options may be mixed with track arguments, and normally apply to the track immediately after them or to all tracks after them. The track arguments themselves should be the files that you will be writing to the CD. Options are:

isrc=n
Set the International Standard Recording Number for the track following this argument.
index=a,b,c
Set the index list for the next track. The values should be increasing comma-separated integers, starting with index 1 and counting in sectors (75ths of a second). For example, you could set three indices in a track with index=0,750,7500 and they would occur at the beginning of the track, after 10 seconds, and after 100 Xdf creator keygen,serial,crack,generator,unlock,key Write all tracks after this track in digital audio format (playable by standard CD players). If you do not use this Xdf creator keygen,serial,crack,generator,unlock,key or the --data flag, cdrecord will assume that .au and .wav files are to be recorded as raw audio and that all other files are data.
--swab
Declare Xdf creator keygen,serial,crack,generator,unlock,key your data is in byte-swapped (little-endian) byte order, Xdf creator keygen,serial,crack,generator,unlock,key. This is not normally necessary.
--data
Record subsequent tracks as CD-ROM data. If you do not use this flag or the --audio flag, all files except for those ending in .wav or .au Xdf creator keygen,serial,crack,generator,unlock,key assumed to be data.
--mode2
Write all Xdf creator keygen,serial,crack,generator,unlock,key tracks in CD-ROM mode 2 format.
--xa1, --xa2
Write subsequent tracks in CD-ROM XA mode 1 or CD-ROM XA mode 2 Xdf creator keygen,serial,crack,generator,unlock,key Write subsequent tracks in CDI format.
--isosize
The Xdf creator keygen,serial,crack,generator,unlock,key of the next track should match the size of the ISO-9660 filesystem. This is used when duplicating CDs or copying from raw-data filesystems.
--pad
Insert 15 sectors of blank data padding between data tracks. Applies to all subsequent tracks or until you use the --nopad argument, and is overridden by the padsize=n argument.
padsize=n
Insert n sectors of blank data padding after the next track. Applies only to the track immediately after it.
--nopad
Do not insert blank data between data tracks following this flag. This is the default behavior.
tsize=n
Set the size of the next track. Useful only if you are recording from a raw disk for which cdrecord cannot determine the file size. If you are recording from an ISO 9660 filesystem, use the --isosize flag instead.

cfdisk [] []

System administration command. Partition a hard disk, Xdf creator keygen,serial,crack,generator,unlock,key. Normally, device will be /dev/hda, /dev/hdb, /dev/sda, /dev/sdb, /dev/hdc, /dev/hdd, and so on. See also fdisk.

Options

-a
Highlight the current partition with a cursor, not reverse video.
-ccylinders
Specify the number of cylinders.
-g
Ignore driver-provided geometry; guess one instead.
-hheads
Specify the number of heads.
-ssectors
Specify the number of sectors per track.
-v
Print version number and exit.
-z
Do not read the partition table; partition from scratch.
-Pformat
Display the partition table in format, which must be r (raw data), s (sector order), or t (raw Xdf creator keygen,serial,crack,generator,unlock,key arrow, Xdf creator keygen,serial,crack,generator,unlock,key, down arrow
Move among partitions.
b
Toggle partition's bootable flag.
d
Delete partition (allow other partitions to use its space).
g
Alter the disk's geometry. Xdf creator keygen,serial,crack,generator,unlock,key for what to change: cylinders, heads, or sectors (c, h, or s, respectively).
h
Help.
m
Attempt to ensure maximum usage of disk space in the partition.
n
Create a new partition. Prompt for more information.
p
Display the partition table.
q
Quit without saving information.
t
Prompt for a new filesystem type, and change to that type.
u
Change the partition size units, Xdf creator keygen,serial,crack,generator,unlock,key, rotating from megabytes to sectors to Xdf creator keygen,serial,crack,generator,unlock,key and back.
W
Save information.

chage []

Change information about user password expirations. If run without any option flags, chage will prompt for values to be entered; you may also use option flags to change or view information.

Options

-l
This flag is used without any others, and causes chage to display the current password expiration attributes for the user.
-mmindays
Minimum number of days between password changes. Default is zero, meaning that the user may change the password at any time.
-Mmaxdays
Maximum number of days between password changes.
-dlastday
Date of last password change. This may be expressed as a date in YYYY-MM-DD Xdf creator keygen,serial,crack,generator,unlock,key, or as the number of days between January 1, 1970 and the last password change.
-Iinactive-days
If a password expires and the user does not log in for this number of days, the account will be locked, and the user must contact a system administrator before logging in. Set to 0 to disable the feature.
-Eexpiredate
Set iZotope - Neoverb v1.0.0 | Download VST Torrent [Win & Mac] date when the account will be locked. This is not a date for password expiration, but for account expiration. Xdf creator keygen,serial,crack,generator,unlock,key may be expressed as a YYYY-MM-DD date or as a number of days since January 1, 1970.
-Wwarning
The number of days before password expiration that a user will be warned to change passwords.

chat [] [script]

System administration command. Set up or initiate dial-up Internet connections; often used in conjunction with pppd, the PPP daemon. On some systems, chat takes the place of the dip program. A chat script is composed of a simple but expressive syntax of paired expect and send strings and sometimes substrings. A script string may contain either text expected from the modem or text to be sent, a chat directive, a substitution character, or a mixture of Xdf creator keygen,serial,crack,generator,unlock,key three. When reading from a file, Xdf creator keygen,serial,crack,generator,unlock,key, lines beginning with # are treated as comments.

Options

-e
Start script with the ECHO directive turned on.
-E
Allow script to read environment variables by using shell $VARIABLE syntax.
-ffile
Read chat script from Xdf creator keygen,serial,crack,generator,unlock,key instead of standard input.
-rfile
Send the output of the REPORT directive to file. By default, they are sent to standard error.
-s
Send all error and log information to standard error, even when using the -v option.
-S
Silent mode; send neither error nor log messages to syslogd.
-tn
Set the default timeout value to n seconds. When not specified, the default timeout value is 45 seconds.
-Tstring
Set the string to be used instead of the \T substitution character. This is Xdf creator keygen,serial,crack,generator,unlock,key a phone number.
-Ustring
Set the string to be used instead of the \U substitution character. This is usually a second phone number.
-v
Verbose mode; log the chat script state and text sent to and received from the modem to syslogd.
-V
Standard error verbose mode; identical to -v, but send information to standard error instead of syslogd.

Chat directives

Scripts are built from paired strings, Xdf creator keygen,serial,crack,generator,unlock,key, an expect string and a send string. A null string formed with two single quotes, '', Xdf creator keygen,serial,crack,generator,unlock,key, tells chat to expect nothing and just send the send string. A hyphen, - may be used in an expect string to specify an alternate expect and send in the event the first expect fails. chat will wait, expecting the first part of the string, Xdf creator keygen,serial,crack,generator,unlock,key, and if it fails to receive it, it will perform the second part of the string, often a directive. For example:

ogin:-BREAK-ogin:

is interpreted by chat to mean expect the string "ogin:"; if it is not received before the timeout period, send a break signal to the modem, then expect "ogin:" again.

BREAK is an example of a chat directive, which is a special keyword that directs chat to take some action. Most directives are meant for use as expect strings. Some are meant to be special Xdf creator keygen,serial,crack,generator,unlock,key strings. BREAK can be used as a reply, or, as the above example shows, can be inserted into an expect substring. The following chat directives are recognized by chat:

ABORTstring
If the modem returns the specified Xdf creator keygen,serial,crack,generator,unlock,key, abort the script, Xdf creator keygen,serial,crack,generator,unlock,key. This is often used to capture a modem status sent as a string, such as BUSY or NO CARRIER.
BREAKstring
Reply string. Send a break signal to the modem. If the modem returns the specified string, abort the script. This is often used to capture a modem status sent as a string, such as BUSY or NO CARRIER.
CLR_ABORTstring
Clear an ABORT string from memory.
CLR_ABORTstring
Clear a REPORT string from memory.
ECHOstatus
Set ECHO to statusON or OFF. When on, chat will echo output from the modem to standard error.
EOT
Reply string. EOT is used as a send string. It instructs chat to send an end-of-file character, Xdf creator keygen,serial,crack,generator,unlock,key. This can also be embedded in a string using the character sequence ^D.
REPORTstring
When the script receives string, write it and any characters following it to standard error.
HANGUPstatus
Set HANGUP to statusON or OFF. When on, chat will treat a modem hanging up as an error. When off, it will continue to process the script. You usually want to set this to on after the modem has connected.
SAYstring
Print the string to the standard error. This can be used to communicate with the script's user.
TIMEOUTn
Set the timeout value for subsequent expect strings to n seconds.

Substitution characters

''
The null string. When used in place of a send string, chat sends a return character. When used in an expect string, chat expects nothing and just sends the send string.
\b
Backspace character.
\c
Used at the end of a string. Suppresses the newline character automatically added to send strings. Xdf creator keygen,serial,crack,generator,unlock,key valid in expect strings.
\d
Pause one second. Xdf creator keygen,serial,crack,generator,unlock,key valid in expect strings.
\n
The newline character.
\N, \0
The null character.
\p
Pause one tenth of a second. Not valid in expect strings.
\xd5
Mask this string. Write the string ?????? instead when writing to the system log. Not valid in expect strings.
\r
The carriage return character.
\t
The tab character.
\T
The string specified with the -T option, usually a phone number. Not valid in expect strings.
\U
The string specified with the -U option, usually a second phone number. Not valid in expect strings.
\\
The backslash character.
\ddd
An ASCII character expressed in octal. Not valid in expect strings.
^char
Substitute a control character for char.
@file
Substitute the contents of file. Not valid in expect strings.
$NAME
When using the -E option, substitute the value of the specified environment variable NAME, or substitute nothing if the variable is not set.

Exit codes

0
Script terminated normally.
1
Invalid parameter or expect string. Script failed.
2
Error during execution. Script failed.
3
Expect string timeout with no further instructions. Script halted.
4 and up
Script exited on an ABORT condition. The exit code indicates the abort string--4 is the first, 5 the second, and so on.

chattr []

Modify file attributes. Specific to Linux Second and Third Extended Filesystem (ext2 and ext3). Behaves similarly to symbolic chmod, using +, -, Xdf creator keygen,serial,crack,generator,unlock,key, and =. mode is in the form opcode attribute. See also lsattr.

Options

-R
Modify directories and their contents recursively.
-V
Print modes of attributes after changing them.
-vversion
Set the file's version.

Opcodes

+
Add attribute.
-
Remove attribute.
=
Assign attributes (removing unspecified attributes).

Attributes

A
Don't update access time on modify.
a
Append only for writing. Can be set or cleared only by a privileged user.
c
Compressed.
d
No dump.
i
Immutable. Can be set or cleared only by a privileged user.
j
Journalled file. This is useful only in cases where you are using an ext3 filesystem mounted with the data="ordered" or data="writeback" attributes, Xdf creator keygen,serial,crack,generator,unlock,key. The data="journalled" option for the filesystem causes this operation to be performed for all files in the system and makes this option irrelevant.
S
Synchronous updates.
s
Secure deletion. The contents are zeroed on deletion, and the file cannot be undeleted or recovered in any way.
u
Undeletable. This causes a file to be saved even after it has been deleted, so that a user can undelete it later.

Example

As superuser

checkpc []

System administration command. Examine and optionally repair the LPRng printer capability database and related files. Entries in this database control the printing and spooling of print jobs. The checkpc command reports incorrect entries in /etc/printcap and ensures that files and directories used by LPRng exist and have the correct permissions.

Options

-a
Don't create missing accounting files specified in :af entries.
-c
Print verbose configuration details.
-D
Run with debugging flags on.
-f
Fix database by creating missing files and changing incorrect file permissions.
-h
Print help message and exit.
-l
Don't create missing logging files specified in :lf entries.
-p
Print information about printcap database.
-r
Remove old job Xdf creator keygen,serial,crack,generator,unlock,key. Use -A to set the maximum age for job files.
-s
Don't create missing filter status files specified in :ps entries.
-tsize[unit] WinUtilities EXE Protect 2.1 crack serial keygen Truncate log files to specified size. You may specify the unit of that size in k or M for kilobytes or megabytes. The default Xdf creator keygen,serial,crack,generator,unlock,key megabytes.
-Aage[unit]
Report junk or job files older than age. A unit of D, H, M, or S may be used to specify that age represents days, hours, minutes, or seconds. The default is days.
-Pprinter
Check or fix entries only for the specified printer.
-V
Verbose mode. Report on progress of checkpc including all entries checked and repairs made.

chfn [] []

Change the information that is stored in /etc/passwd and displayed to the finger query. Without options, chfn enters interactive mode and prompts for changes. To make a field blank, enter the keyword none. Only a privileged user can change information for another user. For regular users, chfn prompts for the user's password before making the change.

Options

-f, --full-name
Specify new full name.
-h, --home-phone
Specify new home phone number.
-o, --office
Specify new office number.
-p, --office-phone
Specify new office phone number.
-u, --usage, --help
Print help message and then exit.
-v, --version
Print version information and then exit.

Example


chgrp [] chgrp []

Change the group of one or more files to newgroup, Xdf creator keygen,serial,crack,generator,unlock,key. newgroup is either a group ID number or a group name located in /etc/group. Only the owner of a file or a privileged user may change the group.

Options

-c, --changes
Print information about files that are changed.
-f, --silent, --quiet
Do not print error messages about files that cannot be changed.
--help
Print help message and then exit.
-R, --recursive
Traverse subdirectories recursively, applying changes.
--reference=filename
Change the group to that associated with filename. In Ashampoo Burning Studio 23.2.8 Crack With Activation Key Full Download 2021 case, newgroup is not specified.
-v, --verbose
Verbosely describe ownership changes.
--version
Print version information and then exit.

chmod [] modefileschmod [] --reference=filenamefiles

Change the access mode (permissions) of one or more files. Only the owner of a file or a privileged user may change the mode. mode can be numeric or an expression in the form of whoopcodepermission. who is optional (if omitted, default is a); choose only one opcode. Multiple modes are separated by commas.

Options

-c, --changes
Print information about files that are changed.
-f, --silent, --quiet
Do not notify user of files that chmod cannot change.
--help
Print help message and then exit.
-R, --recursive
Traverse subdirectories recursively, applying changes.
--reference=filename
Change permissions to match those associated with filename.
-v, --verbose
Print information about each file, whether changed or not.
--version
Print version information and then exit.

Who

u
User.
g
Group.
o
Other.
a
All (default).

Opcode

+
Add permission.
-
Remove permission.
=
Assign permission (and remove permission of the unspecified fields).

Permissions

r
Read.
w
Write.
x
Execute.
s
Set user (or group) ID.
t
Sticky bit; used on directories to Xdf creator keygen,serial,crack,generator,unlock,key removal of files by non-owners.
u
User's present permission.
g
Group's present permission.
o
Other's present permission.

Alternatively, specify permissions by a three-digit octal number. The first digit designates owner permission; the second, Xdf creator keygen,serial,crack,generator,unlock,key, group permission; and the third, other's permission. Permissions are calculated by adding the following octal values:

4
Read.
2
Write.
1
Execute.

Note that a fourth digit may Xdf creator keygen,serial,crack,generator,unlock,key this sequence. This digit assigns the following modes:

4
Set user ID on execution to grant permissions to process based on the file's owner, not on permissions of the user who created the process.
2
Set group ID on execution to grant permissions to process based on the file's group, not on permissions of the user who created the process.
1
Set sticky bit.

Examples

Add execute-by-user permission to file:

Either of the following will assign read/write/execute permission by owner (7), read/execute permission by group (5), and execute-only permission by others (1) to file:

Any one of the following will assign read-only permission to file for everyone:

The following makes the executable setuid, assigns read/write/execute permission by owner, and assigns read/execute permission by group Xdf creator keygen,serial,crack,generator,unlock,key others:


chown [] newownerfileschown [] --reference=filenamefiles

Change the ownership of one or more files to newowner. newowner is either a user ID number or a login name located in /etc/passwd. chown also accepts users in the form newowner:newgroup or newowner.newgroup. The last two forms change the group ownership as well. If no owner is specified, the owner is unchanged. With a period or colon but no group, the group is changed to that of the new owner. Only the current owner of a file or a privileged user may change the owner.

Options

-c, --changes
Print information about files that are changed.
--dereference
Follow symbolic links.
-f, --silent, --quiet
Do not print error messages about files that cannot be changed.
-h, --no-dereference
Change the ownership of each symbolic link (on systems that allow it) rather than the referenced file.
-v, --verbose
Print information about all files that chown attempts to change, whether or not they are actually changed.
-R, --recursive
Traverse subdirectories recursively, applying changes.
--reference=filename
Change owner to the owner of filename instead of specifying a new owner explicitly.
--help
Print help message and then exit.
--version
Print version information PassFab for Excel v8.3.1 crack serial keygen then exit.

chpasswd []

System administration Xdf creator keygen,serial,crack,generator,unlock,key. Change user passwords in a batch. chpasswd accepts input in the form of one username:password pair per line. If the -e option is not specified, password is encrypted before being stored.

Option

-e
Passwords given are already encrypted.

chroot [command]

System Xdf creator keygen,serial,crack,generator,unlock,key command. Change root directory for command or, Xdf creator keygen,serial,crack,generator,unlock,key, Xdf creator keygen,serial,crack,generator,unlock,key none is specified, for a new copy of the user's shell. This command or shell is executed relative to the new root. The meaning of any initial / in pathnames is Xdf creator keygen,serial,crack,generator,unlock,key to newroot for a command and any of its children. In addition, the initial working directory is newroot. This command is restricted to privileged users.


chsh [] [username]

Change your login shell, either interactively or on the command line. Warn if shell does not exist in /etc/shells. Specify the full path to the shell. chsh prompts for your password. Only a privileged user can change another user's shell.

Options

-l, --list-shells
Print valid shells, Xdf creator keygen,serial,crack,generator,unlock,key, as listed in /etc/shells, and then exit.
-sshell, --shellshell
Specify new login shell.
-u, --help
Print help message and then exit.
-v, --version
Print version information Xdf creator keygen,serial,crack,generator,unlock,key then exit.

Example


chvt

Switch to virtual terminal N (that is, switch to /dev/ttyN). If you have not created /dev/ttyN, it will be created when you use this command. There are keyboard shortcuts for this functionality as well. From a graphical desktop, you can press Ctrl-Alt-F1 through F12 to switch to different virtual terminals. In text mode, Xdf creator keygen,serial,crack,generator,unlock,key, you can skip the Ctrl key and just use Alt-F1 through F12. To switch back to graphical mode, use Alt-F7.


cksum []

Compute a cyclic redundancy check Xdf creator keygen,serial,crack,generator,unlock,key checksum for all files; this is used to ensure that a file was not corrupted during transfer. Read from standard input if the character - or no files are given. Display the resulting checksum, the number of bytes in the file, and (unless reading from standard input) the filename.


clear

Clear the terminal display.

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