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This is Info file as.info, produced by Makeinfo-1.55 from the input
file ./as.texinfo.
START-INFO-DIR-ENTRY
* As:: The GNU assembler.
END-INFO-DIR-ENTRY
This file documents the GNU Assembler "as".
Copyright (C) 1991, 1992, 1993 Free Software Foundation, Inc.
Permission is granted to make and distribute verbatim copies of this
manual provided the copyright notice and this permission notice are
preserved on all copies.
Permission is granted to copy and distribute modified versions of
this manual under the conditions for verbatim copying, provided also
that the section entitled "GNU General Public License" is included
exactly as in the original, and provided that the entire resulting
derived work is distributed under the terms of a permission notice
identical to this one.
Permission is granted to copy and distribute translations of this
manual into another language, under the above conditions for modified
versions, except that the section entitled "GNU General Public License"
may be included in a translation approved by the Free Software
Foundation instead of in the original English.

Indirect:
as.info-1: 1145
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as.info-3: 99245
as.info-4: 149134
as.info-5: 184796
as.info-6: 203973

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Node: Overview1833
Node: Manual5516
Node: GNU Assembler6455
Node: Object Formats7630
Node: Command Line8077
Node: Input Files9159
Node: Object11067
Node: Errors12012
Node: Invoking13209
Node: a14540
Node: D15637
Node: f15862
Node: I16367
Node: K16909
Node: L17208
Node: o17863
Node: R18314
Node: v19222
Node: W19473
Node: Syntax20045
Node: Pre-processing20637
Node: Whitespace22105
Node: Comments22496
Node: Symbol Intro24306
Node: Statements24989
Node: Constants27044
Node: Characters27670
Node: Strings28163
Node: Chars30187
Node: Numbers30928
Node: Integers31459
Node: Bignums32102
Node: Flonums32445
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Node: Ld Sections38752
Node: As Sections41141
Node: Sub-Sections42031
Node: bss45080
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Node: Labels46311
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Node: a.out Symbols52586
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Node: AMD29K Directives100715
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Node: i386-Syntax152714
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Node: Z8000-Chars167234
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Node: Acknowledgements180661
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This is Info file as.info, produced by Makeinfo-1.55 from the input
file ./as.texinfo.
START-INFO-DIR-ENTRY
* As:: The GNU assembler.
END-INFO-DIR-ENTRY
This file documents the GNU Assembler "as".
Copyright (C) 1991, 1992, 1993 Free Software Foundation, Inc.
Permission is granted to make and distribute verbatim copies of this
manual provided the copyright notice and this permission notice are
preserved on all copies.
Permission is granted to copy and distribute modified versions of
this manual under the conditions for verbatim copying, provided also
that the section entitled "GNU General Public License" is included
exactly as in the original, and provided that the entire resulting
derived work is distributed under the terms of a permission notice
identical to this one.
Permission is granted to copy and distribute translations of this
manual into another language, under the above conditions for modified
versions, except that the section entitled "GNU General Public License"
may be included in a translation approved by the Free Software
Foundation instead of in the original English.

File: as.info, Node: M68K-Chars, Prev: M68K-Branch, Up: M68K-opcodes
Special Characters
..................
The immediate character is `#' for Sun compatibility. The
line-comment character is `|'. If a `#' appears at the beginning of a
line, it is treated as a comment unless it looks like `# line file', in
which case it is treated normally.

File: as.info, Node: Sparc-Dependent, Next: Z8000-Dependent, Prev: M68K-Dependent, Up: Machine Dependencies
SPARC Dependent Features
========================
* Menu:
* Sparc-Opts:: Options
* Sparc-Float:: Floating Point
* Sparc-Directives:: Sparc Machine Directives

File: as.info, Node: Sparc-Opts, Next: Sparc-Float, Up: Sparc-Dependent
Options
-------
The SPARC chip family includes several successive levels (or other
variants) of chip, using the same core instruction set, but including a
few additional instructions at each level.
By default, `as' assumes the core instruction set (SPARC v6), but
"bumps" the architecture level as needed: it switches to successively
higher architectures as it encounters instructions that only exist in
the higher levels.
`-Av6 | -Av7 | -Av8 | -Asparclite'
Use one of the `-A' options to select one of the SPARC
architectures explicitly. If you select an architecture
explicitly, `as' reports a fatal error if it encounters an
instruction or feature requiring a higher level.
`-bump'
Permit the assembler to "bump" the architecture level as required,
but warn whenever it is necessary to switch to another level.

File: as.info, Node: Sparc-Float, Next: Sparc-Directives, Prev: Sparc-Opts, Up: Sparc-Dependent
Floating Point
--------------
The Sparc uses IEEE floating-point numbers.

File: as.info, Node: Sparc-Directives, Prev: Sparc-Float, Up: Sparc-Dependent
Sparc Machine Directives
------------------------
The Sparc version of `as' supports the following additional machine
directives:
`.common'
This must be followed by a symbol name, a positive number, and
`"bss"'. This behaves somewhat like `.comm', but the syntax is
different.
`.half'
This is functionally identical to `.short'.
`.proc'
This directive is ignored. Any text following it on the same line
is also ignored.
`.reserve'
This must be followed by a symbol name, a positive number, and
`"bss"'. This behaves somewhat like `.lcomm', but the syntax is
different.
`.seg'
This must be followed by `"text"', `"data"', or `"data1"'. It
behaves like `.text', `.data', or `.data 1'.
`.skip'
This is functionally identical to the `.space' directive.
`.word'
On the Sparc, the .word directive produces 32 bit values, instead
of the 16 bit values it produces on many other machines.

File: as.info, Node: i386-Dependent, Prev: Z8000-Dependent, Up: Machine Dependencies
80386 Dependent Features
========================
* Menu:
* i386-Options:: Options
* i386-Syntax:: AT&T Syntax versus Intel Syntax
* i386-Opcodes:: Opcode Naming
* i386-Regs:: Register Naming
* i386-prefixes:: Opcode Prefixes
* i386-Memory:: Memory References
* i386-jumps:: Handling of Jump Instructions
* i386-Float:: Floating Point
* i386-Notes:: Notes

File: as.info, Node: i386-Options, Next: i386-Syntax, Up: i386-Dependent
Options
-------
The 80386 has no machine dependent options.

File: as.info, Node: i386-Syntax, Next: i386-Opcodes, Prev: i386-Options, Up: i386-Dependent
AT&T Syntax versus Intel Syntax
-------------------------------
In order to maintain compatibility with the output of `gcc', `as'
supports AT&T System V/386 assembler syntax. This is quite different
from Intel syntax. We mention these differences because almost all
80386 documents used only Intel syntax. Notable differences between
the two syntaxes are:
* AT&T immediate operands are preceded by `$'; Intel immediate
operands are undelimited (Intel `push 4' is AT&T `pushl $4').
AT&T register operands are preceded by `%'; Intel register operands
are undelimited. AT&T absolute (as opposed to PC relative)
jump/call operands are prefixed by `*'; they are undelimited in
Intel syntax.
* AT&T and Intel syntax use the opposite order for source and
destination operands. Intel `add eax, 4' is `addl $4, %eax'. The
`source, dest' convention is maintained for compatibility with
previous Unix assemblers.
* In AT&T syntax the size of memory operands is determined from the
last character of the opcode name. Opcode suffixes of `b', `w',
and `l' specify byte (8-bit), word (16-bit), and long (32-bit)
memory references. Intel syntax accomplishes this by prefixes
memory operands (*not* the opcodes themselves) with `byte ptr',
`word ptr', and `dword ptr'. Thus, Intel `mov al, byte ptr FOO'
is `movb FOO, %al' in AT&T syntax.
* Immediate form long jumps and calls are `lcall/ljmp $SECTION,
$OFFSET' in AT&T syntax; the Intel syntax is `call/jmp far
SECTION:OFFSET'. Also, the far return instruction is `lret
$STACK-ADJUST' in AT&T syntax; Intel syntax is `ret far
STACK-ADJUST'.
* The AT&T assembler does not provide support for multiple section
programs. Unix style systems expect all programs to be single
sections.

File: as.info, Node: i386-Opcodes, Next: i386-Regs, Prev: i386-Syntax, Up: i386-Dependent
Opcode Naming
-------------
Opcode names are suffixed with one character modifiers which specify
the size of operands. The letters `b', `w', and `l' specify byte,
word, and long operands. If no suffix is specified by an instruction
and it contains no memory operands then `as' tries to fill in the
missing suffix based on the destination register operand (the last one
by convention). Thus, `mov %ax, %bx' is equivalent to `movw %ax, %bx';
also, `mov $1, %bx' is equivalent to `movw $1, %bx'. Note that this is
incompatible with the AT&T Unix assembler which assumes that a missing
opcode suffix implies long operand size. (This incompatibility does
not affect compiler output since compilers always explicitly specify
the opcode suffix.)
Almost all opcodes have the same names in AT&T and Intel format.
There are a few exceptions. The sign extend and zero extend
instructions need two sizes to specify them. They need a size to
sign/zero extend *from* and a size to zero extend *to*. This is
accomplished by using two opcode suffixes in AT&T syntax. Base names
for sign extend and zero extend are `movs...' and `movz...' in AT&T
syntax (`movsx' and `movzx' in Intel syntax). The opcode suffixes are
tacked on to this base name, the *from* suffix before the *to* suffix.
Thus, `movsbl %al, %edx' is AT&T syntax for "move sign extend *from*
%al *to* %edx." Possible suffixes, thus, are `bl' (from byte to long),
`bw' (from byte to word), and `wl' (from word to long).
The Intel-syntax conversion instructions
* `cbw' -- sign-extend byte in `%al' to word in `%ax',
* `cwde' -- sign-extend word in `%ax' to long in `%eax',
* `cwd' -- sign-extend word in `%ax' to long in `%dx:%ax',
* `cdq' -- sign-extend dword in `%eax' to quad in `%edx:%eax',
are called `cbtw', `cwtl', `cwtd', and `cltd' in AT&T naming. `as'
accepts either naming for these instructions.
Far call/jump instructions are `lcall' and `ljmp' in AT&T syntax,
but are `call far' and `jump far' in Intel convention.

File: as.info, Node: i386-Regs, Next: i386-prefixes, Prev: i386-Opcodes, Up: i386-Dependent
Register Naming
---------------
Register operands are always prefixes with `%'. The 80386 registers
consist of
* the 8 32-bit registers `%eax' (the accumulator), `%ebx', `%ecx',
`%edx', `%edi', `%esi', `%ebp' (the frame pointer), and `%esp'
(the stack pointer).
* the 8 16-bit low-ends of these: `%ax', `%bx', `%cx', `%dx', `%di',
`%si', `%bp', and `%sp'.
* the 8 8-bit registers: `%ah', `%al', `%bh', `%bl', `%ch', `%cl',
`%dh', and `%dl' (These are the high-bytes and low-bytes of `%ax',
`%bx', `%cx', and `%dx')
* the 6 section registers `%cs' (code section), `%ds' (data
section), `%ss' (stack section), `%es', `%fs', and `%gs'.
* the 3 processor control registers `%cr0', `%cr2', and `%cr3'.
* the 6 debug registers `%db0', `%db1', `%db2', `%db3', `%db6', and
`%db7'.
* the 2 test registers `%tr6' and `%tr7'.
* the 8 floating point register stack `%st' or equivalently
`%st(0)', `%st(1)', `%st(2)', `%st(3)', `%st(4)', `%st(5)',
`%st(6)', and `%st(7)'.

File: as.info, Node: i386-prefixes, Next: i386-Memory, Prev: i386-Regs, Up: i386-Dependent
Opcode Prefixes
---------------
Opcode prefixes are used to modify the following opcode. They are
used to repeat string instructions, to provide section overrides, to
perform bus lock operations, and to give operand and address size
(16-bit operands are specified in an instruction by prefixing what would
normally be 32-bit operands with a "operand size" opcode prefix).
Opcode prefixes are usually given as single-line instructions with no
operands, and must directly precede the instruction they act upon. For
example, the `scas' (scan string) instruction is repeated with:
repne
scas
Here is a list of opcode prefixes:
* Section override prefixes `cs', `ds', `ss', `es', `fs', `gs'.
These are automatically added by specifying using the
SECTION:MEMORY-OPERAND form for memory references.
* Operand/Address size prefixes `data16' and `addr16' change 32-bit
operands/addresses into 16-bit operands/addresses. Note that
16-bit addressing modes (i.e. 8086 and 80286 addressing modes) are
not supported (yet).
* The bus lock prefix `lock' inhibits interrupts during execution of
the instruction it precedes. (This is only valid with certain
instructions; see a 80386 manual for details).
* The wait for coprocessor prefix `wait' waits for the coprocessor
to complete the current instruction. This should never be needed
for the 80386/80387 combination.
* The `rep', `repe', and `repne' prefixes are added to string
instructions to make them repeat `%ecx' times.

File: as.info, Node: i386-Memory, Next: i386-jumps, Prev: i386-prefixes, Up: i386-Dependent
Memory References
-----------------
An Intel syntax indirect memory reference of the form
SECTION:[BASE + INDEX*SCALE + DISP]
is translated into the AT&T syntax
SECTION:DISP(BASE, INDEX, SCALE)
where BASE and INDEX are the optional 32-bit base and index registers,
DISP is the optional displacement, and SCALE, taking the values 1, 2,
4, and 8, multiplies INDEX to calculate the address of the operand. If
no SCALE is specified, SCALE is taken to be 1. SECTION specifies the
optional section register for the memory operand, and may override the
default section register (see a 80386 manual for section register
defaults). Note that section overrides in AT&T syntax *must* have be
preceded by a `%'. If you specify a section override which coincides
with the default section register, `as' will *not* output any section
register override prefixes to assemble the given instruction. Thus,
section overrides can be specified to emphasize which section register
is used for a given memory operand.
Here are some examples of Intel and AT&T style memory references:
AT&T: `-4(%ebp)', Intel: `[ebp - 4]'
BASE is `%ebp'; DISP is `-4'. SECTION is missing, and the default
section is used (`%ss' for addressing with `%ebp' as the base
register). INDEX, SCALE are both missing.
AT&T: `foo(,%eax,4)', Intel: `[foo + eax*4]'
INDEX is `%eax' (scaled by a SCALE 4); DISP is `foo'. All other
fields are missing. The section register here defaults to `%ds'.
AT&T: `foo(,1)'; Intel `[foo]'
This uses the value pointed to by `foo' as a memory operand. Note
that BASE and INDEX are both missing, but there is only *one* `,'.
This is a syntactic exception.
AT&T: `%gs:foo'; Intel `gs:foo'
This selects the contents of the variable `foo' with section
register SECTION being `%gs'.
Absolute (as opposed to PC relative) call and jump operands must be
prefixed with `*'. If no `*' is specified, `as' will always choose PC
relative addressing for jump/call labels.
Any instruction that has a memory operand *must* specify its size
(byte, word, or long) with an opcode suffix (`b', `w', or `l',
respectively).

File: as.info, Node: i386-jumps, Next: i386-Float, Prev: i386-Memory, Up: i386-Dependent
Handling of Jump Instructions
-----------------------------
Jump instructions are always optimized to use the smallest possible
displacements. This is accomplished by using byte (8-bit) displacement
jumps whenever the target is sufficiently close. If a byte displacement
is insufficient a long (32-bit) displacement is used. We do not support
word (16-bit) displacement jumps (i.e. prefixing the jump instruction
with the `addr16' opcode prefix), since the 80386 insists upon masking
`%eip' to 16 bits after the word displacement is added.
Note that the `jcxz', `jecxz', `loop', `loopz', `loope', `loopnz'
and `loopne' instructions only come in byte displacements, so that it
is possible that use of these instructions (`gcc' does not use them)
will cause the assembler to print an error message (and generate
incorrect code). The AT&T 80386 assembler tries to get around this
problem by expanding `jcxz foo' to
jcxz cx_zero
jmp cx_nonzero
cx_zero: jmp foo
cx_nonzero:

File: as.info, Node: i386-Float, Next: i386-Notes, Prev: i386-jumps, Up: i386-Dependent
Floating Point
--------------
All 80387 floating point types except packed BCD are supported.
(BCD support may be added without much difficulty). These data types
are 16-, 32-, and 64- bit integers, and single (32-bit), double
(64-bit), and extended (80-bit) precision floating point. Each
supported type has an opcode suffix and a constructor associated with
it. Opcode suffixes specify operand's data types. Constructors build
these data types into memory.
* Floating point constructors are `.float' or `.single', `.double',
and `.tfloat' for 32-, 64-, and 80-bit formats. These correspond
to opcode suffixes `s', `l', and `t'. `t' stands for temporary
real, and that the 80387 only supports this format via the `fldt'
(load temporary real to stack top) and `fstpt' (store temporary
real and pop stack) instructions.
* Integer constructors are `.word', `.long' or `.int', and `.quad'
for the 16-, 32-, and 64-bit integer formats. The corresponding
opcode suffixes are `s' (single), `l' (long), and `q' (quad). As
with the temporary real format the 64-bit `q' format is only
present in the `fildq' (load quad integer to stack top) and
`fistpq' (store quad integer and pop stack) instructions.
Register to register operations do not require opcode suffixes, so
that `fst %st, %st(1)' is equivalent to `fstl %st, %st(1)'.
Since the 80387 automatically synchronizes with the 80386 `fwait'
instructions are almost never needed (this is not the case for the
80286/80287 and 8086/8087 combinations). Therefore, `as' suppresses
the `fwait' instruction whenever it is implicitly selected by one of
the `fn...' instructions. For example, `fsave' and `fnsave' are
treated identically. In general, all the `fn...' instructions are made
equivalent to `f...' instructions. If `fwait' is desired it must be
explicitly coded.

File: as.info, Node: i386-Notes, Prev: i386-Float, Up: i386-Dependent
Notes
-----
There is some trickery concerning the `mul' and `imul' instructions
that deserves mention. The 16-, 32-, and 64-bit expanding multiplies
(base opcode `0xf6'; extension 4 for `mul' and 5 for `imul') can be
output only in the one operand form. Thus, `imul %ebx, %eax' does
*not* select the expanding multiply; the expanding multiply would
clobber the `%edx' register, and this would confuse `gcc' output. Use
`imul %ebx' to get the 64-bit product in `%edx:%eax'.
We have added a two operand form of `imul' when the first operand is
an immediate mode expression and the second operand is a register.
This is just a shorthand, so that, multiplying `%eax' by 69, for
example, can be done with `imul $69, %eax' rather than `imul $69, %eax,
%eax'.

File: as.info, Node: Z8000-Dependent, Next: i386-Dependent, Prev: Sparc-Dependent, Up: Machine Dependencies
Z8000 Dependent Features
========================
The Z8000 as supports both members of the Z8000 family: the
unsegmented Z8002, with 16 bit addresses, and the segmented Z8001 with
24 bit addresses.
When the assembler is in unsegmented mode (specified with the
`unsegm' directive), an address will take up one word (16 bit) sized
register. When the assembler is in segmented mode (specified with the
`segm' directive), a 24-bit address takes up a long (32 bit) register.
*Note Assembler Directives for the Z8000: Z8000 Directives, for a list
of other Z8000 specific assembler directives.
* Menu:
* Z8000 Options:: No special command-line options for Z8000
* Z8000 Syntax:: Assembler syntax for the Z8000
* Z8000 Directives:: Special directives for the Z8000
* Z8000 Opcodes:: Opcodes

File: as.info, Node: Z8000 Options, Next: Z8000 Syntax, Up: Z8000-Dependent
Options
-------
`as' has no additional command-line options for the Zilog Z8000
family.

File: as.info, Node: Z8000 Syntax, Next: Z8000 Directives, Prev: Z8000 Options, Up: Z8000-Dependent
Syntax
------
* Menu:
* Z8000-Chars:: Special Characters
* Z8000-Regs:: Register Names
* Z8000-Addressing:: Addressing Modes

File: as.info, Node: Z8000-Chars, Next: Z8000-Regs, Up: Z8000 Syntax
Special Characters
..................
`!' is the line comment character.
You can use `;' instead of a newline to separate statements.

File: as.info, Node: Z8000-Regs, Next: Z8000-Addressing, Prev: Z8000-Chars, Up: Z8000 Syntax
Register Names
..............
The Z8000 has sixteen 16 bit registers, numbered 0 to 15. You can
refer to different sized groups of registers by register number, with
the prefix `r' for 16 bit registers, `rr' for 32 bit registers and `rq'
for 64 bit registers. You can also refer to the contents of the first
eight (of the sixteen 16 bit registers) by bytes. They are named `rNh'
and `rNl'.
*byte registers*
r0l r0h r1h r1l r2h r2l r3h r3l
r4h r4l r5h r5l r6h r6l r7h r7l
*word registers*
r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 r13 r14 r15
*long word registers*
rr0 rr2 rr4 rr6 rr8 rr10 rr12 rr14
*quad word registers*
rq0 rq4 rq8 rq12

File: as.info, Node: Z8000-Addressing, Prev: Z8000-Regs, Up: Z8000 Syntax
Addressing Modes
................
as understands the following addressing modes for the Z8000:
`rN'
Register direct
`@rN'
Indirect register
`ADDR'
Direct: the 16 bit or 24 bit address (depending on whether the
assembler is in segmented or unsegmented mode) of the operand is
in the instruction.
`address(rN)'
Indexed: the 16 or 24 bit address is added to the 16 bit register
to produce the final address in memory of the operand.
`rN(#IMM)'
Base Address: the 16 or 24 bit register is added to the 16 bit sign
extended immediate displacement to produce the final address in
memory of the operand.
`rN(rM)'
Base Index: the 16 or 24 bit register rN is added to the sign
extended 16 bit index register rM to produce the final address in
memory of the operand.
`#XX'
Immediate data XX.

File: as.info, Node: Z8000 Directives, Next: Z8000 Opcodes, Prev: Z8000 Syntax, Up: Z8000-Dependent
Assembler Directives for the Z8000
----------------------------------
The Z8000 port of as includes these additional assembler directives,
for compatibility with other Z8000 assemblers. As shown, these do not
begin with `.' (unlike the ordinary as directives).
`segm'
Generates code for the segmented Z8001.
`unsegm'
Generates code for the unsegmented Z8002.
`name'
Synonym for `.file'
`global'
Synonum for `.global'
`wval'
Synonym for `.word'
`lval'
Synonym for `.long'
`bval'
Synonym for `.byte'
`sval'
Assemble a string. `sval' expects one string literal, delimited by
single quotes. It assembles each byte of the string into
consecutive addresses. You can use the escape sequence `%XX'
(where XX represents a two-digit hexadecimal number) to represent
the character whose ASCII value is XX. Use this feature to
describe single quote and other characters that may not appear in
string literals as themselves. For example, the C statement
`char *a = "he said \"it's 50% off\"";' is represented in Z8000
assembly language (shown with the assembler output in hex at the
left) as
68652073 sval 'he said %22it%27s 50%25 off%22%00'
61696420
22697427
73203530
25206F66
662200
`rsect'
synonym for `.section'
`block'
synonym for `.space'
`even'
synonym for `.align 1'

File: as.info, Node: Z8000 Opcodes, Prev: Z8000 Directives, Up: Z8000-Dependent
Opcodes
-------
For detailed information on the Z8000 machine instruction set, see
`Z8000 Technical Manual'.
The following table summarizes the opcodes and their arguments:
rs 16 bit source register
rd 16 bit destination register
rbs 8 bit source register
rbd 8 bit destination register
rrs 32 bit source register
rrd 32 bit destination register
rqs 64 bit source register
rqd 64 bit destination register
addr 16/24 bit address
imm immediate data
adc rd,rs clrb addr cpsir @rd,@rs,rr,cc
adcb rbd,rbs clrb addr(rd) cpsirb @rd,@rs,rr,cc
add rd,@rs clrb rbd dab rbd
add rd,addr com @rd dbjnz rbd,disp7
add rd,addr(rs) com addr dec @rd,imm4m1
add rd,imm16 com addr(rd) dec addr(rd),imm4m1
add rd,rs com rd dec addr,imm4m1
addb rbd,@rs comb @rd dec rd,imm4m1
addb rbd,addr comb addr decb @rd,imm4m1
addb rbd,addr(rs) comb addr(rd) decb addr(rd),imm4m1
addb rbd,imm8 comb rbd decb addr,imm4m1
addb rbd,rbs comflg flags decb rbd,imm4m1
addl rrd,@rs cp @rd,imm16 di i2
addl rrd,addr cp addr(rd),imm16 div rrd,@rs
addl rrd,addr(rs) cp addr,imm16 div rrd,addr
addl rrd,imm32 cp rd,@rs div rrd,addr(rs)
addl rrd,rrs cp rd,addr div rrd,imm16
and rd,@rs cp rd,addr(rs) div rrd,rs
and rd,addr cp rd,imm16 divl rqd,@rs
and rd,addr(rs) cp rd,rs divl rqd,addr
and rd,imm16 cpb @rd,imm8 divl rqd,addr(rs)
and rd,rs cpb addr(rd),imm8 divl rqd,imm32
andb rbd,@rs cpb addr,imm8 divl rqd,rrs
andb rbd,addr cpb rbd,@rs djnz rd,disp7
andb rbd,addr(rs) cpb rbd,addr ei i2
andb rbd,imm8 cpb rbd,addr(rs) ex rd,@rs
andb rbd,rbs cpb rbd,imm8 ex rd,addr
bit @rd,imm4 cpb rbd,rbs ex rd,addr(rs)
bit addr(rd),imm4 cpd rd,@rs,rr,cc ex rd,rs
bit addr,imm4 cpdb rbd,@rs,rr,cc exb rbd,@rs
bit rd,imm4 cpdr rd,@rs,rr,cc exb rbd,addr
bit rd,rs cpdrb rbd,@rs,rr,cc exb rbd,addr(rs)
bitb @rd,imm4 cpi rd,@rs,rr,cc exb rbd,rbs
bitb addr(rd),imm4 cpib rbd,@rs,rr,cc ext0e imm8
bitb addr,imm4 cpir rd,@rs,rr,cc ext0f imm8
bitb rbd,imm4 cpirb rbd,@rs,rr,cc ext8e imm8
bitb rbd,rs cpl rrd,@rs ext8f imm8
bpt cpl rrd,addr exts rrd
call @rd cpl rrd,addr(rs) extsb rd
call addr cpl rrd,imm32 extsl rqd
call addr(rd) cpl rrd,rrs halt
calr disp12 cpsd @rd,@rs,rr,cc in rd,@rs
clr @rd cpsdb @rd,@rs,rr,cc in rd,imm16
clr addr cpsdr @rd,@rs,rr,cc inb rbd,@rs
clr addr(rd) cpsdrb @rd,@rs,rr,cc inb rbd,imm16
clr rd cpsi @rd,@rs,rr,cc inc @rd,imm4m1
clrb @rd cpsib @rd,@rs,rr,cc inc addr(rd),imm4m1
inc addr,imm4m1 ldb rbd,rs(rx) mult rrd,addr(rs)
inc rd,imm4m1 ldb rd(imm16),rbs mult rrd,imm16
incb @rd,imm4m1 ldb rd(rx),rbs mult rrd,rs
incb addr(rd),imm4m1 ldctl ctrl,rs multl rqd,@rs
incb addr,imm4m1 ldctl rd,ctrl multl rqd,addr
incb rbd,imm4m1 ldd @rs,@rd,rr multl rqd,addr(rs)
ind @rd,@rs,ra lddb @rs,@rd,rr multl rqd,imm32
indb @rd,@rs,rba lddr @rs,@rd,rr multl rqd,rrs
inib @rd,@rs,ra lddrb @rs,@rd,rr neg @rd
inibr @rd,@rs,ra ldi @rd,@rs,rr neg addr
iret ldib @rd,@rs,rr neg addr(rd)
jp cc,@rd ldir @rd,@rs,rr neg rd
jp cc,addr ldirb @rd,@rs,rr negb @rd
jp cc,addr(rd) ldk rd,imm4 negb addr
jr cc,disp8 ldl @rd,rrs negb addr(rd)
ld @rd,imm16 ldl addr(rd),rrs negb rbd
ld @rd,rs ldl addr,rrs nop
ld addr(rd),imm16 ldl rd(imm16),rrs or rd,@rs
ld addr(rd),rs ldl rd(rx),rrs or rd,addr
ld addr,imm16 ldl rrd,@rs or rd,addr(rs)
ld addr,rs ldl rrd,addr or rd,imm16
ld rd(imm16),rs ldl rrd,addr(rs) or rd,rs
ld rd(rx),rs ldl rrd,imm32 orb rbd,@rs
ld rd,@rs ldl rrd,rrs orb rbd,addr
ld rd,addr ldl rrd,rs(imm16) orb rbd,addr(rs)
ld rd,addr(rs) ldl rrd,rs(rx) orb rbd,imm8
ld rd,imm16 ldm @rd,rs,n orb rbd,rbs
ld rd,rs ldm addr(rd),rs,n out @rd,rs
ld rd,rs(imm16) ldm addr,rs,n out imm16,rs
ld rd,rs(rx) ldm rd,@rs,n outb @rd,rbs
lda rd,addr ldm rd,addr(rs),n outb imm16,rbs
lda rd,addr(rs) ldm rd,addr,n outd @rd,@rs,ra
lda rd,rs(imm16) ldps @rs outdb @rd,@rs,rba
lda rd,rs(rx) ldps addr outib @rd,@rs,ra
ldar rd,disp16 ldps addr(rs) outibr @rd,@rs,ra
ldb @rd,imm8 ldr disp16,rs pop @rd,@rs
ldb @rd,rbs ldr rd,disp16 pop addr(rd),@rs
ldb addr(rd),imm8 ldrb disp16,rbs pop addr,@rs
ldb addr(rd),rbs ldrb rbd,disp16 pop rd,@rs
ldb addr,imm8 ldrl disp16,rrs popl @rd,@rs
ldb addr,rbs ldrl rrd,disp16 popl addr(rd),@rs
ldb rbd,@rs mbit popl addr,@rs
ldb rbd,addr mreq rd popl rrd,@rs
ldb rbd,addr(rs) mres push @rd,@rs
ldb rbd,imm8 mset push @rd,addr
ldb rbd,rbs mult rrd,@rs push @rd,addr(rs)
ldb rbd,rs(imm16) mult rrd,addr push @rd,imm16
push @rd,rs set addr,imm4 subl rrd,imm32
pushl @rd,@rs set rd,imm4 subl rrd,rrs
pushl @rd,addr set rd,rs tcc cc,rd
pushl @rd,addr(rs) setb @rd,imm4 tccb cc,rbd
pushl @rd,rrs setb addr(rd),imm4 test @rd
res @rd,imm4 setb addr,imm4 test addr
res addr(rd),imm4 setb rbd,imm4 test addr(rd)
res addr,imm4 setb rbd,rs test rd
res rd,imm4 setflg imm4 testb @rd
res rd,rs sinb rbd,imm16 testb addr
resb @rd,imm4 sinb rd,imm16 testb addr(rd)
resb addr(rd),imm4 sind @rd,@rs,ra testb rbd
resb addr,imm4 sindb @rd,@rs,rba testl @rd
resb rbd,imm4 sinib @rd,@rs,ra testl addr
resb rbd,rs sinibr @rd,@rs,ra testl addr(rd)
resflg imm4 sla rd,imm8 testl rrd
ret cc slab rbd,imm8 trdb @rd,@rs,rba
rl rd,imm1or2 slal rrd,imm8 trdrb @rd,@rs,rba
rlb rbd,imm1or2 sll rd,imm8 trib @rd,@rs,rbr
rlc rd,imm1or2 sllb rbd,imm8 trirb @rd,@rs,rbr
rlcb rbd,imm1or2 slll rrd,imm8 trtdrb @ra,@rb,rbr
rldb rbb,rba sout imm16,rs trtib @ra,@rb,rr
rr rd,imm1or2 soutb imm16,rbs trtirb @ra,@rb,rbr
rrb rbd,imm1or2 soutd @rd,@rs,ra trtrb @ra,@rb,rbr
rrc rd,imm1or2 soutdb @rd,@rs,rba tset @rd
rrcb rbd,imm1or2 soutib @rd,@rs,ra tset addr
rrdb rbb,rba soutibr @rd,@rs,ra tset addr(rd)
rsvd36 sra rd,imm8 tset rd
rsvd38 srab rbd,imm8 tsetb @rd
rsvd78 sral rrd,imm8 tsetb addr
rsvd7e srl rd,imm8 tsetb addr(rd)
rsvd9d srlb rbd,imm8 tsetb rbd
rsvd9f srll rrd,imm8 xor rd,@rs
rsvdb9 sub rd,@rs xor rd,addr
rsvdbf sub rd,addr xor rd,addr(rs)
sbc rd,rs sub rd,addr(rs) xor rd,imm16
sbcb rbd,rbs sub rd,imm16 xor rd,rs
sc imm8 sub rd,rs xorb rbd,@rs
sda rd,rs subb rbd,@rs xorb rbd,addr
sdab rbd,rs subb rbd,addr xorb rbd,addr(rs)
sdal rrd,rs subb rbd,addr(rs) xorb rbd,imm8
sdl rd,rs subb rbd,imm8 xorb rbd,rbs
sdlb rbd,rs subb rbd,rbs xorb rbd,rbs
sdll rrd,rs subl rrd,@rs
set @rd,imm4 subl rrd,addr
set addr(rd),imm4 subl rrd,addr(rs)

File: as.info, Node: Acknowledgements, Next: Index, Prev: Copying, Up: Top
Acknowledgements
****************
If you've contributed to `as' and your name isn't listed here, it is
not meant as a slight. We just don't know about it. Send mail to the
maintainer, and we'll correct the situation. Currently (June 1993), the
maintainer is Ken Raeburn (email address `raeburn@cygnus.com').
Dean Elsner wrote the original GNU assembler for the VAX.(1)
Jay Fenlason maintained GAS for a while, adding support for
gdb-specific debug information and the 68k series machines, most of the
preprocessing pass, and extensive changes in messages.c, input-file.c,
write.c.
K. Richard Pixley maintained GAS for a while, adding various
enhancements and many bug fixes, including merging support for several
processors, breaking GAS up to handle multiple object file format
backends (including heavy rewrite, testing, an integration of the coff
and b.out backends), adding configuration including heavy testing and
verification of cross assemblers and file splits and renaming,
converted GAS to strictly ansi C including full prototypes, added
support for m680[34]0 & cpu32, considerable work on i960 including a
COFF port (including considerable amounts of reverse engineering), a
SPARC opcode file rewrite, DECstation, rs6000, and hp300hpux host
ports, updated "know" assertions and made them work, much other
reorganization, cleanup, and lint.
Ken Raeburn wrote the high-level BFD interface code to replace most
of the code in format-specific I/O modules.
The original VMS support was contributed by David L. Kashtan. Eric
Youngdale has done much work with it since.
The Intel 80386 machine description was written by Eliot Dresselhaus.
Minh Tran-Le at IntelliCorp contributed some AIX 386 support.
The Motorola 88k machine description was contributed by Devon Bowen
of Buffalo University and Torbjorn Granlund of the Swedish Institute of
Computer Science.
Keith Knowles at the Open Software Foundation wrote the original
MIPS back end (tc-mips.c, tc-mips.h), and contributed Rose format
support (which hasn't been merged in yet). Ralph Campbell worked with
the MIPS code to support a.out format.
Support for the Zilog Z8k and Hitachi H8/300 and H8/500 processors
(tc-z8k, tc-h8300, tc-h8500), and IEEE 695 object file format
(obj-ieee), was written by Steve Chamberlain of Cygnus Support. Steve
also modified the COFF back end to use BFD for some low-level
operations, for use with the H8/300 and AMD 29k targets.
John Gilmore built the AMD 29000 support, added .include support, and
simplified the configuration of which versions accept which pseudo-ops.
He updated the 68k machine description so that Motorola's opcodes
always produced fixed-size instructions (e.g. jsr), while synthetic
instructions remained shrinkable (jbsr). John fixed many bugs,
including true tested cross-compilation support, and one bug in
relaxation that took a week and required the apocryphal one-bit fix.
Ian Lance Taylor of Cygnus Support merged the Motorola and MIT
syntaxes for the 68k, completed support for some COFF targets (68k,
i386 SVR3, and SCO Unix), and made a few other minor patches.
Steve Chamberlain made `as' able to generate listings.
Support for the HP9000/300 was contributed by Hewlett-Packard.
Support for ELF format files has been worked on by Mark Eichin of
Cygnus Support (original, incomplete implementation for SPARC), Pete
Hoogenboom and Jeff Law at the University of Utah (HPPA mainly),
Michael Meissner of the Open Software Foundation (i386 mainly), and Ken
Raeburn of Cygnus Support (sparc, and some initial 64-bit support).
Several engineers at Cygnus Support have also provided many small
bug fixes and configuration enhancements.
Many others have contributed large or small bugfixes and
enhancements. If you've contributed significant work and are not
mentioned on this list, and want to be, let us know. Some of the
history has been lost; we aren't intentionally leaving anyone out.
---------- Footnotes ----------
(1) Any more details?

394
gas/doc/as.info-5
View File

@ -1,394 +0,0 @@
This is Info file as.info, produced by Makeinfo-1.55 from the input
file ./as.texinfo.
START-INFO-DIR-ENTRY
* As:: The GNU assembler.
END-INFO-DIR-ENTRY
This file documents the GNU Assembler "as".
Copyright (C) 1991, 1992, 1993 Free Software Foundation, Inc.
Permission is granted to make and distribute verbatim copies of this
manual provided the copyright notice and this permission notice are
preserved on all copies.
Permission is granted to copy and distribute modified versions of
this manual under the conditions for verbatim copying, provided also
that the section entitled "GNU General Public License" is included
exactly as in the original, and provided that the entire resulting
derived work is distributed under the terms of a permission notice
identical to this one.
Permission is granted to copy and distribute translations of this
manual into another language, under the above conditions for modified
versions, except that the section entitled "GNU General Public License"
may be included in a translation approved by the Free Software
Foundation instead of in the original English.

File: as.info, Node: Copying, Next: Acknowledgements, Prev: Machine Dependencies, Up: Top
GNU GENERAL PUBLIC LICENSE
**************************
Version 2, June 1991
Copyright (C) 1989, 1991 Free Software Foundation, Inc. 675
Mass Ave, Cambridge, MA 02139, USA
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
========
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To protect your rights, we need to make restrictions that forbid
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These restrictions translate to certain responsibilities for you if you
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For example, if you distribute copies of such a program, whether
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Finally, any free program is threatened constantly by software
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If any portion of this section is held invalid or unenforceable
under any particular circumstance, the balance of the section is
intended to apply and the section as a whole is intended to apply
in other circumstances.
It is not the purpose of this section to induce you to infringe any
patents or other property right claims or to contest validity of
any such claims; this section has the sole purpose of protecting
the integrity of the free software distribution system, which is
implemented by public license practices. Many people have made
generous contributions to the wide range of software distributed
through that system in reliance on consistent application of that
system; it is up to the author/donor to decide if he or she is
willing to distribute software through any other system and a
licensee cannot impose that choice.
This section is intended to make thoroughly clear what is believed
to be a consequence of the rest of this License.
9. If the distribution and/or use of the Program is restricted in
certain countries either by patents or by copyrighted interfaces,
the original copyright holder who places the Program under this
License may add an explicit geographical distribution limitation
excluding those countries, so that distribution is permitted only
in or among countries not thus excluded. In such case, this
License incorporates the limitation as if written in the body of
this License.
10. The Free Software Foundation may publish revised and/or new
versions of the General Public License from time to time. Such
new versions will be similar in spirit to the present version, but
may differ in detail to address new problems or concerns.
Each version is given a distinguishing version number. If the
Program specifies a version number of this License which applies
to it and "any later version", you have the option of following
the terms and conditions either of that version or of any later
version published by the Free Software Foundation. If the Program
does not specify a version number of this License, you may choose
any version ever published by the Free Software Foundation.
11. If you wish to incorporate parts of the Program into other free
programs whose distribution conditions are different, write to the
author to ask for permission. For software which is copyrighted
by the Free Software Foundation, write to the Free Software
Foundation; we sometimes make exceptions for this. Our decision
will be guided by the two goals of preserving the free status of
all derivatives of our free software and of promoting the sharing
and reuse of software generally.
NO WARRANTY
12. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO
WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE
LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT
WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT
NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE
QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE
PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY
SERVICING, REPAIR OR CORRECTION.
13. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN
WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY
MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE
LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL,
INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR
INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU
OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY
OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN
ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
=============================================
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these
terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
convey the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
ONE LINE TO GIVE THE PROGRAM'S NAME AND AN IDEA OF WHAT IT DOES.
Copyright (C) 19YY NAME OF AUTHOR
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
Also add information on how to contact you by electronic and paper
mail.
If the program is interactive, make it output a short notice like
this when it starts in an interactive mode:
Gnomovision version 69, Copyright (C) 19YY NAME OF AUTHOR
Gnomovision comes with ABSOLUTELY NO WARRANTY; for details
type `show w'. This is free software, and you are welcome
to redistribute it under certain conditions; type `show c'
for details.
The hypothetical commands `show w' and `show c' should show the
appropriate parts of the General Public License. Of course, the
commands you use may be called something other than `show w' and `show
c'; they could even be mouse-clicks or menu items--whatever suits your
program.
You should also get your employer (if you work as a programmer) or
your school, if any, to sign a "copyright disclaimer" for the program,
if necessary. Here is a sample; alter the names:
Yoyodyne, Inc., hereby disclaims all copyright
interest in the program `Gnomovision'
(which makes passes at compilers) written
by James Hacker.
SIGNATURE OF TY COON, 1 April 1989
Ty Coon, President of Vice
This General Public License does not permit incorporating your
program into proprietary programs. If your program is a subroutine
library, you may consider it more useful to permit linking proprietary
applications with the library. If this is what you want to do, use the
GNU Library General Public License instead of this License.