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Fixes for typos from Stefan Haubenthal

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git-svn-id: svn://svn.cc65.org/cc65/trunk@3559 b7a2c559-68d2-44c3-8de9-860c34a00d81
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cuz 2005-07-29 21:09:29 +00:00
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70
doc/ca65.sgml
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@ -169,7 +169,7 @@ Here is a description of all the command line options:
<tag><tt>-i, --ignore-case</tt></tag>
This option makes the assembler case insensitive on identifiers and labels.
This option will override the default, but may itself be overriden by the
This option will override the default, but may itself be overridden by the
<tt><ref id=".CASE" name=".CASE"></tt> control command.
@ -248,7 +248,7 @@ Here is a description of all the command line options:
Name a directory which is searched for include files. The option may be
used more than once to specify more than one directory to search. The
current directory is always searched first before considering any
additional directores.
additional directories.
<tag><tt>-U, --auto-import</tt></tag>
@ -345,7 +345,7 @@ mnemonics:
<sect1>6502X mode<label id="6502X-mode"><p>
6502X mode is an extension to the normal 6502 mode. In this mode, several
mnemomics for illegal instructions of the NMOS 6502 CPUs are accepted. Since
mnemonics for illegal instructions of the NMOS 6502 CPUs are accepted. Since
these instructions are illegal, there are no official mnemonics for them. The
unofficial ones are taken from <htmlurl
url="http://oxyron.net/graham/opcodes02.html"
@ -403,8 +403,8 @@ name="http://www.6502.org/source/interpreters/sweet16.htm">.
<sect1>Number format<p>
For literal values, the assembler accepts the widely used number formats: A
preceeding '&dollar;' or a trailing 'h' denotes a hex value, a preceeding '%'
denotes a binary value, and a bare number is interpeted as a decimal. There
preceding '&dollar;' or a trailing 'h' denotes a hex value, a preceding '%'
denotes a binary value, and a bare number is interpreted as a decimal. There
are currently no octal values and no floats.
@ -465,7 +465,7 @@ the result is known.
In the context of a boolean expression, any non zero value is evaluated as
true, any other value to false. The result of a boolean expression is 1 if
it's true, and zero if it's false. There are boolean operators with extrem
it's true, and zero if it's false. There are boolean operators with extreme
low precedence with version 2.x (where x &gt; 0). The <tt/.AND/ and <tt/.OR/
operators are shortcut operators. That is, if the result of the expression is
already known, after evaluating the left hand side, the right hand side is
@ -784,7 +784,7 @@ value needs absolute addressing mode, this fails, and an error message "Range
error" is output.
Of course the most simple solution for the problem is to move the definition
of <tt/foo/ in scope <tt/inner/ upwards, so it preceeds its use. There may be
of <tt/foo/ in scope <tt/inner/ upwards, so it precedes its use. There may be
rare cases when this cannot be done. In these cases, you can use one of the
address size override operators:
@ -864,7 +864,7 @@ The only way to deny access to a scope from the outside is to declare a scope
without a name (using the <tt/<ref id=".SCOPE" name=".SCOPE">/ command).
A special syntax is used to specify the global scope: If a symbol or scope is
preceeded by the namespace token, the global scope is searched:
preceded by the namespace token, the global scope is searched:
<tscreen><verb>
bar = 3
@ -884,7 +884,7 @@ the scope is found.
However, one important thing to note when using explicit scope syntax is, that
a symbol may be accessed before it is defined, but a scope may <bf/not/ be
used without a preceeding definition. This means that in the following
used without a preceding definition. This means that in the following
example:
<tscreen><verb>
@ -1154,7 +1154,7 @@ either a string or an expression.
Builtin string function. The function allows to concatenate a list of string
constants separated by commas. The result is a string constant that is the
concatentation of all arguments. This function is most useful in macros and
concatenation of all arguments. This function is most useful in macros and
when used together with the <tt/.STRING/ builtin function. The function may
be used in any case where a string constant is expected.
@ -1238,14 +1238,14 @@ either a string or an expression.
Example:
To check in a macro if the given argument has a '#' as first token
(immidiate addressing mode), use something like this:
(immediate addressing mode), use something like this:
<tscreen><verb>
.macro ldax arg
...
.if (.match (.left (1, {arg}), #))
; ldax called with immidiate operand
; ldax called with immediate operand
...
.endif
@ -1352,14 +1352,14 @@ either a string or an expression.
Example:
To check in a macro if the given argument has a '<tt/#/' as first token
(immidiate addressing mode), use something like this:
(immediate addressing mode), use something like this:
<tscreen><verb>
.macro ldax arg
...
.if (.match (.mid (0, 1, {arg}), #))
; ldax called with immidiate operand
; ldax called with immediate operand
...
.endif
@ -1539,7 +1539,7 @@ either a string or an expression.
<sect1><tt>.STRLEN</tt><label id=".STRLEN"><p>
Builtin function. The function accepts a string argument in braces and
eveluates to the length of the string.
evaluates to the length of the string.
Example:
@ -1564,14 +1564,14 @@ either a string or an expression.
Example:
The <tt/ldax/ macro accepts the '#' token to denote immidiate addressing (as
The <tt/ldax/ macro accepts the '#' token to denote immediate addressing (as
with the normal 6502 instructions). To translate it into two separate 8 bit
load instructions, the '#' token has to get stripped from the argument:
<tscreen><verb>
.macro ldax arg
.if (.match (.mid (0, 1, {arg}), #))
; ldax called with immidiate operand
; ldax called with immediate operand
lda #<(.right (.tcount ({arg})-1, {arg}))
ldx #>(.right (.tcount ({arg})-1, {arg}))
.else
@ -1624,7 +1624,7 @@ Here's a list of all control commands and a description, what they do:
Valid only in 65816 mode. Switch the accumulator to 16 bit.
Note: This command will not emit any code, it will tell the assembler to
create 16 bit operands for immediate accumulator adressing mode.
create 16 bit operands for immediate accumulator addressing mode.
See also: <tt><ref id=".SMART" name=".SMART"></tt>
@ -1634,7 +1634,7 @@ Here's a list of all control commands and a description, what they do:
Valid only in 65816 mode. Switch the accumulator to 8 bit.
Note: This command will not emit any code, it will tell the assembler to
create 8 bit operands for immediate accu adressing mode.
create 8 bit operands for immediate accu addressing mode.
See also: <tt><ref id=".SMART" name=".SMART"></tt>
@ -1722,7 +1722,7 @@ Here's a list of all control commands and a description, what they do:
giving errors. When switched off (which is the default so this does not
make much sense), this does not happen and an error message is
displayed. The state of the autoimport flag is evaluated when the
complete source was translated, before outputing actual code, so it is
complete source was translated, before outputting actual code, so it is
<em/not/ possible to switch this feature on or off for separate sections
of code. The last setting is used for all symbols.
@ -1824,7 +1824,7 @@ Here's a list of all control commands and a description, what they do:
<tt/.CONDES/ is followed by the type, which may be <tt/constructor/,
<tt/destructor/ or a numeric value between 0 and 6 (where 0 is the same as
specifiying <tt/constructor/ and 1 is equal to specifying <tt/destructor/).
specifying <tt/constructor/ and 1 is equal to specifying <tt/destructor/).
The <tt><ref id=".CONSTRUCTOR" name=".CONSTRUCTOR"></tt>, <tt><ref
id=".DESTRUCTOR" name=".DESTRUCTOR"></tt> and <tt><ref id=".INTERRUPTOR"
name=".INTERRUPTOR"></tt> commands are actually shortcuts for <tt/.CONDES/
@ -2053,8 +2053,8 @@ Here's a list of all control commands and a description, what they do:
otherwise the enumeration members are placed in the enclosing scope.
In the enumeration body, symbols are declared. The first symbol has a value
of zero, and each following symbol will get the value of the preceeding plus
one. This behaviour may be overriden by an explicit assignment. Two symbols
of zero, and each following symbol will get the value of the preceding plus
one. This behaviour may be overridden by an explicit assignment. Two symbols
may have the same value.
Example:
@ -2109,7 +2109,7 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.ERROR</tt><label id=".ERROR"><p>
Force an assembly error. The assembler will output an error message
preceeded by "User error" and will <em/not/ produce an object file.
preceded by "User error" and will <em/not/ produce an object file.
This command may be used to check for initial conditions that must be
set before assembling a source file.
@ -2132,7 +2132,7 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.EXITMAC, .EXITMACRO</tt><label id=".EXITMACRO"><p>
Abort a macro expansion immidiately. This command is often useful in
Abort a macro expansion immediately. This command is often useful in
recursive macros. See separate section <ref id="macros" name="Macros">.
@ -2159,7 +2159,7 @@ Here's a list of all control commands and a description, what they do:
Make symbols accessible from other modules. Must be followed by a comma
separated list of symbols to export. The exported symbols are explicitly
marked as zero page symols.
marked as zero page symbols.
Example:
@ -2252,7 +2252,7 @@ Here's a list of all control commands and a description, what they do:
lda #'a
</verb></tscreen>
<bf/Note:/ This does not work in conjunction with <tt/.FEATURE
loose_string_term/, since in this case the input would be ambigous.
loose_string_term/, since in this case the input would be ambiguous.
<tag><tt>pc_assignment</tt></tag>
@ -2359,7 +2359,7 @@ Here's a list of all control commands and a description, what they do:
source, are exported, all others are imported. Additional <tt><ref
id=".IMPORTZP" name=".IMPORTZP"></tt> or <tt><ref id=".EXPORTZP"
name=".EXPORTZP"></tt> commands for the same symbol are allowed. The symbols
in the list are explicitly marked as zero page symols.
in the list are explicitly marked as zero page symbols.
Example:
@ -2392,7 +2392,7 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.IF</tt><label id=".IF"><p>
Conditional assembly: Evalute an expression and switch assembler output
Conditional assembly: Evaluate an expression and switch assembler output
on or off depending on the expression. The expression must be a constant
expression, that is, all operands must be defined.
@ -2794,7 +2794,7 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.OUT</tt><label id=".OUT"><p>
Output a string to the console without producing an error. This command
is similiar to <tt/.ERROR/, however, it does not force an assembler error
is similar to <tt/.ERROR/, however, it does not force an assembler error
that prevents the creation of an object file.
Example:
@ -3169,7 +3169,7 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.WARNING</tt><label id=".WARNING"><p>
Force an assembly warning. The assembler will output a warning message
preceeded by "User warning". This warning will always be output, even if
preceded by "User warning". This warning will always be output, even if
other warnings are disabled with the <tt><ref id="option-W" name="-W0"></tt>
command line option.
@ -3277,7 +3277,7 @@ When using macro parameters, macros can be even more useful:
.endmacro
</verb></tscreen>
When calling the macro, you may give a parameter, and each occurence of
When calling the macro, you may give a parameter, and each occurrence of
the name "addr" in the macro definition will be replaced by the given
parameter. So
@ -3301,7 +3301,7 @@ A macro may have more than one parameter, in this case, the parameters
are separated by commas. You are free to give less parameters than the
macro actually takes in the definition. You may also leave intermediate
parameters empty. Empty parameters are replaced by empty space (that is,
they are removed when the macro is exanded). If you have a look at our
they are removed when the macro is expanded). If you have a look at our
macro definition above, you will see, that replacing the "addr" parameter
by nothing will lead to wrong code in most lines. To help you, writing
macros with a variable parameter list, there are some control commands:
@ -3429,7 +3429,7 @@ Macros may be used recursively:
There's also a special macro to help writing recursive macros: <tt><ref
id=".EXITMACRO" name=".EXITMACRO"></tt> This command will stop macro expansion
immidiately:
immediately:
<tscreen><verb>
.macro push r1, r2, r3, r4, r5, r6, r7
@ -3953,7 +3953,7 @@ be requested separately.
<item>
Constructors and destructors may have priorities. These priorities determine
the order of the functions in the table. If your intialization or cleanup code
the order of the functions in the table. If your initialization or cleanup code
does depend on other initialization or cleanup code, you have to choose the
priority for the functions accordingly.

6
doc/da65.sgml
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@ -148,8 +148,8 @@ Here is a description of all the command line options:
Specify the start/load address of the binary code that is going to be
disassembled. The given address is interpreted as an octal value if
preceeded with a '0' digit, as a hexadecimal value if preceeded
with '0x', '0X', or '$', and as a decimal value in all other cases. If no
preceded with a '0' digit, as a hexadecimal value if preceded
with '0x', '0X', or '$', and as a decimal value in all other cases. If no
start address is specified, $10000 minus the size of the input file is used.
@ -412,7 +412,7 @@ code. The following attributes are recognized:
label.
<tag><tt>SIZE</tt></tag>
This attribute is optional and may be used to specifiy the size of the data
This attribute is optional and may be used to specify the size of the data
that follows. If a size greater than 1 is specified, the disassembler will
create labels in the form <tt/label+offs/ for all bytes within the given
range, where <tt/label/ is the label name given with the <tt/NAME/

4
doc/ld65.sgml
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@ -547,7 +547,7 @@ example above. Let's have a look at it now.
The "file" attribute (the keyword may also be written as "FILE" if you like
that better) takes a string enclosed in double quotes (`"') that specifies the
file, where the data is written. You may specifiy the same file several times,
file, where the data is written. You may specify the same file several times,
in that case the data for all memory areas having this file name is written
into this file, in the order of the memory areas defined in the <tt/MEMORY/
section. Let's specify some file names in the <tt/MEMORY/ section used above:
@ -602,7 +602,7 @@ about <tt/DATA/? <tt/DATA/ contains initialized data, that is, data that was
explicitly assigned a value. And your program will rely on these values on
startup. Since there's no other way to remember the contents of the data
segment, than storing it into one of the ROMs, we have to put it there. But
unfortunately, ROM is not writeable, so we have to copy it into RAM before
unfortunately, ROM is not writable, so we have to copy it into RAM before
running the actual code.
The linker cannot help you copying the data from ROM into RAM (this must be