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Small changes to work around problems in the linuxdoc implementation of

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Debian Woody. Contributed by Michael Klein.


git-svn-id: svn://svn.cc65.org/cc65/trunk@3541 b7a2c559-68d2-44c3-8de9-860c34a00d81
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cuz 2005-07-24 13:32:38 +00:00
parent 8334d54622
commit 43da460147
4 changed files with 28 additions and 26 deletions
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32
doc/ca65.sgml
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@ -288,9 +288,9 @@ The assembler accepts the standard 6502/65816 assembler syntax. One line may
contain a label (which is identified by a colon), and, in addition to the
label, an assembler mnemonic, a macro, or a control command (see section <ref
id="control-commands" name="Control Commands"> for supported control
commands). Alternatively, the line may contain a symbol definition using the
'=' token. Everything after a semicolon is handled as a comment (that is, it
is ignored).
commands). Alternatively, the line may contain a symbol definition using
the '=' token. Everything after a semicolon is handled as a comment (that is,
it is ignored).
Here are some examples for valid input lines:
@ -632,15 +632,15 @@ names like "Loop". Here is an example:
<sect1>Unnamed labels<p>
If you really want to write messy code, there are also unnamed
labels. These labels do not have a name (you guessed that already,
didn't you?). A colon is used to mark the absence of the name.
If you really want to write messy code, there are also unnamed labels. These
labels do not have a name (you guessed that already, didn't you?). A colon is
used to mark the absence of the name.
Unnamed labels may be accessed by using the colon plus several minus
or plus characters as a label designator. Using the '-' characters
will create a back reference (use the n'th label backwards), using
'+' will create a forward reference (use the n'th label in forward
direction). An example will help to understand this:
Unnamed labels may be accessed by using the colon plus several minus or plus
characters as a label designator. Using the '-' characters will create a back
reference (use the n'th label backwards), using '+' will create a forward
reference (use the n'th label in forward direction). An example will help to
understand this:
<tscreen><verb>
: lda (ptr1),y ; #1
@ -713,7 +713,7 @@ All (non cheap local) symbols that are declared outside of any nested scopes
are in global scope.
<sect1>A special scope: cheap locals<p>
<sect1>Cheap locals<p>
A special scope is the scope for cheap local symbols. It lasts from one non
local symbol to the next one, without any provisions made by the programmer.
@ -3096,10 +3096,10 @@ Here's a list of all control commands and a description, what they do:
<sect1><tt>.SMART</tt><label id=".SMART"><p>
Switch on or off smart mode. The command must be followed by a '+' or
'-' character to switch the option on or off respectively. The default
is off (that is, the assembler doesn't try to be smart), but this
default may be changed by the -s switch on the command line.
Switch on or off smart mode. The command must be followed by a '+' or '-'
character to switch the option on or off respectively. The default is off
(that is, the assembler doesn't try to be smart), but this default may be
changed by the -s switch on the command line.
In smart mode the assembler will do the following:

8
doc/cc65.sgml
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@ -560,9 +560,11 @@ This cc65 version has some extensions to the ISO C standard.
unorthogonal). Flexible array members cannot be initialized...
<itemize>
<item> ...when defining an array of structs with flexible members.
<item> ...if such a struct is a member field of another struct which
is not the last field.
+ <!-- add &nbsp; to get rid of "..when undefined" message on Debian Woody -->
<item> &nbsp;...when defining an array of structs with flexible
members.
<item> &nbsp;...if such a struct is a member field of another struct
which is not the last field.
<item> If the struct which contains a flexible array member is
declared as <tt/register/ and the size and compiler settings
do allow the compiler to actually place the struct into the

8
doc/coding.sgml
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@ -109,11 +109,11 @@ if you don't help. Look at this example:
i = i + OFFS + 3;
</verb></tscreen>
The expression is parsed from left to right, that means, the compiler sees
'i', and puts it contents into the secondary register. Next is OFFS, which is
The expression is parsed from left to right, that means, the compiler sees 'i',
and puts it contents into the secondary register. Next is OFFS, which is
constant. The compiler emits code to add a constant to the secondary register.
Same thing again for the constant 3. So the code produced contains a fetch of
'i', two additions of constants, and a store (into 'i'). Unfortunately, the
Same thing again for the constant 3. So the code produced contains a fetch
of 'i', two additions of constants, and a store (into 'i'). Unfortunately, the
compiler does not see, that "OFFS + 3" is a constant for itself, since it does
it's evaluation from left to right. There are some ways to help the compiler
to recognize expression like this:

6
doc/da65.sgml
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@ -148,9 +148,9 @@ 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 start address
is specified, $10000 minus the size of the input file is used.
preceeded with a '0' digit, as a hexadecimal value if preceeded
with '0x', '0X', or '$', and as a decimal value in all other cases. If no
start address is specified, $10000 minus the size of the input file is used.
<tag><tt>-v, --verbose</tt></tag>