First try at C code indentation (section 3.12)

git-svn-id: https://sdcc.svn.sourceforge.net/svnroot/sdcc/trunk/sdcc@2672 4a8a32a2-be11-0410-ad9d-d568d2c75423

diff --git a/doc/sdccman.lyx b/doc/sdccman.lyx
index 566c1a9f99284b2eeda8bee0c743d8c3211d0e68..8b06017f7b3a4e88d63fa36fd18fc577373f58a8 100644 (file)
--- a/doc/sdccman.lyx
+++ b/doc/sdccman.lyx
@@ -7978,9 +7978,8 @@ at
  <address>
 \emph default 
  keyword, in addition to a storage class, e.g.:
  <address>
 \emph default 
  keyword, in addition to a storage class, e.g.:

-\newline 
+\layout Verse

 
 

-\newline 

 
 \family typewriter 
 xdata
 
 \family typewriter 
 xdata


@@ -7994,11 +7993,8 @@ xdata
 \end_inset 
 
  0x8000 unsigned char PORTA_8255 ;
 \end_inset 
 
  0x8000 unsigned char PORTA_8255 ;

-\newline 
-
-\family default 
+\layout Standard

 
 

-\newline 

 In the above example the PORTA_8255 will be allocated to the location 0x8000
  of the external ram.
  Note that this feature is provided to give the programmer access to 
 In the above example the PORTA_8255 will be allocated to the location 0x8000
  of the external ram.
  Note that this feature is provided to give the programmer access to 


@@ -8031,9 +8027,8 @@ memory mapped
 \newline 
 Absolute address can be specified for variables in all storage classes,
  e.g.:
 \newline 
 Absolute address can be specified for variables in all storage classes,
  e.g.:

-\newline 
+\layout Verse

 
 

-\newline 

 
 \family typewriter 
 bit
 
 \family typewriter 
 bit


@@ -8047,11 +8042,8 @@ bit
 \end_inset 
 
  0x02 bvar;
 \end_inset 
 
  0x02 bvar;

-\newline 
-
-\newline 
+\layout Standard

 
 

-\family default 

 The above example will allocate the variable at offset 0x02 in the bit-addressab
 le space.
  There is no real advantage to assigning absolute addresses to variables
 The above example will allocate the variable at offset 0x02 in the bit-addressab
 le space.
  There is no real advantage to assigning absolute addresses to variables


@@ -8060,11 +8052,10 @@ le space.
  For example, if you have a routine that uses one or more of the microcontroller
  I/O pins, and such pins are different for two different hardwares, you
  can declare the I/O pins in you routine using
  For example, if you have a routine that uses one or more of the microcontroller
  I/O pins, and such pins are different for two different hardwares, you
  can declare the I/O pins in you routine using

-\newline 
+\layout Verse

 
 

-\family typewriter 

 
 

-\newline 
+\family typewriter 

 extern bit SDI;
 \newline 
 extern bit SCLK;
 extern bit SDI;
 \newline 
 extern bit SCLK;


@@ -8144,15 +8135,11 @@ mask/=2;
 }
 \newline 
 }
 }
 \newline 
 }

-\newline 
-
-\newline 
+\layout Standard

 
 

-\family default 

 Then, someplace in the code for the first hardware you would use
 Then, someplace in the code for the first hardware you would use

-\newline 
+\layout Verse

 
 

-\newline 

 
 \family typewriter 
 bit at 0x80 SDI;\SpecialChar ~
 
 \family typewriter 
 bit at 0x80 SDI;\SpecialChar ~


@@ -8178,15 +8165,11 @@ bit CPOL;\SpecialChar ~
 \SpecialChar ~
 \SpecialChar ~
 /*This is a variable, let the linker allocate this one*/
 \SpecialChar ~
 \SpecialChar ~
 /*This is a variable, let the linker allocate this one*/

-\newline 
-
-\newline 
+\layout Standard

 
 

-\family default 

 Similarly, for the second hardware you would use
 Similarly, for the second hardware you would use

-\newline 
+\layout Verse

 
 

-\newline 

 
 \family typewriter 
 bit at 0x83 SDI;\SpecialChar ~
 
 \family typewriter 
 bit at 0x83 SDI;\SpecialChar ~


@@ -8212,19 +8195,12 @@ bit CPOL;\SpecialChar ~
 \SpecialChar ~
 \SpecialChar ~
 /*This is a variable, let the linker allocate this one*/
 \SpecialChar ~
 \SpecialChar ~
 /*This is a variable, let the linker allocate this one*/

-\newline 
-
-\newline 
+\layout Standard

 
 

-\family default 

 and you can use the same hardware dependant routine without changes, as
  for example in a library.
  This is somehow similar to sbit, but only one absolute address has to be
  specified in the whole project.
 and you can use the same hardware dependant routine without changes, as
  for example in a library.
  This is somehow similar to sbit, but only one absolute address has to be
  specified in the whole project.

-\family typewriter 
-
-\newline 
-

 \layout Subsection
 
 Startup Code
 \layout Subsection
 
 Startup Code