Fix bogus spaces before '!' and '?' characters in unused programs.

On Mon, Oct 31, 2005 at 01:23:53PM +0000, Martin Michlmayr wrote:
> Package: e2fsprogs
> Version: 1.38-2
> Severity: minor
>
> e2fsprogs isn't consistent in its use of spaces before an exclamation
> mark.  The patch below fixed this by removing some spaces.
> (Interestingly, I couldn't find the error message in the sources where
> I noticed this inconsistency, namely "group descriptors corrupted !").

Patch applied, but none of the source files you touched are actually
compiled in e2fsprogs, and most of them weren't written by me.  :-)

Addresses Debian Bug #336604

Signed-off-by: "Theodore Ts'o" <tytso@mit.edu>
bitmap-optimize
Theodore Ts'o 2005-12-09 19:16:40 -05:00
parent fb733f8efd
commit 598ff01414
6 changed files with 16 additions and 16 deletions

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@ -19,7 +19,7 @@ the functions here are a superset of those in the file_com.c source.
We assume that the user reached here using the dir command of the inode type and not by using settype dir, so
that init_dir_info is indeed called to gather the required information.
type_data is not changed ! It still contains the inode of the file - We handle the directory in our own
type_data is not changed! It still contains the inode of the file - We handle the directory in our own
variables, so that settype ext2_inode will "go back" to the inode of this directory.
First written on: April 28 1995

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@ -158,7 +158,7 @@ The hex bytes are converted to text, so that they will be readable with a standa
original=(unsigned char *) malloc (length*sizeof (unsigned char));
if (original==NULL) {
wprintw (command_win,"Fatal error - Can\'t allocate %lu bytes !");
wprintw (command_win,"Fatal error - Can\'t allocate %lu bytes!");
refresh_command_win ();fclose (fp);return (0);
}

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@ -109,7 +109,7 @@ technology.
<Para>
However, I didn't have the luxury of choice when I started my project -
Linux is a relatively new (and great !) operating system. The extended-2
Linux is a relatively new (and great!) operating system. The extended-2
filesystem is even newer - Its first release lies somewhere in 1993 - Only
passed two years until I started working on my project.
</Para>
@ -143,7 +143,7 @@ more than just the principles.
</Para>
<Para>
The kernel sources are a rare bonus ! You don't get everyday the full
The kernel sources are a rare bonus! You don't get everyday the full
sources of the operating system. There is so much that can be learned from
them, and it is the ultimate source - The exact answer how the kernel
works is there, with all the fine details. At the first week I started to
@ -155,7 +155,7 @@ who starts to build a large puzzle.
</Para>
<Para>
However, this was exactly the interesting part ! It is frustrating to know
However, this was exactly the interesting part! It is frustrating to know
it all from advance - I think that the discovery itself, bit by bit, is the
key to a true learning and understanding.
</Para>
@ -238,7 +238,7 @@ looking at the sources, of-course).
<Para>
I didn't know almost anything of the structure of the ext2 filesystem.
Reading the sources was not enough - I needed to experiment. However, a tool
for experiments in the ext2 filesystem was exactly my project ! - Kind of a
for experiments in the ext2 filesystem was exactly my project! - Kind of a
paradox.
</Para>
@ -1106,7 +1106,7 @@ places at the code.
The various commands are reached by the user through the <Literal remap="tt">dispatch</Literal>
function. This is not surprising. The fact that can be surprising, at least in
a first look, is that <Literal remap="tt">you'll find the dispatch call in many of my
own functions !</Literal>.
own functions!</Literal>.
</Para>
<Para>
@ -2321,7 +2321,7 @@ cd command is a path from <Literal remap="tt">/</Literal>.
<Para>
<Literal remap="tt">This is one of the best examples of the power of the object oriented
design and of the dispatching mechanism. The operation is complicated, yet the
implementation is surprisingly short !</Literal>
implementation is surprisingly short!</Literal>
</Para>
<Para>
@ -2355,7 +2355,7 @@ void type_ext2___cd (char *command_line)
</Para>
<Para>
Note the number of the dispatch calls !
Note the number of the dispatch calls!
</Para>
<Para>
@ -2366,13 +2366,13 @@ a <Literal remap="tt">dir</Literal> command "enters" the directory, and then we
specific cd command</Literal> to take us from there (The object is <Literal remap="tt">dir</Literal>, so
that <Literal remap="tt">dispatch</Literal> will call the <Literal remap="tt">cd</Literal> command of the <Literal remap="tt">dir</Literal> type).
Note that a symbolic link following could bring us back to the root directory,
thus the innocent calls above treats nicely such a recursive case !
thus the innocent calls above treats nicely such a recursive case!
</Para>
<Para>
I feel that the above is <Literal remap="tt">intuitive</Literal> - I was expressing myself "in the
language" of the ext2 filesystem - (Go to the inode, etc), and the code was
written exactly in this spirit !
written exactly in this spirit!
</Para>
<Para>
@ -3136,7 +3136,7 @@ int action_count (struct struct_file_info *info)
It will just <Literal remap="tt">CONTINUE</Literal> until the last entry. The returned structure
(of type <Literal remap="tt">struct&lowbar;file&lowbar;info</Literal>) will have its number in the
<Literal remap="tt">dir&lowbar;entry&lowbar;num</Literal> field, and this is exactly the required number !
<Literal remap="tt">dir&lowbar;entry&lowbar;num</Literal> field, and this is exactly the required number!
</Para>
</Sect2>

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@ -126,7 +126,7 @@ ext2 filesystem in Linux 1.3, so stay tuned.
</Sect1>
<Sect1>
<Title>A filesystem - Why do we need it ?</Title>
<Title>A filesystem - Why do we need it?</Title>
<Para>
I thought that before we dive into the various small details, I'll reserve a
@ -139,7 +139,7 @@ A <Literal remap="tt">filesystem</Literal> consists of two word - <Literal remap
<Para>
Everyone knows the meaning of the word <Literal remap="tt">file</Literal> - A bunch of data put
somewhere. where ? This is an important question. I, for example, usually
somewhere. where? This is an important question. I, for example, usually
throw almost everything into a single drawer, and have difficulties finding
something later.
</Para>

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@ -476,7 +476,7 @@ void signal_SIGSEGV_handler (int sig_num)
{
prepare_to_close ();
printf ("Killed by signal %d !\n",sig_num);
printf ("Killed by signal %d!\n",sig_num);
exit (1);
}

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@ -153,7 +153,7 @@ int main(int argc, char *argv[])
exit(1);
}
/* Now, go looking for the superblock ! */
/* Now, go looking for the superblock! */
printf(_("starting at %Ld, with %d byte increments\n"), sk, skiprate);
printf(_(" thisoff block fs_blk_sz blksz grp last_mount\n"));
for (; lseek64(fd, sk, SEEK_SET) != -1 &&