warn "\nMODULE = $tgtname\n" if $verbose;
build_ref_tables($tgtname, \@output, $exp, $dep);
-# resolve the dependancies for each module
-# reduce dependancies: remove unresolvable and resolved from vmlinux/System.map
+# resolve the dependencies for each module
+# reduce dependencies: remove unresolvable and resolved from vmlinux/System.map
# remove duplicates
foreach my $module (keys %$dep) {
warn "reducing module: $module\n" if $verbose;
=head1 DESCRIPTION
The purpose of this script is to automagically generate a list of of kernel
-module dependancies. This script produces dependancy lists that should be
+module dependencies. This script produces dependency lists that should be
identical to the depmod program from the modutils package. Unlike the depmod
binary, however, depmod.pl is designed to be run on your host system, not
on your target system.
"\t-l num\tlog level (8 - default)\n" \
"\t-S\tlog to syslogd (default)\n" \
"\t-L file\tlog to file\n" \
- "\t-f\trun in fordeground\n" \
+ "\t-f\trun in foreground\n" \
"\t-b\trun in background (default)\n" \
"\t-c dir\tworking dir"
"\t-i\t\tInstall the package\n" \
"\t-l\t\tList of installed packages\n" \
"\t-C\t\tConfigure an unpackaged package\n" \
- "\t-F depends\tIgnore depency problems\n" \
+ "\t-F depends\tIgnore dependency problems\n" \
"\t-P\t\tPurge all files of a package\n" \
"\t-r\t\tRemove all but the configuration files for a package\n" \
"\t-u\t\tUnpack a package, but don't configure it"
"Displays the DHCP leases granted by udhcpd.\n\n" \
"Options:\n" \
"\t-f,\t--file=FILENAME\tLeases file to load\n" \
- "\t-r,\t--remaining\tInterpret lease times as time remaing\n" \
+ "\t-r,\t--remaining\tInterpret lease times as time remaining\n" \
"\t-a,\t--absolute\tInterpret lease times as expire time"
#define e2fsck_trivial_usage \
"The upper-case options MQS are used to remove a shared memory\n" \
"segment by an shmkey value. The lower-case options mqs are used\n" \
"to remove a segment by shmid value.\n" \
- "\t-m | -M\tRemove the memory segment after the last detatch\n" \
+ "\t-m | -M\tRemove the memory segment after the last detach\n" \
"\t-q | -Q\tRemove the message queue\n" \
"\t-s | -S\tRemove the semaphore"
"Resource specification:\n" \
"\t-m\tshared memory segments\n" \
"\t-q\tmessage queues\n" \
- "\t-s\tsempahore arrays\n" \
+ "\t-s\tsemaphore arrays\n" \
"\t-a\tall (default)\n" \
"Output format:\n" \
"\t-t\ttime\n" \
"\n" \
" alias <alias_name> <mod_name>\n" \
" Makes it possible to modprobe alias_name, when there is no such module.\n" \
-" It makes sense if your mod_name is long, or you want a more reprenstative\n" \
+" It makes sense if your mod_name is long, or you want a more representative\n" \
" name for that module (eg. 'scsi' in place of 'aha7xxx').\n" \
" This makes it also possible to use a different set of options (below) for\n" \
" the module and the alias.\n" \
" which are the default for alias 'tulip2'\n\n" \
"$ modprobe tulip2 irq=8\n" \
" will load the module 'tulip' with default options 'irq=4 io=0x308 irq=8',\n" \
- " which are the default for alias 'tulip2' overriden by the option 'irq=8'\n\n" \
+ " which are the default for alias 'tulip2' overridden by the option 'irq=8'\n\n" \
" from the command line\n\n" \
"$ modprobe tulip2 irq=2 io=0x210\n" \
" will load the module 'tulip' with default options 'irq=4 io=0x308 irq=4 io=0x210',\n" \
- " which are the default for alias 'tulip2' overriden by the options 'irq=2 io=0x210'\n\n" \
+ " which are the default for alias 'tulip2' overridden by the options 'irq=2 io=0x210'\n\n" \
" from the command line\n"
#define more_trivial_usage \
"Executes COMMAND on every item given by standard input.\n\n" \
"Options:\n" \
USAGE_XARGS_CONFIRMATION("\t-p\tPrompt the user about whether to run each command\n") \
- "\t-r\tDo not run command for empty readed lines\n" \
+ "\t-r\tDo not run command for empty read lines\n" \
USAGE_XARGS_TERMOPT("\t-x\tExit if the size is exceeded\n") \
USAGE_XARGS_ZERO_TERM("\t-0\tInput filenames are terminated by a null character\n") \
"\t-t\tPrint the command line on stderr before executing it"
add_partition(int n, int sys)
{
char mesg[256]; /* 48 does not suffice in Japanese */
- int i, readed = 0;
+ int i, num_read = 0;
struct partition *p = ptes[n].part_table;
struct partition *q = ptes[ext_index].part_table;
long long llimit;
}
if (start > limit)
break;
- if (start >= temp+units_per_sector && readed) {
+ if (start >= temp+units_per_sector && num_read) {
printf(_("Sector %llu is already allocated\n"), (unsigned long long)temp);
temp = start;
- readed = 0;
+ num_read = 0;
}
- if (!readed && start == temp) {
+ if (!num_read && start == temp) {
off_t saved_start;
saved_start = start;
start = (start - 1) * units_per_sector;
if (start < saved_start) start = saved_start;
}
- readed = 1;
+ num_read = 1;
}
- } while (start != temp || !readed);
+ } while (start != temp || !num_read);
if (n > 4) { /* NOT for fifth partition */
struct pte *pe = &ptes[n];