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Štěpán Němec: 28533: typos

This commit is contained in:
Peter Stephenson 2010-12-17 17:10:47 +00:00
parent a9421446d2
commit c9a70e18fd
10 changed files with 60 additions and 55 deletions

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@ -1,5 +1,9 @@
2010-12-17 Peter Stephenson <pws@csr.com> 2010-12-17 Peter Stephenson <pws@csr.com>
* Štěpán Němec: 28533: README, Doc/Zsh/compsys.yo,
Doc/Zsh/compwid.yo, Doc/Zsh/contrib.yo, Doc/Zsh/expn.yo,
Doc/Zsh/params.yo, Doc/Zsh/zle.yo, Functions/Chpwd/cdr: typos.
* unposted: NEWS: note zle_highlight suffix control. * unposted: NEWS: note zle_highlight suffix control.
* Mikael: users/15653: Src/Zle/zle_refresh.c: * Mikael: users/15653: Src/Zle/zle_refresh.c:
@ -13981,5 +13985,5 @@
***************************************************** *****************************************************
* This is used by the shell to define $ZSH_PATCHLEVEL * This is used by the shell to define $ZSH_PATCHLEVEL
* $Revision: 1.5156 $ * $Revision: 1.5157 $
***************************************************** *****************************************************

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@ -279,7 +279,7 @@ ifnzman(noderef(The zsh/complist Module))\
When one of the var(key-sequences) is typed, the function in the file will When one of the var(key-sequences) is typed, the function in the file will
be invoked to generate the matches. Note that a key will not be re-bound be invoked to generate the matches. Note that a key will not be re-bound
if if it already was (that is, was bound to something other than if it already was (that is, was bound to something other than
tt(undefined-key)). The widget created has the same name as the file and tt(undefined-key)). The widget created has the same name as the file and
can be bound to any other keys using tt(bindkey) as usual. can be bound to any other keys using tt(bindkey) as usual.
) )
@ -1198,7 +1198,7 @@ item(tt(call-command))(
This style is used in the function for commands such as tt(make) and This style is used in the function for commands such as tt(make) and
tt(ant) where calling the command directly to generate matches suffers tt(ant) where calling the command directly to generate matches suffers
problems such as being slow or, as in the case of tt(make) can problems such as being slow or, as in the case of tt(make) can
potentially causes actions in the makefile to be executed. If it is set potentially cause actions in the makefile to be executed. If it is set
to `true' the command is called to generate matches. The default value to `true' the command is called to generate matches. The default value
of this style is `false'. of this style is `false'.
) )
@ -1246,7 +1246,7 @@ the two strings `tt(start)' and `tt(stop)'.
kindex(complete, completion style) kindex(complete, completion style)
item(tt(complete))( item(tt(complete))(
This is used by the tt(_expand_alias) function when invoked as a This is used by the tt(_expand_alias) function when invoked as a
bindable command. If it set to `true' and the word on the command bindable command. If set to `true' and the word on the command
line is not the name of an alias, matching alias names will be line is not the name of an alias, matching alias names will be
completed. completed.
) )
@ -2040,7 +2040,7 @@ zstyle ':completion:*:foo:*' matcher-list \
If the style is unset in any context no match specification is applied. If the style is unset in any context no match specification is applied.
Note also that some completers such as tt(_correct) and tt(_approximate) Note also that some completers such as tt(_correct) and tt(_approximate)
do not use the match specifications at all, though these completers will do not use the match specifications at all, though these completers will
only ever called once even if the tt(matcher-list) contains more than only ever be called once even if the tt(matcher-list) contains more than
one element. one element.
Where multiple specifications are useful, note that the em(entire) Where multiple specifications are useful, note that the em(entire)
@ -2720,7 +2720,7 @@ attempt).
kindex(use-perl, completion style) kindex(use-perl, completion style)
item(tt(use-perl))( item(tt(use-perl))(
Various parts of the function system use awk to extract words from Various parts of the function system use awk to extract words from
files or command output as this universally available. However, many files or command output as it is universally available. However, many
versions of awk have arbitrary limits on the size of input. If this versions of awk have arbitrary limits on the size of input. If this
style is set, perl will be used instead. This is almost always style is set, perl will be used instead. This is almost always
preferable if perl is available on your system. preferable if perl is available on your system.
@ -3422,7 +3422,7 @@ example(_alternative \
offers usernames and hostnames as possible matches, offers usernames and hostnames as possible matches,
generated by the tt(_users) and tt(_hosts) functions respectively. generated by the tt(_users) and tt(_hosts) functions respectively.
Like tt(_arguments), this functions uses tt(_all_labels) to execute Like tt(_arguments), this function uses tt(_all_labels) to execute
the actions, which will loop over all sets of tags. Special handling is the actions, which will loop over all sets of tags. Special handling is
only required if there is an additional valid tag, for example inside a only required if there is an additional valid tag, for example inside a
function called from tt(_alternative). function called from tt(_alternative).
@ -3887,7 +3887,7 @@ Note also that tt(_arguments) tries to find out automatically if the
argument for an option is optional. This can be specified explicitly by argument for an option is optional. This can be specified explicitly by
doubling the colon before the var(message). doubling the colon before the var(message).
If the var(pattern) ends in `tt((-))', this will removed from the If the var(pattern) ends in `tt((-))', this will be removed from the
pattern and the var(action) will be used only directly after the pattern and the var(action) will be used only directly after the
`tt(=)', not in the next word. This is the behaviour of a normal `tt(=)', not in the next word. This is the behaviour of a normal
specification defined with the form `tt(=-)'. specification defined with the form `tt(=-)'.
@ -3963,8 +3963,8 @@ findex(_call_function)
item(tt(_call_function) var(return) var(name) [ var(args) ... ])( item(tt(_call_function) var(return) var(name) [ var(args) ... ])(
If a function var(name) exists, it is called with the arguments If a function var(name) exists, it is called with the arguments
var(args). The var(return) argument gives the name of a parameter in which var(args). The var(return) argument gives the name of a parameter in which
the return status from the function var(name); if var(return) is empty or a the return status from the function var(name) should be stored; if var(return)
single hyphen it is ignored. is empty or a single hyphen it is ignored.
The return status of tt(_call_function) itself is zero if the function The return status of tt(_call_function) itself is zero if the function
var(name) exists and was called and non-zero otherwise. var(name) exists and was called and non-zero otherwise.
@ -4049,7 +4049,7 @@ line. In this case tt(_describe) uses the tt(prefix-hidden),
tt(prefix-needed) and tt(verbose) styles to find out if the strings should tt(prefix-needed) and tt(verbose) styles to find out if the strings should
be added as completions and if the descriptions should be shown. Without be added as completions and if the descriptions should be shown. Without
the `tt(-o)' option, only the tt(verbose) style is used to decide how the `tt(-o)' option, only the tt(verbose) style is used to decide how
descriptions are shown. If `tt(-O)' is used instead of `tt(-O)', command descriptions are shown. If `tt(-O)' is used instead of `tt(-o)', command
options are completed as above but tt(_describe) will not handle the options are completed as above but tt(_describe) will not handle the
tt(prefix-needed) style. tt(prefix-needed) style.

View file

@ -546,7 +546,7 @@ item(tt(-J) var(name))(
Gives the name of the group of matches the words should be stored in. Gives the name of the group of matches the words should be stored in.
) )
item(tt(-V) var(name))( item(tt(-V) var(name))(
Like tt(-J) but naming a unsorted group. These are in a different name Like tt(-J) but naming an unsorted group. These are in a different name
space than groups created with the tt(-J) flag. space than groups created with the tt(-J) flag.
) )
item(tt(-1))( item(tt(-1))(
@ -671,8 +671,8 @@ option stores the `tt(foo)' originally given.
item(tt(-D) var(array))( item(tt(-D) var(array))(
As with tt(-O), the var(words) are not added to the set of possible As with tt(-O), the var(words) are not added to the set of possible
completions. Instead, the completion code tests whether each var(word) completions. Instead, the completion code tests whether each var(word)
in turn matches what is on the line. If the var(n)'th var(word) does not in turn matches what is on the line. If the var(n)th var(word) does not
match, the var(n)'th element of the var(array) is removed. Elements match, the var(n)th element of the var(array) is removed. Elements
for which the corresponding var(word) is matched are retained. for which the corresponding var(word) is matched are retained.
) )
item(tt(-C))( item(tt(-C))(
@ -732,8 +732,8 @@ matches the var(pattern), the matched portion is removed from
tt(PREFIX) and appended to tt(IPREFIX). tt(PREFIX) and appended to tt(IPREFIX).
Without the optional var(number), the longest match is taken, but Without the optional var(number), the longest match is taken, but
if var(number) is given, anything up to the var(number)'th match is if var(number) is given, anything up to the var(number)th match is
moved. If the var(number) is negative, the var(number)'th longest moved. If the var(number) is negative, the var(number)th longest
match is moved. For example, if tt(PREFIX) contains the string match is moved. For example, if tt(PREFIX) contains the string
`tt(a=b=c)', then tt(compset -P '*\=') will move the string `tt(a=b=)' `tt(a=b=c)', then tt(compset -P '*\=') will move the string `tt(a=b=)'
into the tt(IPREFIX) parameter, but tt(compset -P 1 '*\=') will move only into the tt(IPREFIX) parameter, but tt(compset -P 1 '*\=') will move only
@ -750,7 +750,7 @@ matched portion to the front of the value of tt(ISUFFIX).
item(tt(-n) var(begin) [ var(end) ])( item(tt(-n) var(begin) [ var(end) ])(
If the current word position as specified by the parameter tt(CURRENT) If the current word position as specified by the parameter tt(CURRENT)
is greater than or equal to var(begin), anything up to the is greater than or equal to var(begin), anything up to the
var(begin)'th word is removed from the tt(words) array and the value var(begin)th word is removed from the tt(words) array and the value
of the parameter tt(CURRENT) is decremented by var(begin). of the parameter tt(CURRENT) is decremented by var(begin).
If the optional var(end) is given, the modification is done only if If the optional var(end) is given, the modification is done only if
@ -799,7 +799,7 @@ ignored by the completion code.
item(tt(compcall) [ tt(-TD) ])( item(tt(compcall) [ tt(-TD) ])(
This allows the use of completions defined with the tt(compctl) builtin This allows the use of completions defined with the tt(compctl) builtin
from within completion widgets. The list of matches will be generated as from within completion widgets. The list of matches will be generated as
if one of the non-widget completion function (tt(complete-word), etc.) if one of the non-widget completion functions (tt(complete-word), etc.)
had been called, except that only tt(compctl)s given for specific commands had been called, except that only tt(compctl)s given for specific commands
are used. To force the code to try completions defined with the tt(-T) are used. To force the code to try completions defined with the tt(-T)
option of tt(compctl) and/or the default completion (whether defined by option of tt(compctl) and/or the default completion (whether defined by
@ -1051,7 +1051,7 @@ in the middle of the string on the command line and the option
tt(COMPLETE_IN_WORD) is set. In this case the completion code would tt(COMPLETE_IN_WORD) is set. In this case the completion code would
normally try to match trial completions that end with the string as normally try to match trial completions that end with the string as
typed so far, i.e. it will only insert new characters at the cursor typed so far, i.e. it will only insert new characters at the cursor
position rather then at the end. However in our example we would like position rather than at the end. However in our example we would like
the code to recognise matches which contain extra characters after the the code to recognise matches which contain extra characters after the
string on the line (the `tt(nix)' in the example). Hence we say that the string on the line (the `tt(nix)' in the example). Hence we say that the
empty string at the end of the string on the line matches any characters empty string at the end of the string on the line matches any characters

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@ -306,7 +306,7 @@ var(hook) is one of tt(chpwd), tt(periodic), tt(precmd) or tt(preexec),
the special functions in question. the special functions in question.
var(functions) is name of an ordinary shell function. If no options var(functions) is name of an ordinary shell function. If no options
are given this will be added to the array of functions to be executed. are given this will be added to the array of functions to be executed
in the given context. in the given context.
If the option tt(-d) is given, the var(function) is removed from If the option tt(-d) is given, the var(function) is removed from
@ -408,7 +408,7 @@ enditem()
subsect(Configuration) subsect(Configuration)
Configuration is by mean of the styles mechanism that should be familiar Configuration is by means of the styles mechanism that should be familiar
from completion; if not, see the description of the tt(zstyle) command in from completion; if not, see the description of the tt(zstyle) command in
ifzman(see zmanref(zshmodules))\ ifzman(see zmanref(zshmodules))\
ifnzman(noderef(The zsh/zutil Module)). The context for setting styles ifnzman(noderef(The zsh/zutil Module)). The context for setting styles
@ -518,7 +518,7 @@ If present, changing directly down by any number of directories
causes the current directory to be overwritten. For example, causes the current directory to be overwritten. For example,
changing from ~pws to ~pws/some/other/dir causes ~pws not to be changing from ~pws to ~pws/some/other/dir causes ~pws not to be
left on the recent directory stack. This only applies to direct left on the recent directory stack. This only applies to direct
changes to descendant diretories; earlier directories on the changes to descendant directories; earlier directories on the
list are not pruned. For example, changing from ~pws/yet/another list are not pruned. For example, changing from ~pws/yet/another
to ~pws/some/other/dir does not cause ~pws to be pruned. to ~pws/some/other/dir does not cause ~pws to be pruned.
) )
@ -732,7 +732,7 @@ for looking up its styles.
The initial value of tt(<repo-root-name>) is var(-all-) and it is replaced The initial value of tt(<repo-root-name>) is var(-all-) and it is replaced
with the actual name, as soon as it is known. Only use this part of the with the actual name, as soon as it is known. Only use this part of the
context for defining the var(formats), var(actionformats) or context for defining the var(formats), var(actionformats) or
var(branchformat) styles. As it is guaranteed that tt(<repo-root-name>) is var(branchformat) styles, as it is guaranteed that tt(<repo-root-name>) is
set up correctly for these only. For all other styles, just use tt('*') set up correctly for these only. For all other styles, just use tt('*')
instead. instead.
@ -755,7 +755,7 @@ A list of formats, used when actionformats is not used
) )
kindex(actionformats) kindex(actionformats)
item(tt(actionformats))( item(tt(actionformats))(
A list of formats, used if a there is a special A list of formats, used if there is a special
action going on in your current repository; like an interactive rebase or action going on in your current repository; like an interactive rebase or
a merge conflict. a merge conflict.
) )
@ -1020,7 +1020,7 @@ subsect(Oddities)
If you want to use the tt(%b) (bold off) prompt expansion in var(formats), If you want to use the tt(%b) (bold off) prompt expansion in var(formats),
which expands tt(%b) itself, use tt(%%b). That will cause the var(vcs_info) which expands tt(%b) itself, use tt(%%b). That will cause the var(vcs_info)
expansion to replace tt(%%b) with tt(%b). So zsh's prompt expansion expansion to replace tt(%%b) with tt(%b), so that zsh's prompt expansion
mechanism can handle it. Similarly, to hand down tt(%b) from mechanism can handle it. Similarly, to hand down tt(%b) from
var(branchformat), use tt(%%%%b). Sorry for this inconvenience, but it var(branchformat), use tt(%%%%b). Sorry for this inconvenience, but it
cannot be easily avoided. Luckily we do not clash with a lot of prompt cannot be easily avoided. Luckily we do not clash with a lot of prompt
@ -2019,7 +2019,7 @@ endsitem()
item(Special letters)( item(Special letters)(
Characters found in various variants of the Latin alphabet: Characters found in various variants of the Latin alphabet:
startsitem() startsitem()
sitem(tt(ss))(Eszett (scafes S)) sitem(tt(ss))(Eszett (scharfes S))
sitem(tt(D-), tt(d-))(Eth) sitem(tt(D-), tt(d-))(Eth)
sitem(tt(TH), tt(th))(Thorn) sitem(tt(TH), tt(th))(Thorn)
sitem(tt(kk))(Kra) sitem(tt(kk))(Kra)

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@ -852,7 +852,7 @@ em(arithmetic expansion) on the result. Such expansions can be
nested but too deep recursion may have unpredictable effects. nested but too deep recursion may have unpredictable effects.
) )
item(tt(f))( item(tt(f))(
Split the result of the expansion to lines. This is a shorthand Split the result of the expansion at newlines. This is a shorthand
for `tt(ps:\n:)'. for `tt(ps:\n:)'.
) )
item(tt(F))( item(tt(F))(
@ -1077,7 +1077,7 @@ item(tt(m))(
Only useful together with one of the flags tt(l) or tt(r) or with the Only useful together with one of the flags tt(l) or tt(r) or with the
tt(#) length operator when the tt(MULTIBYTE) option tt(#) length operator when the tt(MULTIBYTE) option
is in effect. Use the character width reported by the system in is in effect. Use the character width reported by the system in
calculating the how much of the string it occupies or the overall calculating how much of the string it occupies or the overall
length of the string. Most printable characters have a width of one length of the string. Most printable characters have a width of one
unit, however certain Asian character sets and certain special effects unit, however certain Asian character sets and certain special effects
use wider characters; combining characters have zero width. use wider characters; combining characters have zero width.
@ -2200,7 +2200,7 @@ item(tt(F))(
`full' (i.e. non-empty) directories. Note that the `full' (i.e. non-empty) directories. Note that the
opposite sense tt(LPAR()^F)tt(RPAR()) expands to empty directories opposite sense tt(LPAR()^F)tt(RPAR()) expands to empty directories
and all non-directories. Use tt(LPAR()/^F)tt(RPAR()) for and all non-directories. Use tt(LPAR()/^F)tt(RPAR()) for
empty directories empty directories.
) )
item(tt(.))( item(tt(.))(
plain files plain files

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@ -900,7 +900,7 @@ If set, is treated as a pattern during spelling correction. Any
potential correction that matches the pattern is ignored. For example, potential correction that matches the pattern is ignored. For example,
if the value is `tt(_*)' then completion functions (which, by if the value is `tt(_*)' then completion functions (which, by
convention, have names beginning with `tt(_)') will never be offered convention, have names beginning with `tt(_)') will never be offered
as spelling corrections. The pattern does not apply the correction as spelling corrections. The pattern does not apply to the correction
of file names, as applied by the tt(CORRECT_ALL) option (so with the of file names, as applied by the tt(CORRECT_ALL) option (so with the
example just given files beginning with `tt(_)' in the current example just given files beginning with `tt(_)' in the current
directory would still be completed). directory would still be completed).

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@ -618,7 +618,7 @@ simply to perform some small action. The ZLE commands that key sequences
in keymaps are bound to are in fact widgets. Widgets can be user-defined in keymaps are bound to are in fact widgets. Widgets can be user-defined
or built in. or built in.
The standard widgets built in to ZLE are listed in Standard Widgets below. The standard widgets built into ZLE are listed in Standard Widgets below.
Other built-in widgets can be defined by other modules (see Other built-in widgets can be defined by other modules (see
ifzman(zmanref(zshmodules))\ ifzman(zmanref(zshmodules))\
ifnzman(noderef(Zsh Modules))\ ifnzman(noderef(Zsh Modules))\
@ -695,8 +695,8 @@ cursor being moved to the appropriate end of the buffer.
) )
vindex(CUTBUFFER) vindex(CUTBUFFER)
item(tt(CUTBUFFER) (scalar))( item(tt(CUTBUFFER) (scalar))(
The last item to be cut using one of the `tt(kill-)' commands; the The last item cut using one of the `tt(kill-)' commands; the string
string which the next yank would insert in the line. Later entries in which the next yank would insert in the line. Later entries in
the kill ring are in the array tt(killring). Note that the the kill ring are in the array tt(killring). Note that the
command `tt(zle copy-region-as-kill) var(string)' can be used to command `tt(zle copy-region-as-kill) var(string)' can be used to
set the text of the cut buffer from a shell function and cycle the kill set the text of the cut buffer from a shell function and cycle the kill
@ -784,7 +784,7 @@ vindex(PREDISPLAY)
item(tt(PREDISPLAY) (scalar))( item(tt(PREDISPLAY) (scalar))(
Text to be displayed before the start of the editable text buffer. This Text to be displayed before the start of the editable text buffer. This
does not have to be a complete line; to display a complete line, a newline does not have to be a complete line; to display a complete line, a newline
must be appended explicitly. The text is reset on each new invocation must be appended explicitly. The text is reset on each new invocation
(but not recursive invocation) of zle. (but not recursive invocation) of zle.
) )
vindex(POSTDISPLAY) vindex(POSTDISPLAY)
@ -936,7 +936,7 @@ widget to be called.
The value tt($KEYMAP) within the function reflects the new keymap. The The value tt($KEYMAP) within the function reflects the new keymap. The
old keymap is passed as the sole argument. old keymap is passed as the sole argument.
This can been used for detecting switches between the vi command This can be used for detecting switches between the vi command
(tt(vicmd)) and insert (usually tt(main)) keymaps. (tt(vicmd)) and insert (usually tt(main)) keymaps.
) )
enditem() enditem()
@ -1362,11 +1362,11 @@ the same way to pick a word from that event.
When called from a shell function invoked from a user-defined widget, the When called from a shell function invoked from a user-defined widget, the
command can take one to three arguments. The first argument specifies a command can take one to three arguments. The first argument specifies a
history offset which applies to successive calls to this widget: if is -1, history offset which applies to successive calls to this widget: if it is -1,
the default behaviour is used, while if it is 1, successive calls will move the default behaviour is used, while if it is 1, successive calls will move
forwards through the history. The value 0 can be used to indicate that the forwards through the history. The value 0 can be used to indicate that the
history line examined by the previous execution of the command will be history line examined by the previous execution of the command will be
reexamined. Note that negative numbers should be preceded with a reexamined. Note that negative numbers should be preceded by a
`tt(-)tt(-)' argument to avoid confusing them with options. `tt(-)tt(-)' argument to avoid confusing them with options.
If two arguments are given, the second specifies the word on the command If two arguments are given, the second specifies the word on the command

View file

@ -29,22 +29,23 @@ Frank Terbeck, Philippe Troin, Geoff Wing, Matt Wozniski.
The VCS_Info function system was written by Frank Terbeck with The VCS_Info function system was written by Frank Terbeck with
contributions from Julien Langer. contributions from Julien Langer.
Contributors to completion and other shell functions include those above Contributors to documentation and to completion and other shell
plus Nuno Alexandre, Ralph Amissah, Micah Anderson, arno, Frank Benkstein, functions include those above plus Nuno Alexandre, Ralph Amissah, Micah
Jay Berkenbilt, Frank Blendinger, Zack Cerza, Brendan Cully, Baptiste Anderson, arno, Frank Benkstein, Jay Berkenbilt, Frank Blendinger, Zack
Daroussin, Danek Duvall, Ryan F, Sean Finney, Daniel Friesel, Alexey Cerza, Brendan Cully, Baptiste Daroussin, Danek Duvall, Ryan F, Sean
I. Froloff, Tobias Gruetzmacher, Pierre Habouzit, Richard Hartmann, Finney, Daniel Friesel, Alexey I. Froloff, Tobias Gruetzmacher, Pierre
Benjamin R. Haskell, Ag. D. Hatzimanikas, Pete Hollobon, Erik Johansson, Habouzit, Richard Hartmann, Benjamin R. Haskell, Ag. D. Hatzimanikas,
Kohsuke Kawaguchi, Dough Kearns, Hannu Koivisto, Henryk Konsek, Chris Lamb, Pete Hollobon, Erik Johansson, Kohsuke Kawaguchi, Dough Kearns, Hannu
Vincent Lefevre, Roger Leigh, Eric Mangold, Max Mikhanosha, Arkadiusz Koivisto, Henryk Konsek, Chris Lamb, Vincent Lefevre, Roger Leigh, Eric
Miskiewicz, Matthieu Moy, Scott Murray, Alexander Myodov, Kalle Olavi Mangold, Max Mikhanosha, Arkadiusz Miskiewicz, Matthieu Moy, Scott
Niemitalo, Kazuhiro NISHIYAMA, Omari Norman, Mustafa Oezkan, Tomasz Pala, Murray, Alexander Myodov, Štěpán Němec, Kalle Olavi Niemitalo, Kazuhiro
Peter Palfrader, Carlos Phillips, Daniel Qarras, Jean-Baptiste Quenot, NISHIYAMA, Omari Norman, Mustafa Oezkan, Tomasz Pala, Peter Palfrader,
David Riebenbauer, Haakon Riiser, Ingo Rohlfs, Felix Rosencrantz, Simon Carlos Phillips, Daniel Qarras, Jean-Baptiste Quenot, David Riebenbauer,
Ruderich, Stephen Rüger, William Scott, Kris Shannon, Jörg Sommer, Travis Haakon Riiser, Ingo Rohlfs, Felix Rosencrantz, Simon Ruderich, Stephen
Spencer, Vincent Steman, Mårten Svantesson, Evgenii Terechkov, Magnus Rüger, William Scott, Kris Shannon, Jörg Sommer, Travis Spencer, Vincent
Therning, Ingmar Vanhassel, Markus Waldeck, Motoi Washida, Nikolai Weibull, Steman, Mårten Svantesson, Evgenii Terechkov, Magnus Therning, Ingmar
Jesse Weinstein. Vanhassel, Markus Waldeck, Motoi Washida, Nikolai Weibull, Jesse
Weinstein.
Version 4.2 Version 4.2
----------- -----------

View file

@ -154,7 +154,7 @@
# causes the current directory to be overwritten. For example, # causes the current directory to be overwritten. For example,
# changing from ~pws to ~pws/some/other/dir causes ~pws not to be # changing from ~pws to ~pws/some/other/dir causes ~pws not to be
# left on the recent directory stack. This only applies to direct # left on the recent directory stack. This only applies to direct
# changes to descendant diretories; earlier directories on the # changes to descendant directories; earlier directories on the
# list are not pruned. For example, changing from ~pws/yet/another # list are not pruned. For example, changing from ~pws/yet/another
# to ~pws/some/other/dir does not cause ~pws to be pruned. # to ~pws/some/other/dir does not cause ~pws to be pruned.
# pattern:<pattern> # pattern:<pattern>

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README
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@ -255,7 +255,7 @@ Doc/zsh.texi Everything the man pages have, but in texinfo format. These
top level Makefile. Version 4.0 or above of the top level Makefile. Version 4.0 or above of the
Texinfo tools are recommended for processing this file. Texinfo tools are recommended for processing this file.
Also include in the distribution are: Also included in the distribution are:
Doc/intro.ms An introduction to zsh in troff format using the ms Doc/intro.ms An introduction to zsh in troff format using the ms
macros. This document explains many of the features macros. This document explains many of the features