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ZSHZFTPSYS(1) ZSHZFTPSYS(1)

NAME

zshzftpsys - zftp function front-end

DESCRIPTION

This describes the set of shell functions supplied with the source dis-

tribution as an interface to the zzffttpp builtin command, allowing you to perform FTP operations from the shell command line or within functions or scripts. The interface is similar to a traditional FTP client (e.g. the ffttpp command itself, see ftp(1)), but as it is entirely done within the shell all the familiar completion, editing and globbing features, and so on, are present, and macros are particularly simple to write as they are just ordinary shell functions.

The prerequisite is that the zzffttpp command, as described in zshmod-

ules(1) , must be available in the version of zzsshh installed at your site. If the shell is configured to load new commands at run time, it probably is: typing `zzmmooddllooaadd zzsshh//zzffttpp' will make sure (if that runs silently, it has worked). If this is not the case, it is possible zzffttpp was linked into the shell anyway: to test this, type `wwhhiicchh zzffttpp' and

if zzffttpp is available you will get the message `zzffttpp:: sshheellll bbuuiilltt-iinn

ccoommmmaanndd'. Commands given directly with zzffttpp builtin may be interspersed between the functions in this suite; in a few cases, using zzffttpp directly may cause some of the status information stored in shell parameters to become invalid. Note in particular the description of the variables

$$ZZFFTTPPTTMMOOUUTT, $$ZZFFTTPPPPRREEFFSS and $$ZZFFTTPPVVEERRBBOOSSEE for zzffttpp.

IINNSSTTAALLLLAATTIIOONN

You should make sure all the functions from the FFuunnccttiioonnss//ZZffttpp direc-

tory of the source distribution are available; they all begin with the two letters `zzff'. They may already have been installed on your system; otherwise, you will need to find them and copy them. The directory

should appear as one of the elements of the $$ffppaatthh array (this should

already be the case if they were installed), and at least the function zzffiinniitt should be autoloaded; it will autoload the rest. Finally, to initialize the use of the system you need to call the zzffiinniitt function. The following code in your ..zzsshhrrcc will arrange for this; assume the functions are stored in the directory ~~//mmyyffnnss:

ffppaatthh==((~~//mmyyffnnss $$ffppaatthh))

aauuttoollooaadd -UU zzffiinniitt

zzffiinniitt Note that zzffiinniitt assumes you are using the zzmmooddllooaadd method to load the zzffttpp command. If it is already built into the shell, change zzffiinniitt to

zzffiinniitt -nn. It is helpful (though not essential) if the call to zzffiinniitt

appears after any code to initialize the new completion system, else unnecessary ccoommppccttll commands will be given. FFUUNNCCTTIIOONNSS The sequence of operations in performing a file transfer is essentially the same as that in a standard FTP client. Note that, due to a quirk of the shell's ggeettooppttss builtin, for those functions that handle options

you must use `--' rather than `-' to ensure the remaining arguments are

treated literally (a single `-' is treated as an argument).

OOppeenniinngg aa ccoonnnneeccttiioonn zzffppaarraammss [[ host [[ user [[ password ...... ]] ]] ]]

Set or show the parameters for a future zzffooppeenn with no argu-

ments. If no arguments are given, the current parameters are displayed (the password will be shown as a line of asterisks). If a host is given, and either the user or password is not, they will be prompted for; also, any parameter given as `??' will be prompted for, and if the `??' is followed by a string, that will be used as the prompt. As zzffooppeenn calls zzffppaarraammss to store the parameters, this usually need not be called directly.

A single argument `-' will delete the stored parameters. This

will also cause the memory of the last directory (and so on) on the other host to be deleted.

zzffooppeenn [[ -11 ]] [[ host [[ user [[ password [[ account ]] ]] ]] ]]

If host is present, open a connection to that host under user-

name user with password password (and, on the rare occasions

when it is necessary, account account). If a necessary parame-

ter is missing or given as `??' it will be prompted for. If host is not present, use a previously stored set of parameters. If the command was successful, and the terminal is compatible

with xxtteerrmm or is ssuunn-ccmmdd, a summary will appear in the title

bar, giving the local hhoosstt::ddiirreeccttoorryy and the remote hhoosstt::ddiirreecc-

ttoorryy; this is handled by the function zzffttppcchhppwwdd, described below. Normally, the host, user and password are internally recorded

for later re-opening, either by a zzffooppeenn with no arguments, or

automatically (see below). With the option `-11', no information

is stored. Also, if an open command with arguments failed, the parameters will not be retained (and any previous parameters

will also be deleted). A zzffooppeenn on its own, or a zzffooppeenn -11,

never alters the stored parameters. Both zzffooppeenn and zzffaannoonn (but not zzffppaarraammss) understand URLs of the form ffttpp::////host/path... as meaning to connect to the host, then change directory to path (which must be a directory, not a file). The `ffttpp::////' can be omitted; the trailing `//' is enough to trigger recognition of the path. Note prefixes other than `ffttpp::' are not recognized, and that all characters after the first slash beyond host are significant in path.

zzffaannoonn [[ -11 ]] host

Open a connection host for anonymous FTP. The username used is `aannoonnyymmoouuss'. The password (which will be reported the first time) is generated as user@@host; this is then stored in the

shell parameter $$EEMMAAIILLAADDDDRR which can alternatively be set manu-

ally to a suitable string. DDiirreeccttoorryy mmaannaaggeemmeenntt zzffccdd [[ dir ]]

zzffccdd -

zzffccdd old new Change the current directory on the remote server: this is implemented to have many of the features of the shell builtin ccdd. In the first form with dir present, change to the directory dir. The command `zzffccdd ....' is treated specially, so is guaranteed to

work on non-UNIX servers (note this is handled internally by

zzffttpp). If dir is omitted, has the effect of `zzffccdd ~~'. The second form changes to the directory previously current. The third form attempts to change the current directory by replacing the first occurrence of the string old with the string new in the current directory. Note that in this command, and indeed anywhere a remote filename is expected, the string which on the local host corresponds to `~~' is converted back to a `~~' before being passed to the remote machine. This is convenient because of the way expansion is performed on the command line before zzffccdd receives a string. For example, suppose the command is `zzffccdd ~~//ffoooo'. The shell will expand this to a full path such as `zzffccdd

//hhoommee//uusseerr22//ppwwss//ffoooo'. At this stage, zzffccdd recognises the ini-

tial path as corresponding to `~~' and will send the directory to the remote host as ~~//ffoooo, so that the `~~' will be expanded by the server to the correct remote host directory. Other named directories of the form `~~nnaammee' are not treated in this fashion. zzffhheerree Change directory on the remote server to the one corresponding to the current local directory, with special handling of `~~' as in zzffccdd. For example, if the current local directory is ~~//ffoooo//bbaarr, then zzffhheerree performs the effect of `zzffccdd ~~//ffoooo//bbaarr'.

zzffddiirr [[ -rrffdd ]] [[ - ]] [[ dir-options ]] [[ dir ]]

Produce a long directory listing. The arguments dir-options and

dir are passed directly to the server and their effect is imple-

mentation dependent, but specifying a particular remote direc-

tory dir is usually possible. The output is passed through a

pager given by the environment variable $$PPAAGGEERR, or `mmoorree' if

that is not set.

The directory is usually cached for re-use. In fact, two caches

are maintained. One is for use when there is no dir-options or

dir, i.e. a full listing of the current remote directory; it is flushed when the current remote directory changes. The other is kept for repeated use of zzffddiirr with the same arguments; for example, repeated use of `zzffddiirr //ppuubb//ggnnuu' will only require the directory to be retrieved on the first call. Alternatively,

this cache can be re-viewed with the -rr option. As relative

directories will confuse zzffddiirr, the -ff option can be used to

force the cache to be flushed before the directory is listed.

The option -dd will delete both caches without showing a direc-

tory listing; it will also delete the cache of file names in the current remote directory, if any.

zzffllss [ ls-options ] [ dir ]

List files on the remote server. With no arguments, this will produce a simple list of file names for the current remote directory. Any arguments are passed directly to the server. No pager and no caching is used. SSttaattuuss ccoommmmaannddss zzffttyyppee [ type ]

With no arguments, show the type of data to be transferred, usu-

ally ASCII or binary. With an argument, change the type: the types `AA' or `AASSCCIIII' for ASCII data and `BB' or `BBIINNAARRYY', `II' or

`IIMMAAGGEE' for binary data are understood case-insensitively.

zzffssttaatt [ -v ]

Show the status of the current or last connection, as well as

the status of some of zzffttpp's status variables. With the -vv

option, a more verbose listing is produced by querying the server for its version of events, too. RReettrriieevviinngg ffiilleess

The commands for retrieving files all take at least two options. -GG

suppresses remote filename expansion which would otherwise be performed

(see below for a more detailed description of that). -tt attempts to

set the modification time of the local file to that of the remote file: this requires version 5 of ppeerrll, see the description of the function zzffrrttiimmee below for more information.

zzffggeett [[ -GGttcc ]] file1 ......

Retrieve all the listed files file1 ... one at a time from the remote server. If a file contains a `//', the full name is passed to the remote server, but the file is stored locally under the name given by the part after the final `//'. The

option -cc (cat) forces all files to be sent as a single stream

to standard output; in this case the -tt option has no effect.

zzffuuggeett [[ -GGvvsstt ]] file1 ......

As zzffggeett, but only retrieve files where the version on the remote server is newer (has a later modification time), or where the local file does not exist. If the remote file is older but the files have different sizes, or if the sizes are the same but the remote file is newer, the user will usually be queried.

With the option -ss, the command runs silently and will always

retrieve the file in either of those two cases. With the option

-vv, the command prints more information about the files while it

is working out whether or not to transfer them.

zzffccggeett [[ -GGtt ]] file1 ......

As zzffggeett, but if any of the local files exists, and is shorter than the corresponding remote file, the command assumes that it is the result of a partially completed transfer and attempts to

transfer the rest of the file. This is useful on a poor connec-

tion which keeps failing.

Note that this requires a commonly implemented, but non-stan-

dard, version of the FTP protocol, so is not guaranteed to work on all servers.

zzffggccpp [[ -GGtt ]] remote-file local-file

zzffggccpp [[ -GGtt ]] rfile1 ...... ldir

This retrieves files from the remote server with arguments behaving similarly to the ccpp command.

In the first form, copy remote-file from the server to the local

file local-file.

In the second form, copy all the remote files rfile1 ... into the local directory ldir retaining the same basenames. This assumes UNIX directory semantics. SSeennddiinngg ffiilleess

zzffppuutt [[ -rr ]] file1 ......

Send all the file1 ... given separately to the remote server. If a filename contains a `//', the full filename is used locally to find the file, but only the basename is used for the remote file name.

With the option -rr, if any of the files are directories they are

sent recursively with all their subdirectories, including files beginning with `..'. This requires that the remote machine understand UNIX file semantics, since `//' is used as a directory separator.

zzffuuppuutt [[ -vvss ]] file1 ......

As zzffppuutt, but only send files which are newer than their local equivalents, or if the remote file does not exist. The logic is the same as for zzffuuggeett, but reversed between local and remote files. zzffccppuutt file1 ...... As zzffppuutt, but if any remote file already exists and is shorter

than the local equivalent, assume it is the result of an incom-

plete transfer and send the rest of the file to append to the

existing part. As the FTP append command is part of the stan-

dard set, this is in principle more likely to work than zzffccggeett.

zzffppccpp local-file remote-file

zzffppccpp lfile1 ...... rdir This sends files to the remote server with arguments behaving similarly to the ccpp command.

With two arguments, copy local-file to the server as

remote-file.

With more than two arguments, copy all the local files lfile1 ... into the existing remote directory rdir retaining the same basenames. This assumes UNIX directory semantics. A problem arises if you attempt to use zzffppccpp lfile1 rdir, i.e.

the second form of copying but with two arguments, as the com-

mand has no simple way of knowing if rdir corresponds to a directory or a filename. It attempts to resolve this in various ways. First, if the rdir argument is `..' or `....' or ends in a

slash, it is assumed to be a directory. Secondly, if the opera-

tion of copying to a remote file in the first form failed, and the remote server sends back the expected failure code 553 and a reply including the string `IIss aa ddiirreeccttoorryy', then zzffppccpp will retry using the second form. CClloossiinngg tthhee ccoonnnneeccttiioonn zzffcclloossee Close the connection. SSeessssiioonn mmaannaaggeemmeenntt

zzffsseessssiioonn [ -llvvoodd ] [ sessname ]

Allows you to manage multiple FTP sessions at once. By default, connections take place in a session called `ddeeffaauulltt'; by giving the command `zzffsseessssiioonn sessname' you can change to a new or existing session with a name of your choice. The new session

remembers its own connection, as well as associated shell param-

eters, and also the host/user parameters set by zzffppaarraammss. Hence you can have different sessions set up to connect to different hosts, each remembering the appropriate host, user and password.

With no arguments, zzffsseessssiioonn prints the name of the current ses-

sion; with the option -ll it lists all sessions which currently

exist, and with the option -vv it gives a verbose list showing

the host and directory for each session, where the current ses-

sion is marked with an asterisk. With -oo, it will switch to the

most recent previous session.

With -dd, the given session (or else the current one) is removed;

everything to do with it is completely forgotten. If it was the only session, a new session called `ddeeffaauulltt' is created and made current. It is safest not to delete sessions while background commands using zzffttpp are active. zzffttrraannssffeerr sess1::file1 sess2::file2 Transfer files between two sessions; no local copy is made. The

file is read from the session sess1 as file1 and written to ses-

sion sess2 as file file2; file1 and file2 may be relative to the current directories of the session. Either sess1 or sess2 may be omitted (though the colon should be retained if there is a possibility of a colon appearing in the file name) and defaults to the current session; file2 may be omitted or may end with a slash, in which case the basename of file1 will be added. The sessions sess1 and sess2 must be distinct. The operation is performed using pipes, so it is required that the connections still be valid in a subshell, which is not the case under versions of some operating systems, presumably due to a system bug. BBooookkmmaarrkkss The two functions zzffmmaarrkk and zzffggoottoo allow you to `bookmark' the present location (host, user and directory) of the current FTP connection for later use. The file to be used for storing and retrieving bookmarks is

given by the parameter $$ZZFFTTPPBBMMFFIILLEE; if not set when one of the two

functions is called, it will be set to the file ..zzffbbkkmmaarrkkss in the directory where your zsh startup files live (usually ~~). zzffmmaarrkk [[ bookmark ]] If given an argument, mark the current host, user and directory under the name bookmark for later use by zzffggoottoo. If there is no

connection open, use the values for the last connection immedi-

ately before it was closed; it is an error if there was none. Any existing bookmark under the same name will be silently replaced. If not given an argument, list the existing bookmarks and the points to which they refer in the form user@@host::directory; this is the format in which they are stored, and the file may be edited directly.

zzffggoottoo [[ -nn ]] bookmark

Return to the location given by bookmark, as previously set by zzffmmaarrkk. If the location has user `ffttpp' or `aannoonnyymmoouuss', open the connection with zzffaannoonn, so that no password is required. If the

user and host parameters match those stored for the current ses-

sion, if any, those will be used, and again no password is required. Otherwise a password will be prompted for.

With the option -nn, the bookmark is taken to be a nickname

stored by the nnccffttpp program in its bookmark file, which is

assumed to be ~~//..nnccffttpp//bbooookkmmaarrkkss. The function works identi-

cally in other ways. Note that there is no mechanism for adding or modifying nnccffttpp bookmarks from the zftp functions. OOtthheerr ffuunnccttiioonnss Mostly, these functions will not be called directly (apart from zzffiinniitt), but are described here for completeness. You may wish to alter zzffttppcchhppwwdd and zzffttpppprrooggrreessss, in particular.

zzffiinniitt [[ -nn ]]

As described above, this is used to initialize the zftp function

system. The -nn option should be used if the zftp command is

already built into the shell.

zzffaauuttoocchheecckk [[ -ddnn ]]

This function is called to implement automatic reopening behav-

iour, as described in more detail below. The options must

appear in the first argument; -nn prevents the command from

changing to the old directory, while -dd prevents it from setting

the variable ddoocclloossee, which it otherwise does as a flag for automatically closing the connection after a transfer. The host and directory for the last session are stored in the variable

$$zzffllaassttsseessssiioonn, but the internal host/user/password parameters

must also be correctly set. zzffccddmmaattcchh prefix suffix This performs matching for completion of remote directory names. If the remote server is UNIX, it will attempt to persuade the server to list the remote directory with subdirectories marked, which usually works but is not guaranteed. On other hosts it simply calls zzffggeettmmaattcchh and hence completes all files, not just directories. On some systems, directories may not even look like filenames. zzffggeettmmaattcchh prefix suffix This performs matching for completion of remote filenames. It caches files for the current directory (only) in the shell

parameter $$zzffttppffccaacchhee. It is in the form to be called by the

-KK option of ccoommppccttll, but also works when called from a wid-

get-style completion function with prefix and suffix set appro-

priately. zzffrrgglloobb varname Perform remote globbing, as describes in more detail below. varname is the name of a variable containing the pattern to be expanded; if there were any matches, the same variable will be set to the expanded set of filenames on return. zzffrrttiimmee lfile rfile [[ time ]] Set the local file lfile to have the same modification time as the remote file rfile, or the explicit time time in FTP format CCCCYYYYMMMMDDDDhhhhmmmmSSSS for the GMT timezone. Currently this requires ppeerrll version 5 to perform the conversion from GMT to local time. This is unfortunately difficult to do using shell code alone. zzffttppcchhppwwdd This function is called every time a connection is opened, or closed, or the remote directory changes. This version alters

the title bar of an xxtteerrmm-compatible or ssuunn-ccmmdd terminal emula-

tor to reflect the local and remote hostnames and current direc-

tories. It works best when combined with the function cchhppwwdd. In particular, a function of the form cchhppwwdd(()) {{

iiff [[[[ -nn $$ZZFFTTPPUUSSEERR ]]]];; tthheenn

zzffttppcchhppwwdd eellssee

## uussuuaall cchhppwwdd ee..gg ppuutt hhoosstt::ddiirreeccttoorryy iinn ttiittllee bbaarr

ffii }} fits in well. zzffttpppprrooggrreessss This function shows the status of the transfer. It will not

write anything unless the output is going to a terminal; how-

ever, if you transfer files in the background, you should turn off progress reports by hand using `zzssttyyllee ''::zzffttpp::**'' pprrooggrreessss nnoonnee'. Note also that if you alter it, any output must be to standard error, as standard output may be a file being received. The form of the progress meter, or whether it is used at all, can be configured without altering the function, as described in the next section. zzffffccaacchhee

This is used to implement caching of files in the current direc-

tory for each session separately. It is used by zzffggeettmmaattcchh and zzffrrgglloobb. MMIISSCCEELLLLAANNEEOOUUSS FFEEAATTUURREESS CCoonnffiigguurraattiioonn Various styles are available using the standard shell style mechanism, described in zshmodules(1). Briefly, the command `zzssttyyllee ''::zzffttpp::**'' style value ...'. defines the style to have value value; more than one value may be given, although that is not useful in the cases described

here. These values will then be used throughout the zftp function sys-

tem. For more precise control, the first argument, which gives a con-

text in which the style applies, can be modified to include a particu-

lar function, as for example `::zzffttpp::zzffggeett': the style will then have the given value only in the zzffggeett function. Values for the same style in different contexts may be set; the most specific function will be used, where strings are held to be more specific than patterns, and longer patterns and shorter patterns. Note that only the top level function name, as called by the user, is used; calling of lower level functions is transparent to the user. Hence modifications to the title bar in zzffttppcchhppwwdd use the contexts ::zzffttpp::zzffooppeenn, ::zzffttpp::zzffccdd, etc.,

depending where it was called from. The following styles are under-

stood: pprrooggrreessss Controls the way that zzffttpppprrooggrreessss reports on the progress of a transfer. If empty, unset, or `nnoonnee', no progress report is

made; if `bbaarr' a growing bar of inverse video is shown; if `ppeerr-

cceenntt' (or any other string, though this may change in future), the percentage of the file transferred is shown. The bar meter requires that the width of the terminal be available via the

$$CCOOLLUUMMNNSS parameter (normally this is set automatically). If the

size of the file being transferred is not available, bbaarr and ppeerrcceenntt meters will simply show the number of bytes transferred so far. When zzffiinniitt is run, if this style is not defined for the context ::zzffttpp::**, it will be set to `bar'. uuppddaattee Specifies the minimum time interval between updates of the progress meter in seconds. No update is made unless new data has been received, so the actual time interval is limited only

by $$ZZFFTTPPTTIIMMEEOOUUTT.

As described for pprrooggrreessss, zzffiinniitt will force this to default to 1.

rreemmoottee-gglloobb

If set to `1', `yes' or `true', filename generation (globbing) is performed on the remote machine instead of by zsh itself; see below. ttiittlleebbaarr If set to `1', `yes' or `true', zzffttppcchhppwwdd will put the remote

host and remote directory into the titlebar of terminal emula-

tors such as xterm or sun-cmd that allow this.

As described for pprrooggrreessss, zzffiinniitt will force this to default to 1. cchhppwwdd If set to `1' `yes' or `true', zzffttppcchhppwwdd will call the function cchhppwwdd when a connection is closed. This is useful if the remote host details were put into the terminal title bar by zzffttppcchhppwwdd and your usual cchhppwwdd also modifies the title bar. When zzffiinniitt is run, it will determine whether cchhppwwdd exists and if so it will set the default value for the style to 1 if none exists already. Note that there is also an associative array zzffccoonnffiigg which contains values used by the function system. This should not be modified or overwritten. RReemmoottee gglloobbbbiinngg The commands for retrieving files usually perform filename generation (globbing) on their arguments; this can be turned off by passing the

option -GG to each of the commands. Normally this operates by retriev-

ing a complete list of files for the directory in question, then match-

ing these locally against the pattern supplied. This has the advantage that the full range of zsh patterns (respecting the setting of the

option EEXXTTEENNDDEEDDGGLLOOBB) can be used. However, it means that the direc-

tory part of a filename will not be expanded and must be given exactly. If the remote server does not support the UNIX directory semantics, directory handling is problematic and it is recommended that globbing only be used within the current directory. The list of files in the current directory, if retrieved, will be cached, so that subsequent globs in the same directory without an intervening zzffccdd are much faster.

If the rreemmoottee-gglloobb style (see above) is set, globbing is instead per-

formed on the remote host: the server is asked for a list of matching files. This is highly dependent on how the server is implemented,

though typically UNIX servers will provide support for basic glob pat-

terns. This may in some cases be faster, as it avoids retrieving the entire list of directory contents. AAuuttoommaattiicc aanndd tteemmppoorraarryy rreeooppeenniinngg

As described for the zzffooppeenn command, a subsequent zzffooppeenn with no param-

eters will reopen the connection to the last host (this includes con-

nections made with the zzffaannoonn command). Opened in this fashion, the connection starts in the default remote directory and will remain open until explicitly closed.

Automatic re-opening is also available. If a connection is not cur-

rently open and a command requiring a connection is given, the last connection is implicitly reopened. In this case the directory which was current when the connection was closed again becomes the current directory (unless, of course, the command given changes it). Automatic reopening will also take place if the connection was close by the

remote server for whatever reason (e.g. a timeout). It is not avail-

able if the -11 option to zzffooppeenn or zzffaannoonn was used.

Furthermore, if the command issued is a file transfer, the connection will be closed after the transfer is finished, hence providing a

one-shot mode for transfers. This does not apply to directory changing

or listing commands; for example a zzffddiirr may reopen a connection but will leave it open. Also, automatic closure will only ever happen in the same command as automatic opening, i.e a zzffddiirr directly followed by a zzffggeett will never close the connection automatically.

Information about the previous connection is given by the zzffssttaatt func-

tion. So, for example, if that reports: SSeessssiioonn:: ddeeffaauulltt NNoott ccoonnnneecctteedd.. LLaasstt sseessssiioonn:: ffttpp..bbaarr..ccoomm:://ppuubb//tteexxttffiilleess then the command zzffggeett ffiillee..ttxxtt will attempt to reopen a connection to ffttpp..bbaarr..ccoomm, retrieve the file //ppuubb//tteexxttffiilleess//ffiillee..ttxxtt, and immediately close the connection again. On the other hand, zzffccdd .... will open the connection in the directory //ppuubb and leave it open. Note that all the above is local to each session; if you return to a previous session, the connection for that session is the one which will be reopened. CCoommpplleettiioonn

Completion of local and remote files, directories, sessions and book-

marks is supported. The older, ccoommppccttll-style completion is defined

when zzffiinniitt is called; support for the new widget-based completion sys-

tem is provided in the function CCoommpplleettiioonn//ZZsshh//CCoommmmaanndd//zzffttpp, which should be installed with the other functions of the completion system and hence should automatically be available. zsh 4.2.3 January 13, 2005 ZSHZFTPSYS(1)