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"glEdgeFlag(3), glEdgeFlagv(3)
flag edges as either boundary or nonboundary
XkbFreeKeyboard(3)
Destroys either an entire XkbDescRec or just some of its members
byobu(1)
wrapper script for seeding a user's byobu configuration and launching a text based window manager (either screen or tmux)
extconv(1)
convert a TeX document in either Big 5+ or GBK encoding into `preprocessed' form
load_grx_or_bios_font(3)
Loads either a BIOS or GRX format font. Allegro game programming library
sc_BcastState(3), sc::BcastState(3)
This creates and forwards/retrieves data from either a BcastStateRecv or a BcastStateSend depending on the value of the argument to constructor
sc_DistShellPair(3), sc::DistShellPair(3)
Distributes shell pairs either statically or dynamically
timelimit(1)
spawn a subprocess and if the child does not finish within the time limit either kill it, or exit, leaving the child in the background. netpipes 4.2
uncat(1)
continuously reads stdin, splits up the data either by timeout or number of bytes read to process it
Bio::Tools::Run::Phylo::Phylip::Neighbor(3)
Wrapper for the phylip program neighbor by Joseph Felsenstein for creating a phylogenetic tree(either through Neighbor or UPGMA) based on protein distances based on amino substitution rate. 14 Nov 2002 Shawn Works with Phylip version 3.6
Font::TTF::Mort::Chain(3)
Chain Mort subtable for AAT n .SS "$t->new" .SS "$t->new" Subsection "$t->new" n .SS "$t->read($fh)" .SS "$t->read($fh)" Subsection "$t->read($fh)" Reads the chain into memory n .SS "$t->out($fh)" .SS "$t->out($fh)" Subsection "$t->out($fh)" Writes the table to a file either from memory or by copying n .SS "$t->print($fh)" .SS "$t->print($fh)" Subsection "$t->print($fh)" Prints a human-readable representation of the chain
GraphQL::Role::FieldsEither(3)
GraphQL object role with code common to all fields
HTML::TableExtract(3)
Perl module for extracting the content contained in tables within an HTML document, either as text or encoded element trees
Jifty::Web::Form::Clickable(3)
Some item that can be clicked on -- either a button or a link
Net::SSLGlue::Socket(3)
socket which can be either SSL or plain IP (IPv4/IPv6)
OpenXPKI::Server::Workflow::Condition::KeyGenerationMode(3)
Check if the profile allows key generation as specified by the "generate" parameter. Example: can_use_server_key: class: OpenXPKI::Server::Workflow::Condition::KeyGenerationMode param: generate: server _map_profile: $cert_profile Returns true if the key generation setting is either escrow, server or both. The setting is obtained for the given profile (by profile or from the default setting) from the node key.generate. If this node is missing, client is allowed and server is assumed ok if key.alg is not empty. If the profile parameter is not given in the configuration, the context value of cert_profile is used
PDF::API3::Compat::API2::Basic::TTF::Mort::Chain(3)
n .SS "$t->new" .SS "$t->new" Subsection "$t->new" n .SS "$t->read($fh)" .SS "$t->read($fh)" Subsection "$t->read($fh)" Reads the chain into memory n .SS "$t->out($fh)" .SS "$t->out($fh)" Subsection "$t->out($fh)" Writes the table to a file either from memory or by copying n .SS "$t->print($fh)" .SS "$t->print($fh)" Subsection "$t->print($fh)" Prints a human-readable representation of the chain
Tenjin::Template(3)
A Tenjin template object, either built from a file or from memory
Text::Context::EitherSide(3)
Get n words either side of search keywords
db.copy(1), db.copy (1)
Copy a table. Either (cqfrom_table(cq (optionally with (cqwhere(cq) can be used or (cqselect(cq option, but not (cqfrom_table(cq and (cqselect(cq at the same time
fish-completions(1)
Writing fish completions To specify a completion, use the complete command. complete takes as a parameter the name of the command to specify a completion for. For example, to add a completion for the program myprog, one would start the completion command with complete -c myprog ... To provide a list of possible completions for myprog, use the -a switch. If myprog accepts the arguments start and stop, this can be specified as complete -c myprog -a (aqstart stop(aq. The argument to the -a switch is always a single string. At completion time, it will be tokenized on spaces and tabs, and variable expansion, command substitution and other forms of parameter expansion will take place. fish has a special syntax to support specifying switches accepted by a command. The switches -s, -l and -o are used to specify a short switch (single character, such as -l), a gnu style long switch (such as --color) and an old-style long switch (like -shuffle), respectively. If the command (aqmyprog(aq has an option (aq-o(aq which can also be written as --output, and which can take an additional value of either (aqyes(aq or (aqno(aq, this can be specified by writing: 0.0 3.5 C complete -c myprog -s o -l output -a "yes no" P There are also special switches for specifying that a switch requires an argument, to disable filename completion, to create completions that are only available in some combinations, etc.. For a complete description of the various switches accepted by the complete command, see the documentation for the complete builtin, or write complete --help inside the fish shell. As a more comprehensive example, here(aqs a commented excerpt of the completions for systemd(aqs timedatectl: 0.0 3.5 C # All subcommands that timedatectl knows - this is useful for later. set -l commands status set-time set-timezone list-timezones set-local-rtc set-ntp # Disable file completions for the entire command # because it does not take files anywhere # Note that this can be undone by using "-F". # # File completions also need to be disabled # if you want to have more control over what files are offered # (e.g. just directories, or just files ending in ".mp3"). complete -c timedatectl -f # This line offers the subcommands # -"status", # -"set-timezone", # -"set-time" # -"list-timezones" # if no subcommand has been given so far. # # The (ga-n(ga/(ga--condition(ga option takes script as a string, which it executes. # If it returns true, the completion is offered. # Here the condition is the (ga__fish_seen_subcommands_from(ga helper function. # If returns true if any of the given commands is used on the commandline, # as determined by a simple heuristic. # For more complex uses, you can write your own function. # See e.g. the git completions for an example. # complete -c timedatectl -n "not __fish_seen_subcommand_from $commands" e -a "status set-time set-timezone list-timezones" # If the "set-timezone" subcommand is used, # offer the output of (gatimedatectl list-timezones(ga as completions. # Each line of output is used as a separate candidate, # and anything after a tab is taken as the description. # It(aqs often useful to transform command output with (gastring(ga into that form. complete -c timedatectl -n "__fish_seen_subcommand_from set-timezone" e -a "(timedatectl list-timezones)" # Completion candidates can also be described via (ga-d(ga, # which is useful if the description is constant. # Try to keep these short, because that means the user gets to see more at once. complete -c timedatectl -n "not __fish_seen_subcommand_from $commands" e -a "set-local-rtc" -d "Maintain RTC in local time" # We can also limit options to certain subcommands by using conditions. complete -c timedatectl -n "__fish_seen_subcommand_from set-local-rtc" e -l adjust-system-clock -d (aqSynchronize system clock from the RTC(aq # These are simple options that can be used everywhere. complete -c timedatectl -s h -l help -d (aqPrint a short help text and exit(aq complete -c timedatectl -l version -d (aqPrint a short version string and exit(aq complete -c timedatectl -l no-pager -d (aqDo not pipe output into a pager(aq P For examples of how to write your own complex completions, study the completions in /usr/share/fish/completions. (The exact path depends on your chosen installation prefix and may be slightly different)
i.maxlik(1), i.maxlik (1)
Classifies the cell spectral reflectances in imagery data. Classification is based on the spectral signature information generated by either i.cluster, g.gui.iclass, or i.gensig
orte-dvm(1), ompi_dvm(1)
Establish a Distributed Virtual Machine (DVM). Note: orte-dvm and ompi-dvm are synonyms for each other. Using either of the names will produce the same behavior
r.sunmask(1), r.sunmask (1)
Calculates cast shadow areas from sun position and elevation raster map. Either exact sun position (A) is specified, or date/time to calculate the sun position (B) by r.sunmask itself
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