use strict;
use warnings;
-use Data::Dumper;
+use JSON;
use PVE::SafeSyslog;
use PVE::Exception qw(raise raise_param_exc);
use PVE::RESTHandler;
-use PVE::PodParser;
+use PVE::PTY;
+use PVE::INotify;
use base qw(PVE::RESTHandler);
+# $cmddef defines which (sub)commands are available in a specific CLI class.
+# A real command is always an array consisting of its class, name, array of
+# position fixed (required) parameters and hash of predefined parameters when
+# mapping a CLI command t o an API call. Optionally an output method can be
+# passed at the end, e.g., for formatting or transformation purpose.
+#
+# [class, name, fixed_params, API_pre-set params, output_sub ]
+#
+# In case of so called 'simple commands', the $cmddef can be also just an
+# array.
+#
+# Examples:
+# $cmddef = {
+# command => [ 'PVE::API2::Class', 'command', [ 'arg1', 'arg2' ], { node => $nodename } ],
+# do => {
+# this => [ 'PVE::API2::OtherClass', 'method', [ 'arg1' ], undef, sub {
+# my ($res) = @_;
+# print "$res\n";
+# }],
+# that => [ 'PVE::API2::OtherClass', 'subroutine' [] ],
+# },
+# dothat => { alias => 'do that' },
+# }
my $cmddef;
my $exename;
+my $cli_handler_class;
+
+my $standard_mappings = {
+ 'pve-password' => {
+ name => 'password',
+ desc => '<password>',
+ interactive => 1,
+ func => sub {
+ my ($value) = @_;
+ return $value if $value;
+ return PVE::PTY::get_confirmed_password();
+ },
+ },
+};
+sub get_standard_mapping {
+ my ($name, $base) = @_;
+
+ my $std = $standard_mappings->{$name};
+ die "no such standard mapping '$name'\n" if !$std;
+
+ my $res = $base || {};
+
+ foreach my $opt (keys %$std) {
+ next if defined($res->{$opt});
+ $res->{$opt} = $std->{$opt};
+ }
+
+ return $res;
+}
+
+my $assert_initialized = sub {
+ my @caller = caller;
+ die "$caller[0]:$caller[2] - not initialized\n"
+ if !($cmddef && $exename && $cli_handler_class);
+};
+
+my $abort = sub {
+ my ($reason, $cmd) = @_;
+ print_usage_short (\*STDERR, $reason, $cmd);
+ exit (-1);
+};
my $expand_command_name = sub {
my ($def, $cmd) = @_;
- if (!$def->{$cmd}) {
- my $expanded;
- for my $k (keys(%$def)) {
- if ($k =~ m/^$cmd/) {
- if ($expanded) {
- $expanded = undef; # more than one match
- last;
+ return $cmd if exists $def->{$cmd}; # command is already complete
+
+ my $is_alias = sub { ref($_[0]) eq 'HASH' && exists($_[0]->{alias}) };
+ my @expanded = grep { /^\Q$cmd\E/ && !$is_alias->($def->{$_}) } keys %$def;
+
+ return $expanded[0] if scalar(@expanded) == 1; # enforce exact match
+
+ return undef;
+};
+
+my $get_commands = sub {
+ my $def = shift // die "no command definition passed!";
+ return [ grep { !(ref($def->{$_}) eq 'HASH' && defined($def->{$_}->{alias})) } sort keys %$def ];
+};
+
+my $complete_command_names = sub { $get_commands->($cmddef) };
+
+# traverses the command definition using the $argv array, resolving one level
+# of aliases.
+# Returns the matching (sub) command and its definition, and argument array for
+# this (sub) command and a hash where we marked which (sub) commands got
+# expanded (e.g. st => status) while traversing
+sub resolve_cmd {
+ my ($argv, $is_alias) = @_;
+
+ my ($def, $cmd) = ($cmddef, $argv);
+ my $cmdstr = $exename;
+
+ if (ref($argv) eq 'ARRAY') {
+ my $expanded_last_arg;
+ my $last_arg_id = scalar(@$argv) - 1;
+
+ for my $i (0..$last_arg_id) {
+ $cmd = $expand_command_name->($def, $argv->[$i]);
+ if (defined($cmd)) {
+ # If the argument was expanded (or was already complete) and it
+ # is the final argument, tell our caller about it:
+ $expanded_last_arg = $cmd if $i == $last_arg_id;
+ } else {
+ # Otherwise continue with the unexpanded version of it.
+ $cmd = $argv->[$i];
+ }
+ $cmdstr .= " $cmd";
+ $def = $def->{$cmd};
+ last if !defined($def);
+
+ if (ref($def) eq 'ARRAY') {
+ # could expand to a real command, rest of $argv are its arguments
+ my $cmd_args = [ @$argv[$i+1..$last_arg_id] ];
+ return ($cmd, $def, $cmd_args, $expanded_last_arg, $cmdstr);
+ }
+
+ if (defined($def->{alias})) {
+ die "alias loop detected for '$cmd'" if $is_alias; # avoids cycles
+ # replace aliased (sub)command with the expanded aliased command
+ splice @$argv, $i, 1, split(/ +/, $def->{alias});
+ return resolve_cmd($argv, 1);
+ }
+ }
+ # got either a special command (bashcomplete, verifyapi) or an unknown
+ # cmd, just return first entry as cmd and the rest of $argv as cmd_arg
+ my $cmd_args = [ @$argv[1..$last_arg_id] ];
+ return ($argv->[0], $def, $cmd_args, $expanded_last_arg, $cmdstr);
+ }
+ return ($cmd, $def, undef, undef, $cmdstr);
+}
+
+sub generate_usage_str {
+ my ($format, $cmd, $indent, $separator, $sortfunc) = @_;
+
+ $assert_initialized->();
+ die 'format required' if !$format;
+
+ $sortfunc //= sub { sort keys %{$_[0]} };
+ $separator //= '';
+ $indent //= '';
+
+ my $read_password_func = $cli_handler_class->can('read_password');
+ my $param_mapping_func = $cli_handler_class->can('param_mapping') ||
+ $cli_handler_class->can('string_param_file_mapping');
+
+ my ($subcmd, $def, undef, undef, $cmdstr) = resolve_cmd($cmd);
+ $abort->("unknown command '$cmdstr'") if !defined($def) && ref($cmd) eq 'ARRAY';
+
+ my $generate;
+ $generate = sub {
+ my ($indent, $separator, $def, $prefix) = @_;
+
+ my $str = '';
+ if (ref($def) eq 'HASH') {
+ my $oldclass = undef;
+ foreach my $cmd (&$sortfunc($def)) {
+
+ if (ref($def->{$cmd}) eq 'ARRAY') {
+ my ($class, $name, $arg_param, $fixed_param) = @{$def->{$cmd}};
+
+ $str .= $separator if $oldclass && $oldclass ne $class;
+ $str .= $indent;
+ $str .= $class->usage_str($name, "$prefix $cmd", $arg_param,
+ $fixed_param, $format,
+ $read_password_func, $param_mapping_func);
+ $oldclass = $class;
+
+ } elsif (defined($def->{$cmd}->{alias}) && ($format eq 'asciidoc')) {
+
+ $str .= "*$prefix $cmd*\n\nAn alias for '$exename $def->{$cmd}->{alias}'.\n\n";
+
} else {
- $expanded = $k;
+ next if $def->{$cmd}->{alias};
+
+ my $substr = $generate->($indent, $separator, $def->{$cmd}, "$prefix $cmd");
+ if ($substr) {
+ $substr .= $separator if $substr !~ /\Q$separator\E{2}/;
+ $str .= $substr;
+ }
}
+
}
+ } else {
+ my ($class, $name, $arg_param, $fixed_param) = @$def;
+ $abort->("unknown command '$cmd'") if !$class;
+
+ $str .= $indent;
+ $str .= $class->usage_str($name, $prefix, $arg_param, $fixed_param, $format,
+ $read_password_func, $param_mapping_func);
}
- $cmd = $expanded if $expanded;
- }
- return $cmd;
-};
+ return $str;
+ };
+
+ return $generate->($indent, $separator, $def, $cmdstr);
+}
__PACKAGE__->register_method ({
- name => 'help',
+ name => 'help',
path => 'help',
method => 'GET',
description => "Get help about specified command.",
parameters => {
- additionalProperties => 0,
+ additionalProperties => 0,
properties => {
- cmd => {
- description => "Command name",
- type => 'string',
- optional => 1,
- },
+ 'extra-args' => PVE::JSONSchema::get_standard_option('extra-args', {
+ description => 'Shows help for a specific command',
+ completion => $complete_command_names,
+ }),
verbose => {
description => "Verbose output format.",
type => 'boolean',
},
},
returns => { type => 'null' },
-
+
code => sub {
my ($param) = @_;
- die "not initialized" if !($cmddef && $exename);
+ $assert_initialized->();
- my $cmd = $param->{cmd};
+ my $cmd = $param->{'extra-args'};
- my $verbose = defined($cmd) && $cmd;
+ my $verbose = defined($cmd) && $cmd;
$verbose = $param->{verbose} if defined($param->{verbose});
if (!$cmd) {
if ($verbose) {
print_usage_verbose();
- } else {
+ } else {
print_usage_short(\*STDOUT);
}
return undef;
}
- $cmd = &$expand_command_name($cmddef, $cmd);
-
- my ($class, $name, $arg_param, $uri_param) = @{$cmddef->{$cmd} || []};
-
- raise_param_exc({ cmd => "no such command '$cmd'"}) if !$class;
-
+ my $str;
+ if ($verbose) {
+ $str = generate_usage_str('full', $cmd, '');
+ } else {
+ $str = generate_usage_str('short', $cmd, ' ' x 7);
+ }
+ $str =~ s/^\s+//;
- my $str = $class->usage_str($name, "$exename $cmd", $arg_param, $uri_param, $verbose ? 'full' : 'short');
if ($verbose) {
print "$str\n";
} else {
}});
-sub print_pod_manpage {
- my ($podfn) = @_;
+sub print_simple_asciidoc_synopsis {
+ $assert_initialized->();
- die "not initialized" if !($cmddef && $exename);
- die "no pod file specified" if !$podfn;
+ my $synopsis = "*${exename}* `help`\n\n";
+ $synopsis .= generate_usage_str('asciidoc');
+
+ return $synopsis;
+}
+
+sub print_asciidoc_synopsis {
+ $assert_initialized->();
my $synopsis = "";
-
- $synopsis .= " $exename <COMMAND> [ARGS] [OPTIONS]\n\n";
-
- my $style = 'full'; # or should we use 'short'?
- my $oldclass;
- foreach my $cmd (sorted_commands()) {
- my ($class, $name, $arg_param, $uri_param) = @{$cmddef->{$cmd}};
- my $str = $class->usage_str($name, "$exename $cmd", $arg_param,
- $uri_param, $style);
- $str =~ s/^USAGE: //;
-
- $synopsis .= "\n" if $oldclass && $oldclass ne $class;
- $str =~ s/\n/\n /g;
- $synopsis .= " $str\n\n";
- $oldclass = $class;
- }
+
+ $synopsis .= "*${exename}* `<COMMAND> [ARGS] [OPTIONS]`\n\n";
+
+ $synopsis .= generate_usage_str('asciidoc');
$synopsis .= "\n";
- my $parser = PVE::PodParser->new();
- $parser->{include}->{synopsis} = $synopsis;
- $parser->parse_from_file($podfn);
+ return $synopsis;
}
sub print_usage_verbose {
-
- die "not initialized" if !($cmddef && $exename);
+ $assert_initialized->();
print "USAGE: $exename <COMMAND> [ARGS] [OPTIONS]\n\n";
- foreach my $cmd (sort keys %$cmddef) {
- my ($class, $name, $arg_param, $uri_param) = @{$cmddef->{$cmd}};
- my $str = $class->usage_str($name, "$exename $cmd", $arg_param, $uri_param, 'full');
- print "$str\n\n";
- }
-}
+ my $str = generate_usage_str('full');
-sub sorted_commands {
- return sort { ($cmddef->{$a}->[0] cmp $cmddef->{$b}->[0]) || ($a cmp $b)} keys %$cmddef;
+ print "$str\n";
}
sub print_usage_short {
- my ($fd, $msg) = @_;
+ my ($fd, $msg, $cmd) = @_;
- die "not initialized" if !($cmddef && $exename);
+ $assert_initialized->();
print $fd "ERROR: $msg\n" if $msg;
print $fd "USAGE: $exename <COMMAND> [ARGS] [OPTIONS]\n";
- my $oldclass;
- foreach my $cmd (sorted_commands()) {
- my ($class, $name, $arg_param, $uri_param) = @{$cmddef->{$cmd}};
- my $str = $class->usage_str($name, "$exename $cmd", $arg_param, $uri_param, 'short');
- print $fd "\n" if $oldclass && $oldclass ne $class;
- print $fd " $str";
- $oldclass = $class;
- }
+ print {$fd} generate_usage_str('short', $cmd, ' ' x 7, "\n", sub {
+ my ($h) = @_;
+ return sort {
+ if (ref($h->{$a}) eq 'ARRAY' && ref($h->{$b}) eq 'ARRAY') {
+ # $a and $b are both real commands order them by their class
+ return $h->{$a}->[0] cmp $h->{$b}->[0] || $a cmp $b;
+ } elsif (ref($h->{$a}) eq 'ARRAY' xor ref($h->{$b}) eq 'ARRAY') {
+ # real command and subcommand mixed, put sub commands first
+ return ref($h->{$b}) eq 'ARRAY' ? -1 : 1;
+ } else {
+ # both are either from the same class or subcommands
+ return $a cmp $b;
+ }
+ } keys %$h;
+ });
}
my $print_bash_completion = sub {
- my ($cmddef, $simple_cmd, $bash_command, $cur, $prev) = @_;
+ my ($simple_cmd, $bash_command, $cur, $prev) = @_;
my $debug = 0;
my $cmdline = substr($ENV{COMP_LINE}, 0, $ENV{COMP_POINT});
print STDERR "\nCMDLINE: $ENV{COMP_LINE}\n" if $debug;
- # fixme: shell quoting??
- my @args = split(/\s+/, $cmdline);
- my $pos = scalar(@args) - 2;
- $pos += 1 if $cmdline =~ m/\s+$/;
-
- print STDERR "CMDLINE:$pos:$cmdline\n" if $debug;
-
- return if $pos < 0;
-
+ my $args = PVE::Tools::split_args($cmdline);
+ shift @$args; # no need for program name
my $print_result = sub {
foreach my $p (@_) {
- print "$p\n" if $p =~ m/^$cur/;
+ print "$p\n" if $p =~ m/^\Q$cur\E/;
}
};
- my $cmd;
- if ($simple_cmd) {
- $cmd = $simple_cmd;
- } else {
- if ($pos == 0) {
- &$print_result(keys %$cmddef);
+ my ($cmd, $def) = ($simple_cmd, $cmddef);
+ if (!$simple_cmd) {
+ ($cmd, $def, $args, my $expanded) = resolve_cmd($args);
+
+ if (defined($expanded) && $prev ne $expanded) {
+ print "$expanded\n";
return;
}
- $cmd = $args[1];
- }
- my $def = $cmddef->{$cmd};
+ if (ref($def) eq 'HASH') {
+ &$print_result(@{$get_commands->($def)});
+ return;
+ }
+ }
return if !$def;
- print STDERR "CMDLINE1:$pos:$cmdline\n" if $debug;
+ my $pos = scalar(@$args) - 1;
+ $pos += 1 if $cmdline =~ m/\s+$/;
+ print STDERR "pos: $pos\n" if $debug;
+ return if $pos < 0;
my $skip_param = {};
$arg_param //= [];
$uri_param //= {};
+ $arg_param = [ $arg_param ] if !ref($arg_param);
+
map { $skip_param->{$_} = 1; } @$arg_param;
map { $skip_param->{$_} = 1; } keys %$uri_param;
- my $fpcount = scalar(@$arg_param);
-
my $info = $class->map_method_by_name($name);
- my $schema = $info->{parameters};
- my $prop = $schema->{properties};
+ my $prop = $info->{parameters}->{properties};
my $print_parameter_completion = sub {
my ($pname) = @_;
if ($d->{completion}) {
my $vt = ref($d->{completion});
if ($vt eq 'CODE') {
- my $res = $d->{completion}->($cmd, $pname, $cur);
+ my $res = $d->{completion}->($cmd, $pname, $cur, $args);
&$print_result(@$res);
}
} elsif ($d->{type} eq 'boolean') {
};
# positional arguments
- $pos += 1 if $simple_cmd;
- if ($fpcount && $pos <= $fpcount) {
- my $pname = $arg_param->[$pos -1];
+ if ($pos < scalar(@$arg_param)) {
+ my $pname = $arg_param->[$pos];
&$print_parameter_completion($pname);
return;
}
&$print_result(@option_list);
};
+sub data_to_text {
+ my ($data) = @_;
+
+ return '' if !defined($data);
+
+ if (my $class = ref($data)) {
+ return to_json($data, { utf8 => 1, canonical => 1 });
+ } else {
+ return "$data";
+ }
+}
+
+# prints a formatted table with a title row.
+# $data - the data to print (array of objects)
+# $returnprops -json schema property description
+# $props_to_print - ordered list of properties to print
+# $sort_key can be used to sort after a column, if it isn't set we sort
+# after the leftmost column (with no undef value in $data) this can be
+# turned off by passing 0 as $sort_key
+sub print_text_table {
+ my ($data, $returnprops, $props_to_print, $sort_key) = @_;
+
+ my $autosort = 1;
+ if (defined($sort_key) && $sort_key eq 0) {
+ $autosort = 0;
+ $sort_key = undef;
+ }
+
+ my $colopts = {};
+ my $formatstring = '';
+
+ my $column_count = scalar(@$props_to_print);
+
+ for (my $i = 0; $i < $column_count; $i++) {
+ my $prop = $props_to_print->[$i];
+ my $propinfo = $returnprops->{$prop} // {};
+
+ my $title = $propinfo->{title} // $prop;
+ my $cutoff = $propinfo->{print_width} // $propinfo->{maxLength};
+
+ # calculate maximal print width and cutoff
+ my $titlelen = length($title);
+
+ my $longest = $titlelen;
+ my $sortable = $autosort;
+ foreach my $entry (@$data) {
+ my $len = length(data_to_text($entry->{$prop})) // 0;
+ $longest = $len if $len > $longest;
+ $sortable = 0 if !defined($entry->{$prop});
+ }
+ $cutoff = $longest if !defined($cutoff) || $cutoff > $longest;
+ $sort_key //= $prop if $sortable;
+
+ $colopts->{$prop} = {
+ title => $title,
+ default => $propinfo->{default} // '',
+ cutoff => $cutoff,
+ };
+
+ # skip alignment and cutoff on last column
+ $formatstring .= ($i == ($column_count - 1)) ? "%s\n" : "%-${cutoff}s ";
+ }
+
+ printf $formatstring, map { $colopts->{$_}->{title} } @$props_to_print;
+
+ if (defined($sort_key)) {
+ my $type = $returnprops->{$sort_key}->{type} // 'string';
+ if ($type eq 'integer' || $type eq 'number') {
+ @$data = sort { $a->{$sort_key} <=> $b->{$sort_key} } @$data;
+ } else {
+ @$data = sort { $a->{$sort_key} cmp $b->{$sort_key} } @$data;
+ }
+ }
+
+ foreach my $entry (@$data) {
+ printf $formatstring, map {
+ substr(data_to_text($entry->{$_}) // $colopts->{$_}->{default},
+ 0, $colopts->{$_}->{cutoff});
+ } @$props_to_print;
+ }
+}
+
+# prints the result of an API GET call returning an array as a table.
+# takes formatting information from the results property of the call
+# if $props_to_print is provided, prints only those columns. otherwise
+# takes all fields of the results property, with a fallback
+# to all fields occuring in items of $data.
+sub print_api_list {
+ my ($data, $result_schema, $props_to_print, $sort_key) = @_;
+
+ die "can only print object lists\n"
+ if !($result_schema->{type} eq 'array' && $result_schema->{items}->{type} eq 'object');
+
+ my $returnprops = $result_schema->{items}->{properties};
+
+ if (!defined($props_to_print)) {
+ $props_to_print = [ sort keys %$returnprops ];
+ if (!scalar(@$props_to_print)) {
+ my $all_props = {};
+ foreach my $obj (@{$data}) {
+ foreach my $key (keys %{$obj}) {
+ $all_props->{ $key } = 1;
+ }
+ }
+ $props_to_print = [ sort keys %{$all_props} ];
+ }
+ die "unable to detect list properties\n" if !scalar(@$props_to_print);
+ }
+
+ print_text_table($data, $returnprops, $props_to_print, $sort_key);
+}
+
+sub print_api_result {
+ my ($format, $data, $result_schema, $props_to_print, $sort_key) = @_;
+
+ return if $result_schema->{type} eq 'null';
+
+ if ($format eq 'json') {
+ print to_json($data, {utf8 => 1, allow_nonref => 1, canonical => 1, pretty => 1 });
+ } elsif ($format eq 'text') {
+ my $type = $result_schema->{type};
+ if ($type eq 'object') {
+ $props_to_print = [ sort keys %$data ] if !defined($props_to_print);
+ foreach my $key (@$props_to_print) {
+ print $key . ": " . data_to_text($data->{$key}) . "\n";
+ }
+ } elsif ($type eq 'array') {
+ return if !scalar(@$data);
+ my $item_type = $result_schema->{items}->{type};
+ if ($item_type eq 'object') {
+ print_api_list($data, $result_schema, $props_to_print, $sort_key);
+ } else {
+ foreach my $entry (@$data) {
+ print data_to_text($entry) . "\n";
+ }
+ }
+ } else {
+ print "$data\n";
+ }
+ } else {
+ die "internal error: unknown output format"; # should not happen
+ }
+}
+
sub verify_api {
my ($class) = @_;
PVE::RESTHandler::validate_method_schemas();
}
+my $get_exe_name = sub {
+ my ($class) = @_;
+
+ my $name = $class;
+ $name =~ s/^.*:://;
+ $name =~ s/_/-/g;
+
+ return $name;
+};
+
sub generate_bash_completions {
my ($class) = @_;
# generate bash completion config
- $exename = $class;
- $exename =~ s/^.*:://;
+ $exename = &$get_exe_name($class);
print <<__EOD__;
# $exename bash completion
# this modifies global var, but I found no better way
COMP_WORDBREAKS=\${COMP_WORDBREAKS//:}
-complete -C '$exename bashcomplete' $exename
+complete -o default -C '$exename bashcomplete' $exename
__EOD__
}
-sub generate_pod_manpage {
- my ($class, $podfn) = @_;
-
- no strict 'refs';
- $cmddef = ${"${class}::cmddef"};
-
- $exename = $class;
- $exename =~ s/^.*:://;
-
- if (!defined($podfn)) {
- my $cpath = "$class.pm";
- $cpath =~ s/::/\//g;
- foreach my $p (@INC) {
- my $testfn = "$p/$cpath";
- if (-f $testfn) {
- $podfn = $testfn;
- last;
- }
- }
- }
-
- die "unable to find source for class '$class'" if !$podfn;
+sub generate_asciidoc_synopsys {
+ my ($class) = @_;
+ $class->generate_asciidoc_synopsis();
+};
- print_pod_manpage($podfn);
-}
+sub generate_asciidoc_synopsis {
+ my ($class) = @_;
-sub run {
- my ($class, $pwcallback, $preparefunc) = @_;
+ $cli_handler_class = $class;
- $ENV{'PATH'} = '/sbin:/bin:/usr/sbin:/usr/bin';
+ $exename = &$get_exe_name($class);
no strict 'refs';
- $cmddef = ${"${class}::cmddef"};
-
- $exename = $class;
- $exename =~ s/^.*:://;
-
- initlog($exename);
-
- die "please run as root\n" if $> != 0;
-
- PVE::INotify::inotify_init();
+ my $def = ${"${class}::cmddef"};
+ $cmddef = $def;
- my $rpcenv = PVE::RPCEnvironment->init('cli');
- $rpcenv->init_request();
- $rpcenv->set_language($ENV{LANG});
- $rpcenv->set_user('root@pam');
+ if (ref($def) eq 'ARRAY') {
+ print_simple_asciidoc_synopsis();
+ } else {
+ $cmddef->{help} = [ __PACKAGE__, 'help', ['cmd'] ];
- my $cmd = shift @ARGV;
+ print_asciidoc_synopsis();
+ }
+}
- handle_cmd($cmddef, $exename, $cmd, \@ARGV, $pwcallback, $0, $preparefunc);
+# overwrite this if you want to run/setup things early
+sub setup_environment {
+ my ($class) = @_;
- exit 0;
+ # do nothing by default
}
-sub handle_cmd {
- my ($def, $cmdname, $cmd, $args, $pwcallback, $podfn, $preparefunc) = @_;
+my $handle_cmd = sub {
+ my ($args, $read_password_func, $preparefunc, $param_mapping_func) = @_;
- $cmddef = $def;
- $exename = $cmdname;
+ $cmddef->{help} = [ __PACKAGE__, 'help', ['extra-args'] ];
+
+ my ($cmd, $def, $cmd_args, undef, $cmd_str) = resolve_cmd($args);
- $cmddef->{help} = [ __PACKAGE__, 'help', ['cmd'] ];
+ $abort->("no command specified") if !$cmd;
- if (!$cmd) {
- print_usage_short (\*STDERR, "no command specified");
- exit (-1);
- } elsif ($cmd eq 'verifyapi') {
+ # call verifyapi before setup_environment(), don't execute any real code in
+ # this case
+ if ($cmd eq 'verifyapi') {
PVE::RESTHandler::validate_method_schemas();
return;
- } elsif ($cmd eq 'printmanpod') {
- print_pod_manpage($podfn);
- return;
- } elsif ($cmd eq 'bashcomplete') {
- &$print_bash_completion($cmddef, 0, @$args);
+ }
+
+ $cli_handler_class->setup_environment();
+
+ if ($cmd eq 'bashcomplete') {
+ &$print_bash_completion(undef, @$cmd_args);
return;
}
+ # checked special commands, if def is still a hash we got an incomplete sub command
+ $abort->("incomplete command '$cmd_str'", $args) if ref($def) eq 'HASH';
+
&$preparefunc() if $preparefunc;
- $cmd = &$expand_command_name($cmddef, $cmd);
+ my ($class, $name, $arg_param, $uri_param, $outsub) = @{$def || []};
+ $abort->("unknown command '$cmd_str'") if !$class;
- my ($class, $name, $arg_param, $uri_param, $outsub) = @{$cmddef->{$cmd} || []};
+ my $res = $class->cli_handler($cmd_str, $name, $cmd_args, $arg_param, $uri_param, $read_password_func, $param_mapping_func);
- if (!$class) {
- print_usage_short (\*STDERR, "unknown command '$cmd'");
- exit (-1);
+ if (defined $outsub) {
+ my $result_schema = $class->map_method_by_name($name)->{returns};
+ $outsub->($res, $result_schema);
}
+};
- my $prefix = "$exename $cmd";
- my $res = $class->cli_handler($prefix, $name, \@ARGV, $arg_param, $uri_param, $pwcallback);
-
- &$outsub($res) if $outsub;
-}
-
-sub handle_simple_cmd {
- my ($def, $args, $pwcallback, $podfn) = @_;
+my $handle_simple_cmd = sub {
+ my ($args, $read_password_func, $preparefunc, $param_mapping_func) = @_;
- my ($class, $name, $arg_param, $uri_param, $outsub) = @{$def};
+ my ($class, $name, $arg_param, $uri_param, $outsub) = @{$cmddef};
die "no class specified" if !$class;
if (scalar(@$args) >= 1) {
if ($args->[0] eq 'help') {
my $str = "USAGE: $name help\n";
- $str .= $class->usage_str($name, $name, $arg_param, $uri_param, 'long');
+ $str .= generate_usage_str('long');
print STDERR "$str\n\n";
return;
- } elsif ($args->[0] eq 'bashcomplete') {
- shift @$args;
- &$print_bash_completion({ $name => $def }, $name, @$args);
- return;
} elsif ($args->[0] eq 'verifyapi') {
PVE::RESTHandler::validate_method_schemas();
return;
- } elsif ($args->[0] eq 'printmanpod') {
- my $synopsis = " $name help\n\n";
- my $str = $class->usage_str($name, $name, $arg_param, $uri_param, 'long');
- $str =~ s/^USAGE://;
- $str =~ s/\n/\n /g;
- $synopsis .= $str;
-
- my $parser = PVE::PodParser->new();
- $parser->{include}->{synopsis} = $synopsis;
- $parser->parse_from_file($podfn);
+ }
+ }
+
+ $cli_handler_class->setup_environment();
+
+ if (scalar(@$args) >= 1) {
+ if ($args->[0] eq 'bashcomplete') {
+ shift @$args;
+ &$print_bash_completion($name, @$args);
return;
}
}
- my $res = $class->cli_handler($name, $name, \@ARGV, $arg_param, $uri_param, $pwcallback);
+ &$preparefunc() if $preparefunc;
+
+ my $res = $class->cli_handler($name, $name, \@ARGV, $arg_param, $uri_param, $read_password_func, $param_mapping_func);
+
+ if (defined $outsub) {
+ my $result_schema = $class->map_method_by_name($name)->{returns};
+ $outsub->($res, $result_schema);
+ }
+};
+
+sub run_cli_handler {
+ my ($class, %params) = @_;
+
+ $cli_handler_class = $class;
+
+ $ENV{'PATH'} = '/sbin:/bin:/usr/sbin:/usr/bin';
+
+ foreach my $key (keys %params) {
+ next if $key eq 'prepare';
+ next if $key eq 'no_init'; # not used anymore
+ next if $key eq 'no_rpcenv'; # not used anymore
+ die "unknown parameter '$key'";
+ }
+
+ my $preparefunc = $params{prepare};
+
+ my $read_password_func = $class->can('read_password');
+ my $param_mapping_func = $cli_handler_class->can('param_mapping') ||
+ $class->can('string_param_file_mapping');
+
+ $exename = &$get_exe_name($class);
+
+ initlog($exename);
+
+ no strict 'refs';
+ $cmddef = ${"${class}::cmddef"};
+
+ if (ref($cmddef) eq 'ARRAY') {
+ &$handle_simple_cmd(\@ARGV, $read_password_func, $preparefunc, $param_mapping_func);
+ } else {
+ &$handle_cmd(\@ARGV, $read_password_func, $preparefunc, $param_mapping_func);
+ }
- &$outsub($res) if $outsub;
+ exit 0;
}
1;
projects / pve-common.git / blobdiff