CPAN::Groonga

::Slurp;
use Getopt::Long qw[GetOptionsFromArray :config gnu_compat bundling no_auto_abbrev];
use JSON::XS;
use List::Util qw[max uniq];
use Net::IP::XS;
use Pod::Usage;
use POSIX qw[setlocale LC_MESS

ngine;
use Zonemaster::LDNS;

our %numeric = Zonemaster::Engine::Logger::Entry->levels;
our $JSON    = JSON::XS->new->allow_blessed->convert_blessed->canonical;
our $SCRIPT  = $0;

Readonly our $EXIT_

       = undef;
    my $opt_ipv6           = undef;
    my $opt_json           = undef;
    my $opt_json_stream    = 0;
    my $opt_json_translate = undef;
    my $opt_level          = 'NOTICE';
    m

;
use Mojo::Cache;
use Mojo::DynamicMethods;
use Mojo::File   qw(curfile path);
use Mojo::JSON   qw(encode_json);
use Mojo::Loader qw(data_section);
use Mojo::Util   qw(decamelize deprecated encode gz

{text}), $options->{format} if defined $stash->{text};

  # JSON
  return encode_json(delete $stash->{json}), 'json' if exists $stash->{json};

  # Template or templateless handler
  $options->{templa

licious::Controller->new);
  my $best = $renderer->accepts(Mojolicious::Controller->new, 'html', 'json');

Select best possible representation for L<Mojolicious::Controller> object from C<format> C<GE

=====================
## NAME
=pod

=head1 NAME

DiaColloDB::Document::JSON - diachronic collocation db, source document, raw JSON

=cut

##============================================================

==================================================
 ## PRELIMINARIES
 
 use DiaColloDB::Document::JSON;
 
 ##========================================================================
 ## Constructors e

 DESCRIPTION

DiaColloDB::Document::JSON
provides a L<DiaColloDB::Document|DiaColloDB::Document>-compliant API
for parsing corpus files in raw L<JSON|http://www.json.org> format,
assuming the stored d

 : $DiaColloDB::threads::MODULE);

  ##-- avoid heinous death with JSON::XS backend using threads
  $DDC::Client::JSON_BACKEND = 'JSON::PP';
}


##=====================================================

olloDB::Profile::Multi->xkeys(\@mps);
    #$cli->trace("extend(): xkeys=", DiaColloDB::Utils::saveJsonString($xkeys, utf8=>0));
    #$cli->trace("extend(): N.pre=", join('+',map {$_->{profiles}[0]{N}}

$_[1]);
			      $sub->extend($rel,%opts,strings=>1,score=>'f',cutoff=>'',fill=>1,slice2keys=>JSON::to_json($xkeys->[$_[1]], {allow_nonref=>1}))
				or $_[0]->logconfess("extend() failed for client ur

od('GET');
  $tx->req->url->parse('http://example.com');
  $tx->req->headers->accept('application/json');
  say $tx->res->code;
  say $tx->res->headers->content_type;
  say $tx->res->body;
  say $tx->

ColloDB::MultiMapFile::MMap;
use DiaColloDB::MultiMapFile;
use DiaColloDB::Utils qw(:fcntl :file :json :pack);
use File::Map qw(map_handle);
use strict;

##============================================

;
use utf8;

package JSON::Relaxed;

use JSON::Relaxed::Parser; our $VERSION = $JSON::Relaxed::Parser::VERSION;

=encoding UTF-8

=head1 NAME

JSON::Relaxed -- An extension of JSON that allows for bet

=head1 Relaxed JSON?

There's been increasing support for the idea of expanding JSON to improve
human-readability.
"Relaxed" JSON (RJSON) is a term that has been used to describe a
JSON-ish format tha

 that JSON doesn't.
Most notably, RJSON allows the use of JavaScript-like comments and
eliminates the need to quote all keys and values.
An (official) specification can be found on
L<RelaxedJSON.org|h

qr/\w+/];
  my $route = under '/:foo' => (agent => qr/Firefox/);
  my $route = under [format => ['json', 'yaml']];

Generate nested route with L<Mojolicious::Routes::Route/"under">, to which all follo

g'],
    jpg      => ['image/jpeg'],
    js       => ['application/javascript'],
    json     => ['application/json;charset=UTF-8'],
    mp3      => ['audio/mpeg'],
    mp4      => ['video/mp4'],
    

peg     -> image/jpeg
  jpg      -> image/jpeg
  js       -> application/javascript
  json     -> application/json;charset=UTF-8
  mp3      -> audio/mpeg
  mp4      -> video/mp4
  ogg      -> audio/og

ing new ones.

=head2 content_type

  $types->content_type(Mojolicious::Controller->new, {ext => 'json'});

Detect MIME type for L<Mojolicious::Controller> object unless a C<Content-Type> response hea

-----------------------------------------------------------
## DESCRIPTION: DiaColloDB::Document::JSON: Globals & Constants
=pod

=head2 Globals & Constants

=over 4

=item Variable: @ISA

DiaColloDB:

-----------------------------------------------------------
## DESCRIPTION: DiaColloDB::Document::JSON: Constructors etc.
=pod

=head2 Constructors etc.

=over 4

=item new

 $doc = CLASS_OR_OBJECT->n

-----------------------------------------------------------
## DESCRIPTION: DiaColloDB::Document::JSON: API: I/O: parse
=pod

=head2 API: I/O: parse

=over 4

=item fromFile

 $bool = $doc->fromFile($

lt returns "$obj->{base}.hdr" or "$obj->{dbdir}/header.json"
sub headerFile {
  return undef if (!ref($_[0]));
  return "$_[0]{dbdir}/header.json" if (defined($_[0]{dbdir}));
  return "$_[0]{base}.hdr

# $str = $obj->saveHeaderString(%opts)
##  + returns JSON string for object header data
sub saveHeaderString {
  return DiaColloDB::Utils::saveJsonString($_[0]->headerData, @_[1..$#_]);
}

## $bool = 

->saveHeaderFile($filename_or_handle, %opts)
sub saveHeaderFile {
  return DiaColloDB::Utils::saveJsonFile($_[0]->headerData, @_[1..$#_]);
}

## $bool = $obj->saveHeader()
## $bool = $obj->saveHeader(

##  + opens a local file url
##  + may re-bless() $cli into an appropriate package
##  + loads a JSON config file containing one or more of the following keys:
##    (
##     class => $CLASS, ##-- bl

se Compress::Raw::Zlib qw(Z_SYNC_FLUSH);
use List::Util          qw(first);
use Mojo::JSON          qw(encode_json j);
use Mojo::Util          qw(decode encode trim);
use Mojo::WebSocket     qw(WS_BIN

text => encode('UTF-8', $frame)} if ref $frame ne 'HASH';

  # JSON
  $frame->{text} = encode_json($frame->{json}) if exists $frame->{json};

  # Raw text or binary
  if   (exists $frame->{text}) { $f

urn $self->finish(1009) if length $msg;
    $msg = $out;
  }

  $self->emit(json => j($msg)) if $self->has_subscribers('json');
  $op = delete $self->{op};
  $self->emit($op == WS_TEXT ? 'text' : 'bin

my %RESERVED = map { $_ => 1 } (
  qw(action app cb controller data extends format handler inline json layout namespace path status template text),
  qw(variant)
);

sub BUILD_DYNAMIC {
  my ($class, 

r->parse('/user/:id');
  $r = $r->parse('/user/:id', id => qr/\d+/);
  $r = $r->parse(format => ['json', 'yaml']);

Parse pattern.

=head2 patch

  my $route = $r->patch;
  my $route = $r->patch('/:fo

  my $route = $r->under('/:foo' => (agent => qr/Firefox/));
  my $route = $r->under([format => ['json', 'yaml']]);

Generate L<Mojolicious::Routes::Route> object for a nested route with its own inter

->req->params->to_hash;
  my $all    = $tx->req->uploads;
  my $value  = $tx->req->json;
  my $foo    = $tx->req->json('/23/foo');
  my $dom    = $tx->req->dom;
  my $bar    = $tx->req->dom('div.bar')

tes   = $tx->res->body;
  my $str     = $tx->res->text;
  my $value   = $tx->res->json;
  my $foo     = $tx->res->json('/23/foo');
  my $dom     = $tx->res->dom;
  my $bar     = $tx->res->dom('div.bar

TY
our $VERSION   = '0.001';          # VERSION

use Carp;
use File::Slurp;
use JSON::MaybeXS qw(decode_json encode_json);
use Crypt::PRNG;
use Net::SSH::Perl::Cipher;

use Blockchain::Ethereum::Keyst

ub id {
    shift->{id};
}

sub private_key {
    shift->{private_key};
}

sub _json {
    return shift->{json} //= JSON::MaybeXS->new(utf8 => 1);
}

sub import_file {
    my ($self, $file_path, $pass

word) = @_;

    my $content = read_file($file_path);
    my $decoded = $self->_json->decode(lc $content);

    return $self->_from_object($decoded, $password);
}

sub _from_object {
    my ($self, $o

w(croak);
use Mojo::Asset::Memory;
use Mojo::Content::Single;
use Mojo::DOM;
use Mojo::JSON qw(j);
use Mojo::JSON::Pointer;
use Mojo::Parameters;
use Mojo::Upload;
use Mojo::Util qw(decode);

has cont

ift->{limit} }

sub json {
  my ($self, $pointer) = @_;
  return undef if $self->content->is_multipart;
  my $data = $self->{json} //= j($self->body);
  return $pointer ? Mojo::JSON::Pointer->new($dat

ojo::Headers/"max_line_size">.

=head2 json

  my $value = $msg->json;
  my $value = $msg->json('/foo/bar');

Decode JSON message body directly using L<Mojo::JSON> if possible, an C<undef> return valu

Corpus::Filters qw(:defaults);
use DiaColloDB::Persistent;
use DiaColloDB::Utils qw(:math :fcntl :json :sort :pack :regex :file :si :run :env :temp :jobs);
#use DiaColloDB::Temp::Vec;
use DiaColloDB::

 of dist files for this db
sub diskFiles {
  my $coldb = shift;
  return ("$coldb->{dbdir}/header.json", map {$_->diskFiles} grep {UNIVERSAL::can(ref($_),'diskFiles')} values %$coldb);
}

##==========

pts{slice2keys}, which is EITHER
##    - a HASH-ref {$slice1=>\@keys1, ...},
##      OR
##    - a JSON-string encoding a such a HASH-ref
##  + %opts, as for profile(), except:
##    (
##     ##-- sele

=========
 ## I/O: JSON
 
 $thingy = $obj->TO_JSON();
 $str = $obj->saveJsonString(%opts);
 $bool = $obj->saveJsonFile($filename_or_handle, %opts);
 $obj = $CLASS_OR_OBJECT->loadJsonData( $data,%opts)

;
 $obj = $CLASS_OR_OBJECT->loadJsonString( $string,%opts);
 $obj = $CLASS_OR_OBJECT->loadJsonFile($filename_or_handle,%opts);
 
 ##====================================================================

ble methods for
determining disk usage and file timestamps,
text I/O,
and object metadata I/O via JSON header files.

=cut

##----------------------------------------------------------------
## DESCRI

B<OR>
a JSON-string encoding such a HASH-ref.
Options C<%opts> are as for the L<profile()|/profile> method (mostly ignored),
and also:

 slice2keys => \%slice2keys, ##-- target f2-items or JSON-string