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#########################
use Test::More tests => 4;
#########################
# Insert your test code below, the Test::More module is use()ed here so read
# its man page ( perldoc Test::More ) for help writing this test script.
use Encode::Mapper; ############################################# Enjoy the ride ^^
use Encode::Mapper ':others', ':silent';
## Types of rules for mapping the data and controlling the engine's configuration #####
@rules = (
'x', 'y', # single 'x' be 'y', unless greediness prefers ..
'xx', 'Y', # .. double 'x' be 'Y' or other rules
'uc(x)x', sub { 'sorry ;)' }, # if 'x' follows 'uc(x)', be sorry, else ..
'uc(x)', [ '', 'X' ], # .. alias this *engine-initial* string
'xuc(x)', [ '', 'xX' ], # likewise, alias for the 'x' prefix
'Xxx', [ sub { $i++; '' }, 'X' ], # count the still married 'x'
);
## Constructors of the engine, i.e. one Encode::Mapper instance #######################
$mapper_A = Encode::Mapper->compile( @rules ); # engine constructor
Encode::Mapper->options('others' => undef, 'silent' => undef, 'complement' => ['x','y','x','z']);
$mapper_B = Encode::Mapper->new( ['others' => sub { shift }, 'silent' => 1], @rules );
is_deeply $mapper_A, $mapper_B, 'constructor identity';
## Elementary performance of the engine ###############################################
@source = ( 'x', 'xAx', 'xBxuc(x)', 'xxx', '', 'xxC' ); # distribution of the data ..
$source = join '', @source; # .. is ignored in this sense
@result_A = ($mapper_A->process(@source), $mapper_A->recover()); # the mapping procedure
@result_B = ($mapper_B->process($source), $mapper_B->recover()); # completely equivalent
is_deeply \@result_A, \@result_B, 'performance identity';
$result = join '', map { ref $_ eq 'CODE' ? $_->() : $_ } @result_A;
is $result, 'YAYByXyC', 'expected output';
is $i, 2, 'expected side effect';
#@follow = $mapper->compute(@source); # follow the engine's computation over @source
#$dumper = $mapper->dumper(); # returns the engine as a Data::Dumper object
## Module's higher API implemented for convenience ####################################
#$encoder = [ $mapper, Encode::Mapper->compile( ... ), ... ]; # reference to mappers
#$result = Encode::Mapper->encode($source, $encoder, 'utf8'); # encode down to 'utf8'
#$decoder = [ $mapper, Encode::Mapper->compile( ... ), ... ]; # reference to mappers
#$result = Encode::Mapper->decode($source, $decoder, 'utf8'); # decode up from 'utf8'
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