Android-ElectricSheep-Automator
view release on metacpan or search on metacpan
lib/Android/ElectricSheep/Automator/ADB.pm view on Meta::CPAN
sub run2 {
my ($self, @args) = @_;
my ($out, $in);
my @dev_args = $self->{device_serial} ? ('-s', $self->{device_serial}) : ();
my $pid = open2 $out, $in, $self->{path}, @{$self->{args}}, @args;
my $result = read_file $out;
close $out;
close $in;
waitpid $pid, 0 or croak "$!";
$result;
}
# returns an arrayref of
# [statuscode, stdout, stderr]
# on success statuscode is 0 and stdout/stderr may or may not have something
# on failure statuscode is 1 and stdout/stderr may or may not have something
# the '$result' returned by original run2() is now the stdout,
# the 2nd item in the returned arrayref
sub run {
my ($self, @args) = @_;
my ($out, $in, $err);
my @dev_args = $self->{device_serial} ? ('-s', $self->{device_serial}) : ();
my @cmd = ($self->{path}, @{$self->{args}}, @args);
if( $self->{verbosity} > 0 ){ print STDOUT __PACKAGE__.'::run()'." : executing command : ".join(' ', @cmd)."\n" }
# check if undef is passed in @cmd, IPC does not like that
for (@cmd){
if( ! defined $_ ){
my $errstr = __PACKAGE__.'::run()'." : error, command contains undef values (Perl's undef) which is not allowed, most likely a cockup with creating the command array: @cmd";
carp $errstr;
return [1, "", $errstr]
}
}
my $res = eval {
IPC::Run::run(
\@cmd,
\$in, \$out, \$err,
# AHP: on timeout it throws an exception matching
# /^IPC::Run: .*timed out/
# or specify your own exception name (see doc)
# I can't find what unit the timeout interval is!
IPC::Run::timeout(1000)
)
};
# WARNING: adb on error sometimes returns non-zero exit code
# but sometimes it exits normally with zero but there is
# an error which you can find in the STDOUT/STDERR.
# Unfortunately this is not a consistent message.
# For example:
# adb shell xyz
# will set $? to 127
# but, e.g. this:
# adb shell input keycombination 1 2
# will exit with $?=0 and print some error message!
# Searching for 'Error:' in STDERR is ok?
# TODO: this needs to be dealt with here.
my $exit_code = $? >> 8;
#if( (! $res) || $@ || ($err=~/\bError\: /) ){
if( ($exit_code > 0) || $@ || ($err=~/\bError\: /) ){
carp "STDERR:\n${err}\nOTHER INFO: $@\n\n"
.(($@=~/IPC::Run: .*timed out/)
?"\nWARNING: it looks like a timeout has occured.\n\n"
:""
)
.__PACKAGE__.'::run()'." : error, failed to execute command (see above for stderr), exit code was '${exit_code}': ".join(' ', @cmd)
; # end carp
return [1, $out, $err, $exit_code];
}
return [0, $out, $err, $exit_code];
}
sub start_server { shift->run('start-server') }
sub kill_server { shift->run('kill-server') }
sub connect { shift->run('connect', @_) }
sub disconnect { shift->run('disconnect', @_) }
sub devices {
my $ret = shift->run('devices', '-l');
if( $ret->[0] != 0 ){
print STDERR __PACKAGE__.'::devices()'." : error, failed to enquire devices:\n".$ret->[1]."\n".$ret->[2];
return undef
}
my @devices = grep { ! /^List of devices/ }
grep { / / }
split '\n', $ret->[1]; # stdout contains the devices one in each line
my @result;
for (@devices) {
next if /^List of devices/;
next unless / /;
push @result, Android::ElectricSheep::Automator::ADB::Device->new(split)
}
@result
}
sub set_device {
my ($self, $device) = @_;
$self->{device_serial} = $device->serial;
}
sub wait_for_device { shift->run('wait-for-device') }
sub get_state { shift->run('get-state') }
sub get_serialno { shift->run('get-serialno') }
sub get_devpath { shift->run('get-devpath') }
sub remount { shift->run('remount') }
sub reboot { shift->run('reboot', @_) }
sub reboot_bootloader { shift->run('reboot-bootloader') }
sub root { shift->run('root') }
sub usb { shift->run('usb') }
sub tcpip { shift->run('tcpip', @_) }
sub push {
my ($self, $local, $remote) = @_;
$self->run(push => $local, $remote)
}
sub pull {
my ($self, $remote, $local) = @_;
$self->run(pull => $remote, $local)
}
sub pull_archive {
( run in 0.734 second using v1.01-cache-2.11-cpan-39bf76dae61 )