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pilot-link.0.8.1
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Pilot.pm
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package PDA::Pilot;
require Exporter;
require DynaLoader;
require AutoLoader;
@ISA = qw(Exporter DynaLoader);
# Items to export into callers namespace by default. Note: do not export
# names by default without a very good reason. Use EXPORT_OK instead.
# Do not simply export all your public functions/methods/constants.
@EXPORT = qw(
PI_AF_SLP
PI_PF_LOOP
PI_PF_PADP
PI_PF_SLP
PI_PilotSocketConsole
PI_PilotSocketDLP
PI_PilotSocketDebugger
PI_PilotSocketRemoteUI
PI_SOCK_DGRAM
PI_SOCK_RAW
PI_SOCK_SEQPACKET
PI_SOCK_STREAM
dlpOpenRead
dlpOpenWrite
dlpOpenExclusive
dlpOpenSecret
dlpOpenReadWrite
dlpEndCodeNormal
dlpEndCodeOutOfMemory
dlpEndCodeUserCan
dlpEndCodeOther
dlpRecAttrDeleted
dlpRecAttrDirty
dlpRecAttrBusy
dlpRecAttrSecret
dlpRecAttrArchived
dlpDBFlagResource
dlpDBFlagReadOnly
dlpDBFlagAppInfoDirty
dlpDBFlagBackup
dlpDBFlagOpen
dlpDBFlagNewer
dlpDBFlagReset
dlpDBListRAM
dlpDBListROM
);
# Other items we are prepared to export if requested
@EXPORT_OK = qw(
CompareTm
);
sub AUTOLOAD {
# This AUTOLOAD is used to 'autoload' constants from the constant()
# XS function. If a constant is not found then control is passed
# to the AUTOLOAD in AutoLoader.
# NOTE: THIS AUTOLOAD FUNCTION IS FLAWED (but is the best we can do for now).
# Avoid old-style ``&CONST'' usage. Either remove the ``&'' or add ``()''.
if (@_ > 0) {
$AutoLoader::AUTOLOAD = $AUTOLOAD;
goto &AutoLoader::AUTOLOAD;
}
local($constname);
($constname = $AUTOLOAD) =~ s/.*:://;
$val = constant($constname, @_ ? $_[0] : 0);
if ($! != 0) {
if ($! =~ /Invalid/) {
$AutoLoader::AUTOLOAD = $AUTOLOAD;
goto &AutoLoader::AUTOLOAD;
}
else {
($pack,$file,$line) = caller;
die "Your vendor has not defined PDA::Pilot macro $constname, used at $file line $line.
";
}
}
eval "sub $AUTOLOAD { $val }";
goto &$AUTOLOAD;
}
bootstrap PDA::Pilot;
package PDA::Pilot::Block;
# Generic functions for "blocks", i.e., chunks of data from a Pilot.
sub new {
my($self,$data) = @_;
$self = bless {}, (ref($self) || $self);
if (defined($data)) {
$self->Unpack($data);
} else {
$self->Fill();
}
return $self;
}
sub Unpack {
# Translate a "packed" block of binary data into a decent Perl representation
my($self,$data) = @_;
$self->{raw} = $data;
}
sub Pack {
# Translate a Perl representation of a data block into a string of binary data
my($self) = @_;
return $self->{raw};
}
sub Raw {
# Just copy the "raw" item straight through
my($self) = @_;
return $self->{raw};
}
sub Fill {
# Fill in a block with default Perl data
}
# Copy a block
sub Clone {
my($self) = @_;
my($k,$v);
my($new) = bless {}, ref($_);
for (($k,$v) = each %$self) { $new->{$k} = $v }
$new;
}
package PDA::Pilot::Record;
# A class to represent generic database records
@ISA = qw(PDA::Pilot::Block);
sub new {
my($self,$data,$id,$attr,$cat,$index) = @_;
$self = bless {
index => $index,
id => $id,
deleted => !!($attr & 0x80),
modified => !!($attr & 0x40),
busy => !!($attr & 0x20),
secret => !!($attr & 0x10),
archived => !!($attr & 0x08),
category => $cat},
(ref($self) || $self);
if (defined($data)) {
$self->Unpack($data);
} else {
$self->Fill();
}
return $self;
}
package PDA::Pilot::Resource;
# A class to represent generic database resources
@ISA = qw(PDA::Pilot::Block);
sub new {
my($self,$data,$index,$type,$id) = @_;
$self = bless { index => $index, type => $type, id => $id},
(ref($self) || $self);
if (defined($data)) {
$self->Unpack($data);
} else {
$self->Fill();
}
return $self;
}
package PDA::Pilot::AppBlock;
# A class to represent generic application-information blocks
@ISA = qw(PDA::Pilot::Block);
package PDA::Pilot::SortBlock;
# A class to represent generic sort-information blocks
@ISA = qw(PDA::Pilot::Block);
package PDA::Pilot::Pref;
# A class to represent generic preference blocks
@ISA = qw(PDA::Pilot::Block);
sub new {
my($self,$data,$creator,$id,$version,$backup) = @_;
$self = bless { creator => $creator, id => $id, version => $version, backup => $backup},
(ref($self) || $self);
if (defined($data)) {
$self->Unpack($data);
} else {
$self->Fill();
}
return $self;
}
package PDA::Pilot::MemoRecord;
# A class to represent records of the Memo application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return $self->{raw} = PDA::Pilot::Memo::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Memo::Unpack($self);
}
package PDA::Pilot::MemoAppBlock;
# A class to represent records of the Memo application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::Memo::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Memo::UnpackAppBlock($self);
}
package PDA::Pilot::ToDoRecord;
# A class to represent records of the ToDo application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return $self->{raw} = PDA::Pilot::ToDo::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::ToDo::Unpack($self);
}
package PDA::Pilot::ToDoAppBlock;
# A class to represent the app block of the ToDo application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::ToDo::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::ToDo::UnpackAppBlock($self);
}
package PDA::Pilot::AddressRecord;
# A class to represent records of the Address application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return $self->{raw} = PDA::Pilot::Address::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Address::Unpack($self);
}
package PDA::Pilot::AddressAppBlock;
# A class to represent the app block of the Address application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::Address::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Address::UnpackAppBlock($self);
}
package PDA::Pilot::AppointmentRecord;
# A class to represent records of the Appointment application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return PDA::Pilot::Appointment::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Appointment::Unpack($self);
}
package PDA::Pilot::AppointmentAppBlock;
# A class to represent the app block of the Appointment application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::Appointment::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Appointment::UnpackAppBlock($self);
}
package PDA::Pilot::MailRecord;
# A class to represent records of the Mail application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return PDA::Pilot::Mail::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Mail::Unpack($self);
}
package PDA::Pilot::MailAppBlock;
# A class to represent the app block of the Mail application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::Mail::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Mail::UnpackAppBlock($self);
}
package PDA::Pilot::MailSyncPref;
# A class to represent the sync pref of the Mail application
@ISA = qw(PDA::Pilot::Pref);
sub Pack {
my($self) = @_;
return PDA::Pilot::Mail::PackSyncPref($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Mail::UnpackSyncPref($self);
}
package PDA::Pilot::MailSignaturePref;
# A class to represent the signature pref of the Mail application
@ISA = qw(PDA::Pilot::Pref);
sub Pack {
my($self) = @_;
return PDA::Pilot::Mail::PackSignaturePref($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Mail::UnpackSignaturePref($self);
}
package PDA::Pilot::ExpenseRecord;
# A class to represent records of the Expense application
@ISA = qw(PDA::Pilot::Record);
sub Pack {
my($self) = @_;
return PDA::Pilot::Expense::Pack($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Expense::Unpack($self);
}
package PDA::Pilot::ExpenseAppBlock;
# A class to represent the app block of the Expense application
@ISA = qw(PDA::Pilot::AppBlock);
sub Pack {
my($self) = @_;
return PDA::Pilot::Expense::PackAppBlock($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Expense::UnpackAppBlock($self);
}
package PDA::Pilot::ExpensePref;
# A class to represent the pref of the Expense application
@ISA = qw(PDA::Pilot::Pref);
sub Pack {
my($self) = @_;
return PDA::Pilot::Expense::PackPref($self);
}
sub Unpack {
my($self, $data) = @_;
$self->{raw} = $data;
PDA::Pilot::Expense::UnpackPref($self);
}
package PDA::Pilot::Database;
# A class to specify which classes are used for generic database entries
sub record { shift @_; PDA::Pilot::Record->new(@_) }
sub resource { shift @_; PDA::Pilot::Resource->new(@_) }
sub pref { shift @_; PDA::Pilot::Pref->new(@_) }
sub appblock { shift @_; PDA::Pilot::AppBlock->new(@_) }
sub sortblock { shift @_; PDA::Pilot::SortBlock->new(@_) }
package PDA::Pilot::MemoDatabase;
# A class to specify which classes are used for Memo database entries
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::MemoRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::MemoAppBlock->new(@_) }
sub creator { 'memo' }
sub dbname { 'MemoDB' }
package PDA::Pilot::ToDoDatabase;
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::ToDoRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::ToDoAppBlock->new(@_) }
sub creator { 'todo' }
sub dbname { 'ToDoDB' }
package PDA::Pilot::AppointmentDatabase;
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::AppointmentRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::AppointmentAppBlock->new(@_) }
sub creator { 'date' }
sub dbname { 'DatebookDB' }
package PDA::Pilot::AddressDatabase;
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::AddressRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::AddressAppBlock->new(@_) }
sub creator { 'addr' }
sub dbname { 'AddressDB' }
package PDA::Pilot::MailDatabase;
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::MailRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::MailAppBlock->new(@_) }
sub pref {
shift @_;
my($data,$creator,$id) = @_;
if (($id == 1) || ($id == 2)) {
PDA::Pilot::MailSyncPref->new(@_);
} elsif ($id == 3) {
PDA::Pilot::MailSignaturePref->new(@_);
} else {
PDA::Pilot::Database->pref(@_);
}
}
sub creator { 'mail' }
sub dbname { 'MailDB' }
package PDA::Pilot::ExpenseDatabase;
@ISA=qw(PDA::Pilot::Database);
sub record { shift @_; PDA::Pilot::ExpenseRecord->new(@_) }
sub appblock { shift @_; PDA::Pilot::ExpenseAppBlock->new(@_) }
sub pref {
shift @_;
my($data,$creator,$id) = @_;
if ($id == 1) {
PDA::Pilot::ExpensePref->new(@_);
} else {
PDA::Pilot::Database->pref(@_);
}
}
sub creator { 'exps' }
sub dbname { 'ExpenseDB' }
package PDA::Pilot;
%DBClasses = ( MemoDB => 'PDA::Pilot::MemoDatabase',
ToDoDB => 'PDA::Pilot::ToDoDatabase',
AddressDB => 'PDA::Pilot::AddressDatabase',
DatebookDB => 'PDA::Pilot::AppointmentDatabase',
MailDB => 'PDA::Pilot::MailDatabase',
ExpenseDB => 'PDA::Pilot::ExpenseDatabase'
);
%PrefClasses = ( memo => 'PDA::Pilot::MemoDatabase',
todo => 'PDA::Pilot::ToDoDatabase',
mail => 'PDA::Pilot::MailDatabase',
date => 'PDA::Pilot::AppointmentDatabase',
addr => 'PDA::Pilot::AddressDatabase',
exps => 'PDA::Pilot::ExpenseDatabase'
);
# Default classes
$DBClasses{''} = 'PDA::Pilot::Database';
$PrefClasses{''} = 'PDA::Pilot::Database';
sub CompareTm {
my(@a) = @{$_[0]};
my(@b) = @{$_[1]};
return ($a[5] <=> $b[5]) || ($a[4] <=> $b[4]) || ($a[3] <=> $b[3]) ||
($a[2] <=> $b[2]) || ($a[1] <=> $b[1]) || ($a[0] <=> $b[0]);
}
# Autoload methods go after __END__, and are processed by the autosplit program.
1;
__END__
=head1
Commands include:
B<Notice!> This information is out of date, and potentially quite
misleading.
=over 4
=item PDA::Pilot::Appointment::Unpack(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given a record from a .pdb file or a Pilot database.
=item PDA::Pilot::Appointment::Pack(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database.
=item PDA::Pilot::Appointment::UnpackAppInfo(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given the AppInfo record from a .pdb file or a Pilot database.
=item PDA::Pilot::Appointment::PackAppInfo(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database AppInfo block.
=item PDA::Pilot::Memo::Unpack(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given a record from a .pdb file or a Pilot database.
=item PDA::Pilot::Memo::Pack(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database.
=item PDA::Pilot::Memo::UnpackAppInfo(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given the AppInfo record from a .pdb file or a Pilot database.
=item PDA::Pilot::Memo::PackAppInfo(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database AppInfo block.
=item PDA::Pilot::ToDo::Unpack(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given a record from a .pdb file or a Pilot database.
=item PDA::Pilot::ToDo::Pack(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database.
=item PDA::Pilot::ToDo::UnpackAppInfo(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given the AppInfo record from a .pdb file or a Pilot database.
=item PDA::Pilot::ToDo::PackAppInfo(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database AppInfo block.
=item PDA::Pilot::Address::Unpack(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given a record from a .pdb file or a Pilot database.
=item PDA::Pilot::Address::Pack(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database.
=item PDA::Pilot::Address::UnpackAppInfo(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given the AppInfo record from a .pdb file or a Pilot database.
=item PDA::Pilot::Address::PackAppInfo(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database AppInfo block.
=item PDA::Pilot::Mail::Unpack(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given a record from a .pdb file or a Pilot database.
=item PDA::Pilot::Mail::Pack(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database.
=item PDA::Pilot::Mail::UnpackAppInfo(buffer)
Returns hash reference containing appointment (datebook entry) in a usable
format, given the AppInfo record from a .pdb file or a Pilot database.
=item PDA::Pilot::Mail::PackAppInfo(buffer)
Given a hash reference in the form that the previous call generates, returns
a single string suitable for storing in a Pilot's database AppInfo block.
=item PDA::Pilot::Socket::socket(domain, type, protocol)
Same as pi-link routine called pi_socket.
=item PDA::Pilot::Socket::close(socket)
Same as pi-link routine called pi_close.
=item PDA::Pilot::Socket::write(socket, string)
Same as pi-link routine called pi_write.
=item PDA::Pilot::Socket::read(socket, len)
Same as pi-link routine called pi_write (returns read data as result.)
=item PDA::Pilot::Socket::listen(socket, backlog)
Same as pi-link routine called pi_listen.
=item PDA::Pilot::Socket::bind(socket, sockaddr)
Same as pi-link routine called pi_bind. Sockaddr may either be a packed
string containing a pi_sockaddr structure, or a hash reference containing
"device", "family", and "port" keys.
=item PDA::Pilot::Socket::accept(socket)
Same as pi-link routine called pi_accept. If connection is successfull, returns
reference to hash containing remote address, as described above. If failed, returns
undef.
=item PDA::Pilot::DLP::errno()
Returns last DLP error, resetting error to zero.
=item PDA::Pilot::DLP::GetSysDateTime(socket)
Same as DLP call dlp_GetSysDateTime. If successfull, returns time, otherwise
returns undef.
=item PDA::Pilot::DLP::SetSysDateTime(socket, time)
Same as DLP call dlp_SetSysDateTime. time must be a time_t value.
=item PDA::Pilot::DLP::ReadSysInfo(socket)
Same as DLP call dlp_ReadSysInfo. If successfull, returns reference to hash
containing system information.
=item PDA::Pilot::DLP::ReadStorageInfo(socket, cardno)
Same as DLP call dlp_ReadStorageInfo. If successfull, returns reference to hash
containing information on given memory card.
=item PDA::Pilot::DLP::ReadUserInfo(socket)
Same as DLP call dlp_ReadUserInfo. If successfull, returns reference to hash
containing information about user settings.
=item PDA::Pilot::DLP::WriteUserInfo(socket, info)
Same as DLP call dlp_WriteUserInfo. info must be a reference to a hash
containing data similar to that returned by ReadUserInfo (Note: the password
can not be set through this call.)
=item PDA::Pilot::DLP::OpenDB(socket, cardno, mode, name)
Same as DLP call dlp_OpenDB. If successfull returns database handle,
otherwise returns undef.
=item PDA::Pilot::DLP::CloseDB(socket, handle)
Same as DLP call dlp_CloseDB.
=item PDA::Pilot::DLP::EndOfSync(socket, status)
Same as DLP call dlp_EndOfSync.
=item PDA::Pilot::DLP::AbortSync(socket)
Same as DLP call dlp_AbortSync.
=item PDA::Pilot::DLP::MoveCategory(socket, handle, fromcat, tocat)
Same as DLP call dlp_MoveCategory.
=item PDA::Pilot::DLP::ResetSystem(socket)
Same as DLP call dlp_ResetSystem.
=item PDA::Pilot::DLP::OpenConduit(socket)
Same as DLP call dlp_OpenConduit.
=item PDA::Pilot::DLP::AddSyncLogEntry(socket, message)
Same as DLP call dlp_AddSyncLogEntry
=item PDA::Pilot::DLP::CleanUpDatabase(socket, handle)
Same as DLP call dlp_CleanUpDatabase.
=item PDA::Pilot::DLP::ResetSyncFlags(socket, handle)
Same as DLP call dlp_ResetSyncFlags.
=item PDA::Pilot::DLP::ResetDBIndex(socket, handle)
Same as DLP call dlp_ResetDBIndex.
=item PDA::Pilot::DLP::ResetLastSyncPC(socket)
Same as DLP call dlp_ResetLastSyncPC.
=item PDA::Pilot::DLP::DeleteCategory(socket, handle, category)
Same as DLP call dlp_DeleteCategory.
=item PDA::Pilot::DLP::DeleteRecord(socket, handle, all, id)
Same as DLP call dlp_DeleteRecord.
=item PDA::Pilot::DLP::ReadDBList(socket, cardno, flags, start)
Same as DLP call dlp_ReadDBList. If successfull, returns reference
to hash containing DB information. If failed, returns undef.
=item PDA::Pilot::DLP::FindDBInfo(socket, cardno, flags, name, type, creator)
Same as DLP call dlp_FindDBInfo. If successfull, returns reference
to hash containing DB information. If failed, returns undef.
=item PDA::Pilot::DLP::ReadFeature(socket, creator, number)
Same as DLP call dlp_ReadFeature. If successfull, returns feature value. If
failed, returns undef.
=item PDA::Pilot::DLP::ReadAppBlock(socket, handle)
Same as DLP call dlp_ReadAppBlock. If successfull, returns app block. If
failed, returns undef.
=item PDA::Pilot::DLP::ReadSortBlock(socket, handle)
Same as DLP call dlp_ReadSortBlock. If successfull, returns app block. If
failed, returns undef.
=item PDA::Pilot::DLP::WriteAppBlock(socket, handle, block)
Same as DLP call dlp_WriteAppBlock.
=item PDA::Pilot::DLP::WriteSortBlock(socket, handle, block)
Same as DLP call dlp_WriteSortBlock.
=item PDA::Pilot::DLP::ReadOpenDBInfo(socket, handle)
Same as DLP call dlp_ReadOpenDBInfo.
=item PDA::Pilot::DLP::ReadRecordByIndex(socket, handle, index)
Same as DLP call dlp_ReadRecordByIndex. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, id, index, attr, and category, in that order.
=item PDA::Pilot::DLP::ReadRecordById(socket, handle, id)
Same as DLP call dlp_ReadRecordById. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, id, index, attr, and category, in that order.
=item PDA::Pilot::DLP::ReadNextModifiedRec(socket, handle)
Same as DLP call dlp_ReadNextModifiedRec. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, id, index, attr, and category, in that order.
=item PDA::Pilot::DLP::ReadNextRecInCategory(socket, handle, category)
Same as DLP call dlp_ReadNextRecInCategory. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, id, index, attr, and category, in that order.
=item PDA::Pilot::DLP::ReadNextModifiedRecInCategory(socket, handle, category)
Same as DLP call dlp_ReadNextModifiedRecInCategory. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, id, index, attr, and category, in that order.
=item PDA::Pilot::DLP::WriteRecord(socket, handle, record, id, attr, category)
Same as DLP call dlp_WriteRecord.
=item PDA::Pilot::DLP::ReadResourceByType(socket, handle, type, id)
Same as DLP call dlp_ReadResourceByType. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, type, id, and index, in that order.
=item PDA::Pilot::DLP::ReadResourceByIndex(socket, handle, index)
Same as DLP call dlp_ReadResourceByIndex. If call fails, it returns undef.
Otherwise, in scalar context it returns the read record, in array it returns
the record, type, id, and index, in that order.
=item PDA::Pilot::DLP::WriteResource(socket, handle, record, type, id)
Same as DLP call dlp_WriteResource.
=item PDA::Pilot::DLP::DeleteResource(socket, handle, all, type, id)
Same as DLP call dlp_DeleteResource.
=item PDA::Pilot::DLP::CallApplication(socket, creator, type, action, data)
Same as DLP call dlp_CallApplication.
=item PDA::Pilot::File::open(name)
Same as pi_file_open. Returns a PDA::Pilot::File object on success.
=item PDA::Pilot::File::close(file)
Same as pi_file_close.
=item PDA::Pilot::File::get_app_info(file)
Same as pi_file_get_app_info.
=item PDA::Pilot::File::get_sort_info(file)
Same as pi_file_get_sort_info.
=item PDA::Pilot::File::get_entries(file)
Same as pi_file_get_entries.
=item PDA::Pilot::File::read_resource(file, index)
Same as pi_file_read_resource. Returns (record, type, id, index).
=item PDA::Pilot::File::read_record(file, index)
Same as pi_file_read_record. Returns (record, id, index, attr, category).
=item PDA::Pilot::File::read_record_by_id(file, type, id)
Same as pi_file_read_record_by_id. Returns (record, id, index, attr, category).
=item PDA::Pilot::File::create(name, info)
Same as pi_file_create. Info is reference to hash containg dbinfo data.
=item PDA::Pilot::File::get_info(file)
Same as pi_file_get_info.
=item PDA::Pilot::File::set_info(file, info)
Same as pi_file_set_info.
=item PDA::Pilot::File::set_app_info(file, data)
Same as pi_file_set_app_info.
=item PDA::Pilot::File::set_sort_info(file, data)
Same as pi_file_set_sort_info.
=item PDA::Pilot::File::append_resource(file, data, type, id)
Same as pi_file_append_resource.
=item PDA::Pilot::File::append_record(file, data, attr, category, id)
Same as pi_file_append_record.
=item PDA::Pilot::File::install(file, socket, cardno)
Same as pi_file_install.
=item PDA::Pilot::File::retrieve(file, socket, cardno)
Same as pi_file_retrieve.
=back
=cut