File Coverage

blib/lib/AI/XGBoost/CAPI/RAW.pm

Criterion	Covered	Total	%
statement	7	9	77.7
branch			n/a
condition			n/a
subroutine	3	3	100.0
pod			n/a
total	10	12	83.3

package AI::XGBoost::CAPI::RAW;
use strict;
use warnings;

use Alien::XGBoost;
use FFI::Platypus;

my $ffi = FFI::Platypus->new;
$ffi->lib( Alien::XGBoost->dynamic_libs );

our $VERSION = '0.11';    # VERSION

# ABSTRACT: Perl wrapper for XGBoost C API https://github.com/dmlc/xgboost

$ffi->attach( XGBGetLastError => [] => 'string' );

$ffi->attach( XGDMatrixCreateFromFile => [qw(string int opaque*)] => 'int' );

$ffi->attach( XGDMatrixCreateFromCSREx => [qw(size_t[] uint[] float[] size_t size_t size_t opaque*)] => 'int' );

$ffi->attach( XGDMatrixCreateFromCSCEx => [qw(size_t[] uint[] float[] size_t size_t size_t opaque*)] => 'int' );

$ffi->attach( XGDMatrixCreateFromMat => [qw(float[] uint64 uint64 float opaque*)] => 'int' );

$ffi->attach( XGDMatrixCreateFromMat_omp => [qw(float[] uint64 uint64 float opaque* int)] => 'int' );

$ffi->attach( XGDMatrixSliceDMatrix => [qw(opaque int[] uint64 opaque*)] => 'int' );

$ffi->attach( XGDMatrixNumRow => [qw(opaque uint64*)] => 'int' );

$ffi->attach( XGDMatrixNumCol => [qw(opaque uint64*)] => 'int' );

$ffi->attach( XGDMatrixSaveBinary => [qw(opaque string int)] => 'int' );

$ffi->attach( XGDMatrixSetFloatInfo => [qw(opaque string float[] uint64)] => 'int' );

$ffi->attach( XGDMatrixSetUIntInfo => [qw(opaque string uint32* uint64)] => 'int' );

$ffi->attach( XGDMatrixSetGroup => [qw(opaque uint32* uint64)] => 'int' );

$ffi->attach( XGDMatrixGetFloatInfo => [qw(opaque string uint64* opaque*)] => 'int' );

$ffi->attach( XGDMatrixGetUIntInfo => [qw(opaque string uint64* opaque*)] => 'int' );

$ffi->attach( XGDMatrixFree => [qw(opaque)] => 'int' );

$ffi->attach( XGBoosterCreate => [qw(opaque[] uint64 opaque*)] => 'int' );

$ffi->attach( XGBoosterFree => [qw(opaque)] => 'int' );

$ffi->attach( XGBoosterSetParam => [qw(opaque string string)] => 'int' );

$ffi->attach( XGBoosterBoostOneIter => [qw(opaque opaque float[] float[] uint64)] => 'int' );

$ffi->attach( XGBoosterUpdateOneIter => [qw(opaque int opaque)] => 'int' );

$ffi->attach( XGBoosterEvalOneIter => [qw(opaque int opaque[] opaque[] uint64 opaque*)] => 'int' );

$ffi->attach( XGBoosterPredict => [qw(opaque opaque int uint uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterLoadModel => [qw(opaque string)] => 'int' );

$ffi->attach( XGBoosterSaveModel => [qw(opaque string)] => 'int' );

$ffi->attach( XGBoosterLoadModelFromBuffer => [qw(opaque opaque uint64)] => 'int' );

$ffi->attach( XGBoosterGetModelRaw => [qw(opaque uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterDumpModel => [qw(opaque string int uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterDumpModelEx => [qw(opaque string int string uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterDumpModelWithFeatures => [qw(opaque int opaque[] opaque[] int uint64* opaque*)] => 'int' );

$ffi->attach(
           XGBoosterDumpModelExWithFeatures => [qw(opaque int opaque[] opaque[] int string uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterSetAttr => [qw(opaque string string)] => 'int' );

$ffi->attach( XGBoosterGetAttr => [qw(opaque string opaque* int*)] => 'int' );

$ffi->attach( XGBoosterGetAttrNames => [qw(opaque uint64* opaque*)] => 'int' );

$ffi->attach( XGBoosterLoadRabitCheckpoint => [qw(opaque int)] => 'int' );

$ffi->attach( XGBoosterSaveRabitCheckpoint => [qw(opaque)] => 'int' );

1;

__END__