/* See LICENSE file for copyright and license details. */
#include "libgamma_CRTC.h"
#include <errno.h>
#include <stdlib.h>
#include <libgamma.h>
/**
* Make a failure-return
*
* @param error_code The error code returned from the failing function or zero to read `errno`
* @return The object to return
*/
static jlongArray
fail(JNIEnv *env, int error_code)
{
jlongArray rc = (*env)->NewLongArray(env, 2);
jlong e, z = 0;
if ((error_code == LIBGAMMA_ERRNO_SET) || !error_code)
error_code = errno;
e = (jlong)error_code;
(*env)->SetLongArrayRegion(env, rc, 0, 1, &z);
(*env)->SetLongArrayRegion(env, rc, 1, 1, &e);
return rc;
}
/**
* Make a success-return
*
* @param state The native object
* @return The object to return
*/
static jlongArray
ok(JNIEnv *env, void *state)
{
jlong a = (jlong)(size_t)state, z = 0;
jlongArray rc = (*env)->NewLongArray(env, 2);
(*env)->SetLongArrayRegion(env, rc, 0, 1, &a);
(*env)->SetLongArrayRegion(env, rc, 1, 1, &z);
return rc;
}
/**
* Create a CRTC state
*
* @param partition The partition state for the partition that the CRTC belongs to
* @param crtc The index of the CRTC within the partition
* @return Element 0: The value for {@link #address}
* Element 1: Error code, zero on success
*/
jlongArray
Java_libgamma_CRTC_libgamma_1crtc_1create(JNIEnv *env, jclass class, jlong partition, jint crtc)
{
libgamma_crtc_state_t *state = malloc(sizeof(libgamma_crtc_state_t));
void *super = (void *)(size_t)partition;
int r;
if (!state)
return fail(env, 0);
r = libgamma_crtc_initialise(state, super, (size_t)crtc);
if (r)
return fail(env, r);
return ok(env, state);
(void) class;
}
/**
* Release all resources held by a CRTC state
* and free the CRTC state pointer
*
* @param address The CRTC state
*/
void
Java_libgamma_CRTC_libgamma_1crtc_1free(JNIEnv *env, jclass class, jlong address)
{
void *this = (void *)(size_t)address;
libgamma_crtc_free(this);
(void) env;
(void) class;
}
/**
* Restore the gamma ramps for a CRTC to the system settings for that CRTC
*
* @param address The CRTC state
* @return Zero on success, and error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1restore(JNIEnv *env, jclass class, jlong address)
{
void *this = (void *)(size_t)address;
int r = libgamma_crtc_restore(this);
if (r)
return r == LIBGAMMA_ERRNO_SET ? errno : r;
return 0;
(void) env;
(void) class;
}
/**
* Read information about a CRTC
*
* @param crtc The state of the CRTC whose information should be read
* @param fields OR:ed identifiers for the information about the CRTC that should be read
* @return Input parameters for the constructor of {@link CRTCInformation}
*/
jobjectArray
Java_libgamma_CRTC_libgamma_1get_1crtc_1information(JNIEnv *env, jclass class, jlong crtc, jint fields)
{
void *this_voidp = (void *)(size_t)crtc;
libgamma_crtc_state_t *this = this_voidp;
jbyteArray edid = NULL;
jstring connector_name = NULL;
jclass class_of_jobject = (*env)->FindClass(env, "java/lang/Object");
jintArray ints_ = (*env)->NewIntArray(env, 25);
jfloatArray gamma_ = (*env)->NewFloatArray(env, 3);
jobjectArray rc = (*env)->NewObjectArray(env, 4, class_of_jobject, NULL);
libgamma_crtc_information_t info;
jint ints[25];
jfloat gamma[3];
libgamma_get_crtc_information(&info, this, fields);
if (info.edid) {
edid = (*env)->NewByteArray(env, (jsize)info.edid_length);
(*env)->SetByteArrayRegion(env, edid, 0, (jsize)info.edid_length, (const jbyte*)(info.edid));
free(info.edid);
}
if (connector_name)
connector_name = (*env)->NewStringUTF(env, info.connector_name);
gamma[0] = (jfloat)info.gamma_red;
gamma[1] = (jfloat)info.gamma_green;
gamma[2] = (jfloat)info.gamma_blue;
ints[0] = (jint)info.edid_error;
ints[1] = (jint)info.width_mm;
ints[2] = (jint)info.width_mm_error;
ints[3] = (jint)info.height_mm;
ints[4] = (jint)info.height_mm_error;
ints[5] = (jint)info.width_mm_edid;
ints[6] = (jint)info.width_mm_edid_error;
ints[7] = (jint)info.height_mm_edid;
ints[8] = (jint)info.height_mm_edid_error;
ints[9] = (jint)info.red_gamma_size;
ints[10] = (jint)info.green_gamma_size;
ints[11] = (jint)info.blue_gamma_size;
ints[12] = (jint)info.gamma_size_error;
ints[13] = (jint)info.gamma_depth;
ints[14] = (jint)info.gamma_depth_error;
ints[15] = (jint)info.gamma_support;
ints[16] = (jint)info.gamma_support_error;
ints[17] = (jint)info.subpixel_order;
ints[18] = (jint)info.subpixel_order_error;
ints[19] = (jint)info.active;
ints[20] = (jint)info.active_error;
ints[21] = (jint)info.connector_name_error;
ints[22] = (jint)info.connector_type;
ints[23] = (jint)info.connector_type_error;
ints[24] = (jint)info.gamma_error;
(*env)->SetIntArrayRegion(env, ints_, 0, 25, ints);
(*env)->SetFloatArrayRegion(env, gamma_, 0, 3, gamma);
(*env)->SetObjectArrayElement(env, rc, 0, edid);
(*env)->SetObjectArrayElement(env, rc, 1, connector_name);
(*env)->SetObjectArrayElement(env, rc, 2, gamma_);
(*env)->SetObjectArrayElement(env, rc, 3, ints_);
return rc;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, 8-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1ramps8(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps8_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_ramps8(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, 8-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1ramps8(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps8_t *values = values_voidp;
int r = libgamma_crtc_set_gamma_ramps8(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, 16-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1ramps16(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps16_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_ramps16(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, 16-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1ramps16(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps16_t *values = values_voidp;
int r = libgamma_crtc_set_gamma_ramps16(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, 32-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1ramps32(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps32_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_ramps32(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, 32-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1ramps32(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps32_t *values = values_voidp;
int r = libgamma_crtc_set_gamma_ramps32(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, 64-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1ramps64(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps64_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_ramps64(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, 64-bit gamma-depth version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1ramps64(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_ramps64_t *values = values_voidp;
int r = libgamma_crtc_set_gamma_ramps64(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, single precision floating point version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1rampsf(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_rampsf_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_rampsf(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, single precision floating point version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1rampsf(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t * crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_rampsf_t * values = values_voidp;
int r = libgamma_crtc_set_gamma_rampsf(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Get the current gamma ramps for a CRTC, double precision floating point version
*
* @param address The CRTC state
* @param ramps The gamma ramps to fill with the current values
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1get_1gamma_1rampsd(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *output_voidp = (void *)(size_t)ramps;
libgamma_gamma_rampsd_t *output = output_voidp;
int r = libgamma_crtc_get_gamma_rampsd(crtc, output);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
/**
* Set the gamma ramps for a CRTC, double precision floating point version
*
* @param address The CRTC state
* @param ramps The gamma ramps to apply
* @return Zero on success, an error code on failure
*/
jint
Java_libgamma_CRTC_libgamma_1crtc_1set_1gamma_1rampsd(JNIEnv *env, jclass class, jlong address, jlong ramps)
{
void *crtc_voidp = (void *)(size_t)address;
libgamma_crtc_state_t *crtc = crtc_voidp;
void *values_voidp = (void *)(size_t)ramps;
libgamma_gamma_rampsd_t *values = values_voidp;
int r = libgamma_crtc_set_gamma_rampsd(crtc, *values);
return r == LIBGAMMA_ERRNO_SET ? errno : r;
(void) env;
(void) class;
}
