Type Alias libdrm_amdgpu_sys::drmModeModeInfo
source · pub type drmModeModeInfo = _drmModeModeInfo;
Aliased Type§
struct drmModeModeInfo {}
Fields§
§clock: u32
§hdisplay: u16
§hsync_start: u16
§hsync_end: u16
§htotal: u16
§hskew: u16
§vdisplay: u16
§vsync_start: u16
§vsync_end: u16
§vtotal: u16
§vscan: u16
§vrefresh: u32
§flags: u32
§type_: u32
§name: [i8; 32]
Implementations§
source§impl drmModeModeInfo
impl drmModeModeInfo
pub fn name(&self) -> String
sourcepub fn refresh_rate(&self) -> f32
pub fn refresh_rate(&self) -> f32
Examples found in repository?
examples/drm_mode.rs (line 34)
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fn main() {
let fd = {
use std::os::fd::IntoRawFd;
let f = File::open("/dev/dri/card0").unwrap();
f.into_raw_fd()
};
let drm_mode_res = drmModeRes::get(fd).unwrap();
let current_connectors = drm_mode_res.get_all_connector_current(fd);
for connector in current_connectors.iter() {
println!(
"Connector {} ({}-{}), {}",
connector.connector_id(),
connector.connector_type(),
connector.connector_type_id(),
connector.connection(),
);
let modes = connector.get_modes();
if !modes.is_empty() {
println!(" Modes");
for mode in connector.get_modes() {
println!(
" {}x{}@{:.2}{}{}",
mode.vdisplay,
mode.hdisplay,
mode.refresh_rate(),
if mode.type_is_preferred() { " preferred" } else { "" },
if mode.type_is_driver() { " driver" } else { "" },
);
}
}
if let Some(conn_prop) = connector.get_connector_props(fd) {
let mode_props = conn_prop.get_mode_property(fd);
for (prop, value) in mode_props {
let type_ = prop.property_type();
println!(
" {:?}, id: {}, value: {}, type: {}",
prop.name(),
prop.prop_id(),
value,
type_,
);
match type_ {
drmModePropType::RANGE =>
println!(" values: {:?}", prop.values()),
drmModePropType::ENUM => {
print!(" enums: [");
for enum_ in prop.enums().iter() {
print!("{:?}={}, ", enum_.name(), enum_.value);
}
println!("] ");
},
drmModePropType::BLOB => {
if let Some(b) = drmModePropertyBlob::get(fd, value as u32) {
print!(" blob:");
for (i, byte) in b.data().iter().enumerate() {
if (i % 16) == 0 { print!("\n "); }
print!("{byte:02x}");
}
println!();
}
},
_ => {},
}
}
}
println!();
}
}
sourcepub fn type_is_preferred(&self) -> bool
pub fn type_is_preferred(&self) -> bool
Examples found in repository?
examples/drm_mode.rs (line 35)
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fn main() {
let fd = {
use std::os::fd::IntoRawFd;
let f = File::open("/dev/dri/card0").unwrap();
f.into_raw_fd()
};
let drm_mode_res = drmModeRes::get(fd).unwrap();
let current_connectors = drm_mode_res.get_all_connector_current(fd);
for connector in current_connectors.iter() {
println!(
"Connector {} ({}-{}), {}",
connector.connector_id(),
connector.connector_type(),
connector.connector_type_id(),
connector.connection(),
);
let modes = connector.get_modes();
if !modes.is_empty() {
println!(" Modes");
for mode in connector.get_modes() {
println!(
" {}x{}@{:.2}{}{}",
mode.vdisplay,
mode.hdisplay,
mode.refresh_rate(),
if mode.type_is_preferred() { " preferred" } else { "" },
if mode.type_is_driver() { " driver" } else { "" },
);
}
}
if let Some(conn_prop) = connector.get_connector_props(fd) {
let mode_props = conn_prop.get_mode_property(fd);
for (prop, value) in mode_props {
let type_ = prop.property_type();
println!(
" {:?}, id: {}, value: {}, type: {}",
prop.name(),
prop.prop_id(),
value,
type_,
);
match type_ {
drmModePropType::RANGE =>
println!(" values: {:?}", prop.values()),
drmModePropType::ENUM => {
print!(" enums: [");
for enum_ in prop.enums().iter() {
print!("{:?}={}, ", enum_.name(), enum_.value);
}
println!("] ");
},
drmModePropType::BLOB => {
if let Some(b) = drmModePropertyBlob::get(fd, value as u32) {
print!(" blob:");
for (i, byte) in b.data().iter().enumerate() {
if (i % 16) == 0 { print!("\n "); }
print!("{byte:02x}");
}
println!();
}
},
_ => {},
}
}
}
println!();
}
}
pub fn type_is_userdef(&self) -> bool
sourcepub fn type_is_driver(&self) -> bool
pub fn type_is_driver(&self) -> bool
Examples found in repository?
examples/drm_mode.rs (line 36)
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fn main() {
let fd = {
use std::os::fd::IntoRawFd;
let f = File::open("/dev/dri/card0").unwrap();
f.into_raw_fd()
};
let drm_mode_res = drmModeRes::get(fd).unwrap();
let current_connectors = drm_mode_res.get_all_connector_current(fd);
for connector in current_connectors.iter() {
println!(
"Connector {} ({}-{}), {}",
connector.connector_id(),
connector.connector_type(),
connector.connector_type_id(),
connector.connection(),
);
let modes = connector.get_modes();
if !modes.is_empty() {
println!(" Modes");
for mode in connector.get_modes() {
println!(
" {}x{}@{:.2}{}{}",
mode.vdisplay,
mode.hdisplay,
mode.refresh_rate(),
if mode.type_is_preferred() { " preferred" } else { "" },
if mode.type_is_driver() { " driver" } else { "" },
);
}
}
if let Some(conn_prop) = connector.get_connector_props(fd) {
let mode_props = conn_prop.get_mode_property(fd);
for (prop, value) in mode_props {
let type_ = prop.property_type();
println!(
" {:?}, id: {}, value: {}, type: {}",
prop.name(),
prop.prop_id(),
value,
type_,
);
match type_ {
drmModePropType::RANGE =>
println!(" values: {:?}", prop.values()),
drmModePropType::ENUM => {
print!(" enums: [");
for enum_ in prop.enums().iter() {
print!("{:?}={}, ", enum_.name(), enum_.value);
}
println!("] ");
},
drmModePropType::BLOB => {
if let Some(b) = drmModePropertyBlob::get(fd, value as u32) {
print!(" blob:");
for (i, byte) in b.data().iter().enumerate() {
if (i % 16) == 0 { print!("\n "); }
print!("{byte:02x}");
}
println!();
}
},
_ => {},
}
}
}
println!();
}
}