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https://github.com/brl/mutter.git
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get-state: Move printing functions into main MonitorConfig class
Data should then be parsed in proper structures that would be used for both printing and changing them for re-configuring the screen Part-of: <https://gitlab.gnome.org/GNOME/mutter/-/merge_requests/2448>
This commit is contained in:
Marco Trevisan (Treviño)
Marge Bot
parent
3553af257e
commit
d3b26a5914
@ -37,6 +37,122 @@ class MonitorConfig:
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def get_current_state(self) -> GLib.Variant:
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def get_current_state(self) -> GLib.Variant:
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raise NotImplementedError()
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raise NotImplementedError()
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def parse_data(self):
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"""TODO: add data parser so that can be used for reconfiguring"""
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def print_data(self, level, is_last, lines, data):
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if is_last:
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link = '└'
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else:
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link = '├'
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padding = ' '
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if level >= 0:
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indent = level
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buffer = f'{link:{padding}>{indent * 4}}──{data}'
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buffer = list(buffer)
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for line in lines:
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if line == level:
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continue
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index = line * 4
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if line > 0:
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index -= 1
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buffer[index] = '│'
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buffer = ''.join(buffer)
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else:
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buffer = data
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print(buffer)
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if is_last and level in lines:
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lines.remove(level)
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elif not is_last and level not in lines:
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lines.append(level)
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def print_properties(self, level, lines, properties):
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property_list = list(properties)
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self.print_data(level, True, lines,
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f'Properties: ({len(property_list)})')
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for property in property_list:
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is_last = property == property_list[-1]
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self.print_data(level + 1, is_last, lines,
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f'{property} ⇒ {properties[property]}')
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def print_current_state(self, short):
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variant = self.get_current_state()
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print('Serial: {}'.format(variant[0]))
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print()
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print('Monitors:')
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monitors = variant[1]
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lines = []
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for monitor in monitors:
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is_last = monitor == monitors[-1]
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spec = monitor[0]
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modes = monitor[1]
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properties = monitor[2]
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self.print_data(0, is_last, lines, 'Monitor {}'.format(spec[0]))
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self.print_data(
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1, False, lines, f'EDID: vendor: {spec[1]}, product: {spec[2]}, serial: {spec[3]}')
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mode_count = len(modes)
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if short:
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modes = [mode for mode in modes if len(mode[6]) > 0]
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self.print_data(1, False, lines,
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f'Modes ({len(modes)}, {mode_count - len(modes)} omitted)')
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else:
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self.print_data(1, False, lines,
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f'Modes ({len(modes)})')
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for mode in modes:
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is_last = mode == modes[-1]
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self.print_data(2, is_last, lines, f'{mode[0]}')
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self.print_data(3, False, lines,
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f'Dimension: {mode[1]}x{mode[2]}')
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self.print_data(3, False, lines, f'Refresh rate: {mode[3]}')
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self.print_data(3, False, lines, f'Preferred scale: {mode[4]}')
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self.print_data(3, False, lines,
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f'Supported scales: {mode[5]}')
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mode_properties = mode[6]
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self.print_properties(3, lines, mode_properties)
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self.print_properties(1, lines, properties)
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print()
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print('Logical monitors:')
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logical_monitors = variant[2]
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index = 1
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for logical_monitor in logical_monitors:
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is_last = logical_monitor == logical_monitors[-1]
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properties = logical_monitor[2]
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self.print_data(0, is_last, lines, f'Logical monitor #{index}')
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self.print_data(1, False, lines,
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f'Position: ({logical_monitor[0]}, {logical_monitor[1]})')
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self.print_data(1, False, lines,
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f'Scale: {logical_monitor[2]}')
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self.print_data(1, False, lines,
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f'Transform: {TRANSFORM_STRINGS.get(logical_monitor[3])}')
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self.print_data(1, False, lines,
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f'Primary: {logical_monitor[4]}')
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monitors = logical_monitor[5]
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self.print_data(1, False, lines,
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f'Monitors: ({len(monitors)})')
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for monitor in monitors:
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is_last = monitor == monitors[-1]
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self.print_data(2, is_last, lines,
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f'{monitor[0]} ({monitor[1]}, {monitor[2]}, {monitor[3]})')
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properties = logical_monitor[6]
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self.print_properties(1, lines, properties)
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index += 1
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properties = variant[3]
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print()
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self.print_properties(-1, lines, properties)
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class MonitorConfigDBus(MonitorConfig):
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class MonitorConfigDBus(MonitorConfig):
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def __init__(self):
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def __init__(self):
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@ -86,118 +202,6 @@ class MonitorConfigFile(MonitorConfig):
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return GLib.variant_parse(self.CONFIG_VARIANT_TYPE, self._data)
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return GLib.variant_parse(self.CONFIG_VARIANT_TYPE, self._data)
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def print_data(level, is_last, lines, data):
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if is_last:
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link = '└'
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else:
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link = '├'
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padding = ' '
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if level >= 0:
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indent = level
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buffer = f'{link:{padding}>{indent * 4}}──{data}'
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buffer = list(buffer)
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for line in lines:
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if line == level:
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continue
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index = line * 4
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if line > 0:
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index -= 1
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buffer[index] = '│'
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buffer = ''.join(buffer)
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else:
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buffer = data
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print(buffer)
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if is_last and level in lines:
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lines.remove(level)
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elif not is_last and level not in lines:
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lines.append(level)
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def print_properties(level, lines, properties):
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property_list = list(properties)
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print_data(level, True, lines, f'Properties: ({len(property_list)})')
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for property in property_list:
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is_last = property == property_list[-1]
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print_data(level + 1, is_last, lines,
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f'{property} ⇒ {properties[property]}')
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def print_current_state(monitor_config, short):
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variant = monitor_config.get_current_state()
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print('Serial: {}'.format(variant[0]))
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print()
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print('Monitors:')
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monitors = variant[1]
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lines = []
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for monitor in monitors:
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is_last = monitor == monitors[-1]
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spec = monitor[0]
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modes = monitor[1]
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properties = monitor[2]
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print_data(0, is_last, lines, 'Monitor {}'.format(spec[0]))
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print_data(
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1, False, lines, f'EDID: vendor: {spec[1]}, product: {spec[2]}, serial: {spec[3]}')
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mode_count = len(modes)
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if short:
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modes = [mode for mode in modes if len(mode[6]) > 0]
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print_data(1, False, lines,
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f'Modes ({len(modes)}, {mode_count - len(modes)} omitted)')
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else:
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print_data(1, False, lines,
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f'Modes ({len(modes)})')
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for mode in modes:
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is_last = mode == modes[-1]
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print_data(2, is_last, lines, f'{mode[0]}')
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print_data(3, False, lines, f'Dimension: {mode[1]}x{mode[2]}')
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print_data(3, False, lines, f'Refresh rate: {mode[3]}')
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print_data(3, False, lines, f'Preferred scale: {mode[4]}')
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print_data(3, False, lines, f'Supported scales: {mode[5]}')
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mode_properties = mode[6]
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print_properties(3, lines, mode_properties)
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print_properties(1, lines, properties)
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print()
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print('Logical monitors:')
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logical_monitors = variant[2]
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index = 1
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for logical_monitor in logical_monitors:
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is_last = logical_monitor == logical_monitors[-1]
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properties = logical_monitor[2]
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print_data(0, is_last, lines, f'Logical monitor #{index}')
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print_data(1, False, lines,
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f'Position: ({logical_monitor[0]}, {logical_monitor[1]})')
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print_data(1, False, lines,
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f'Scale: {logical_monitor[2]}')
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print_data(1, False, lines,
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f'Transform: {TRANSFORM_STRINGS.get(logical_monitor[3])}')
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print_data(1, False, lines,
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f'Primary: {logical_monitor[4]}')
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monitors = logical_monitor[5]
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print_data(1, False, lines,
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f'Monitors: ({len(monitors)})')
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for monitor in monitors:
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is_last = monitor == monitors[-1]
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print_data(2, is_last, lines,
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f'{monitor[0]} ({monitor[1]}, {monitor[2]}, {monitor[3]})')
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properties = logical_monitor[6]
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print_properties(1, lines, properties)
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index += 1
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properties = variant[3]
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print()
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print_properties(-1, lines, properties)
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if __name__ == '__main__':
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if __name__ == '__main__':
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parser = argparse.ArgumentParser(description='Get display state')
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parser = argparse.ArgumentParser(description='Get display state')
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parser.add_argument('--file', metavar='FILE', type=str, nargs='?',
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parser.add_argument('--file', metavar='FILE', type=str, nargs='?',
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@ -217,4 +221,4 @@ if __name__ == '__main__':
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else:
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else:
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monitor_config = MonitorConfigDBus()
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monitor_config = MonitorConfigDBus()
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print_current_state(monitor_config, short=args.short)
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monitor_config.print_current_state(short=args.short)
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