diff options
Diffstat (limited to 'src/monitor.py')
| -rw-r--r-- | src/monitor.py | 236 |
1 files changed, 118 insertions, 118 deletions
diff --git a/src/monitor.py b/src/monitor.py index 5c8d8fc..91472f4 100644 --- a/src/monitor.py +++ b/src/monitor.py @@ -1,6 +1,6 @@ #!/usr/bin/env python3 -# Copyright © 2014, 2015, 2016, 2017 Mattias Andrée (maandree@kth.se) +# Copyright © 2014, 2015, 2016, 2017 Mattias Andrée (m@maandree.se) # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by @@ -15,25 +15,17 @@ # You should have received a copy of the GNU General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. -# This module is responsible for access to the monitors. +# This module is deprecated! -import os import sys -from subprocess import Popen, PIPE from aux import * from curve import * +from output import EDID -import libgammaman -import libgamma - -def close_c_bindings(): - ''' - Close all C bindings and let them free resources and close connections - ''' - libgammaman.close() +cached_displays = {} def get_gamma(crtc = 0, screen = 0, display = None, *, method = None): @@ -46,14 +38,16 @@ def get_gamma(crtc = 0, screen = 0, display = None, *, method = None): @param method:str? The adjustment method @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' - # Get CRTC objet - method = libgammaman.get_method(method) - crtc = libgammaman.get_crtc(crtc, screen, display, method) - # Create gamma ramps - ramps = libgamma.GammaRamps(i_size, i_size, i_size) - # Get gamma - crtc.get_gamma(ramps) + import output + if not get_gamma.warned: + get_gamma.warned = True + print('get_gamma() is deprecated', file = sys.stderr) + if (method, display) not in cached_displays: + cached_displays[(method, display)] = output.get_outputs(method = method, display = display) + crtc = cached_displays[(method, display)].screens[screen].crtcs[crtc] + ramps = crtc.get_gamma() return ramps_to_function(ramps.red, ramps.green, ramps.blue) +get_gamma.warned = False def set_gamma(*crtcs, screen = 0, display = None, method = None): @@ -65,19 +59,22 @@ def set_gamma(*crtcs, screen = 0, display = None, method = None): @param display:str? The display to which to connect, `None` for current display @param method:str? The adjustment method ''' - for crtc in (0,) if len(crtcs) == 0 else crtcs: - # Convert curves to [0, 0xFFFF] integer lists - (R_curve, G_curve, B_curve) = translate_to_integers() - # Get CRTC objet - method = libgammaman.get_method(method) - crtc = libgammaman.get_crtc(crtc, screen, display, method) - # Create gamma ramps - ramps = libgamma.GammaRamps(i_size, i_size, i_size) - # Set gamma - ramps.red[:] = R_curve - ramps.green[:] = G_curve - ramps.blue[:] = B_curve - crtc.set_gamma(ramps) + import output + if not set_gamma.warned: + set_gamma.warned = True + print('set_gamma() is deprecated', file = sys.stderr) + if (method, display) not in cached_displays: + cached_displays[(method, display)] = output.get_outputs(method = method, display = display) + screen = cached_displays[(method, display)].screens[screen] + ramps = output.Ramps(None, depth = -1, size = i_size) + ramps.red[:] = r_curve + ramps.green[:] = g_curve + ramps.blue[:] = b_curve + for crtc in range(len(screen.crtcs)) if len(crtcs) == 0 else crtcs: + crtc = screen.crtcs[crtc] + size = (crtc.red_gamma_size, crtc.green_gamma_size, crtc.blue_gamma_size) + crtc.set_gamma(ramps.copy(depth = crtc.gamma_depth, size = size)) +set_gamma.warned = False def randr_get(crtc = 0, screen = 0, display = None): @@ -89,7 +86,11 @@ def randr_get(crtc = 0, screen = 0, display = None): @param display:str? The display to which to connect, `None` for current display @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' + if not randr_get.warned: + randr_get.warned = True + print('randr_get() is deprecated', file = sys.stderr) return get_gamma(crtc, screen, display, method = 'randr') +randr_get.warned = False def vidmode_get(crtc = 0, screen = 0, display = None): ''' @@ -100,7 +101,11 @@ def vidmode_get(crtc = 0, screen = 0, display = None): @param display:str? The display to which to connect, `None` for current display @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' + if not vidmode_get.warned: + vidmode_get.warned = True + print('vidmode_get() is deprecated', file = sys.stderr) return get_gamma(crtc, screen, display, method = 'vidmode') +vidmode_get.warned = False def drm_get(crtc = 0, screen = 0, display = None): ''' @@ -111,7 +116,11 @@ def drm_get(crtc = 0, screen = 0, display = None): @param display:str? Dummy parameter for compatibility with `randr_get` and `vidmode_get` @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' + if not drm_get.warned: + drm_get.warned = True + print('drm_get() is deprecated', file = sys.stderr) return get_gamma(crtc, screen, display, method = 'drm') +drm_get.warned = False def w32gdi_get(crtc = 0, screen = 0, display = None): ''' @@ -122,7 +131,11 @@ def w32gdi_get(crtc = 0, screen = 0, display = None): @param display:str? Dummy parameter for compatibility with `randr_get` and `vidmode_get` @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' + if not w32gdi_get.warned: + w32gdi_get.warned = True + print('w32gdi_get() is deprecated', file = sys.stderr) return get_gamma(crtc, screen, display, method = 'w32gdi') +w32gdi_get.warned = False def quartz_get(crtc = 0, screen = 0, display = None): ''' @@ -133,7 +146,11 @@ def quartz_get(crtc = 0, screen = 0, display = None): @param display:str? Dummy parameter for compatibility with `randr_get` and `vidmode_get` @return :()→void Function to invoke to apply the curves that was used when this function was invoked ''' + if not quartz_get.warned: + quartz_get.warned = True + print('quartz_get() is deprecated', file = sys.stderr) return get_gamma(crtc, screen, display, method = 'quartz') +quartz_get.warned = False def randr(*crtcs, screen = 0, display = None): @@ -144,7 +161,11 @@ def randr(*crtcs, screen = 0, display = None): @param screen:int The screen to which the monitors belong @param display:str? The display to which to connect, `None` for current display ''' + if not randr.warned: + randr.warned = True + print('randr() is deprecated', file = sys.stderr) set_gamma(*crtcs, screen = screen, display = display, method = 'randr') +randr.warned = False def vidmode(*crtcs, screen = 0, display = None): ''' @@ -154,7 +175,11 @@ def vidmode(*crtcs, screen = 0, display = None): @param screen:int The screen to which the monitors belong @param display:str? The display to which to connect, `None` for current display ''' + if not vidmode.warned: + vidmode.warned = True + print('vidmode() is deprecated', file = sys.stderr) set_gamma(*crtcs, screen = screen, display = display, method = 'vidmode') +vidmode.warned = False def drm(*crtcs, screen = 0, display = None): ''' @@ -165,7 +190,11 @@ def drm(*crtcs, screen = 0, display = None): named `screen` for compatibility with `randr` and `vidmode` @param display:str? Dummy parameter for compatibility with `randr` and `vidmode` ''' + if not drm.warned: + drm.warned = True + print('drm() is deprecated', file = sys.stderr) set_gamma(*crtcs, screen = screen, display = display, method = 'drm') +drm.warned = False def w32gdi(*crtcs, screen = 0, display = None): ''' @@ -175,7 +204,11 @@ def w32gdi(*crtcs, screen = 0, display = None): @param screen:int Dummy parameter for compatibility with `randr`, `vidmode` and `drm` @param display:str? Dummy parameter for compatibility with `randr` and `vidmode` ''' + if not w32gdi.warned: + w32gdi.warned = True + print('w32gdi() is deprecated', file = sys.stderr) set_gamma(*crtcs, screen = screen, display = display, method = 'w32gdi') +w32gdi.warned = False def quartz(*crtcs, screen = 0, display = None): ''' @@ -185,7 +218,11 @@ def quartz(*crtcs, screen = 0, display = None): @param screen:int Dummy parameter for compatibility with `randr`, `vidmode` and `drm` @param display:str? Dummy parameter for compatibility with `randr` and `vidmode` ''' + if not quartz.warned: + quartz.warned = True + print('quartz() is deprecated', file = sys.stderr) set_gamma(*crtcs, screen = screen, display = display, method = 'quartz') +quartz.warned = False def print_curves(*crtcs, screen = 0, display = None, compact = False): @@ -197,6 +234,9 @@ def print_curves(*crtcs, screen = 0, display = None, compact = False): @param display:str? Dummy parameter @param compact:bool Whether to print in compact form ''' + if not print_curves.warned: + print_curves.warned = True + print('print_curves() is deprecated', file = sys.stderr) # Convert curves to [0, 0xFFFF] integer lists (R_curve, G_curve, B_curve) = translate_to_integers() if compact: @@ -226,6 +266,7 @@ def print_curves(*crtcs, screen = 0, display = None, compact = False): print(G_curve) # Print the blue colour curve print(B_curve) +print_curves.warned = False @@ -459,55 +500,6 @@ class Output: return '[Name: %s, Connected: %s, Width: %s, Height: %s, CRTC: %s, Screen: %s, EDID: %s]' % rc -class EDID: - ''' - Data structure for parsed EDID:s - - @var widthmm:int? The physical width of the monitor, measured in millimetres, `None` if not defined - @var heightmm:int? The physical height of the monitor, measured in millimetres, `None` if not defined or not connected - @var gamma:float? The monitor's estimated gamma characteristics, `None` if not specified - @var gamma_correction:float? Gamma correction to use unless you know more exact values, calculated from `gamma` - ''' - def __init__(self, edid): - ''' - Constructor, parses an EDID - - @param edid:str The edid to parse, in hexadecimal representation - @exception :Exception Raised when the EDID is not of a support format - ''' - # Check the length of the EDID - if not len(edid) == 256: - raise Exception('EDID version not support, length mismatch') - # Check the EDID:s magic number - if not edid[:16].upper() == '00FFFFFFFFFFFF00': - raise Exception('EDID version not support, magic number mismatch') - # Convert to raw byte representation - edid = [int(edid[i * 2 : i * 2 + 2], 16) for i in range(128)] - # Check EDID structure version and revision - if not edid[18] == 1: - raise Exception('EDID version not support, version mismatch, only 1.3 supported') - if not edid[19] == 3: - raise Exception('EDID version not support, revision mismatch, only 1.3 supported') - # Get the maximum displayable image dimension - self.widthmm = edid[21] * 10 - self.heightmm = edid[22] * 10 - if (self.widthmm == 0) or (self.heightmm == 0): - # If either is zero, it is undefined, e.g. a projector - self.widthmm = None - self.heightmm = None - # Get the gamma characteristics - if (edid[23] == 255): - # Not specified if FFh - self.gamma = None - self.gamma_correction = None - else: - self.gamma = (edid[23] + 100) / 100 - self.gamma_correction = self.gamma / 2.2 - # Check the EDID checksum - if not sum(edid) % 256 == 0: - raise Exception('Incorrect EDID checksum') - - def list_screens(method = None, display = None): ''' Retrieve informantion about all screens, outputs and CRTC:s @@ -518,43 +510,29 @@ def list_screens(method = None, display = None): @param display:str? The display to use, `None` for the current one @return :Screens An instance of a datastructure with the relevant information ''' - method = libgammaman.get_method(method) - display_ = libgammaman.get_display(display, method) - screen_n = display_.partitions_available + import output + if not list_screens.warned: + list_screens.warned = True + print('list_screens() is deprecated', file = sys.stderr) + if (method, display) not in cached_displays: + cached_displays[(method, display)] = output.get_outputs(method = method, display = display) rc = Screens() - rc.screens = [None] * screen_n - - for screen_i in range(screen_n): - screen = libgammaman.get_screen(screen_i, display, method) - # And add it to the table - rc.screens[screen_i] = s = Screen() - # Store the number of CRTC:s - s.crtc_count = crtc_n = screen.crtcs_available - # Prepare the current screens output table when we know how many outputs it has - s.outputs = [None] * crtc_n - for crtc_i in range(crtc_n): - crtc = libgamma.CRTC(screen, crtc_i) - (info, _) = crtc.information(~0) - s.outputs[crtc_i] = o = Output() - # Store the screen index for the output so that it is easy - # to look it up when iterating over outputs - o.screen = screen_i - # Store the name of the output - o.name = info.connector_name if info.connector_name_error == 0 else None - # Store the connection status of the output's connector - o.connected = info.active if info.active_error == 0 else None - # Store the physical dimensions of the monitor - o.widthmm, o.heightmm = info.width_mm, info.height_mm - # But if it is zero or less it is unknown - if (o.widthmm <= 0) or (o.heightmm <= 0): - o.widthmm, o.heightmm = None, None - # Store the CRTC index of the output - o.crtc = crtc_i - # Store the output's extended dislay identification data - o.edid = None if info.edid is None or not info.edid_error == 0 else libgamma.behex_edid(info.edid) - + rc.screens = cached_displays[(method, display)].screens + for screen_i, screen in enumerate(rc.screens): + screen.crtc_count = len(screen.crtcs) + screen.outputs = [None] * screen.crtc_count + for crtc_i in range(screen.crtc_count): + screen.outputs[crtc_i] = output = Output() + output.screen = screen_i + output.crtc = crtc_i + crtc = screen.crtcs[crtc_i] + output.name = crtc.connector_name + output.connected = crtc.active + output.widthmm = crtc.width_mm + output.heightmm = crtc.height_mm + output.edid = crtc.edid return rc - +list_screens.warned = False def list_screens_randr(display = None): @@ -564,7 +542,11 @@ def list_screens_randr(display = None): @param display:str? The display to use, `None` for the current one @return :Screens An instance of a datastructure with the relevant information ''' + if not list_screens_randr.warned: + list_screens_randr.warned = True + print('list_screens_randr() is deprecated', file = sys.stderr) return list_screens('randr', display) +list_screens_randr.warned = False def list_screens_drm(): ''' @@ -572,7 +554,11 @@ def list_screens_drm(): @return :Screens An instance of a datastructure with the relevant information ''' + if not list_screens_drm.warned: + list_screens_drm.warned = True + print('list_screens_drm() is deprecated', file = sys.stderr) return list_screens('drm', None) +list_screens_drm.warned = False def list_screens_quartz(): ''' @@ -580,7 +566,11 @@ def list_screens_quartz(): @return :Screens An instance of a datastructure with the relevant information ''' + if not list_screens_quartz.warned: + list_screens_quartz.warned = True + print('list_screens_quartz() is deprecated', file = sys.stderr) return list_screens('quartz', None) +list_screens_quartz.warned = False def list_screens_w32gdi(): ''' @@ -588,13 +578,23 @@ def list_screens_w32gdi(): @return :Screens An instance of a datastructure with the relevant information ''' + if not list_screens_w32gdi.warned: + list_screens_w32gdi.warned = True + print('list_screens_w32gdi() is deprecated', file = sys.stderr) return list_screens('w32gdi', None) +list_screens_w32gdi.warned = False def quartz_restore(): ''' Restore all CRTC:s' gamma ramps the settings in ColorSync ''' - method = libgammaman.get_method('quartz') - libgammaman.get_display(None, method).restore() + import output + if not quartz_restore.warned: + quartz_restore.warned = True + print('quartz_restore() is deprecated', file = sys.stderr) + if ('quartz', None) not in cached_displays: + cached_displays[('quartz', None)] = output.get_outputs(method = 'quartz') + cached_displays[('quartz', None)].restore() +quartz_restore.warned = False |