def get_plr_vers():
'''
Retrieves the version of the Scala Player software from the Registry.
Returns:
version string or None if not found.
'''
key = r'HKLM\SOFTWARE\Scala\InfoChannel Player 5\ProductVersion'
try:
value = st.get_regval(key)
except:
value = None
return value
def get_plr_vers():
'''
Retrieves the version of the Scala Player software from the Registry.
Returns:
version string or None if not found.
'''
key = r'HKLM\SOFTWARE\Scala\InfoChannel Player 5\ProductVersion'
try:
value = st.get_regval(key)
except:
value = None
return value
def get_monitor_res():
'''
This function attempts to retrieve the native hardware resolution of
the first monitor returned by Windows. It does this by looking for
a connected monitor and then parsing its EDID information cached in
the registry.
Returns:
Tuple containing, (W, H, Orientation)
None on error.
Note:
If the resolution found is below 1024x768 it will be raised to
that as a minimum fallback.
'''
import win32api as api, win32con as con, pywintypes
res, curres, fsres = (0, 0), (0, 0), (1024, 768)
dtd = 54 # start byte of detailed timing desc.
try: # preserve current settings, orientation of first display
devmode = api.EnumDisplaySettings(None, con.ENUM_CURRENT_SETTINGS)
res = (devmode.PelsWidth, devmode.PelsHeight) # may differ bc of setup
orient = devmode.DisplayOrientation
_log.debug('Current display orientation from Win32api: %s' % orient)
except pywintypes.error:
orient = 0
try: # get PNP id to find EDID in registry
for monitor in wmiquery('Select * from Win32_DesktopMonitor'):
# http://msdn.microsoft.com/en-us/library/aa394122%28VS.85%29.aspx
if monitor.Availability in (3, 7, 13, 14, 15, 16): # connected
curres = (monitor.ScreenWidth, monitor.ScreenHeight)
_log.debug('Current monitor resolution from WMI: %s' %
(curres, ))
regkey = ('HKLM\\SYSTEM\\CurrentControlSet\\Enum\\' +
monitor.PNPDeviceID + '\\Device Parameters\\EDID')
edid = st.get_regval(regkey)
if edid:
_log.debug('EDID Version: %s.%s' % (edid[18], edid[19]))
# upper nibble of byte x 2^8 combined with full byte
hres = ((edid[dtd + 4] >> 4) << 8) | edid[dtd + 2]
vres = ((edid[dtd + 7] >> 4) << 8) | edid[dtd + 5]
_log.debug('EDID DTD0: ' + str((hres, vres)))
res = (hres, vres)
break # give up on first success
else:
raise RuntimeError, 'EDID not found in registry'
except RuntimeError, e:
_log.error('%s.' % e)
def get_monitor_res():
'''
This function attempts to retrieve the native hardware resolution of
the first monitor returned by Windows. It does this by looking for
a connected monitor and then parsing its EDID information cached in
the registry.
Returns:
Tuple containing, (W, H, Orientation)
None on error.
Note:
If the resolution found is below 1024x768 it will be raised to
that as a minimum fallback.
'''
import win32api as api, win32con as con, pywintypes
res, curres, fsres = (0, 0), (0, 0), (1024, 768)
dtd = 54 # start byte of detailed timing desc.
try: # preserve current settings, orientation of first display
devmode = api.EnumDisplaySettings(None, con.ENUM_CURRENT_SETTINGS)
res = (devmode.PelsWidth, devmode.PelsHeight) # may differ bc of setup
orient = devmode.DisplayOrientation
_log.debug('Current display orientation from Win32api: %s' % orient)
except pywintypes.error:
orient = 0
try: # get PNP id to find EDID in registry
for monitor in wmiquery('Select * from Win32_DesktopMonitor'):
# http://msdn.microsoft.com/en-us/library/aa394122%28VS.85%29.aspx
if monitor.Availability in (3, 7, 13, 14, 15, 16): # connected
curres = (monitor.ScreenWidth, monitor.ScreenHeight)
_log.debug('Current monitor resolution from WMI: %s' % (curres,))
regkey = ('HKLM\\SYSTEM\\CurrentControlSet\\Enum\\' +
monitor.PNPDeviceID + '\\Device Parameters\\EDID')
edid = st.get_regval(regkey)
if edid:
_log.debug('EDID Version: %s.%s' % (edid[18], edid[19]))
# upper nibble of byte x 2^8 combined with full byte
hres = ((edid[dtd+4] >> 4) << 8) | edid[dtd+2]
vres = ((edid[dtd+7] >> 4) << 8) | edid[dtd+5]
_log.debug('EDID DTD0: ' + str((hres, vres)))
res = (hres, vres)
break # give up on first success
else:
raise RuntimeError, 'EDID not found in registry'
except RuntimeError, e:
_log.error('%s.' % e)
import scalalib import scalatools svars = scalalib.sharedvars() svars.results = scalatools.get_regval(svars.keypath)
_def_timing = (13, 1, 0)
_def_loglevel = 'info'
_warn_on_tries = 3
_not_avail_msg = 'NOT_AVAILABLE'
_ex_authstr = 'wsusr:pwd'
_ex_network = 'Company'
_ex_baseurl = 'http://myco.com:8080/ContentManager/'
_svc_name = 'ScalaNetClient5'
_ERR_BASE = 2
_ERR_NET = 3
_ERR_AUTH = 4
_ERR_MISC = 5
# check for proxy settings, py env vars have an effect as well.
_proxy_url = ''
if st.get_regval(r'HKCU\Software\Microsoft\Windows' +
r'\CurrentVersion\Internet Settings\ProxyEnable'):
_proxy_url = st.get_regval(
r'HKCU\Software\Microsoft' +
r'\Windows\CurrentVersion\Internet Settings\ProxyServer')
if ';' in _proxy_url: # handle advanced... settings
for purl in _proxy_url.split(';'):
purl = purl.partition('=')
if purl[0] == 'http':
_proxy_url = purl[2]
break
_proxy_url = 'http://%s/' % _proxy_url
_netic_templ = '''!ScalaScript500
// Created by Scala Provisioner (scalaprov.py), Version %(ver)s
{
Optional Log.DaysToKeepLogs = 7;
_def_timing = (13, 1, 0)
_def_loglevel = 'info'
_warn_on_tries = 3
_not_avail_msg = 'NOT_AVAILABLE'
_ex_authstr = 'wsusr:pwd'
_ex_network = 'Company'
_ex_baseurl = 'http://myco.com:8080/ContentManager/'
_svc_name = 'ScalaNetClient5'
_ERR_BASE = 2
_ERR_NET = 3
_ERR_AUTH = 4
_ERR_MISC = 5
# check for proxy settings, py env vars have an effect as well.
_proxy_url = ''
if st.get_regval(r'HKCU\Software\Microsoft\Windows' +
r'\CurrentVersion\Internet Settings\ProxyEnable'):
_proxy_url = st.get_regval(r'HKCU\Software\Microsoft' +
r'\Windows\CurrentVersion\Internet Settings\ProxyServer')
if ';' in _proxy_url: # handle advanced... settings
for purl in _proxy_url.split(';'):
purl = purl.partition('=')
if purl[0] == 'http':
_proxy_url = purl[2]; break
_proxy_url = 'http://%s/' % _proxy_url
_netic_templ = '''!ScalaScript500
// Created by Scala Provisioner (scalaprov.py), Version %(ver)s
{
Optional Log.DaysToKeepLogs = 7;
Optional Log.DetailsLevel = 1;
Optional NETIC.AlertIfNotPlaying = On;