def clean(self):
cleaned_data = super(DetailedTimingForm, self).clean()
flags_sync_scheme = cleaned_data.get('flags_sync_scheme')
fields_to_nullify = []
# analog_composite = (flags_sync_scheme ==
# DetailedTiming.Sync_Scheme.Analog_Composite)
# bipolar_analog_composite = (flags_sync_scheme ==
# DetailedTiming.Sync_Scheme.Bipolar_Analog_Composite)
digital_composite = (flags_sync_scheme ==
DetailedTiming.Sync_Scheme.Digital_Composite)
digital_separate = (flags_sync_scheme ==
DetailedTiming.Sync_Scheme.Digital_Separate)
if not digital_separate:
fields_to_nullify.extend(['flags_horizontal_polarity',
'flags_vertical_polarity'])
else:
fields_to_nullify.append('flags_serrate')
if not digital_composite:
fields_to_nullify.append('flags_composite_polarity')
if digital_composite or digital_separate:
fields_to_nullify.append('flags_sync_on_rgb')
cleaned_data = form_nullify_fields(cleaned_data, fields_to_nullify)
return cleaned_data
def clean(self):
cleaned_data = super(DetailedTimingForm, self).clean()
flags_sync_scheme = cleaned_data.get('flags_sync_scheme')
fields_to_nullify = []
# analog_composite = (flags_sync_scheme ==
# DetailedTiming.Sync_Scheme.Analog_Composite)
# bipolar_analog_composite = (flags_sync_scheme ==
# DetailedTiming.Sync_Scheme.Bipolar_Analog_Composite)
digital_composite = (flags_sync_scheme ==
DetailedTiming.Sync_Scheme.Digital_Composite)
digital_separate = (flags_sync_scheme ==
DetailedTiming.Sync_Scheme.Digital_Separate)
if not digital_separate:
fields_to_nullify.extend(['flags_horizontal_polarity',
'flags_vertical_polarity'])
else:
fields_to_nullify.append('flags_serrate')
if not digital_composite:
fields_to_nullify.append('flags_composite_polarity')
if digital_composite or digital_separate:
fields_to_nullify.append('flags_sync_on_rgb')
cleaned_data = form_nullify_fields(cleaned_data, fields_to_nullify)
return cleaned_data
def clean(self):
cleaned_data = super(EDIDUpdateForm, self).clean()
### Basic display video input
# Set unused video input fields to null
bdp_video_input = cleaned_data.get('bdp_video_input')
if not bdp_video_input:
# Analog
cleaned_data = form_nullify_fields(
cleaned_data, ['bdp_video_input_dfp_1'])
cleaned_data = self._check_required_field(
cleaned_data, ['bdp_signal_level_standard'])
else:
# Digital
cleaned_data = form_nullify_fields(
cleaned_data, ['bdp_signal_level_standard',
'bdp_blank_to_black_setup',
'bdp_separate_syncs', 'bdp_composite_sync',
'bdp_sync_on_green_video',
'bdp_vsync_serration'])
### Monitor Range Limits
mrl_fields = ['mrl_min_horizontal_rate', 'mrl_max_horizontal_rate',
'mrl_min_vertical_rate', 'mrl_max_vertical_rate',
'mrl_max_pixel_clock']
mrl_secondary_gtf_fields = ['mrl_secondary_gtf_start_freq',
'mrl_secondary_gtf_c',
'mrl_secondary_gtf_m',
'mrl_secondary_gtf_k',
'mrl_secondary_gtf_j']
# If monitor range limits is enabled make sure all its fields are
# required
monitor_range_limits = cleaned_data.get('monitor_range_limits')
if monitor_range_limits:
cleaned_data = self._check_required_field(cleaned_data, mrl_fields)
# If Secondary GTF curve is enabled make sure all its fields are
# required
mrl_secondary_gtf_curve_support = cleaned_data.get(
'mrl_secondary_gtf_curve_support')
if mrl_secondary_gtf_curve_support:
cleaned_data = self._check_required_field(
cleaned_data, mrl_secondary_gtf_fields)
# If Secondary GTF curve is disabled set all its fields to null
else:
cleaned_data = form_nullify_fields(
cleaned_data, mrl_secondary_gtf_fields)
# If Monitor Range Limits is disabled set all its fields to null
else:
cleaned_data = form_nullify_fields(cleaned_data, mrl_fields)
cleaned_data = form_nullify_fields(
cleaned_data, ['mrl_secondary_gtf_curve_support'])
cleaned_data = form_nullify_fields(
cleaned_data, mrl_secondary_gtf_fields)
return cleaned_data
def clean(self):
cleaned_data = super(EDIDUpdateForm, self).clean()
# Basic display video input
# Set unused video input fields to null
bdp_video_input = cleaned_data.get('bdp_video_input')
if not bdp_video_input:
# Analog
cleaned_data = form_nullify_fields(
cleaned_data, ['bdp_video_input_dfp_1'])
cleaned_data = self._check_required_field(
cleaned_data, ['bdp_signal_level_standard'])
else:
# Digital
cleaned_data = form_nullify_fields(
cleaned_data, ['bdp_signal_level_standard',
'bdp_blank_to_black_setup',
'bdp_separate_syncs', 'bdp_composite_sync',
'bdp_sync_on_green_video',
'bdp_vsync_serration'])
# Monitor Range Limits
mrl_fields = ['mrl_min_horizontal_rate', 'mrl_max_horizontal_rate',
'mrl_min_vertical_rate', 'mrl_max_vertical_rate',
'mrl_max_pixel_clock']
mrl_secondary_gtf_fields = ['mrl_secondary_gtf_start_freq',
'mrl_secondary_gtf_c',
'mrl_secondary_gtf_m',
'mrl_secondary_gtf_k',
'mrl_secondary_gtf_j']
# If monitor range limits is enabled make sure all its fields are
# required
monitor_range_limits = cleaned_data.get('monitor_range_limits')
if monitor_range_limits:
cleaned_data = self._check_required_field(cleaned_data, mrl_fields)
# If Secondary GTF curve is enabled make sure all its fields are
# required
mrl_secondary_gtf_curve_support = cleaned_data.get(
'mrl_secondary_gtf_curve_support')
if mrl_secondary_gtf_curve_support:
cleaned_data = self._check_required_field(
cleaned_data, mrl_secondary_gtf_fields)
# If Secondary GTF curve is disabled set all its fields to null
else:
cleaned_data = form_nullify_fields(
cleaned_data, mrl_secondary_gtf_fields)
# If Monitor Range Limits is disabled set all its fields to null
else:
cleaned_data = form_nullify_fields(cleaned_data, mrl_fields)
cleaned_data = form_nullify_fields(
cleaned_data, ['mrl_secondary_gtf_curve_support'])
cleaned_data = form_nullify_fields(
cleaned_data, mrl_secondary_gtf_fields)
return cleaned_data
