def dynatree_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
if isinstance(value, (list, tuple)):
value = '|'.join(value)
input_attrs = {
'type': 'hidden',
'value': value,
'name_': widget.dottedpath,
'id': cssid(widget, 'input')
}
result = tag('input', **input_attrs)
source = attr_value('source', widget, data)
if isinstance(source, dict):
source_type = 'local'
ulid = cssid(widget, 'dynatree-source');
result += build_inline_dynatree(source, fetch_value(widget, data), tag,
ulid=ulid)
elif isinstance(source, basestring):
source_type = 'remote'
result += tag('div', source,
**{'class': 'dynatree-source hiddenStructure'})
else:
raise ValueError, 'resulting source must be [o]dict or string'
p_keys = ['selectMode', 'minExpandLevel', 'rootVisible', 'autoCollapse',
'checkbox']
params = [('%s,%s' % (_, attr_value(_, widget, data))) \
for _ in parameter_keys]
params.append('type,%s' % source_type)
if source_type == 'local':
params.append(('initId,%s' % ulid))
result += tag('div', '|'.join(params),
**{'class': 'dynatree-params hiddenStructure'})
result += tag('div','', **{'class': 'yafowil-widget-dynatree-tree'})
return tag('div', result, **{'class': 'yafowil-widget-dynatree'})
def expiration_edit_renderer(widget, data):
tag = data.tag
active_attrs = dict()
active_attrs["id"] = cssid(widget, "checkbox")
active_attrs["type"] = "checkbox"
active_attrs["name"] = "%s.active" % widget.name
active_attrs["value"] = "1"
value = fetch_value(widget, data)
if value == 8639913600:
value = UNSET
if value != 0:
active_attrs["checked"] = "checked"
active = tag("input", **active_attrs)
until = tag("label", u"until")
locale = widget.attrs["locale"]
if callable(locale):
locale = locale(widget, data)
date = None
time = widget.attrs["time"]
if value in [0, UNSET]:
date = ""
else:
date = datetime.fromtimestamp(value)
if time:
time = format_time(date)
date = format_date(date, locale, widget.attrs["delimiter"])
expires = render_datetime_input(widget, data, date, time)
return tag("div", active + until + expires, class_="expiration-widget")
def expiration_edit_renderer(widget, data):
tag = data.tag
active_attrs = dict()
active_attrs['id'] = cssid(widget, 'checkbox')
active_attrs['type'] = 'checkbox'
active_attrs['name'] = '%s.active' % widget.name
active_attrs['value'] = '1'
value = fetch_value(widget, data)
if value == 8639913600:
value = UNSET
if value != 0:
active_attrs['checked'] = 'checked'
active = tag('input', **active_attrs)
until = tag('label', u'until')
locale = widget.attrs['locale']
if callable(locale):
locale = locale(widget, data)
date = None
time = widget.attrs['time']
if value in [0, UNSET]:
date = ''
else:
date = datetime.fromtimestamp(value)
if time:
time = format_time(date)
date = format_date(date, locale, widget.attrs['delimiter'])
expires = render_datetime_input(widget, data, date, time)
return tag('div', active + until + expires, class_='expiration-widget')
def slider_edit_renderer(widget, data):
value = fetch_value(widget, data)
content = ''
range = attr_value('range', widget, data)
if range is True:
lower_input_attrs = {
'type': 'text',
'name': '%s.lower' % widget.dottedpath,
'id': cssid(widget, 'input-lower'),
'style': 'display:none;',
'class': 'lower_value',
'value': value and value[0],
}
content += data.tag('input', **lower_input_attrs)
upper_input_attrs = {
'type': 'text',
'name': '%s.upper' % widget.dottedpath,
'id': cssid(widget, 'input-upper'),
'style': 'display:none;',
'class': 'upper_value',
'value': value and value[1],
}
content += data.tag('input', **upper_input_attrs)
else:
input_attrs = {
'type': 'text',
'name': widget.dottedpath,
'id': cssid(widget, 'input'),
'style': 'display:none;',
'class': 'slider_value',
'value': value,
}
content += data.tag('input', **input_attrs)
show_value = attr_value('show_value', widget, data)
if show_value:
unit = attr_value('unit', widget, data)
if unit:
content += data.tag('span', '%s: ' % unit, **{'class': 'unit'})
if range is True:
content += data.tag('span', value[0], **{'class': 'lower_value'})
content += ' - '
content += data.tag('span', value[1], **{'class': 'upper_value'})
else:
content += data.tag('span', value, **{'class': 'slider_value'})
slider_attrs = {'class': 'slider'}
if attr_value('orientation', widget, data) == 'vertical':
height = attr_value('height', widget, data)
if height:
slider_attrs['style'] = 'height:%spx;' % height
content += data.tag('div', ' ', **slider_attrs)
wrapper_attrs = data_attrs_helper(widget, data, js_options)
wrapper_attrs['class'] = cssclasses(widget, data)
html_data = widget.attrs['data']
data_keys = html_data.keys()
for key in data_keys:
if key in js_options:
raise ValueError(u"Additional data dict contains reserved "
u"attribute name '%s'" % key)
wrapper_attrs['data-%s' % key] = html_data[key]
return data.tag('div', content, **wrapper_attrs)
def input_generic_renderer(widget, data):
"""Generic HTML ``input`` tag render.
Properties:
``type``
Type of this input tag.
``size``
Size of input tag.
``disabled``
Bool evaluating value, if evaluates to True, set disabled="disabled" on
input tag.
"""
tag = data.tag
input_attrs = {
'type': widget.attrs['type'],
'value': fetch_value(widget, data),
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'size': widget.attrs.get('size'),
'disabled': bool(widget.attrs.get('disabled')) and 'disabled' or None,
'placeholder': widget.attrs.get('placeholder'),
}
return tag('input', **input_attrs)
def textarea_renderer(widget, data):
"""Render text area.
Properties:
``wrap``
Wrap property of textarea element.
``cols``
Number of characters.
``rows``
Number of lines.
``readonly``
Flag wether textarea is readonly.
"""
tag = data.tag
area_attrs = {
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'wrap': widget.attrs['wrap'],
'cols': widget.attrs['cols'],
'rows': widget.attrs['rows'],
'readonly': widget.attrs['readonly'] and 'readonly',
'placeholder': widget.attrs.get('placeholder'),
}
value = fetch_value(widget, data)
if not value:
value = ''
return tag('textarea', value, **area_attrs)
def checkbox_edit_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
input_attrs = {
'type': 'checkbox',
'value': value,
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'disabled': bool(widget.attrs.get('disabled')) and 'disabled' or None,
}
if widget.attrs['checked'] is not None:
if widget.attrs['checked']:
input_attrs['checked'] = 'checked'
else:
input_attrs['checked'] = value and 'checked' or None
if widget.attrs['format'] == 'bool':
input_attrs['value'] = ''
checkbox = tag('input', **input_attrs)
input_attrs = {
'type': 'hidden',
'value': 'checkboxexists',
'name_': "%s-exists" % widget.dottedpath,
'id': cssid(widget, 'checkboxexists'),
}
exists_marker = tag('input', **input_attrs)
return checkbox + exists_marker
def cron_display_renderer(widget, data):
value = fetch_value(widget, data)
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % attr_value('class', widget, data)
}
return data.tag('div', data.tag('code', value), **attrs)
def checkbox_edit_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
input_attrs = {
'type': 'checkbox',
'value': value,
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'disabled': bool(widget.attrs.get('disabled')) and 'disabled' or None,
}
if widget.attrs['checked'] is not None:
if widget.attrs['checked']:
input_attrs['checked'] = 'checked'
else:
input_attrs['checked'] = value and 'checked' or None
if widget.attrs['format'] == 'bool':
input_attrs['value'] = ''
checkbox = tag('input', **input_attrs)
input_attrs = {
'type': 'hidden',
'value': 'checkboxexists',
'name_': "%s-exists" % widget.dottedpath,
'id': cssid(widget, 'checkboxexists'),
}
exists_marker = tag('input', **input_attrs)
return checkbox + exists_marker
def expiration_edit_renderer(widget, data):
tag = data.tag
active_attrs = dict()
active_attrs['id'] = cssid(widget, 'checkbox')
active_attrs['type'] = 'checkbox'
active_attrs['name'] = '%s.active' % widget.name
active_attrs['value'] = '1'
value = fetch_value(widget, data)
if value == 8639913600:
value = UNSET
if value != 0:
active_attrs['checked'] = 'checked'
active = tag('input', **active_attrs)
until = tag('label', u'until')
locale = widget.attrs['locale']
if callable(locale):
locale = locale(widget, data)
date = None
time = widget.attrs['time']
if value in [0, UNSET]:
date = ''
else:
date = datetime.fromtimestamp(value)
if time:
time = format_time(date)
date = format_date(date, locale, widget.attrs['delimiter'])
expires = render_datetime_input(widget, data, date, time)
return tag('div', active + until + expires, class_='expiration-widget')
def hidden_renderer(widget, data):
hidden_attrs = {
'type': 'hidden',
'value': fetch_value(widget, data),
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
}
return data.tag('input', **hidden_attrs)
def textarea_renderer(widget, data):
"""Renders text area.
"""
tag = data.tag
area_attrs = textarea_attributes(widget, data)
value = fetch_value(widget, data)
if value is None:
value = ''
return tag('textarea', value, **area_attrs)
def textarea_renderer(widget, data):
"""Renders text area.
"""
tag = data.tag
area_attrs = textarea_attributes(widget, data)
value = fetch_value(widget, data)
if value is None:
value = ''
return tag('textarea', value, **area_attrs)
def test_fetch_value(self):
dmarker = list()
defaults = dict(default=dmarker)
widget_no_return = Widget('blueprint_names_goes_here', [], [], [],
'empty',
defaults=defaults) # noqa
widget_with_value = Widget('blueprint_names_goes_here', [], [], [],
'value',
value_or_getter='withvalue',
defaults=defaults)
widget_with_default = Widget('blueprint_names_goes_here', [], [], [],
'default',
properties=dict(default='defaultvalue'),
defaults=defaults)
widget_with_both = Widget('blueprint_names_goes_here', [], [], [],
'both',
value_or_getter='valueboth',
properties=dict(default='defaultboth'),
defaults=defaults)
data_empty = RuntimeData()
data_filled = RuntimeData()
data_filled.extracted = 'extractedvalue'
data_empty.value = widget_no_return.getter
self.assertTrue(fetch_value(widget_no_return, data_empty) is dmarker)
data_filled.value = widget_no_return.getter
self.assertEqual(fetch_value(widget_no_return, data_filled),
'extractedvalue')
data_empty.value = widget_with_value.getter
self.assertEqual(fetch_value(widget_with_value, data_empty),
'withvalue')
data_filled.value = widget_with_value.getter
self.assertEqual(fetch_value(widget_with_value, data_filled),
'extractedvalue')
data_empty.value = widget_with_default.getter
self.assertEqual(fetch_value(widget_with_default, data_empty),
'defaultvalue')
data_filled.value = widget_with_default.getter
self.assertEqual(fetch_value(widget_with_default, data_filled),
'extractedvalue')
data_empty.value = widget_with_both.getter
self.assertEqual(fetch_value(widget_with_both, data_empty),
'valueboth')
data_filled.value = widget_with_both.getter
self.assertEqual(fetch_value(widget_with_default, data_filled),
'extractedvalue')
def lines_renderer(widget, data):
"""Renders text area with list value as lines.
"""
tag = data.tag
area_attrs = textarea_attributes(widget, data)
value = fetch_value(widget, data)
if value is None:
value = u''
else:
value = u'\n'.join(value)
return tag('textarea', value, **area_attrs)
def lines_renderer(widget, data):
"""Renders text area with list value as lines.
"""
tag = data.tag
area_attrs = textarea_attributes(widget, data)
value = fetch_value(widget, data)
if value is None:
value = u''
else:
value = u'\n'.join(value)
return tag('textarea', value, **area_attrs)
def array_display_proxy_renderer(widget, data):
"""B/C. Use ``display_proxy`` widget attribute.
"""
input_attrs = {
'type': 'hidden',
'value': fetch_value(widget, data),
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'required': attr_value('required', widget, data) and 'required' or None
}
return data.tag('input', **input_attrs) + data.rendered
def reference_display_renderer(widget, data):
if widget.attrs.get('multivalued'):
return select_display_renderer(widget, data)
value = fetch_value(widget, data)
if value in [UNSET, u'', None]:
value = u''
else:
value = value[1]
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
return data.tag('div', value, **attrs)
def select_display_renderer(widget, data):
value = fetch_value(widget, data)
if not widget.attrs['multivalued'] or not value:
return generic_display_renderer(widget, data)
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
content = u''
vocab = dict(vocabulary(widget.attrs.get('vocabulary', [])))
for key in value:
content += data.tag('li', vocab[key])
return data.tag('ul', content, **attrs)
def dynatree_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
if isinstance(value, (list, tuple)):
value = '|'.join(value)
input_attrs = {
'type': 'hidden',
'value': value,
'name_': widget.dottedpath,
'id': cssid(widget, 'input')
}
result = tag('input', **input_attrs)
source = attr_value('source', widget, data)
if isinstance(source, dict):
source_type = 'local'
ulid = cssid(widget, 'dynatree-source').decode()
result += build_inline_dynatree(source,
fetch_value(widget, data),
tag,
ulid=ulid)
elif isinstance(source, STR_TYPE):
source_type = 'remote'
result += tag('div', source,
**{'class': 'dynatree-source hiddenStructure'})
else:
raise ValueError('resulting source must be [o]dict or string')
p_keys = [
'selectMode', 'minExpandLevel', 'rootVisible', 'autoCollapse',
'checkbox'
]
params = [('%s,%s' % (_, attr_value(_, widget, data))) \
for _ in parameter_keys]
params.append('type,%s' % source_type)
if source_type == 'local':
params.append(('initId,%s' % ulid))
result += tag('div', '|'.join(params),
**{'class': 'dynatree-params hiddenStructure'})
result += tag('div', '', **{'class': 'yafowil-widget-dynatree-tree'})
return tag('div', result, **{'class': 'yafowil-widget-dynatree'})
def select_display_renderer(widget, data):
value = fetch_value(widget, data)
if not widget.attrs['multivalued'] or not value:
return generic_display_renderer(widget, data)
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
content = u''
vocab = dict(vocabulary(widget.attrs.get('vocabulary', [])))
for key in value:
content += data.tag('li', vocab[key])
return data.tag('ul', content, **attrs)
def reference_display_renderer(widget, data):
if widget.attrs.get('multivalued'):
return select_display_renderer(widget, data)
value = fetch_value(widget, data)
if value in [UNSET, u'', None]:
value = u''
else:
value = value[1]
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-{}'.format(widget.attrs['class'] or 'generic')
}
return data.tag('div', value, **attrs)
def select_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
if value is None:
value = []
if isinstance(value, basestring) or not hasattr(value, '__iter__'):
value = [value]
if widget.attrs['format'] == 'block':
optiontags = []
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
attrs = {
'selected': (key in value) and 'selected' or None,
'value': key,
'id': cssid(widget, 'input', key),
}
optiontags.append(tag('option', term, **attrs))
select_attrs = {
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'multiple': widget.attrs['multivalued'] and 'multiple' or None,
}
return tag('select', *optiontags, **select_attrs)
else:
tags = []
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
if widget.attrs['multivalued']:
tagtype = 'checkbox'
else:
tagtype = 'radio'
attrs = {
'type': tagtype,
'value': key,
'checked': (key in value) and 'checked' or None,
'name_': widget.dottedpath,
'id': cssid(widget, 'input', key),
'class_': cssclasses(widget, data),
}
input = tag('input', **attrs)
text = tag('span', term)
tags.append(tag('div', input, text,
**{'id': cssid(widget, 'radio', key)}))
attrs = {
'type': 'hidden',
'value': 'exists',
'name_': "%s-exists" % widget.dottedpath,
'id': cssid(widget, 'exists'),
}
exists_marker = tag('input', **attrs)
return exists_marker + u''.join(tags)
def generic_display_renderer(widget, data):
"""Generic display renderer to render a value.
"""
if callable(widget.attrs['template']):
content = widget.attrs['template'](widget, data)
else:
value = fetch_value(widget, data)
if value is None:
value = u''
content = widget.attrs['template'] % value
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
return data.tag('div', content, **attrs)
def checkbox_display_renderer(widget, data):
"""Generic display renderer to render a value.
"""
value = fetch_value(widget, data)
if widget.attrs['format'] == 'string' and bool(value):
content = value
else:
vocab = dict(vocabulary(widget.attrs.get('vocabulary', [])))
content = vocab[bool(value)]
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
return data.tag('div', content, **attrs)
def generic_display_renderer(widget, data):
"""Generic display renderer to render a value.
"""
if callable(widget.attrs['template']):
content = widget.attrs['template'](widget, data)
else:
value = fetch_value(widget, data)
if value is None:
value = u''
content = widget.attrs['template'] % value
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
return data.tag('div', content, **attrs)
def array_edit_renderer(widget, data):
if len(widget) == 1 and not widget.has_key(CONTAINER):
raise Exception(u"Empty array widget defined")
if not widget.has_key(CONTAINER):
template = widget.detach(widget.keys()[1])
hook_array_template(widget, template)
value = fetch_value(widget, data)
# XXX: reset table body if already filled -> case form in memory.
if value:
widget.getter = UNSET
data.value = UNSET
template = widget[CONTAINER][TEMPLATE]
create_array_children(widget, template, value)
if not widget.attrs['add'] or widget.attrs['static']:
del widget[CONTAINER]
def checkbox_display_renderer(widget, data):
"""Generic display renderer to render a value.
"""
value = fetch_value(widget, data)
if widget.attrs['format'] == 'string' and bool(value):
content = value
else:
vocab = dict(vocabulary(widget.attrs.get('vocabulary', [])))
content = vocab[bool(value)]
attrs = {
'id': cssid(widget, 'display'),
'class_': 'display-%s' % widget.attrs['class'] or 'generic'
}
return data.tag('div', content, **attrs)
def datetime_edit_renderer(widget, data):
locale = attr_value('locale', widget, data)
delim = attr_value('delimiter', widget, data)
time = attr_value('time', widget, data)
date = None
if data.value and isinstance(data.value, datetime):
date = format_date(data.value, locale, delim)
if time:
time = format_time(data.value)
if data.extracted and isinstance(data.extracted, datetime):
date = format_date(data.extracted, locale, delim)
if time:
time = format_time(data.extracted)
if not date:
date = fetch_value(widget, data)
return render_datetime_input(widget, data, date, time)
def datetime_edit_renderer(widget, data):
locale = attr_value('locale', widget, data)
delim = attr_value('delimiter', widget, data)
time = attr_value('time', widget, data)
date = None
if data.value and isinstance(data.value, datetime):
date = format_date(data.value, locale, delim)
if time:
time = format_time(data.value)
if data.extracted and isinstance(data.extracted, datetime):
date = format_date(data.extracted, locale, delim)
if time:
time = format_time(data.extracted)
if not date:
date = fetch_value(widget, data)
return render_datetime_input(widget, data, date, time)
def input_generic_renderer(widget, data):
"""Generic HTML ``input`` tag render.
"""
input_attrs = {
'type': widget.attrs['type'],
'value': fetch_value(widget, data),
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'size': widget.attrs.get('size'),
'placeholder': widget.attrs.get('placeholder') or None,
'autofocus': widget.attrs.get('autofocus') and 'autofocus' or None,
'disabled': bool(widget.attrs.get('disabled')) and 'disabled' or None,
'autocomplete': widget.attrs.get('autocomplete'),
}
input_attrs['required'] = \
widget.attrs.get('required') and 'required' or None
if widget.attrs['type'] in ['range', 'number']:
input_attrs['min'] = widget.attrs.get('min') or None
input_attrs['max'] = widget.attrs.get('min') or None
input_attrs['step'] = widget.attrs.get('step') or None
return data.tag('input', **input_attrs)
def input_generic_renderer(widget, data):
"""Generic HTML ``input`` tag render.
"""
input_attrs = {
'type': widget.attrs['type'],
'value': fetch_value(widget, data),
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'size': widget.attrs.get('size'),
'placeholder': widget.attrs.get('placeholder') or None,
'autofocus': widget.attrs.get('autofocus') and 'autofocus' or None,
'disabled': bool(widget.attrs.get('disabled')) and 'disabled' or None,
'autocomplete': widget.attrs.get('autocomplete'),
}
input_attrs['required'] = \
widget.attrs.get('required') and 'required' or None
if widget.attrs['type'] in ['range', 'number']:
input_attrs['min'] = widget.attrs.get('min') or None
input_attrs['max'] = widget.attrs.get('min') or None
input_attrs['step'] = widget.attrs.get('step') or None
return data.tag('input', **input_attrs)
def ace_edit_renderer(widget, data):
value = fetch_value(widget, data)
if not value:
value = ''
ta_attrs = {
'id': cssid(widget, 'ace', 'value'),
'name': widget.dottedpath,
'class': 'ace-editor-value',
'style': 'display:none;',
}
ta = data.tag('textarea', value, **ta_attrs)
editor_attrs = {
'id': cssid(widget, 'ace'),
'class': 'ace-editor',
}
editor = data.tag('div', value, **editor_attrs)
wrapper_css = [
'ace-editor-wrapper',
'ace-option-theme-%s' % widget.attrs['theme'],
'ace-option-mode-%s' % widget.attrs['mode'],
]
wrapper_attrs = {'class': ' '.join(wrapper_css)}
return data.tag('div', ta + editor, **wrapper_attrs)
def dict_edit_renderer(widget, data):
static = widget.attrs['static']
table = widget['table']
table.attrs['id'] = 'dictwidget_%s.entry' % widget.dottedpath
body = table['body']
body.clear()
if data.errors and static:
basename = '%s.entry' % body.dottedpath
value = extract_static(data, basename)
else:
value = fetch_value(widget, data)
if not value:
return
i = 0
for key, val in value.items():
row = body['entry%i' % i] = factory('tr')
k_props = {
'td.class': 'key',
'text.class': attr_value('key_class', widget, data),
}
if static:
k_props['disabled'] = 'disabled'
row['key'] = factory('td:text', value=key, name='key', props=k_props)
row['value'] = factory('td:text', value=val, name='value', props={
'td.class': 'value',
'text.class': attr_value('value_class', widget, data),
})
if not static:
row['actions'] = factory('td:dict_actions', props={
'add': True,
'remove': True,
'up': True,
'down': True,
'class': 'actions',
})
i += 1
def alohaeditor_display_renderer(widget, data):
value = fetch_value(widget, data)
if not value:
value = ""
return data.tag("div", value, **{"class": "display-alohaeditor"})
def time_edit_renderer(widget, data):
format, unit = time_data_defs(widget, data)
time = time_value(format, unit, fetch_value(widget, data))
return render_time_input(widget, data, time, css_class=True)
def richtext_display_renderer(widget, data):
value = fetch_value(widget, data)
if not value:
value = ''
return data.tag('div', value, **{'class': 'display-richtext'})
def time_edit_renderer(widget, data):
format, unit = time_data_defs(widget, data)
time = time_value(format, unit, fetch_value(widget, data))
return render_time_input(widget, data, time, css_class=True)
def select_edit_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
if isinstance(value, basestring) or not hasattr(value, '__iter__'):
value = [value]
if not widget.attrs['multivalued'] and len(value) > 1:
raise ValueError(u"Multiple values for single selection.")
disabled = widget.attrs.get('disabled', False)
if widget.attrs['format'] == 'block':
optiontags = []
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
attrs = {
'selected': (key in value) and 'selected' or None,
'value': key,
'id': cssid(widget, 'input', key),
}
if disabled and disabled is not True and key in disabled:
attrs['disabled'] = 'disabled'
optiontags.append(tag('option', term, **attrs))
select_attrs = {
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'multiple': widget.attrs['multivalued'] and 'multiple' or None,
'placeholder': widget.attrs.get('placeholder') or None,
'autofocus': widget.attrs.get('autofocus') and 'autofocus' or None,
'required': widget.attrs.get('required') and 'required' or None,
}
if disabled is True:
select_attrs['disabled'] = 'disabled'
rendered = tag('select', *optiontags, **select_attrs)
if widget.attrs['multivalued']:
attrs = {
'type': 'hidden',
'value': 'exists',
'name_': "%s-exists" % widget.dottedpath,
'id': cssid(widget, 'exists'),
}
rendered = select_exists_marker(widget, data) + rendered
return rendered
else:
tags = []
label_pos = widget.attrs['listing_label_position']
listing_tag = widget.attrs['listing_tag']
item_tag = listing_tag == 'div' and 'div' or 'li'
if widget.attrs['multivalued']:
tagtype = 'checkbox'
else:
tagtype = 'radio'
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
attrs = {
'type': tagtype,
'value': key,
'checked': (key in value) and 'checked' or None,
'name_': widget.dottedpath,
'id': cssid(widget, 'input', key),
'class_': cssclasses(widget, data),
}
if (disabled and disabled is not True and key in disabled) \
or disabled is True:
attrs['disabled'] = 'disabled'
input = tag('input', **attrs)
if label_pos == 'inner':
item = tag('label', term, input, for_=attrs['id'])
elif label_pos == 'after':
item = input + tag('label', term, for_=attrs['id'])
else:
item = tag('label', term, for_=attrs['id']) + input
tags.append(
tag(item_tag, item, **{'id': cssid(widget, tagtype, key)}))
return select_exists_marker(widget, data) + \
tag(listing_tag, *tags, **{'id': cssid(widget, tagtype, 'wrapper')})
def _value(widget, data):
"""BBB
"""
logging.warn("Deprecated usage of 'yafowil.common._value', please use "+\
"'yafowil.common.fetch_value' instead.")
return fetch_value(widget, data)
def wysihtml5_display_renderer(widget, data):
value = fetch_value(widget, data)
if not value:
value = ''
return data.tag('div', value, **{'class': 'display-wysihtml5'})
def dict_edit_renderer(widget, data):
widget['exists'] = factory('hidden', value='1')
key_class = attr_value('key_class', widget, data)
value_class = attr_value('value_class', widget, data)
table = widget['table'] = factory(
'table',
props={
'structural': True,
'id': 'dictwidget_{}.entry'.format(widget.dottedpath),
'class': ' '.join([
attr_value('table_class', widget, data),
'key-{0}'.format(key_class),
'value-{0}'.format(value_class)
])
})
head = table['head'] = factory(
'thead',
props={
'structural': True
})
row = head['row'] = factory(
'tr',
props={
'structural': True
})
row['key'] = factory(
'th',
props={
'structural': True,
'label': key_label(widget, data)
})
row['value'] = factory(
'th',
props={
'structural': True,
'label': value_label(widget, data)
})
static = attr_value('static', widget, data)
if not static:
row['actions'] = factory(
'th:dict_actions',
props={
'structural': True,
'add': True,
'class': 'actions'
})
body = table['body'] = factory(
'tbody',
props={
'structural': True
})
value = fetch_value(widget, data)
if not value:
return
i = 0
for key, val in value.items():
row = body['entry{}'.format(i)] = factory('tr')
k_props = {
'td.class': 'key',
'text.class': key_class
}
if static:
k_props['disabled'] = 'disabled'
row['key'] = factory(
'td:text',
value=key,
name='key',
props=k_props
)
row['value'] = factory(
'td:text',
value=val,
name='value',
props={
'td.class': 'value',
'text.class': value_class
})
if not static:
row['actions'] = factory(
'td:dict_actions',
props={
'add': True,
'remove': True,
'up': True,
'down': True,
'class': 'actions'
})
i += 1
def select_edit_renderer(widget, data):
tag = data.tag
value = fetch_value(widget, data)
if isinstance(value, basestring) or not hasattr(value, '__iter__'):
value = [value]
if not widget.attrs['multivalued'] and len(value) > 1:
raise ValueError(u"Multiple values for single selection.")
disabled = widget.attrs.get('disabled', False)
if widget.attrs['format'] == 'block':
optiontags = []
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
attrs = {
'selected': (key in value) and 'selected' or None,
'value': key,
'id': cssid(widget, 'input', key),
}
if disabled and disabled is not True and key in disabled:
attrs['disabled'] = 'disabled'
optiontags.append(tag('option', term, **attrs))
select_attrs = {
'name_': widget.dottedpath,
'id': cssid(widget, 'input'),
'class_': cssclasses(widget, data),
'multiple': widget.attrs['multivalued'] and 'multiple' or None,
'placeholder': widget.attrs.get('placeholder') or None,
'autofocus': widget.attrs.get('autofocus') and 'autofocus' or None,
'required': widget.attrs.get('required') and 'required' or None,
}
if disabled is True:
select_attrs['disabled'] = 'disabled'
rendered = tag('select', *optiontags, **select_attrs)
if widget.attrs['multivalued']:
attrs = {
'type': 'hidden',
'value': 'exists',
'name_': "%s-exists" % widget.dottedpath,
'id': cssid(widget, 'exists'),
}
rendered = select_exists_marker(widget, data) + rendered
return rendered
else:
tags = []
label_pos = widget.attrs['listing_label_position']
listing_tag = widget.attrs['listing_tag']
item_tag = listing_tag == 'div' and 'div' or 'li'
if widget.attrs['multivalued']:
tagtype = 'checkbox'
else:
tagtype = 'radio'
for key, term in vocabulary(widget.attrs.get('vocabulary', [])):
attrs = {
'type': tagtype,
'value': key,
'checked': (key in value) and 'checked' or None,
'name_': widget.dottedpath,
'id': cssid(widget, 'input', key),
'class_': cssclasses(widget, data),
}
if (disabled and disabled is not True and key in disabled) \
or disabled is True:
attrs['disabled'] = 'disabled'
input = tag('input', **attrs)
if label_pos == 'inner':
item = tag('label', term, input, for_=attrs['id'])
elif label_pos == 'after':
item = input + tag('label', term, for_=attrs['id'])
else:
item = tag('label', term, for_=attrs['id']) + input
tags.append(tag(item_tag, item,
**{'id': cssid(widget, tagtype, key)}))
return select_exists_marker(widget, data) + \
tag(listing_tag, *tags, **{'id': cssid(widget, tagtype, 'wrapper')})
def test_fetch_value(self):
dmarker = list()
defaults = dict(default=dmarker)
widget_no_return = Widget(
'blueprint_names_goes_here', [], [], [], 'empty', defaults=defaults) # noqa
widget_with_value = Widget(
'blueprint_names_goes_here',
[], [], [],
'value',
value_or_getter='withvalue',
defaults=defaults)
widget_with_default = Widget(
'blueprint_names_goes_here',
[], [], [],
'default',
properties=dict(default='defaultvalue'),
defaults=defaults)
widget_with_both = Widget(
'blueprint_names_goes_here',
[], [], [],
'both',
value_or_getter='valueboth',
properties=dict(default='defaultboth'),
defaults=defaults)
data_empty = RuntimeData()
data_filled = RuntimeData()
data_filled.extracted = 'extractedvalue'
data_empty.value = widget_no_return.getter
self.assertTrue(fetch_value(widget_no_return, data_empty) is dmarker)
data_filled.value = widget_no_return.getter
self.assertEqual(
fetch_value(widget_no_return, data_filled),
'extractedvalue'
)
data_empty.value = widget_with_value.getter
self.assertEqual(
fetch_value(widget_with_value, data_empty),
'withvalue'
)
data_filled.value = widget_with_value.getter
self.assertEqual(
fetch_value(widget_with_value, data_filled),
'extractedvalue'
)
data_empty.value = widget_with_default.getter
self.assertEqual(
fetch_value(widget_with_default, data_empty),
'defaultvalue'
)
data_filled.value = widget_with_default.getter
self.assertEqual(
fetch_value(widget_with_default, data_filled),
'extractedvalue'
)
data_empty.value = widget_with_both.getter
self.assertEqual(
fetch_value(widget_with_both, data_empty),
'valueboth'
)
data_filled.value = widget_with_both.getter
self.assertEqual(
fetch_value(widget_with_default, data_filled),
'extractedvalue'
)
def cron_edit_renderer(widget, data):
value = fetch_value(widget, data)
if value is not UNSET and value is not attr_value('emptyvalue', widget,
data, EMPTY_VALUE):
value = [it.strip() for it in value.split(' ') if it.strip()]
if len(value) == 5:
value.append('*')
if len(value) < 6:
raise ValueError('Invalid cron rule')
value = {
'minute': value[0],
'hour': value[1],
'dom': value[2],
'month': value[3],
'dow': value[4],
'year': value[5]
}
container = widget['container'] = factory(
'div',
name='cron',
value=value,
props={
'structural': True,
'id': cssid(widget, 'input'),
'class': cssclasses(widget, data),
'data': {
'lang': attr_value('lang', widget, data),
'start_year': attr_value('start_year', widget, data),
'end_year': attr_value('end_year', widget, data)
}
})
container['minute'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_minute',
default='Minute'),
'div.class': 'cron-value minute'
})
container['hour'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_hour', default='Hour'),
'div.class': 'cron-value hour'
})
container['dom'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_dom',
default='Day of Month'),
'div.class': 'cron-value dom'
})
container['month'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_month',
default='Month'),
'div.class': 'cron-value month'
})
container['dow'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_dow',
default='Day of Week'),
'div.class': 'cron-value dow'
})
container['year'] = factory('div:cron_value_edit_action:hidden',
props={
'persist': False,
'label': _('label_year', default='Year'),
'div.class': 'cron-value year'
})
container['editarea'] = factory('div',
props={
'structural': True,
'class': 'editarea',
})
