def create(cls,
name,
tables,
func,
columns=None,
params=None,
copy_fields=True,
**kwargs):
""" Class method to create an AnalysisTable. """
options = TableOptions(tables=tables, func=func, params=params)
table = Table(name=name, module=__name__, options=options, **kwargs)
table.save()
if columns:
for c in columns:
Column.create(table, c)
keywords = []
if tables and copy_fields:
for table_id in tables.values():
for f in Table.objects.get(id=table_id).fields.all():
if f.keyword not in keywords:
table.fields.add(f)
keywords.append(f.keyword)
return table
def create(cls, name, groupby, realm, duration,
resolution='auto', filterexpr=None, interface=False,
**kwargs):
logger.debug('Creating ProfilerTable table %s (%s) - %s/%s' %
(name, duration, groupby, realm))
options = TableOptions(groupby=groupby,
realm=realm,
centricity='int' if interface else 'hos')
t = Table(name=name, module=__name__,
filterexpr=filterexpr, options=options, **kwargs)
t.save()
if resolution != 'auto':
if isinstance(resolution, int):
res = resolution
else:
res = int(timedelta_total_seconds(parse_timedelta(resolution)))
resolution = rvbd.profiler.report.Report.RESOLUTION_MAP[res]
if isinstance(duration, int):
duration = "%d min" % duration
fields_add_device_selection(t, keyword='profiler_device',
label='Profiler', module='profiler',
enabled=True)
fields_add_time_selection(t, initial_duration=duration)
fields_add_filterexpr(t)
fields_add_resolution(t, initial=resolution,
resolutions=[('auto', 'Automatic'),
'1min', '15min', 'hour', '6hour'],
special_values=['auto'])
return t
def create(cls, name, tables, func, columns=None, params=None,
copy_fields=True, related_tables=None, **kwargs):
""" Class method to create an AnalysisTable. """
options = TableOptions(tables=tables,
related_tables=related_tables,
func=func,
params=params)
table = Table(name=name, module=__name__,
options=options, **kwargs)
table.save()
if columns:
for c in columns:
Column.create(table, c)
keywords = []
if (tables or related_tables) and copy_fields:
table_ids = []
for t in [tables, related_tables]:
if t:
table_ids.extend(t.values())
for table_id in table_ids:
for f in Table.objects.get(id=table_id).fields.all():
if f.keyword not in keywords:
table.fields.add(f)
keywords.append(f.keyword)
return table
def create(cls, name, **kwargs):
logger.debug("Creating Solarwinds table %s" % name)
t = Table(name=name, module=__name__, **kwargs)
t.save()
fields_add_device_selection(
t, keyword="solarwinds_device", label="Solarwinds", module="solarwinds", enabled=True
)
return t
def create(cls,
name,
duration='1m',
durations=None,
resolution='1m',
resolutions=None,
aggregated=False,
filterexpr=None,
sortcol=None):
""" Create a Shark table.
`duration` is in minutes
"""
logger.debug('Creating Shark table %s (%s)' % (name, duration))
options = TableOptions(aggregated=aggregated)
t = Table(name=name,
module=__name__,
filterexpr=filterexpr,
options=options,
sortcol=sortcol)
t.save()
if durations is None:
durations = ['1m', '15m']
if isinstance(duration, int):
duration = "%dm" % duration
if resolutions is None:
resolutions = ['1s', '1m']
fields_add_device_selection(t,
keyword='shark_device',
label='Shark',
module='shark',
enabled=True)
TableField.create(keyword='shark_source_name',
label='Source',
obj=t,
field_cls=forms.ChoiceField,
parent_keywords=['shark_device'],
dynamic=True,
pre_process_func=Function(shark_source_name_choices))
fields_add_time_selection(t,
initial_duration=duration,
durations=durations)
fields_add_resolution(t, initial=resolution, resolutions=resolutions)
fields_add_filterexpr(t)
return t
def create(cls, name, html):
logger.debug('Creating StaticHTMLTable %s' % name)
options = TableOptions(html=html)
t = Table(name=name, module=__name__, options=options)
t.save()
Column.create(t, 'html', label='html')
return t
def create(cls, name, html):
logger.debug('Creating StaticHTMLTable %s' % name)
options = TableOptions(html=html)
t = Table(name=name, module=__name__, options=options)
t.save()
Column.create(t, 'html', label='html')
return t
def create(cls, name, **kwargs):
logger.debug('Creating Solarwinds table %s' % name)
t = Table(name=name, module=__name__, **kwargs)
t.save()
fields_add_device_selection(t,
keyword='solarwinds_device',
label='Solarwinds',
module='solarwinds',
enabled=True)
return t
def create(cls, name, **kwargs):
logger.debug('Creating Profiler DeviceTable table %s' % name)
t = Table(name=name, module=__name__, **kwargs)
t.save()
fields_add_device_selection(t,
keyword='profiler_device',
label='Profiler',
module='profiler',
enabled=True)
return t
def create(cls, name, **kwargs):
logger.debug('Creating Profiler DeviceTable table %s' % name)
t = Table(name=name, module=__name__, **kwargs)
t.save()
fields_add_device_selection(t,
keyword='profiler_device',
label='Profiler',
module='profiler',
enabled=True)
return t
def create(cls, name, site_url, list_name, **kwargs):
logger.debug('Creating Sharepoint table %s' % name)
options = TableOptions(site_url=site_url, list_name=list_name)
t = Table(name=name, module=__name__, options=options, **kwargs)
t.save()
fields_add_device_selection(t,
keyword='sharepoint_device',
label='Sharepoint',
module='sharepoint_device',
enabled=True)
return t
def create(cls, name, site_url, list_name, **kwargs):
logger.debug('Creating Sharepoint table %s' % name)
options = TableOptions(site_url=site_url, list_name=list_name)
t = Table(name=name, module=__name__, options=options, **kwargs)
t.save()
fields_add_device_selection(t,
keyword='sharepoint_device',
label='Sharepoint',
module='sharepoint_device',
enabled=True)
return t
def create(cls, name, options, duration='1h', resolution='1min', **kwargs):
# Create the table object and save it
t = BaseTable(name=name, module=__name__, options=options, **kwargs)
t.save()
#
# Add criteria fields that are required by this table
#
# Add a device selection criteria to the table,
# listing only devices from sample_device module that are
# enabled
fields_add_device_selection(t,
keyword='sample_device',
label='Sample',
module='sample_device',
enabled=True)
# Add a time selection field
fields_add_time_selection(t, initial_duration=duration)
# Add a time resolution field
fields_add_resolution(t,
initial=resolution,
resolutions=[('auto', 'Automatic'), '1sec',
'1min', '15min', 'hour', '6hour'],
special_values=['auto'])
# Add a custom field
TableField.create(
obj=t,
keyword='min',
initial=-100,
label='Min value',
help_text=('Clip all wave forms at this minimum value'),
required=False)
# Add a custom field
TableField.create(
obj=t,
keyword='max',
initial=100,
label='Max value',
help_text=('Clip all wave forms at this maximum value'),
required=False)
return t
def create(cls, name, options, duration="1h", resolution="1min", **kwargs):
# Create the table object and save it
t = BaseTable(name=name, module=__name__, options=options, **kwargs)
t.save()
#
# Add criteria fields that are required by this table
#
# Add a device selection criteria to the table,
# listing only devices from sample_device module that are
# enabled
fields_add_device_selection(t, keyword="sample_device", label="Sample", module="sample_device", enabled=True)
# Add a time selection field
fields_add_time_selection(t, initial_duration=duration)
# Add a time resolution field
fields_add_resolution(
t,
initial=resolution,
resolutions=[("auto", "Automatic"), "1sec", "1min", "15min", "hour", "6hour"],
special_values=["auto"],
)
# Add a custom field
TableField.create(
obj=t,
keyword="min",
initial=-100,
label="Min value",
help_text=("Clip all wave forms at this minimum value"),
required=False,
)
# Add a custom field
TableField.create(
obj=t,
keyword="max",
initial=100,
label="Max value",
help_text=("Clip all wave forms at this maximum value"),
required=False,
)
return t
def create(cls, name,
duration='1m', durations=None,
resolution='1m', resolutions=None,
aggregated=False, filterexpr=None,
sortcol=None):
""" Create a Shark table.
`duration` is in minutes
"""
logger.debug('Creating Shark table %s (%s)' % (name, duration))
options = TableOptions(aggregated=aggregated)
t = Table(name=name, module=__name__,
filterexpr=filterexpr, options=options, sortcol=sortcol)
t.save()
if durations is None:
durations = ['1m', '15m']
if isinstance(duration, int):
duration = "%dm" % duration
if resolutions is None:
resolutions = ['1s', '1m']
fields_add_device_selection(t,
keyword='shark_device',
label='Shark',
module='shark',
enabled=True)
TableField.create(keyword='shark_source_name', label='Source', obj=t,
field_cls=forms.ChoiceField,
parent_keywords=['shark_device'],
dynamic=True,
pre_process_func=Function(shark_source_name_choices))
fields_add_time_selection(t, initial_duration=duration,
durations=durations)
fields_add_resolution(t, initial=resolution, resolutions=resolutions)
fields_add_filterexpr(t)
return t
def create(cls, name, template_id, duration,
resolution='auto', filterexpr=None, **kwargs):
""" Create a ProfilerTemplateTable.
This queries a Profiler saved report template rather than creating
a new report from scratch.
`template_id` is a saved-report template ID
`duration` is in minutes or a string like '15min'
"""
logger.debug('Creating ProfilerTemplateTable table %s (%s) - %s/%s' %
(name, template_id, duration, resolution))
options = TableOptions(template_id=template_id)
t = Table(name=name, module=__name__,
filterexpr=filterexpr, options=options, **kwargs)
t.save()
if resolution != 'auto':
if isinstance(resolution, int):
res = resolution
else:
res = int(timedelta_total_seconds(parse_timedelta(resolution)))
resolution = rvbd.profiler.report.Report.RESOLUTION_MAP[res]
if isinstance(duration, int):
duration = "%d min" % duration
fields_add_device_selection(t, keyword='profiler_device',
label='Profiler', module='profiler',
enabled=True)
fields_add_time_selection(t, initial_duration=duration)
fields_add_filterexpr(t)
fields_add_resolution(t, initial=resolution,
resolutions=[('auto', 'Automatic'),
'1min', '15min', 'hour', '6hour'],
special_values=['auto'])
return t
def create(cls, name, resolution='1s', resolutions=None, **kwargs):
if resolutions is None:
resolutions = ['1s', '1m']
if resolution and isinstance(resolution, int):
resolution = "%dsec" % resolution
table = Table.create(name, module=__name__, **kwargs)
fields_add_resolution(table, initial= resolution, resolutions=resolutions)
fields_add_pcapfile(table)
fields_add_filterexpr(table)
return table