def __init__(self, goal_id, defaults, cumulative):
self.all_nodes = dict()
with mdb.connection().row_cursor() as db:
db.execute(
'SELECT * FROM point LEFT OUTER JOIN axis USING (point_id) LEFT OUTER JOIN enum USING (axis_id) WHERE log_id=%(goal_id)s ORDER BY point_id ASC, axis_id ASC, enum_id ASC;'
% locals())
points = db.fetchall()
for parent, children in index.groupby(points,
lambda row: row.point_id):
_parent = self.all_nodes.get(parent.parent, None)
if parent.axis_id:
self.all_nodes[parent.point_id] = coverage.coverpoint(
name=parent.point_name,
description=parent.desc,
id=parent.point_id,
parent=_parent,
axes=self.get_axes(children),
defaults=defaults,
cumulative=cumulative)
else:
self.all_nodes[parent.point_id] = coverage.hierarchy(
parent.point_name,
parent.desc,
id=parent.point_id,
root=parent.root == None,
parent=_parent)
def __init__(self, size, scope) : test_vpi.cbClk.assign.__init__(self, size, scope) self.container = coverage.hierarchy(scope.fullname, 'Scope') self.cvr_pt0 = test_cvg.coverpoint_sig(self.scope.sig0, name='sig0', parent=self.container) self.cursor0 = self.cvr_pt0.cursor() self.cvr_pt1 = test_cvg.coverpoint_format(self.scope.sig0, name='sig0 x sig1', parent=self.container) self.cursor1 = self.cvr_pt1.cursor() self.cvr_pt2 = test_cvg.coverpoint_format(self.scope.sig0, name='sig0 : write fmt x read format', parent=self.container) self.cursor2 = self.cvr_pt2.cursor()
def __init__(self, goal_id, defaults, cumulative) :
self.all_nodes = dict()
with mdb.connection().row_cursor() as db :
db.execute('SELECT * FROM point LEFT OUTER JOIN axis USING (point_id) LEFT OUTER JOIN enum USING (axis_id) WHERE log_id=%(goal_id)s ORDER BY point_id ASC, axis_id ASC, enum_id ASC;' % locals())
points = db.fetchall()
for parent, children in index.groupby(points, lambda row : row.point_id) :
_parent = self.all_nodes.get(parent.parent, None)
if parent.axis_id :
self.all_nodes[parent.point_id] = coverage.coverpoint(name=parent.point_name, description=parent.desc, id=parent.point_id, parent=_parent, axes=self.get_axes(children), defaults=defaults, cumulative=cumulative)
else :
self.all_nodes[parent.point_id] = coverage.hierarchy(parent.point_name, parent.desc, id=parent.point_id, root=parent.root == None, parent=_parent)
def __init__(self, size, scope):
test_vpi.cbClk.assign.__init__(self, size, scope)
self.container = coverage.hierarchy(scope.fullname, 'Scope')
self.cvr_pt0 = test_cvg.coverpoint_sig(self.scope.sig0,
name='sig0',
parent=self.container)
self.cursor0 = self.cvr_pt0.cursor()
self.cvr_pt1 = test_cvg.coverpoint_format(self.scope.sig0,
name='sig0 x sig1',
parent=self.container)
self.cursor1 = self.cvr_pt1.cursor()
self.cvr_pt2 = test_cvg.coverpoint_format(
self.scope.sig0,
name='sig0 : write fmt x read format',
parent=self.container)
self.cursor2 = self.cvr_pt2.cursor()