def __init__(self, scenario, site=None, relations=['USES']):
PresenterBase.__init__(self)
self.scenario = scenario
self.site = site
self.relations = relations
self.ev = ExperimentsVisitor(site=self.site, scenario=self.scenario)
self.dv = DependencyVisitor(self.relations)
self.design = {
'labeljust': 'left',
'labelloc': 'top',
'fontsize': 8,
'APP_fillcolor': '#fff2cc',
'APP_color': '#efbc00',
'SE_fillcolor': '#deebf7',
'SE_color': '#4a76ca',
'GE_fillcolor': '#e2f0d9',
'GE_color': '#548235',
'EDGE_tailport': 's',
'EDGE_color': '#000000',
'EDGE_USES_style': 'solid',
'EDGE_WILL_USE_style': 'dashed',
'EDGE_MAY_USE_style': 'dashed',
'EDGE_MAY_USE_color': '#838383',
'splines': 'spline'
}
self.indent = ' '
def __init__(self, scenario, site = None, relations = ['USES']):
PresenterBase.__init__(self)
self.scenario = scenario
self.site = site
self.relations = relations
self.ev = ExperimentsVisitor(site = self.site, scenario = self.scenario)
self.dv = DependencyVisitor(self.relations)
self.design = {
'labeljust': 'left',
'labelloc': 'top',
'fontsize': 8,
'APP_fillcolor': '#fff2cc',
'APP_color': '#efbc00',
'SE_fillcolor': '#deebf7',
'SE_color': '#4a76ca',
'GE_fillcolor': '#e2f0d9',
'GE_color': '#548235',
'EDGE_tailport': 's',
'EDGE_color': '#000000',
'EDGE_USES_style': 'solid',
'EDGE_WILL_USE_style': 'dashed',
'EDGE_MAY_USE_style': 'dashed',
'EDGE_MAY_USE_color': '#838383',
'splines': 'spline'
}
self.indent = ' '
class DependencyPresenter(PresenterBase):
def __init__(self, scenario, site = None, relations = ['USES']):
PresenterBase.__init__(self)
self.scenario = scenario
self.site = site
self.relations = relations
self.ev = ExperimentsVisitor(site = self.site, scenario = self.scenario)
self.dv = DependencyVisitor(self.relations)
self.design = {
'labeljust': 'left',
'labelloc': 'top',
'fontsize': 8,
'APP_fillcolor': '#fff2cc',
'APP_color': '#efbc00',
'SE_fillcolor': '#deebf7',
'SE_color': '#4a76ca',
'GE_fillcolor': '#e2f0d9',
'GE_color': '#548235',
'EDGE_tailport': 's',
'EDGE_color': '#000000',
'EDGE_USES_style': 'solid',
'EDGE_WILL_USE_style': 'dashed',
'EDGE_MAY_USE_style': 'dashed',
'EDGE_MAY_USE_color': '#838383',
'splines': 'spline'
}
self.indent = ' '
def present(self, meta):
self.ev.visit(meta)
# TODO: handle multiple apps per experiment
self.apps = [exp.application for exp in self.ev.get_result()]
# print(self.apps)
for a in self.apps:
self.dv.visit(a)
self.deployments = [exp.deployment for exp in self.ev.result]
def dump_node(self, node, label = lambda node: node.identifier):
stripid = self.cleanid('%s_%s' % (node.entity, node.identifier))
# print("%s -> %s" % (node.identifier, stripid))
self.nodemap[node] = stripid
self.dump_line('%s [label = "%s"];' % (stripid, label(node)), indent=2)
def dump_edge(self, node1, node2, edge):
# App10913 -> GhiGE;
id1 = self.nodemap[node1]
id2 = self.nodemap[node2]
# TODO: select appearance depending on edge
sedge = edge.replace(' ', '_')
self.dump_line('%s:%s -> %s [style = %s, color = "%s", fontsize = %s, fontcolor = "%s", label = "%s"];' % (
id1,
self.lookup_design('tailport', ['EDGE_%s' % sedge, 'EDGE']),
id2,
self.lookup_design('style', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('color', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('fontsize', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('color', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_timing(node1, node2, edge)
), indent=1)
def dump_line(self, line, indent = 0):
self.out.write(self.indent * indent + line)
def cleanid(self, id):
return re.sub(r'[^a-zA-Z_]+', '', id)
def lookup_design(self, var, prefix):
if not type(prefix) is list:
prefix = [prefix]
val = ['%s_%s' % (p, var) for p in prefix]
for v in val:
if v in self.design:
return self.design[v]
if var in self.design:
return self.design[var]
return None
def lookup_timing(self, node1, node2, edge):
if edge == 'USES':
return " "
if node2 not in node1.timing:
logging.fatal("Missing timing information!")
timing = node1.timing[node2]
if timing is None:
if node1.entity == 'SE':
responsible = node1.provider
elif node1.entity == 'APP':
responsible = node1.developer
else:
logging.fatal("Unknown entity (neither APP nor SE)")
self.fixme(
responsible[0].identifier,
'Provide a timeframe for the integration of enabler "%s" in enabler/application "%s"' % (node2.identifier, node1.identifier),
deadline = 'ASAP'
)
return "No timeframe"
return timing[0]
def dump_cluster(self, label, type, nodelabel = lambda node: node.identifier):
self.dump_line('subgraph cluster_%s {' % type, indent=1)
self.dump_line('rank = same;', indent=2)
self.dump_line('style = filled;', indent=2)
self.dump_line('color = "%s";' % self.lookup_design('color', type), indent=2)
self.dump_line('label = "%s";' % label, indent=2)
self.dump_line('labeljust = %s;' % self.lookup_design('labeljust', type), indent=2)
self.dump_line('labelloc = %s;' % self.lookup_design('labelloc', type), indent=2)
self.dump_line('node [fillcolor = "%s"];' % self.lookup_design('fillcolor', type), indent=2)
self.dump_line('')
for n in [node for node in self.dv.nodes if node.entity == type]:
self.dump_node(n, nodelabel)
# self.dump_line('cluster_%s_DUMMY [style = invis, shape = point]' % type, indent=2)
self.dump_line('};', indent=1)
self.dump_line('')
def lookup_deployment(self, enabler):
locs = []
for deployment in self.deployments:
if enabler in deployment.keys():
locs.append(deployment[enabler])
if len(locs) == 0:
self.fixme(
[exp.conductor[0].identifier for exp in self.ev.result],
'Provide deployment information for enabler "%s" in scenario "%s" on site %s' % (enabler.identifier, self.scenario, self.site),
deadline = 'ASAP'
)
return "no deployment info"
return ', '.join([l.identifier for l in set(locs)])
def dump(self, out):
self.nodemap = {}
self.out = out
self.dump_line('<graphviz dot center>')
self.dump_line('digraph scenario_%s {' % self.cleanid(self.scenario))
self.dump_line('rankdir = TB;', indent=1)
self.dump_line('compound = true;', indent=1)
self.dump_line('outputorder = edgesfirst;', indent=2)
self.dump_line('fontsize = %s;' % self.design['fontsize'], indent=1)
self.dump_line('splines = %s;' % self.design['splines'], indent=1)
self.dump_line('node [shape = box fontsize=%s style=filled fillcolor=grey];' % self.design['fontsize'], indent=1)
self.dump_line('')
selabel = lambda node: '%s SE\\n(%s)' % (node.identifier, self.lookup_deployment(node))
gelabel = lambda node: '%s GE\\n(%s)' % (node.identifier, self.lookup_deployment(node))
self.dump_cluster('Applications', 'APP')
self.dump_cluster('Specific Enablers', 'SE', nodelabel = selabel)
self.dump_cluster('Generic Enablers', 'GE', nodelabel = gelabel)
for e in self.dv.edges:
self.dump_edge(e[0], e[1], e[2])
# self.dump_line('cluster_APP_DUMMY -> cluster_SE_DUMMY [style = invis];')
# self.dump_line('cluster_SE_DUMMY -> cluster_GE_DUMMY [style = invis];')
self.dump_line('}')
self.dump_line('</graphviz>')
self.dump_fixmes(out)
self.out = None
class DependencyPresenter(PresenterBase):
def __init__(self, scenario, site=None, relations=['USES']):
PresenterBase.__init__(self)
self.scenario = scenario
self.site = site
self.relations = relations
self.ev = ExperimentsVisitor(site=self.site, scenario=self.scenario)
self.dv = DependencyVisitor(self.relations)
self.design = {
'labeljust': 'left',
'labelloc': 'top',
'fontsize': 8,
'APP_fillcolor': '#fff2cc',
'APP_color': '#efbc00',
'SE_fillcolor': '#deebf7',
'SE_color': '#4a76ca',
'GE_fillcolor': '#e2f0d9',
'GE_color': '#548235',
'EDGE_tailport': 's',
'EDGE_color': '#000000',
'EDGE_USES_style': 'solid',
'EDGE_WILL_USE_style': 'dashed',
'EDGE_MAY_USE_style': 'dashed',
'EDGE_MAY_USE_color': '#838383',
'splines': 'spline'
}
self.indent = ' '
def present(self, meta):
self.ev.visit(meta)
# TODO: handle multiple apps per experiment
self.apps = [exp.application for exp in self.ev.get_result()]
# print(self.apps)
for a in self.apps:
self.dv.visit(a)
self.deployments = [exp.deployment for exp in self.ev.result]
def dump_node(self, node, label=lambda node: node.identifier):
stripid = self.cleanid('%s_%s' % (node.entity, node.identifier))
# print("%s -> %s" % (node.identifier, stripid))
self.nodemap[node] = stripid
self.dump_line('%s [label = "%s"];' % (stripid, label(node)), indent=2)
def dump_edge(self, node1, node2, edge):
# App10913 -> GhiGE;
id1 = self.nodemap[node1]
id2 = self.nodemap[node2]
# TODO: select appearance depending on edge
sedge = edge.replace(' ', '_')
self.dump_line(
'%s:%s -> %s [style = %s, color = "%s", fontsize = %s, fontcolor = "%s", label = "%s"];'
%
(id1, self.lookup_design('tailport', ['EDGE_%s' % sedge, 'EDGE']),
id2, self.lookup_design('style', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('color', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('fontsize', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_design('color', ['EDGE_%s' % sedge, 'EDGE']),
self.lookup_timing(node1, node2, edge)),
indent=1)
def dump_line(self, line, indent=0):
self.out.write(self.indent * indent + line)
def cleanid(self, id):
return re.sub(r'[^a-zA-Z_]+', '', id)
def lookup_design(self, var, prefix):
if not type(prefix) is list:
prefix = [prefix]
val = ['%s_%s' % (p, var) for p in prefix]
for v in val:
if v in self.design:
return self.design[v]
if var in self.design:
return self.design[var]
return None
def lookup_timing(self, node1, node2, edge):
if edge == 'USES':
return " "
if node2 not in node1.timing:
logging.fatal("Missing timing information!")
timing = node1.timing[node2]
if timing is None:
if node1.entity == 'SE':
responsible = node1.provider
elif node1.entity == 'APP':
responsible = node1.developer
else:
logging.fatal("Unknown entity (neither APP nor SE)")
self.fixme(
responsible[0].identifier,
'Provide a timeframe for the integration of enabler "%s" in enabler/application "%s"'
% (node2.identifier, node1.identifier),
deadline='ASAP')
return "No timeframe"
return timing[0]
def dump_cluster(self,
label,
type,
nodelabel=lambda node: node.identifier):
self.dump_line('subgraph cluster_%s {' % type, indent=1)
self.dump_line('rank = same;', indent=2)
self.dump_line('style = filled;', indent=2)
self.dump_line('color = "%s";' % self.lookup_design('color', type),
indent=2)
self.dump_line('label = "%s";' % label, indent=2)
self.dump_line('labeljust = %s;' %
self.lookup_design('labeljust', type),
indent=2)
self.dump_line('labelloc = %s;' % self.lookup_design('labelloc', type),
indent=2)
self.dump_line('node [fillcolor = "%s"];' %
self.lookup_design('fillcolor', type),
indent=2)
self.dump_line('')
for n in [node for node in self.dv.nodes if node.entity == type]:
self.dump_node(n, nodelabel)
# self.dump_line('cluster_%s_DUMMY [style = invis, shape = point]' % type, indent=2)
self.dump_line('};', indent=1)
self.dump_line('')
def lookup_deployment(self, enabler):
locs = []
for deployment in self.deployments:
if enabler in deployment.keys():
locs.append(deployment[enabler])
if len(locs) == 0:
self.fixme(
[exp.conductor[0].identifier for exp in self.ev.result],
'Provide deployment information for enabler "%s" in scenario "%s" on site %s'
% (enabler.identifier, self.scenario, self.site),
deadline='ASAP')
return "no deployment info"
return ', '.join([l.identifier for l in set(locs)])
def dump(self, out):
self.nodemap = {}
self.out = out
self.dump_line('<graphviz dot center>')
self.dump_line('digraph scenario_%s {' % self.cleanid(self.scenario))
self.dump_line('rankdir = TB;', indent=1)
self.dump_line('compound = true;', indent=1)
self.dump_line('outputorder = edgesfirst;', indent=2)
self.dump_line('fontsize = %s;' % self.design['fontsize'], indent=1)
self.dump_line('splines = %s;' % self.design['splines'], indent=1)
self.dump_line(
'node [shape = box fontsize=%s style=filled fillcolor=grey];' %
self.design['fontsize'],
indent=1)
self.dump_line('')
selabel = lambda node: '%s SE\\n(%s)' % (node.identifier,
self.lookup_deployment(node))
gelabel = lambda node: '%s GE\\n(%s)' % (node.identifier,
self.lookup_deployment(node))
self.dump_cluster('Applications', 'APP')
self.dump_cluster('Specific Enablers', 'SE', nodelabel=selabel)
self.dump_cluster('Generic Enablers', 'GE', nodelabel=gelabel)
for e in self.dv.edges:
self.dump_edge(e[0], e[1], e[2])
# self.dump_line('cluster_APP_DUMMY -> cluster_SE_DUMMY [style = invis];')
# self.dump_line('cluster_SE_DUMMY -> cluster_GE_DUMMY [style = invis];')
self.dump_line('}')
self.dump_line('</graphviz>')
self.dump_fixmes(out)
self.out = None
