def buildRiskObstacleModel(p, apName, envName, graphName):
from cairis.legacy.kaosxdot import KaosXDotParser
from cairis.legacy.KaosModel import KaosModel
assocs = p.riskObstacleModel(apName, envName)
model = KaosModel(list(assocs.values()), envName, 'obstacle', apName)
parser = KaosXDotParser('obstacle', model.graph())
graph = parser.parse()
drawGraph(graph, graphName)
return True
def buildComponentAssetModel(p, cName, graphName):
from cairis.legacy.kaosxdot import KaosXDotParser
from cairis.legacy.AssetModel import AssetModel
assocs = p.componentAssetModel(cName)
model = AssetModel(list(assocs.values()), '')
parser = KaosXDotParser('class', model.graph())
graph = parser.parse()
drawGraph(graph, graphName)
return True
def buildComponentGoalModel(p, cName, graphName):
from cairis.legacy.kaosxdot import KaosXDotParser
from cairis.legacy.KaosModel import KaosModel
assocs = p.componentGoalModel(cName)
model = KaosModel(list(assocs.values()), '', 'template_goal')
parser = KaosXDotParser('goal', model.graph())
graph = parser.parse()
drawGraph(graph, graphName)
return True
def buildConceptMap(p,envName,graphName):
from cairis.core.kaosxdot import KaosXDotParser
from cairis.core.ConceptMapModel import ConceptMapModel
model = ConceptMapModel(list(p.conceptMapModel(envName).values()),envName,'',True)
if (model.size() == 0):
return False
parser = KaosXDotParser('conceptmap',model.graph())
parser.cfSet = True
graph = parser.parse()
drawGraph(graph,graphName)
return True
