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src/a/n/anapsid-HEAD/ANAPSID/Planner/PlanPIDS.py   anapsid(Download)
from ANAPSID.BlockingOperators.NestedLoopOptional import NestedLoopOptional
from ANAPSID.BlockingOperators.NestedLoopJoin import NestedLoopJoin
from ANAPSID.BlockingOperators.Union import Union
from ANAPSID.Decomposer.Tree import Leaf, Node
from ANAPSID.Decomposer.services import Service, Argument, Triple, Filter, Optional
                          all_variables, left, right)
        else:
            n =  TreePlan(Union(left.vars, right.vars, query.distinct),
                          all_variables, left, right)
        r.append(n)

src/a/n/anapsid-HEAD/ANAPSID/Planner/PlanOLD.py   anapsid(Download)
from ANAPSID.BlockingOperators.NestedLoopOptional import NestedLoopOptional
from ANAPSID.BlockingOperators.NestedLoopJoin import NestedLoopJoin
from ANAPSID.BlockingOperators.Union import Union
from ANAPSID.Decomposer.Tree import Leaf, Node
from ANAPSID.Decomposer.services import Service, Argument, Triple, Filter, Optional
                          all_variables, left, right)
        else:
            n =  TreePlan(Union(left.vars, right.vars, query.distinct),
                          all_variables, left, right)
        r.append(n)

src/a/n/anapsid-HEAD/ANAPSID/Planner/Plan.py   anapsid(Download)
from ANAPSID.BlockingOperators.NestedLoopOptional import NestedLoopOptional
from ANAPSID.BlockingOperators.NestedLoopJoin import NestedLoopJoin
from ANAPSID.BlockingOperators.Union import Union
from ANAPSID.Decomposer.Tree import Leaf, Node
from ANAPSID.Decomposer.services import Service, Argument, Triple, Filter, Optional
                          all_variables, left, right)
        else:
            n =  TreePlan(Union(left.vars, right.vars, query.distinct),
                          all_variables, left, right)
        r.append(n)

src/a/n/anapsid-HEAD/ANAPSID/Planner/AdaptivePlan.py   anapsid(Download)
from ANAPSID.BlockingOperators.NestedLoopOptional import NestedLoopOptional
from ANAPSID.BlockingOperators.NestedLoopJoin import NestedLoopJoin
from ANAPSID.BlockingOperators.Union import Union
from ANAPSID.Decomposer.Tree import Leaf, Node
from ANAPSID.Decomposer.services import Service, Argument, Triple, Filter, Optional
                          all_variables, left, right)
        else:
            n =  TreePlan(Union(left.vars, right.vars, query.distinct),
                          all_variables, left, right)
        r.append(n)