💄 JuMPConstraint -> AbstractConstraint

src/JuMP.jl

@@ -296,9 +296,9 @@ setprinthook(m::Model, f) = (m.printhook = f)
 
 
 #############################################################################
-# JuMPConstraint
+# AbstractConstraint
 # Abstract base type for all constraint types
-abstract JuMPConstraint
+abstract AbstractConstraint
 # Abstract base type for all scalar types
 # In JuMP, used only for Variable. Useful primarily for extensions
 abstract AbstractJuMPScalar
@@ -484,7 +484,7 @@ include("sos.jl")
 # ∑ cᵢ Xᵢ ≥ D, where D is a n×n symmetric data matrix, cᵢ are
 # scalars, and Xᵢ are n×n symmetric variable matrices. The inequality
 # is taken w.r.t. the psd partial order.
-type SDConstraint <: JuMPConstraint
+type SDConstraint <: AbstractConstraint
     terms
 end
 
@@ -510,7 +510,7 @@ Base.copy(c::SDConstraint, new_model::Model) =
 ##########################################################################
 # ConstraintRef
 # Reference to a constraint for retrieving solution info
-immutable ConstraintRef{M<:AbstractModel,T<:JuMPConstraint}
+immutable ConstraintRef{M<:AbstractModel,T<:AbstractConstraint}
     m::M
     idx::Int
 end

src/affexpr.jl

@@ -116,7 +116,7 @@ end
 # GenericRangeConstraint
 # l ≤ ∑ aᵢ xᵢ ≤ u
 # The constant part of the internal expression is assumed to be zero
-type GenericRangeConstraint{TermsType} <: JuMPConstraint
+type GenericRangeConstraint{TermsType} <: AbstractConstraint
     terms::TermsType
     lb::Float64
     ub::Float64

src/norms.jl

@@ -101,7 +101,7 @@ getvalue(n::GenericNormExpr) = n.coeff * getvalue(n.norm) + getvalue(n.aff)
 # GenericSOCConstraint
 # Second-order cone constraint of form
 # α||Ax-b||₂ + cᵀx + d ≤ 0
-type GenericSOCConstraint{T<:GenericSOCExpr} <: JuMPConstraint
+type GenericSOCConstraint{T<:GenericSOCExpr} <: AbstractConstraint
     normexpr::T
     function GenericSOCConstraint{T}(normexpr::T)
         if normexpr.coeff < 0

src/quadexpr.jl

@@ -103,7 +103,7 @@ getvalue(arr::Array{QuadExpr}) = map(getvalue, arr)
 # GenericQuadConstraint
 # ∑qᵢⱼ xᵢⱼ  +  ∑ aᵢ xᵢ  +  c  [≤,≥]  0
 # As RHS is implicitly taken to be zero, we store only LHS and sense
-type GenericQuadConstraint{QuadType} <: JuMPConstraint
+type GenericQuadConstraint{QuadType} <: AbstractConstraint
     terms::QuadType
     sense::Symbol
 end

src/sos.jl

@@ -14,7 +14,7 @@
 #############################################################################
 
 
-type SOSConstraint <: JuMPConstraint
+type SOSConstraint <: AbstractConstraint
     terms::Vector{Variable}
     weights::Vector{Float64}
     sostype::Symbol