Add tests for colons

Author: penelopeysm

test/hasvalue.jl

@@ -5,10 +5,14 @@
         @test getvalue(nt, @varname(a)) == [1]
         @test hasvalue(nt, @varname(a[1]))
         @test getvalue(nt, @varname(a[1])) == 1
+        @test hasvalue(nt, @varname(a[:]))
+        @test getvalue(nt, @varname(a[:])) == [1]
         @test hasvalue(nt, @varname(b))
         @test getvalue(nt, @varname(b)) == 2
         @test hasvalue(nt, @varname(c))
         @test getvalue(nt, @varname(c)) == (x=3, y=[4], z=(; p=[(; q=5)]))
+        @test hasvalue(nt, @varname(c[:]))
+        @test getvalue(nt, @varname(c[:])) == (x=3, y=[4], z=(; p=[(; q=5)]))
         @test hasvalue(nt, @varname(c.x))
         @test getvalue(nt, @varname(c.x)) == 3
         @test hasvalue(nt, @varname(c.y))
@@ -35,6 +39,8 @@
         @test getvalue(nt, @varname(d[2, 2])) == 1.0
         @test hasvalue(nt, @varname(d[3]))  # linear indexing works....
         @test getvalue(nt, @varname(d[3])) == 0.5
+        @test hasvalue(nt, @varname(d[:]))
+        @test getvalue(nt, @varname(d[:])) == [1.0, 0.5, 0.5, 1.0]
         @test !hasvalue(nt, @varname(nope))
         @test !hasvalue(nt, @varname(a[2]))
         @test !hasvalue(nt, @varname(a[1][1]))
@@ -58,10 +64,14 @@
         @test getvalue(d, @varname(a)) == [1]
         @test hasvalue(d, @varname(a[1]))
         @test getvalue(d, @varname(a[1])) == 1
+        @test hasvalue(d, @varname(a[:]))
+        @test getvalue(d, @varname(a[:])) == [1]
         @test hasvalue(d, @varname(b))
         @test getvalue(d, @varname(b)) == 2
         @test hasvalue(d, @varname(c))
         @test getvalue(d, @varname(c)) == (x=3, y=[4], z=(; p=[(; q=5)]))
+        @test hasvalue(d, @varname(c[:]))
+        @test getvalue(d, @varname(c[:])) == (x=3, y=[4], z=(; p=[(; q=5)]))
         @test hasvalue(d, @varname(c.x))
         @test getvalue(d, @varname(c.x)) == 3
         @test hasvalue(d, @varname(c.y))
@@ -88,6 +98,8 @@
         @test getvalue(d, @varname(d[2, 2])) == 1.0
         @test hasvalue(d, @varname(d[3]))  # linear indexing works....
         @test getvalue(d, @varname(d[3])) == 0.5
+        @test hasvalue(d, @varname(d[:]))
+        @test getvalue(d, @varname(d[:])) == [1.0, 0.5, 0.5, 1.0]
         @test !hasvalue(d, @varname(nope))
         @test !hasvalue(d, @varname(a[2]))
         @test !hasvalue(d, @varname(a[1][1]))
@@ -185,7 +197,7 @@ end
         )
         @test hasvalue(d, @varname(x), LKJCholesky(2, 1.0))
         @test getvalue(d, @varname(x), LKJCholesky(2, 1.0)) ==
-            Cholesky(LowerTriangular([1.0 0.0; 2.0 3.0]))
+              Cholesky(LowerTriangular([1.0 0.0; 2.0 3.0]))
         @test !hasvalue(d, @varname(x), LKJCholesky(3, 1.0))
         @test_throws ErrorException hasvalue(
             d, @varname(x), LKJCholesky(3, 1.0); error_on_incomplete=true
@@ -199,7 +211,7 @@ end
         )
         @test hasvalue(d, @varname(x), LKJCholesky(2, 1.0, :U))
         @test getvalue(d, @varname(x), LKJCholesky(2, 1.0, :U)) ==
-            Cholesky(UpperTriangular([1.0 2.0; 0.0 3.0]))
+              Cholesky(UpperTriangular([1.0 2.0; 0.0 3.0]))
         @test !hasvalue(d, @varname(x), LKJCholesky(3, 1.0, :U))
         @test_throws ErrorException hasvalue(
             d, @varname(x), LKJCholesky(3, 1.0, :U); error_on_incomplete=true