Fix indentation for wrapped array and object expressions, within pipe bodies (#77)

src/lang/std/sketchcombos.test.ts

@@ -124,64 +124,64 @@ const myAng2 = 134
 const part001 = startSketchAt([0, 0])
   |> line({ to: [1, 3.82], tag: 'seg01' }, %) // ln-should-get-tag
   |> angledLineToX([
-    -angleToMatchLengthX('seg01', myVar, %),
-    myVar
-  ], %) // ln-lineTo-xAbsolute should use angleToMatchLengthX helper
+      -angleToMatchLengthX('seg01', myVar, %),
+      myVar
+    ], %) // ln-lineTo-xAbsolute should use angleToMatchLengthX helper
   |> angledLineToY([
-    -angleToMatchLengthY('seg01', myVar, %),
-    myVar
-  ], %) // ln-lineTo-yAbsolute should use angleToMatchLengthY helper
+      -angleToMatchLengthY('seg01', myVar, %),
+      myVar
+    ], %) // ln-lineTo-yAbsolute should use angleToMatchLengthY helper
   |> angledLine([45, segLen('seg01', %)], %) // ln-lineTo-free should become angledLine
   |> angledLine([45, segLen('seg01', %)], %) // ln-angledLineToX-free should become angledLine
   |> angledLine([myAng, segLen('seg01', %)], %) // ln-angledLineToX-angle should become angledLine
   |> angledLineToX([
-    angleToMatchLengthX('seg01', myVar2, %),
-    myVar2
-  ], %) // ln-angledLineToX-xAbsolute should use angleToMatchLengthX to get angle
+      angleToMatchLengthX('seg01', myVar2, %),
+      myVar2
+    ], %) // ln-angledLineToX-xAbsolute should use angleToMatchLengthX to get angle
   |> angledLine([315, segLen('seg01', %)], %) // ln-angledLineToY-free should become angledLine
   |> angledLine([myAng2, segLen('seg01', %)], %) // ln-angledLineToY-angle should become angledLine
   |> angledLineToY([
-    angleToMatchLengthY('seg01', myVar3, %),
-    myVar3
-  ], %) // ln-angledLineToY-yAbsolute should use angleToMatchLengthY to get angle
+      angleToMatchLengthY('seg01', myVar3, %),
+      myVar3
+    ], %) // ln-angledLineToY-yAbsolute should use angleToMatchLengthY to get angle
   |> line([
-    min(segLen('seg01', %), myVar),
-    legLen(segLen('seg01', %), myVar)
-  ], %) // ln-should use legLen for y
+      min(segLen('seg01', %), myVar),
+      legLen(segLen('seg01', %), myVar)
+    ], %) // ln-should use legLen for y
   |> line([
-    min(segLen('seg01', %), myVar),
-    -legLen(segLen('seg01', %), myVar)
-  ], %) // ln-legLen but negative
+      min(segLen('seg01', %), myVar),
+      -legLen(segLen('seg01', %), myVar)
+    ], %) // ln-legLen but negative
   |> angledLine([248, segLen('seg01', %)], %) // ln-should become angledLine
   |> angledLine([myVar, segLen('seg01', %)], %) // ln-use segLen for secound arg
   |> angledLine([45, segLen('seg01', %)], %) // ln-segLen again
   |> angledLine([54, segLen('seg01', %)], %) // ln-should be transformed to angledLine
   |> angledLineOfXLength([
-    legAngX(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-should use legAngX to calculate angle
+      legAngX(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-should use legAngX to calculate angle
   |> angledLineOfXLength([
-    180 + legAngX(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-same as above but should have + 180 to match original quadrant
+      180 + legAngX(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-same as above but should have + 180 to match original quadrant
   |> line([
-    legLen(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-legLen again but yRelative
+      legLen(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-legLen again but yRelative
   |> line([
-    -legLen(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-negative legLen yRelative
+      -legLen(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-negative legLen yRelative
   |> angledLine([58, segLen('seg01', %)], %) // ln-angledLineOfYLength-free should become angledLine
   |> angledLine([myAng, segLen('seg01', %)], %) // ln-angledLineOfYLength-angle should become angledLine
   |> angledLineOfXLength([
-    legAngY(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-angledLineOfYLength-yRelative use legAngY
+      legAngY(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-angledLineOfYLength-yRelative use legAngY
   |> angledLineOfXLength([
-    270 + legAngY(segLen('seg01', %), myVar),
-    min(segLen('seg01', %), myVar)
-  ], %) // ln-angledLineOfYLength-yRelative with angle > 90 use binExp
+      270 + legAngY(segLen('seg01', %), myVar),
+      min(segLen('seg01', %), myVar)
+    ], %) // ln-angledLineOfYLength-yRelative with angle > 90 use binExp
   |> xLine(segLen('seg01', %), %) // ln-xLine-free should sub in segLen
   |> yLine(segLen('seg01', %), %) // ln-yLine-free should sub in segLen
   |> xLine(segLen('seg01', %), %) // ln-xLineTo-free should convert to xLine
@@ -380,9 +380,9 @@ show(part001)`
         'setVertDistance'
       )
       expect(expectedCode).toContain(`|> lineTo([
-    lastSegX(%) + myVar,
-    segEndY('seg01', %) + 2.93
-  ], %) // xRelative`)
+      lastSegX(%) + myVar,
+      segEndY('seg01', %) + 2.93
+    ], %) // xRelative`)
     })
     it('testing for yRelative to horizontal distance', () => {
       const expectedCode = helperThing(
@@ -391,9 +391,9 @@ show(part001)`
         'setHorzDistance'
       )
       expect(expectedCode).toContain(`|> lineTo([
-    segEndX('seg01', %) + 2.6,
-    lastSegY(%) + myVar
-  ], %) // yRelative`)
+      segEndX('seg01', %) + 2.6,
+      lastSegY(%) + myVar
+    ], %) // yRelative`)
     })
   })
 })