feat: Julia support

README.md

@@ -38,6 +38,7 @@ Note: if you need support for Neovim 0.6.x please use the tag `compat/0.6`.
   - [x] `java`
   - [x] `javascript`
   - [x] `json`
+  - [x] `julia`
   - [x] `latex`
   - [x] `lua`
   - [x] `markdown`
@@ -122,7 +123,6 @@ Note: if you need support for Neovim 0.6.x please use the tag `compat/0.6`.
   - [ ] `jsonc`
   - [ ] `jsonnet`
   - [ ] `jsx`
-  - [ ] `julia`
   - [ ] `kdl`
   - [ ] `kotlin`
   - [ ] `lalrpop`

queries/julia/context.scm

@@ -0,0 +1,17 @@
+(struct_definition) @context
+
+(function_definition
+  parameters: (_) @context.final
+) @context
+
+(for_statement) @context
+
+(if_statement
+  condition: (_) @context.final
+) @context
+
+(while_statement
+  condition: (_) @context.final
+) @context
+
+(try_statement) @context

test/test.jl

@@ -0,0 +1,88 @@
+struct Foo{T}
+    bar::T # T can be any type
+    baz::Int
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+end
+
+function myfunc(
+    x::Vector,
+    y::Int,
+)
+    @assert y > 0
+    for i in 1:y
+        if i == 0 &&
+           i == 0 # Unnecessary condition to go over 2 lines.
+            println("zero")
+            # comment
+            # comment
+            # comment
+            # comment
+            # comment
+        elseif i == 1
+            println("one")
+            # comment
+            # comment
+            # comment
+            # comment
+            # comment
+        else
+            println("other")
+            # comment
+            # comment
+            # comment
+            # comment
+            # comment
+        end
+    end
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    foo = y
+    while foo > 0 &&
+        foo > 0 # Unnecessary condition to go over 2 lines.
+        println(foo)
+        foo -= 1
+        # comment
+        # comment
+        # comment
+        # comment
+        # comment
+    end
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    try
+        sqrt("ten")
+        # comment
+        # comment
+        # comment
+        # comment
+        # comment
+    catch e
+        println(e)
+        # comment
+        # comment
+        # comment
+        # comment
+        # comment
+    end
+    # comment
+    # comment
+    # comment
+    # comment
+    # comment
+    return y * x
+end