[neovim] Embed example package in Makefile for sysimg compilation.

.julia/environments/nvim-lspconfig/Example.jl

@@ -1,51 +0,0 @@
-# This file is opened in Neovim with a LanguageServer.jl process that records Julia
-# compilation statements for creating a custom sysimage.
-#
-# This file has a bunch of linter errors which will exercise the linter and record
-# statements for that. When the diagnostic messages corresponding to those errors show up in
-# the buffer the language server should be ready to accept other commands (note: this may
-# take a while -- be patient). Here are some suggestions for various LSP functionality that
-# can be exercised (your regular keybindings should work):
-#
-#  - :lua vim.lsp.buf.hover()
-#  - :lua vim.lsp.buf.definition()
-#  - :lua vim.lsp.buf.references()
-#  - :lua vim.lsp.buf.rename()
-#  - :lua vim.lsp.buf.formatting()
-#  - :lua vim.lsp.buf.formatting_sync()
-#  - :lua vim.lsp.buf.code_action()
-#  - Tab completion (if you have set this up using LSP)
-#  - ...
-#
-# When you are finished, simply exit neovim and PackageCompiler.jl will use all the recorded
-# statements to create a custom sysimage. This sysimage will be used for the language server
-# process in the future, and should result in almost instant response.
-
-module Example
-
-import JSON
-import fzf_jll
-using Random
-using Zlib_jll
-
-function hello(who, notused)
-    println("hello", who)
-    shuffle([1, 2, 3])
-   shoffle([1, 2, 3])
-    fzzf = fzf_jll.fzzf()
-    fzf = fzf_jll.fzf(1)
-    JSON.print(stdout, Dict("hello" => [1, 2, 3]), 2, 123)
-    JSON.print(stdout, Dict("hello" => [1, 2, 3]))
-    hi(who)
-    return Zlib_jll.libz
-end
-
-function world(s)
-    if s == nothing
-      hello(s)
-  else
-      hello(s)
-  end
-end
-
-end # module

.julia/environments/nvim-lspconfig/Makefile

@@ -32,7 +32,7 @@ packagecompiler/precompile_statements.jl: Manifest.toml bin/julia
 	cd Example && \
 	JULIA_LOAD_PATH=$${PWD}:@stdlib ${JULIA} -e 'using Pkg; Pkg.add(["JSON", "fzf_jll", "Random", "Zlib_jll"])' 2> /dev/null && \
 	JULIA_LOAD_PATH=$${PWD}:@stdlib ${JULIA} -e 'using Pkg; Pkg.precompile()' 2> /dev/null && \
-	cat ${SRCDIR}/Example.jl > src/Example.jl && \
+	echo "$$PACKAGE_CONTENT" > src/Example.jl && \
 	JULIA_TRACE_COMPILE=1 nvim src/Example.jl && \
 	rm -rf $${TMPDIR}
 
@@ -54,3 +54,62 @@ clean:
 	rm -rf $(SYSIMAGE) packagecompiler bin
 
 .PHONY: clean default
+
+export PACKAGE_CONTENT
+define PACKAGE_CONTENT
+# This file is opened in neovim with a LanguageServer.jl process that records Julia
+# compilation statements for creating a custom sysimage.
+#
+# This file has a bunch of linter errors which will exercise the linter and record
+# statements for that. When the diagnostic messages corresponding to those errors show up in
+# the buffer the language server should be ready to accept other commands (note: this may
+# take a while -- be patient). Here are some suggestions for various LSP functionality that
+# can be exercised (your regular keybindings should work):
+#
+#  - :lua vim.lsp.buf.hover()
+#  - :lua vim.lsp.buf.definition()
+#  - :lua vim.lsp.buf.references()
+#  - :lua vim.lsp.buf.rename()
+#  - :lua vim.lsp.buf.formatting()
+#  - :lua vim.lsp.buf.formatting_sync()
+#  - :lua vim.lsp.buf.code_action()
+#  - Tab completion (if you have set this up using LSP)
+#  - ...
+#
+# When you are finished, simply exit neovim and PackageCompiler.jl will use all the recorded
+# statements to create a custom sysimage. This sysimage will be used for the language server
+# process in the future, and should result in almost instant response.
+
+module Example
+
+import JSON
+import fzf_jll
+using Random
+using Zlib_jll
+
+function hello(who, notused)
+    println("hello", who)
+    shuffle([1, 2, 3])
+   shoffle([1, 2, 3])
+    fzzf = fzf_jll.fzzf()
+    fzf = fzf_jll.fzf(1)
+    JSON.print(stdout, Dict("hello" => [1, 2, 3]), 2, 123)
+    JSON.print(stdout, Dict("hello" => [1, 2, 3]))
+    hi(who)
+    return Zlib_jll.libz
+end
+
+function world(s)
+    if s == nothing
+      hello(s)
+  else
+      hello(s)
+  end
+    x = [1, 2, 3]
+    for i in 1:length(x)
+        println(x[i])
+    end
+end
+
+end # module
+endef