Use sources_non_forked folder for pathogen path, with sources_non_forked_fallback folder as fallback.

sources_non_forked/vim-snippets/snippets/ada.snippets

@@ -1,217 +0,0 @@
-snippet wi with
-	with ${1};${0}
-
-snippet pac package
-	package ${1} is
-		${0}
-	end $1;
-
-snippet pacb package body
-	package body ${1} is
-		${0}
-	end $1;
-
-snippet ent entry ... when
-	entry ${1}(${2}) when ${3} is
-	begin
-		${0}
-	end $1;
-
-snippet task task
-	task ${1} is
-		entry ${0}
-	end $1;
-
-snippet taskb task body
-	task body ${1} is
-		${2}
-	begin
-		${0}
-	end $1;
-
-snippet acc accept
-	accept ${1}(${2}) do
-		${0}
-	end $1;
-
-snippet prot protected type
-	protected type ${1}(${2}) is
-		${0}
-	end $1;
-
-snippet prob protected body
-	protected body ${1} is
-		${2}
-	begin
-		${0}
-	end $1;
-
-snippet gen generic type
-	generic
-		type ${1} is ${2};${0}
-
-snippet ty type
-	type ${1} is ${2};${0}
-
-snippet tyd type with default value
-	type ${1} is ${2}
-		with Default_Value => ${3};${0}
-
-snippet subty subtype
-	subtype ${1} is ${2};${0}
-
-snippet dec declare block
-	declare
-		${1}
-	begin
-		${0}
-	end;
-
-snippet decn declare named block
-	${1}:
-	declare
-		${2}
-	begin
-		${0}
-	end $1;
-
-snippet ifex if expression
-	if ${1} then ${2} else ${0}
-
-snippet casex case expression
-	case ${1} is
-		when ${2} => ${3},${0}
-
-snippet fora for all
-	for all ${1} ${2:in} ${3} => ${0}
-
-snippet fors for some
-	for some ${1} ${2:in} ${3} => ${0}
-
-snippet if if
-	if ${1} then
-		${0:${VISUAL}}
-	end if;
-
-snippet ife if ... else
-	if ${1} then
-		${2:${VISUAL}}
-	else
-		${0}
-	end if;
-
-snippet el else
-	else
-		${0:${VISUAL}}
-
-snippet eif elsif
-	elsif ${1} then
-		${0}
-
-snippet wh while
-	while ${1} loop
-		${0:${VISUAL}}
-	end loop;
-
-snippet nwh named while
-	${1}:
-	while ${2} loop
-		${0:${VISUAL}}
-	end loop $1;
-
-snippet for for
-	for ${1:I} in ${2} loop
-		${0}
-	end loop;
-
-snippet fore for each
-	for ${1} of ${2} loop
-		${0}
-	end loop;
-
-snippet nfor named for
-	${1}:
-	for ${2:I} in ${3} loop
-		${0}
-	end loop $1;
-
-snippet nfore named for each
-	${1}:
-	for ${2} of ${3} loop
-		${0}
-	end loop $1;
-
-snippet proc procedure
-	procedure ${1}(${2}) is
-		${3}
-	begin
-		${0}
-	end $1;
-
-snippet procd procedure declaration
-	procedure ${1};${0}
-
-snippet fun function
-	function ${1}(${2}) return ${3} is
-		${4}
-	begin
-		${0}
-	end $1;
-
-snippet fune expression function
-	function ${1} return ${2} is
-		(${3});${0}
-
-snippet fund function declaration
-	function ${1} return ${2};${0}
-
-snippet ret extended return
-	return ${1} do
-		${0}
-	end return;
-
-snippet rec record
-	record
-		${0}
-	end record;
-
-snippet case case
-	case ${1} is
-		when ${2} => ${3};${0}
-	end case;
-
-snippet whe when
-	when ${1} => ${2};${0}
-
-snippet wheo when others
-	when others => ${1};${0}
-
-snippet lo loop
-	loop
-		${0}
-	end loop;
-
-snippet nlo named loop
-	${1}:
-	loop
-		${0}
-	end loop $1;
-
-snippet ex exit when
-	exit when ${1};${0}
-
-snippet put Ada.Text_IO.Put
-	Ada.Text_IO.Put(${1});${0}
-
-snippet putl Ada.Text_IO.Put_Line
-	Ada.Text_IO.Put_Line(${1});${0}
-
-snippet get Ada.Text_IO.Get
-	Ada.Text_IO.Get(${1});${0}
-
-snippet getl Ada.Text_IO.Get_Line
-	Ada.Text_IO.Get_Line(${1});${0}
-
-snippet newline Ada.Text_IO.New_Line
-	Ada.Text_IO.New_Line(${1:1});${0}
-