module nitls
import modelbuilder
-intrude import loader
import ordered_tree
import console
var sum = opt_tree.value.to_i + opt_source.value.to_i + opt_project.value.to_i
if sum > 1 then
- print "Error: options --tree, --source, and --project are exclusives."
+ print "Error: options --tree, --source, and --project are exclusive."
print tc.tooldescription
exit 1
end
-
+if sum == 0 then opt_project.value = true
tc.keep_going = opt_keep.value
var model = new Model
if opt_recursive.value then
files = new Array[String]
for d in tc.option_context.rest do
- var pipe = new IProcess("find", d, "-name", "*.nit")
+ var pipe = new ProcessReader("find", d, "-name", "*.nit")
while not pipe.eof do
var l = pipe.read_line
if l == "" then break # last line
- l = l.substring(0,l.length-1) # strip last oef
files.add l
end
pipe.close
files = tc.option_context.rest
end
+if sum == 0 then
+ # If one of the file is a group, default is `opt_tree` instead of `opt_project`
+ for a in files do
+ var g = mb.get_mgroup(a)
+ if g != null then
+ opt_tree.value = true
+ opt_project.value = false
+ break
+ end
+ end
+end
+
+# Identify all relevant files
for a in files do
+ var g = mb.get_mgroup(a)
var mp = mb.identify_file(a)
- tc.check_errors
- if mp != null and not opt_paths.value then
+ if g != null and not opt_project.value then
+ mb.visit_group(g)
+ end
+ if g == null and mp == null then
+ # not a group not a module, then look at files in the directory
+ var fs = a.files
+ for f in fs do
+ g = mb.get_mgroup(a/f)
+ if g != null and not opt_project.value then
+ mb.visit_group(g)
+ end
+ mp = mb.identify_file(a/f)
+ #print "{a/f}: {mp or else "?"}"
+ end
+ end
+end
+
+# Load modules to get more informations
+for mp in mb.identified_files do
+ if not opt_paths.value or opt_depends.value then
var mm = mb.load_module(mp.filepath)
if mm != null and opt_depends.value then
mb.build_module_importation(mm)
end
- tc.check_errors
end
end
+#tc.check_errors
-if sum == 0 then opt_project.value = true
var ot = new ProjTree(tc)
var sorter = new AlphaEntityComparator