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#! /usr/bin/env python3
# Copyright 2007 Google Inc.
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301,
# USA.
__author__ = "Nils Klarlund"
import os
import time
import basics
import parse_command
import cache_basics
import include_analyzer_memoizing_node
import unittest
NotCoveredError = basics.NotCoveredError
class IncludeAnalyzerMemoizingNodeUnitTest(unittest.TestCase):
def _ToString(self, include_closure):
"""Translate the indices in an include closure to their denoted strings."""
return (
dict((self.realpath_map.string[rp_idx],
[ (self.directory_map.string[dir_idx],
self.includepath_map.string[ip_idx])
for (dir_idx, ip_idx) in include_closure[rp_idx] ])
for rp_idx in include_closure))
def setUp(self):
basics.opt_debug_pattern = 1
client_root_keeper = basics.ClientRootKeeper()
self.include_analyzer = (
include_analyzer_memoizing_node.IncludeAnalyzerMemoizingNode(
client_root_keeper))
self.includepath_map = self.include_analyzer.includepath_map
self.canonical_path = self.include_analyzer.canonical_path
self.directory_map = self.include_analyzer.directory_map
self.realpath_map = self.include_analyzer.realpath_map
def test__CalculateIncludeClosureExceptSystem(self):
"""Construct a summary graph, then calculate closure and check."""
includepath_map = self.includepath_map
canonical_path = self.canonical_path
directory_map = self.directory_map
realpath_map = self.realpath_map
# Create summary graph with structure A -> B -> C -> B and B -> D -> C' ->
# E. Note that B has two immediate successors. Assume the current dir is
# /curr (for all nodes). The include graph is made for a searchlist [src, /,
# /dirlink]. Note that the first directory in the searchlist is relative.
# For simplicity, we consider angled resolution only. Here is a description
# of the nodes.
#
# - Nodes A, B correspond to includepaths a.h and b.h, which are relatively
# resolved because they are found in src, which means absolute
# directory /curr/src. These filepaths are thus resolved to src/a.h and
# src/b.h and their corresponding realpaths are /curr/src/a.h and
# /curr/src/b.h. The realpaths are all what is recorded in the include
# closure, because the files are relatively resolved.
#
# - Nodes C, C', and E are absolutely resolved includepaths. More
# specifically:
#
# - Nodes C and C' correspond to includepath dir/c.h and c.h, which
# during resolution were found in / and /dirlink, respectively.
# However, /dirlink is a symbolic link to /dir, which is a real
# directory, so C and C' in fact correspond to the same realpath
# namely /dir/c.h.
#
# - Node E corresponds to includepath dir/e.h and was found during
# resolution to be in /. So, the realpath of this node is /dir/e.h.
#
# - Node D is a dummy and it is not recorded in the include closure. Still,
# its non-dummy descendants are recorded.
src_idx = directory_map.Index("src")
curr_idx = directory_map.Index("/curr")
root_idx = directory_map.Index("/")
dirlink_idx = directory_map.Index("/dirlink")
curr_src_idx = directory_map.Index("/curr/src")
dir_idx = directory_map.Index("/dir")
A_children = []
A = (realpath_map.Index("/curr/src/a.h"),
(src_idx, includepath_map.Index("a.h")),
A_children)
B_children = []
B = (realpath_map.Index("/curr/src/b.h"),
(src_idx, includepath_map.Index("b.h")),
B_children)
C_children = []
C = (realpath_map.Index("/dir/c.h"),
(root_idx, includepath_map.Index("dir/c.h")),
C_children)
C__children = []
C_ = (realpath_map.Index("/dir/c.h"),
(dirlink_idx, includepath_map.Index("c.h")),
C__children)
D_children = []
D = (None, None, D_children)
E_children = []
E = (realpath_map.Index("/dir/e.h"),
(root_idx, includepath_map.Index("dir/e.h")),
E_children)
A_children.extend([B])
B_children.extend([C, D])
C_children.extend([B])
C__children.extend([E])
D_children.extend([C_])
E_children.extend([])
include_closure = {}
self.include_analyzer._CalculateIncludeClosureExceptSystem(A, include_closure)
stringified_include_closure = self._ToString(include_closure)
# /curr/src/a.h is not known under absolute pathnames.
self.assertEqual(stringified_include_closure['/curr/src/a.h'], [])
# Neither is /curr/src/b.h.
self.assertEqual(stringified_include_closure['/curr/src/b.h'], [])
# But, /dir/c.h is known under two different absolute names.
self.assertEqual(stringified_include_closure['/dir/c.h'],
[('/dirlink/', 'c.h'), ('/', 'dir/c.h')])
# And, dir/e.h is known under exactly one absolute name.
self.assertEqual(stringified_include_closure['/dir/e.h'], [('/', 'dir/e.h')])
# That is all and nothing more.
self.assertEqual(len(stringified_include_closure), 4)
def _ConstructDistccCommandLine(self, src_stem):
# A command line, which is more or less the one found in the
# generated Makefile for distcc. We don't need the exact form of
# the command."
return ("gcc -DHAVE_CONFIG_H -D_GNU_SOURCE" +
" -I./src" +
' -DSYSCONFDIR="/usr/local/etc"' +
' -DPKGDATADIR="/usr/local/share/distcc"' +
" -Isrc" +
" -I./lzo" +
" -include include_me.h " +
" -o src/%s.o" +
" -c src/%s.c") % (src_stem, src_stem)
def test__CalculateIncludeClosureExceptSystem_on_distcc(self):
includepath_map = self.includepath_map
canonical_path = self.canonical_path
directory_map = self.directory_map
realpath_map = self.realpath_map
include_analyzer = self.include_analyzer
current_dir = os.path.realpath("test_data/distcc")
os.chdir(current_dir)
src_stem = "distcc"
cmd = self._ConstructDistccCommandLine(src_stem)
parsed_command = (
parse_command.ParseCommandArgs(
parse_command.ParseCommandLine(cmd),
current_dir,
include_analyzer.includepath_map,
include_analyzer.directory_map,
include_analyzer.compiler_defaults))
(include_analyzer.quote_dirs,
include_analyzer.angle_dirs,
include_analyzer.include_files,
translation_unit,
include_analyzer.result_file_prefix,
_) = parsed_command
self.assertEqual(translation_unit, "src/%s.c" % src_stem)
expected_suffixes = [
"src/include_me.h",
"src/implicit.h",
"src/distcc.c",
"src/config.h",
"src/distcc.h",
"src/state.h",
"src/compile.h",
"src/trace.h",
"src/exitcode.h",
"src/util.h",
"src/hosts.h",
"src/bulk.h",
"src/emaillog.h"]
include_closure = (
include_analyzer.ProcessCompilationCommand(current_dir,
parsed_command))
expected_prefix = os.getcwd() + '/'
expected = set([ expected_prefix + expected_suffix
for expected_suffix in expected_suffixes ])
self.assertEqual(set([realpath_map.string[key]
for key in include_closure.keys()]),
expected)
for rp_idx in include_closure:
self.assertEqual(len(include_closure[rp_idx]), 0)
# TODO(klarlund): massage command so as to test that with a
# different search path files are reported as absolute. That is,
# provoke pairs (directory_idx, includepath_idx) to exist in
# include_closure[rp_idx].
def tearDown(self):
pass
unittest.main()
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