#!/usr/bin/env python
# Copyright (c) 2011 The Chromium Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
"""Unit tests for Crocodile."""
import os
import StringIO
import unittest
import croc
class TestCoverageStats(unittest.TestCase):
"""Tests for croc.CoverageStats."""
def testAdd(self):
"""Test Add()."""
c = croc.CoverageStats()
# Initially empty
self.assertEqual(c, {})
# Add items
c['a'] = 1
c['b'] = 0
self.assertEqual(c, {'a': 1, 'b': 0})
# Add dict with non-overlapping items
c.Add({'c': 5})
self.assertEqual(c, {'a': 1, 'b': 0, 'c': 5})
# Add dict with overlapping items
c.Add({'a': 4, 'd': 3})
self.assertEqual(c, {'a': 5, 'b': 0, 'c': 5, 'd': 3})
class TestCoveredFile(unittest.TestCase):
"""Tests for croc.CoveredFile."""
def setUp(self):
self.cov_file = croc.CoveredFile('bob.cc', group='source', language='C++')
def testInit(self):
"""Test init."""
f = self.cov_file
# Check initial values
self.assertEqual(f.filename, 'bob.cc')
self.assertEqual(f.attrs, {'group': 'source', 'language': 'C++'})
self.assertEqual(f.lines, {})
self.assertEqual(f.stats, {})
self.assertEqual(f.local_path, None)
self.assertEqual(f.in_lcov, False)
def testUpdateCoverageEmpty(self):
"""Test updating coverage when empty."""
f = self.cov_file
f.UpdateCoverage()
self.assertEqual(f.stats, {
'lines_executable': 0,
'lines_instrumented': 0,
'lines_covered': 0,
'files_executable': 1,
})
def testUpdateCoverageExeOnly(self):
"""Test updating coverage when no lines are instrumented."""
f = self.cov_file
f.lines = {1: None, 2: None, 4: None}
f.UpdateCoverage()
self.assertEqual(f.stats, {
'lines_executable': 3,
'lines_instrumented': 0,
'lines_covered': 0,
'files_executable': 1,
})
# Now mark the file instrumented via in_lcov
f.in_lcov = True
f.UpdateCoverage()
self.assertEqual(f.stats, {
'lines_executable': 3,
'lines_instrumented': 0,
'lines_covered': 0,
'files_executable': 1,
'files_instrumented': 1,
})
def testUpdateCoverageExeAndInstr(self):
"""Test updating coverage when no lines are covered."""
f = self.cov_file
f.lines = {1: None, 2: None, 4: 0, 5: 0, 7: None}
f.UpdateCoverage()
self.assertEqual(f.stats, {
'lines_executable': 5,
'lines_instrumented': 2,
'lines_covered': 0,
'files_executable': 1,
'files_instrumented': 1,
})
def testUpdateCoverageWhenCovered(self):
"""Test updating coverage when lines are covered."""
f = self.cov_file
f.lines = {1: None, 2: None, 3: 1, 4: 0, 5: 0, 6: 1, 7: None}
f.UpdateCoverage()
self.assertEqual(f.stats, {
'lines_executable': 7,
'lines_instrumented': 4,
'lines_covered': 2,
'files_executable': 1,
'files_instrumented': 1,
'files_covered': 1,
})
class TestCoveredDir(unittest.TestCase):
"""Tests for croc.CoveredDir."""
def setUp(self):
self.cov_dir = croc.CoveredDir('/a/b/c')
def testInit(self):
"""Test init."""
d = self.cov_dir
# Check initial values
self.assertEqual(d.dirpath, '/a/b/c')
self.assertEqual(d.files, {})
self.assertEqual(d.subdirs, {})
self.assertEqual(d.stats_by_group, {'all': {}})
def testGetTreeEmpty(self):
"""Test getting empty tree."""
d = self.cov_dir
self.assertEqual(d.GetTree(), 'c/')
def testGetTreeStats(self):
"""Test getting tree with stats."""
d = self.cov_dir
d.stats_by_group['all'] = croc.CoverageStats(
lines_executable=50, lines_instrumented=30, lines_covered=20)
d.stats_by_group['bar'] = croc.CoverageStats(
lines_executable=0, lines_instrumented=0, lines_covered=0)
d.stats_by_group['foo'] = croc.CoverageStats(
lines_executable=33, lines_instrumented=22, lines_covered=11)
# 'bar' group is skipped because it has no executable lines
self.assertEqual(
d.GetTree(),
'c/ all:20/30/50 foo:11/22/33')
def testGetTreeSubdir(self):
"""Test getting tree with subdirs."""
d1 = self.cov_dir = croc.CoveredDir('/a')
d2 = self.cov_dir = croc.CoveredDir('/a/b')
d3 = self.cov_dir = croc.CoveredDir('/a/c')
d4 = self.cov_dir = croc.CoveredDir('/a/b/d')
d5 = self.cov_dir = croc.CoveredDir('/a/b/e')
d1.subdirs = {'/a/b': d2, '/a/c': d3}
d2.subdirs = {'/a/b/d': d4, '/a/b/e': d5}
self.assertEqual(d1.GetTree(), 'a/\n b/\n d/\n e/\n c/')
class TestCoverage(unittest.TestCase):
"""Tests for croc.Coverage."""
def MockWalk(self, src_dir):
"""Mock for os.walk().
Args:
src_dir: Source directory to walk.
Returns:
A list of (dirpath, dirnames, filenames) tuples.
"""
self.mock_walk_calls.append(src_dir)
return self.mock_walk_return
def MockScanFile(self, filename, language):
"""Mock for croc_scan.ScanFile().
Args:
filename: Path to file to scan.
language: Language for file.
Returns:
A list of executable lines.
"""
self.mock_scan_calls.append([filename, language])
if filename in self.mock_scan_return:
return self.mock_scan_return[filename]
else:
return self.mock_scan_return['default']
def setUp(self):
"""Per-test setup."""
# Empty coverage object
self.cov = croc.Coverage()
# Coverage object with minimal setup
self.cov_minimal = croc.Coverage()
self.cov_minimal.AddRoot('/src')
self.cov_minimal.AddRoot('c:\\source')
self.cov_minimal.AddRule('^_/', include=1, group='my')
self.cov_minimal.AddRule('.*\\.c$', language='C')
self.cov_minimal.AddRule('.*\\.c##$', language='C##') # sharper than thou
# Data for MockWalk()
self.mock_walk_calls = []
self.mock_walk_return = []
# Data for MockScanFile()
self.mock_scan_calls = []
self.mock_scan_return = {'default': [1]}
def testInit(self):
"""Test init."""
c = self.cov
self.assertEqual(c.files, {})
self.assertEqual(c.root_dirs, [])
self.assertEqual(c.print_stats, [])
self.assertEqual(c.rules, [])
def testAddRoot(self):
"""Test AddRoot() and CleanupFilename()."""
c = self.cov
# Check for identity on already-clean filenames
self.assertEqual(c.CleanupFilename(''), '')
self.assertEqual(c.CleanupFilename('a'), 'a')
self.assertEqual(c.CleanupFilename('.a'), '.a')
self.assertEqual(c.CleanupFilename('..a'), '..a')
self.assertEqual(c.CleanupFilename('a.b'), 'a.b')
self.assertEqual(c.CleanupFilename('a/b/c'), 'a/b/c')
self.assertEqual(c.CleanupFilename('a/b/c/'), 'a/b/c/')
# Backslash to forward slash
self.assertEqual(c.CleanupFilename('a\\b\\c'), 'a/b/c')
# Handle relative paths
self.assertEqual(c.CleanupFilename('.'),
c.CleanupFilename(os.path.abspath('.')))
self.assertEqual(c.CleanupFilename('..'),
c.CleanupFilename(os.path.abspath('..')))
self.assertEqual(c.CleanupFilename('./foo/bar'),
c.CleanupFilename(os.path.abspath('./foo/bar')))
self.assertEqual(c.CleanupFilename('../../a/b/c'),
c.CleanupFilename(os.path.abspath('../../a/b/c')))
# Replace alt roots
c.AddRoot('foo')
self.assertEqual(c.CleanupFilename('foo'), '_')
self.assertEqual(c.CleanupFilename('foo/bar/baz'), '_/bar/baz')
self.assertEqual(c.CleanupFilename('aaa/foo'), 'aaa/foo')
# Alt root replacement is applied for all roots
c.AddRoot('foo/bar', '_B')
self.assertEqual(c.CleanupFilename('foo/bar/baz'), '_B/baz')
# Can use previously defined roots in cleanup
c.AddRoot('_/nom/nom/nom', '_CANHAS')
self.assertEqual(c.CleanupFilename('foo/nom/nom/nom/cheezburger'),
'_CANHAS/cheezburger')
# Verify roots starting with UNC paths or drive letters work, and that
# more than one root can point to the same alt_name
c.AddRoot('/usr/local/foo', '_FOO')
c.AddRoot('D:\\my\\foo', '_FOO')
self.assertEqual(c.CleanupFilename('/usr/local/foo/a/b'), '_FOO/a/b')
self.assertEqual(c.CleanupFilename('D:\\my\\foo\\c\\d'), '_FOO/c/d')
# Cannot specify a blank alt_name
self.assertRaises(ValueError, c.AddRoot, 'some_dir', '')
def testAddRule(self):
"""Test AddRule() and ClassifyFile()."""
c = self.cov
# With only the default rule, nothing gets kept
self.assertEqual(c.ClassifyFile('_/src/'), {})
self.assertEqual(c.ClassifyFile('_/src/a.c'), {})
# Add rules to include a tree and set a default group
c.AddRule('^_/src/', include=1, group='source')
self.assertEqual(c.ClassifyFile('_/src/'),
{'include': 1, 'group': 'source'})
self.assertEqual(c.ClassifyFile('_/notsrc/'), {})
self.assertEqual(c.ClassifyFile('_/src/a.c'),
{'include': 1, 'group': 'source'})
# Define some languages and groups
c.AddRule('.*\\.(c|h)$', language='C')
c.AddRule('.*\\.py$', language='Python')
c.AddRule('.*_test\\.', group='test')
self.assertEqual(c.ClassifyFile('_/src/a.c'),
{'include': 1, 'group': 'source', 'language': 'C'})
self.assertEqual(c.ClassifyFile('_/src/a.h'),
{'include': 1, 'group': 'source', 'language': 'C'})
self.assertEqual(c.ClassifyFile('_/src/a.cpp'),
{'include': 1, 'group': 'source'})
self.assertEqual(c.ClassifyFile('_/src/a_test.c'),
{'include': 1, 'group': 'test', 'language': 'C'})
self.assertEqual(c.ClassifyFile('_/src/test_a.c'),
{'include': 1, 'group': 'source', 'language': 'C'})
self.assertEqual(c.ClassifyFile('_/src/foo/bar.py'),
{'include': 1, 'group': 'source', 'language': 'Python'})
self.assertEqual(c.ClassifyFile('_/src/test.py'),
{'include': 1, 'group': 'source', 'language': 'Python'})
# Exclude a path (for example, anything in a build output dir)
c.AddRule('.*/build/', include=0)
# But add back in a dir which matched the above rule but isn't a build
# output dir
c.AddRule('_/src/tools/build/', include=1)
self.assertEqual(c.ClassifyFile('_/src/build.c').get('include'), 1)
self.assertEqual(c.ClassifyFile('_/src/build/').get('include'), 0)
self.assertEqual(c.ClassifyFile('_/src/build/a.c').get('include'), 0)
self.assertEqual(c.ClassifyFile('_/src/tools/build/').get('include'), 1)
self.assertEqual(c.ClassifyFile('_/src/tools/build/t.c').get('include'), 1)
def testGetCoveredFile(self):
"""Test GetCoveredFile()."""
c = self.cov_minimal
# Not currently any covered files
self.assertEqual(c.GetCoveredFile('_/a.c'), None)
# Add some files
a_c = c.GetCoveredFile('_/a.c', add=True)
b_c = c.GetCoveredFile('_/b.c##', add=True)
self.assertEqual(a_c.filename, '_/a.c')
self.assertEqual(a_c.attrs, {'include': 1, 'group': 'my', 'language': 'C'})
self.assertEqual(b_c.filename, '_/b.c##')
self.assertEqual(b_c.attrs,
{'include': 1, 'group': 'my', 'language': 'C##'})
# Specifying the same filename should return the existing object
self.assertEqual(c.GetCoveredFile('_/a.c'), a_c)
self.assertEqual(c.GetCoveredFile('_/a.c', add=True), a_c)
# Filenames get cleaned on the way in, as do root paths
self.assertEqual(c.GetCoveredFile('/src/a.c'), a_c)
self.assertEqual(c.GetCoveredFile('c:\\source\\a.c'), a_c)
# TODO: Make sure that covered files require language, group, and include
# (since that checking is now done in GetCoveredFile() rather than
# ClassifyFile())
def testRemoveCoveredFile(self):
"""Test RemoveCoveredFile()."""
# TODO: TEST ME!
def testParseLcov(self):
"""Test ParseLcovData()."""
c = self.cov_minimal
c.ParseLcovData([
'# Ignore unknown lines',
# File we should include'
'SF:/src/a.c',
'DA:10,1',
'DA:11,0',
'DA:12,1 \n', # Trailing whitespace should get stripped
'end_of_record',
# File we should ignore
'SF:/not_src/a.c',
'DA:20,1',
'end_of_record',
# Same as first source file, but alternate root
'SF:c:\\source\\a.c',
'DA:30,1',
'end_of_record',
# Ignore extra end of record
'end_of_record',
# Ignore data points after end of record
'DA:40,1',
# Instrumented but uncovered file
'SF:/src/b.c',
'DA:50,0',
'end_of_record',
# Empty file (instrumented but no executable lines)
'SF:c:\\source\\c.c',
'end_of_record',
])
# We should know about three files
self.assertEqual(sorted(c.files), ['_/a.c', '_/b.c', '_/c.c'])
# Check expected contents
a_c = c.GetCoveredFile('_/a.c')
self.assertEqual(a_c.lines, {10: 1, 11: 0, 12: 1, 30: 1})
self.assertEqual(a_c.stats, {
'files_executable': 1,
'files_instrumented': 1,
'files_covered': 1,
'lines_instrumented': 4,
'lines_executable': 4,
'lines_covered': 3,
})
self.assertEqual(a_c.in_lcov, True)
b_c = c.GetCoveredFile('_/b.c')
self.assertEqual(b_c.lines, {50: 0})
self.assertEqual(b_c.stats, {
'files_executable': 1,
'files_instrumented': 1,
'lines_instrumented': 1,
'lines_executable': 1,
'lines_covered': 0,
})
self.assertEqual(b_c.in_lcov, True)
c_c = c.GetCoveredFile('_/c.c')
self.assertEqual(c_c.lines, {})
self.assertEqual(c_c.stats, {
'files_executable': 1,
'files_instrumented': 1,
'lines_instrumented': 0,
'lines_executable': 0,
'lines_covered': 0,
})
self.assertEqual(c_c.in_lcov, True)
# TODO: Test that files are marked as instrumented if they come from lcov,
# even if they don't have any instrumented lines. (and that in_lcov is set
# for those files - probably should set that via some method rather than
# directly...)
def testGetStat(self):
"""Test GetStat() and PrintStat()."""
c = self.cov
# Add some stats, so there's something to report
c.tree.stats_by_group = {
'all': {
'count_a': 10,
'count_b': 4,
'foo': 'bar',
},
'tests': {
'count_a': 2,
'count_b': 5,
'baz': 'bob',
},
}
# Test missing stats and groups
self.assertRaises(croc.CrocStatError, c.GetStat, 'nosuch')
self.assertRaises(croc.CrocStatError, c.GetStat, 'baz')
self.assertRaises(croc.CrocStatError, c.GetStat, 'foo', group='tests')
self.assertRaises(croc.CrocStatError, c.GetStat, 'foo', group='nosuch')
# Test returning defaults
self.assertEqual(c.GetStat('nosuch', default=13), 13)
self.assertEqual(c.GetStat('baz', default='aaa'), 'aaa')
self.assertEqual(c.GetStat('foo', group='tests', default=0), 0)
self.assertEqual(c.GetStat('foo', group='nosuch', default=''), '')
# Test getting stats
self.assertEqual(c.GetStat('count_a'), 10)
self.assertEqual(c.GetStat('count_a', group='tests'), 2)
self.assertEqual(c.GetStat('foo', default='baz'), 'bar')
# Test stat math (eval)
self.assertEqual(c.GetStat('count_a - count_b'), 6)
self.assertEqual(c.GetStat('100.0 * count_a / count_b', group='tests'),
40.0)
# Should catch eval errors
self.assertRaises(croc.CrocStatError, c.GetStat, '100 / 0')
self.assertRaises(croc.CrocStatError, c.GetStat, 'count_a -')
# Test nested stats via S()
self.assertEqual(c.GetStat('count_a - S("count_a", group="tests")'), 8)
self.assertRaises(croc.CrocStatError, c.GetStat, 'S()')
self.assertRaises(croc.CrocStatError, c.GetStat, 'S("nosuch")')
# Test PrintStat()
# We won't see the first print, but at least verify it doesn't assert
c.PrintStat('count_a', format='(test to stdout: %s)')
# Send subsequent prints to a file
f = StringIO.StringIO()
c.PrintStat('count_b', outfile=f)
# Test specifying output format
c.PrintStat('count_a', format='Count A = %05d', outfile=f)
# Test specifing additional keyword args
c.PrintStat('count_a', group='tests', outfile=f)
c.PrintStat('nosuch', default=42, outfile=f)
self.assertEqual(f.getvalue(), ("""\
GetStat('count_b') = 4
Count A = 00010
GetStat('count_a') = 2
GetStat('nosuch') = 42
"""))
f.close()
def testAddConfigEmpty(self):
"""Test AddConfig() with empty config."""
c = self.cov
# Most minimal config is an empty dict; should do nothing
c.AddConfig('{} # And we ignore comments')
def testAddConfig(self):
"""Test AddConfig()."""
c = self.cov
lcov_queue = []
addfiles_queue = []
c.AddConfig("""{
'roots' : [
{'root' : '/foo'},
{'root' : '/bar', 'altname' : 'BAR'},
],
'rules' : [
{'regexp' : '^_/', 'group' : 'apple'},
{'regexp' : 're2', 'include' : 1, 'language' : 'elvish'},
],
'lcov_files' : ['a.lcov', 'b.lcov'],
'add_files' : ['/src', 'BAR/doo'],
'print_stats' : [
{'stat' : 'count_a'},
{'stat' : 'count_b', 'group' : 'tests'},
],
'extra_key' : 'is ignored',
}""", lcov_queue=lcov_queue, addfiles_queue=addfiles_queue)
self.assertEqual(lcov_queue, ['a.lcov', 'b.lcov'])
self.assertEqual(addfiles_queue, ['/src', 'BAR/doo'])
self.assertEqual(c.root_dirs, [['/foo', '_'], ['/bar', 'BAR']])
self.assertEqual(c.print_stats, [
{'stat': 'count_a'},
{'stat': 'count_b', 'group': 'tests'},
])
# Convert compiled re's back to patterns for comparison
rules = [[r[0].pattern] + r[1:] for r in c.rules]
self.assertEqual(rules, [
['^_/', {'group': 'apple'}],
['re2', {'include': 1, 'language': 'elvish'}],
])
def testAddFilesSimple(self):
"""Test AddFiles() simple call."""
c = self.cov_minimal
c.add_files_walk = self.MockWalk
c.scan_file = self.MockScanFile
c.AddFiles('/a/b/c')
self.assertEqual(self.mock_walk_calls, ['/a/b/c'])
self.assertEqual(self.mock_scan_calls, [])
self.assertEqual(c.files, {})
def testAddFilesRootMap(self):
"""Test AddFiles() with root mappings."""
c = self.cov_minimal
c.add_files_walk = self.MockWalk
c.scan_file = self.MockScanFile
c.AddRoot('_/subdir', 'SUBDIR')
# AddFiles() should replace the 'SUBDIR' alt_name, then match both
# possible roots for the '_' alt_name.
c.AddFiles('SUBDIR/foo')
self.assertEqual(self.mock_walk_calls,
['/src/subdir/foo', 'c:/source/subdir/foo'])
self.assertEqual(self.mock_scan_calls, [])
self.assertEqual(c.files, {})
def testAddFilesNonEmpty(self):
"""Test AddFiles() where files are returned."""
c = self.cov_minimal
c.add_files_walk = self.MockWalk
c.scan_file = self.MockScanFile
# Add a rule to exclude a subdir
c.AddRule('^_/proj1/excluded/', include=0)
# Add a rule to exclude adding some fiels
c.AddRule('.*noscan.c$', add_if_missing=0)
# Set data for mock walk and scan
self.mock_walk_return = [
[
'/src/proj1',
['excluded', 'subdir'],
['a.c', 'no.f', 'yes.c', 'noexe.c', 'bob_noscan.c'],
],
[
'/src/proj1/subdir',
[],
['cherry.c'],
],
]
# Add a file with no executable lines; it should be scanned but not added
self.mock_scan_return['/src/proj1/noexe.c'] = []
c.AddFiles('/src/proj1')
self.assertEqual(self.mock_walk_calls, ['/src/proj1'])
self.assertEqual(self.mock_scan_calls, [
['/src/proj1/a.c', 'C'],
['/src/proj1/yes.c', 'C'],
['/src/proj1/noexe.c', 'C'],
['/src/proj1/subdir/cherry.c', 'C'],
])
# Include files from the main dir and subdir
self.assertEqual(sorted(c.files), [
'_/proj1/a.c',
'_/proj1/subdir/cherry.c',
'_/proj1/yes.c'])
# Excluded dir should have been pruned from the mock walk data dirnames.
# In the real os.walk() call this prunes the walk.
self.assertEqual(self.mock_walk_return[0][1], ['subdir'])
def testEmptyTreeStats(self):
"""Make sure we don't choke when absolutely nothing happened.
How we might hit this: bot compile error."""
c = self.cov_minimal
t = c.tree
t.stats_by_group['all'].AddDefaults()
self.assertEqual(t.stats_by_group, {
'all': { 'files_covered': 0,
'files_instrumented': 0,
'files_executable': 0,
'lines_covered': 0,
'lines_instrumented': 0,
'lines_executable': 0 }})
def testUpdateTreeStats(self):
"""Test UpdateTreeStats()."""
c = self.cov_minimal
c.AddRule('.*_test', group='test')
# Fill the files list
c.ParseLcovData([
'SF:/src/a.c',
'DA:10,1', 'DA:11,1', 'DA:20,0',
'end_of_record',
'SF:/src/a_test.c',
'DA:10,1', 'DA:11,1', 'DA:12,1',
'end_of_record',
'SF:/src/foo/b.c',
'DA:10,1', 'DA:11,1', 'DA:20,0', 'DA:21,0', 'DA:30,0',
'end_of_record',
'SF:/src/foo/b_test.c',
'DA:20,0', 'DA:21,0', 'DA:22,0',
'end_of_record',
])
c.UpdateTreeStats()
t = c.tree
self.assertEqual(t.dirpath, '')
self.assertEqual(sorted(t.files), [])
self.assertEqual(sorted(t.subdirs), ['_'])
self.assertEqual(t.stats_by_group, {
'all': {
'files_covered': 3,
'files_executable': 4,
'lines_executable': 14,
'lines_covered': 7,
'lines_instrumented': 14,
'files_instrumented': 4,
},
'my': {
'files_covered': 2,
'files_executable': 2,
'lines_executable': 8,
'lines_covered': 4,
'lines_instrumented': 8,
'files_instrumented': 2,
},
'test': {
'files_covered': 1,
'files_executable': 2,
'lines_executable': 6,
'lines_covered': 3,
'lines_instrumented': 6,
'files_instrumented': 2,
},
})
t = t.subdirs['_']
self.assertEqual(t.dirpath, '_')
self.assertEqual(sorted(t.files), ['a.c', 'a_test.c'])
self.assertEqual(sorted(t.subdirs), ['foo'])
self.assertEqual(t.stats_by_group, {
'all': {
'files_covered': 3,
'files_executable': 4,
'lines_executable': 14,
'lines_covered': 7,
'lines_instrumented': 14,
'files_instrumented': 4,
},
'my': {
'files_covered': 2,
'files_executable': 2,
'lines_executable': 8,
'lines_covered': 4,
'lines_instrumented': 8,
'files_instrumented': 2,
},
'test': {
'files_covered': 1,
'files_executable': 2,
'lines_executable': 6,
'lines_covered': 3,
'lines_instrumented': 6,
'files_instrumented': 2,
},
})
t = t.subdirs['foo']
self.assertEqual(t.dirpath, '_/foo')
self.assertEqual(sorted(t.files), ['b.c', 'b_test.c'])
self.assertEqual(sorted(t.subdirs), [])
self.assertEqual(t.stats_by_group, {
'test': {
'files_executable': 1,
'files_instrumented': 1,
'lines_executable': 3,
'lines_instrumented': 3,
'lines_covered': 0,
},
'all': {
'files_covered': 1,
'files_executable': 2,
'lines_executable': 8,
'lines_covered': 2,
'lines_instrumented': 8,
'files_instrumented': 2,
},
'my': {
'files_covered': 1,
'files_executable': 1,
'lines_executable': 5,
'lines_covered': 2,
'lines_instrumented': 5,
'files_instrumented': 1,
}
})
# TODO: test: less important, since these are thin wrappers around other
# tested methods.
# ParseConfig()
# ParseLcovFile()
# PrintTree()
if __name__ == '__main__':
unittest.main()