def test_enhance_frame_s3_generated_sources():
"""Test a specific case when the frame references a S3 vcs
and the file contains a really long sha string"""
original_frame = {
'file': (
's3:gecko-generated-sources:36d62ce2ec2925f4a13e44fe534b246c23b'
'4b3d5407884d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e7652'
'8ff1edf4543e400d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp:'
),
'frame': 22,
'function': (
'mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP'
'C::Message const&)'
),
'function_offset': '0xd9d',
'line': 1495,
'module': 'XUL',
'module_offset': '0x7c50bd',
'normalized': 'mozilla::layers::PCompositorBridgeChild::OnMessageReceived',
'offset': '0x108b7b0bd',
'short_signature': 'mozilla::layers::PCompositorBridgeChild::OnMessageReceived',
'signature': (
'mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP'
'C::Message const&)'
),
'trust': 'cfi'
}
# Remember, enhance_frame() mutates the dict.
frame = copy.copy(original_frame)
utils.enhance_frame(frame, {})
# Because it can't find a mapping in 'vcs_mappings', the frame's
# 'file', the default behavior is to extract just the file's basename.
frame['file'] = 'PCompositorBridgeChild.cpp'
# Try again, now with 's3' in vcs_mappings.
frame = copy.copy(original_frame)
utils.enhance_frame(frame, {
's3': {
'gecko-generated-sources': (
'https://example.com/%(file)s#L-%(line)s'
),
},
})
# There's a new key in the frame now. This is what's used in the
# <a href> in the HTML.
assert frame['source_link']
expected = (
'https://example.com/36d62ce2ec2925f4a13e44fe534b246c23b4b3d540788'
'4d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e76528ff1edf4543e4'
'00d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp#L-1495'
)
assert frame['source_link'] == expected
# And that links text is the frame's 'file' but without the 128 char
# sha.
assert frame['file'] == 'ipc/ipdl/PCompositorBridgeChild.cpp'
def test_enhance_frame_s3_generated_sources(self):
"""Test a specific case when the frame references a S3 vcs
and the file contains a really long sha string"""
original_frame = {
'file': (
's3:gecko-generated-sources:36d62ce2ec2925f4a13e44fe534b246c23b'
'4b3d5407884d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e7652'
'8ff1edf4543e400d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp:'
),
'frame': 22,
'function': (
'mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP'
'C::Message const&)'
),
'function_offset': '0xd9d',
'line': 1495,
'module': 'XUL',
'module_offset': '0x7c50bd',
'normalized': 'mozilla::layers::PCompositorBridgeChild::OnMessageReceived',
'offset': '0x108b7b0bd',
'short_signature': 'mozilla::layers::PCompositorBridgeChild::OnMessageReceived',
'signature': (
'mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP'
'C::Message const&)'
),
'trust': 'cfi'
}
# Remember, enhance_frame() mutates the dict.
frame = copy.copy(original_frame)
utils.enhance_frame(frame, {})
# Because it can't find a mapping in 'vcs_mappings', the frame's
# 'file', the default behavior is to extract just the file's basename.
frame['file'] = 'PCompositorBridgeChild.cpp'
# Try again, now with 's3' in vcs_mappings.
frame = copy.copy(original_frame)
utils.enhance_frame(frame, {
's3': {
'gecko-generated-sources': (
'https://example.com/%(file)s#L-%(line)s'
),
},
})
# There's a new key in the frame now. This is what's used in the
# <a href> in the HTML.
assert frame['source_link']
expected = (
'https://example.com/36d62ce2ec2925f4a13e44fe534b246c23b4b3d540788'
'4d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e76528ff1edf4543e4'
'00d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp#L-1495'
)
assert frame['source_link'] == expected
# And that links text is the frame's 'file' but without the 128 char
# sha.
assert frame['file'] == 'ipc/ipdl/PCompositorBridgeChild.cpp'
def test_enhance_frame():
vcs_mappings = {
'hg': {
'hg.m.org': ('http://hg.m.org/'
'%(repo)s/annotate/%(revision)s'
'/%(file)s#l%(line)s')
}
}
# Test with a file that uses a vcs_mapping.
# Also test function sanitizing.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func(A * a,B b)',
'file': 'hg:hg.m.org/repo/name:dname/fname:rev',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function':
'Func(A* a, B b)',
'short_signature':
'Func',
'line':
576,
'source_link': ('http://hg.m.org/repo/name/'
'annotate/rev/dname/fname#l576'),
'file':
'dname/fname',
'frame':
0,
'signature':
'Func(A* a, B b)',
'module':
'bad.dll',
}
assert actual == expected
# Now with a file that has VCS info but isn't in vcs_mappings.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
'file': 'git:git.m.org/repo/name:dname/fname:rev',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'line': 576,
'file': 'fname',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no VCS info at all.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
'file': '/foo/bar/file.c',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'line': 576,
'file': '/foo/bar/file.c',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no source info at all.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no function info.
actual = {
'frame': 0,
'module': 'bad.dll',
'module_offset': '0x123',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'short_signature': 'bad.dll@0x123',
'frame': 0,
'signature': 'bad.dll@0x123',
'module': 'bad.dll',
'module_offset': '0x123',
}
assert actual == expected
# Test with no module info.
actual = {
'frame': 0,
'offset': '0x1234',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'short_signature': '@0x1234',
'frame': 0,
'signature': '@0x1234',
'offset': '0x1234',
}
assert actual == expected
def test_enhance_frame():
vcs_mappings = {
"hg": {
"hg.m.org":
("http://hg.m.org/%(repo)s/file/%(revision)s/%(file)s#l%(line)s")
}
}
# Test with a file that uses a vcs_mapping.
# Also test function sanitizing.
actual = {
"frame": 0,
"module": "bad.dll",
"function": "Func(A * a,B b)",
"file": "hg:hg.m.org/repo/name:dname/fname:rev",
"line": 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"function": "Func(A* a, B b)",
"short_signature": "Func",
"line": 576,
"source_link": "http://hg.m.org/repo/name/file/rev/dname/fname#l576",
"file": "dname/fname",
"frame": 0,
"signature": "Func(A* a, B b)",
"module": "bad.dll",
}
assert actual == expected
# Now with a file that has VCS info but isn't in vcs_mappings.
actual = {
"frame": 0,
"module": "bad.dll",
"function": "Func",
"file": "git:git.m.org/repo/name:dname/fname:rev",
"line": 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"function": "Func",
"short_signature": "Func",
"line": 576,
"file": "fname",
"frame": 0,
"signature": "Func",
"module": "bad.dll",
}
assert actual == expected
# Test with no VCS info at all.
actual = {
"frame": 0,
"module": "bad.dll",
"function": "Func",
"file": "/foo/bar/file.c",
"line": 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"function": "Func",
"short_signature": "Func",
"line": 576,
"file": "/foo/bar/file.c",
"frame": 0,
"signature": "Func",
"module": "bad.dll",
}
assert actual == expected
# Test with no source info at all.
actual = {"frame": 0, "module": "bad.dll", "function": "Func"}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"function": "Func",
"short_signature": "Func",
"frame": 0,
"signature": "Func",
"module": "bad.dll",
}
assert actual == expected
# Test with no function info.
actual = {"frame": 0, "module": "bad.dll", "module_offset": "0x123"}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"short_signature": "bad.dll@0x123",
"frame": 0,
"signature": "bad.dll@0x123",
"module": "bad.dll",
"module_offset": "0x123",
}
assert actual == expected
# Test with no module info.
actual = {"frame": 0, "offset": "0x1234"}
utils.enhance_frame(actual, vcs_mappings)
expected = {
"short_signature": "@0x1234",
"frame": 0,
"signature": "@0x1234",
"offset": "0x1234",
}
assert actual == expected
def test_enhance_frame_s3_generated_sources():
"""Test a specific case when the frame references a S3 vcs
and the file contains a really long sha string"""
original_frame = {
"file":
("s3:gecko-generated-sources:36d62ce2ec2925f4a13e44fe534b246c23b"
"4b3d5407884d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e7652"
"8ff1edf4543e400d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp:"
),
"frame":
22,
"function":
("mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP"
"C::Message const&)"),
"function_offset":
"0xd9d",
"line":
1495,
"module":
"XUL",
"module_offset":
"0x7c50bd",
"normalized":
"mozilla::layers::PCompositorBridgeChild::OnMessageReceived",
"offset":
"0x108b7b0bd",
"short_signature":
"mozilla::layers::PCompositorBridgeChild::OnMessageReceived",
"signature":
("mozilla::layers::PCompositorBridgeChild::OnMessageReceived(IP"
"C::Message const&)"),
"trust":
"cfi",
}
# Remember, enhance_frame() mutates the dict.
frame = copy.copy(original_frame)
utils.enhance_frame(frame, {})
# Because it can't find a mapping in 'vcs_mappings', the frame's
# 'file', the default behavior is to extract just the file's basename.
frame["file"] = "PCompositorBridgeChild.cpp"
# Try again, now with 's3' in vcs_mappings.
frame = copy.copy(original_frame)
utils.enhance_frame(
frame,
{
"s3": {
"gecko-generated-sources":
("https://example.com/%(file)s#L-%(line)s")
}
},
)
# There's a new key in the frame now. This is what's used in the
# <a href> in the HTML.
assert frame["source_link"]
expected = (
"https://example.com/36d62ce2ec2925f4a13e44fe534b246c23b4b3d540788"
"4d3bbfc9b0d9aebe4929985935ae582704c06e994ece0d1e76528ff1edf4543e4"
"00d0aaa8f7251b15ca/ipc/ipdl/PCompositorBridgeChild.cpp#L-1495")
assert frame["source_link"] == expected
# And that links text is the frame's 'file' but without the 128 char
# sha.
assert frame["file"] == "ipc/ipdl/PCompositorBridgeChild.cpp"
def test_enhance_frame():
vcs_mappings = {
'hg': {
'hg.m.org': ('http://hg.m.org/'
'%(repo)s/annotate/%(revision)s'
'/%(file)s#l%(line)s')
}
}
# Test with a file that uses a vcs_mapping.
# Also test function sanitizing.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func(A * a,B b)',
'file': 'hg:hg.m.org/repo/name:dname/fname:rev',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func(A* a, B b)',
'short_signature': 'Func',
'line': 576,
'source_link': ('http://hg.m.org/repo/name/'
'annotate/rev/dname/fname#l576'),
'file': 'dname/fname',
'frame': 0,
'signature': 'Func(A* a, B b)',
'module': 'bad.dll',
}
assert actual == expected
# Now with a file that has VCS info but isn't in vcs_mappings.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
'file': 'git:git.m.org/repo/name:dname/fname:rev',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'line': 576,
'file': 'fname',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no VCS info at all.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
'file': '/foo/bar/file.c',
'line': 576,
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'line': 576,
'file': '/foo/bar/file.c',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no source info at all.
actual = {
'frame': 0,
'module': 'bad.dll',
'function': 'Func',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'function': 'Func',
'short_signature': 'Func',
'frame': 0,
'signature': 'Func',
'module': 'bad.dll',
}
assert actual == expected
# Test with no function info.
actual = {
'frame': 0,
'module': 'bad.dll',
'module_offset': '0x123',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'short_signature': 'bad.dll@0x123',
'frame': 0,
'signature': 'bad.dll@0x123',
'module': 'bad.dll',
'module_offset': '0x123',
}
assert actual == expected
# Test with no module info.
actual = {
'frame': 0,
'offset': '0x1234',
}
utils.enhance_frame(actual, vcs_mappings)
expected = {
'short_signature': '@0x1234',
'frame': 0,
'signature': '@0x1234',
'offset': '0x1234',
}
assert actual == expected
