def lalInitProject(self, args):
unit_provider = lal.UnitProvider.for_project(args[0])
self.ctx = lal.AnalysisContext(unit_provider=unit_provider)
self.auto_provider = False
import libadalang as lal
provider_p = lal.UnitProvider.for_project("agg.gpr", project="p/p.gpr")
ctx_p = lal.AnalysisContext(unit_provider=provider_p)
provider_q = lal.UnitProvider.for_project("agg.gpr", project="q/q.gpr")
ctx_q = lal.AnalysisContext(unit_provider=provider_q)
u_p = ctx_p.get_from_file("common/common_pack.ads")
u_q = ctx_q.get_from_file("common/common_pack.ads")
print u_p
print u_q
fun_p = u_p.root.findall(lambda x: x.text == "Common_Fun")[0]
print fun_p.p_next_part.unit.filename
fun_q = u_q.root.findall(lambda x: x.text == "Common_Fun")[0]
print fun_q.p_next_part.unit.filename
fun_p = u_p.root.findall(lambda x: x.text == "Common_Fun")[0]
print fun_p.p_next_part.unit.filename
fun_q = u_q.root.findall(lambda x: x.text == "Common_Fun")[0]
print fun_q.p_next_part.unit.filename
#print p1_call.p_defining_name.p_base_subp_declarations
import libadalang as lal
from libadalang import _py2to3
ctx = lal.AnalysisContext()
unit = ctx.get_from_file('test.adb')
unit2 = ctx.get_from_file('test2.adb')
print('First and last tokens for test.adb:')
print(' * {}'.format(unit.first_token))
print(' * {}'.format(unit.last_token))
print('')
print('Whole source buffer for test.adb:')
print(
_py2to3.text_repr(lal.Token.text_range(unit.first_token, unit.last_token)))
print('')
last = unit.first_token.next
first = unit.last_token.previous
print('Empty range for the following bounds:')
print(' * {}'.format(first))
print(' * {}'.format(last))
print(_py2to3.text_repr(lal.Token.text_range(first, last)))
print('')
print('Source excerpts for all Basic_Decl in test.adb:')
for n in unit.root.findall(lal.BasicDecl):
print(' * {}'.format(n))
print(' {}'.format(_py2to3.text_repr(n.text)))
print('')
"""
Test that env shedding works correctly when resolving from the body of a
generic instantiation.
"""
from __future__ import absolute_import, division, print_function
import libadalang as lal
def type_from_subp_body(call):
return (
call.p_referenced_decl().p_body_part.f_subp_spec
.f_subp_returns.p_designated_type_decl.entity_repr
)
c = lal.AnalysisContext('utf-8')
u = c.get_from_file("main.adb")
ps = u.root.find(lambda n: n.text == 'Foo').parent
print(type_from_subp_body(ps))
ps = u.root.find(lambda n: n.text == 'Bar').parent
print(type_from_subp_body(ps))
ps = u.root.find(lambda n: n.text == 'Baz').parent
print(type_from_subp_body(ps))
# to no crash.
('project with unknown target', 'p.gpr', {
'target': 'nosuchtarget',
'runtime': 'nosuchrts'
}),
]:
pflush('Trying to load {}:'.format(label))
try:
ufp = libadalang.UnitProvider.for_project(project_file, **kwargs)
except libadalang.InvalidProjectError as exc:
pflush(' ... got an exception: {}'.format(exc))
else:
pflush(' ... got no exception')
# Then do something that is supposed to work
ctx = libadalang.AnalysisContext(
unit_provider=libadalang.UnitProvider.for_project('p.gpr'))
# And try to load units with various invalid names
for filename in ('\n', ' '):
pflush('Trying to get unit: {}'.format(repr(filename)))
try:
unit = ctx.get_from_provider(filename,
libadalang.AnalysisUnitKind.unit_body)
except libadalang.InvalidUnitNameError as exc:
pflush(' ... got an exception: {}'.format(exc))
else:
pflush(' ... got no exception. Unacceptable!')
print('Done.')
from __future__ import absolute_import, division, print_function
import libadalang
src_buffer = """
limited with Ada.Text_IO;
procedure Foo is
function \"+\" (S : String) return String is (S);
begin
Ada.Text_IO.Put_Line (+\"Hello, world!\");
end Foo;
"""
ctx = libadalang.AnalysisContext('iso-8859-1')
unit = ctx.get_from_buffer('foo.adb', src_buffer)
assert unit, 'Could not create the analysis unit for foo.adb from a buffer'
ctx.remove('foo.adb')
try:
ctx.remove('foo.adb')
except KeyError:
print('Trying to remove the analysis unit for foo.adb twice fails the'
' second time, as expected')
else:
assert False, ('Removing twice the analysis unit for foo.adb is supposed'
' to raise an error but it did not')
print('Done.')
def do_files(files, args):
"""
Analyze a list of files. Issue messages on longer copy-pastes, either
inside the same file, or between different files.
"""
overall_start_time = datetime.datetime.now()
start_time = datetime.datetime.now()
def show_time(start_time, msg, reset=True):
now = datetime.datetime.now()
print('%-60s [%3.3fs]' % (msg, (now - start_time).total_seconds()))
if reset:
start_time = now
return start_time
contexts = [(f, lal.AnalysisContext()) for f in files]
units = [(f, c.get_from_file(f)) for (f, c) in contexts]
# For the analysis of multiple files, issue a message for files that are
# not parsable, and proceed with others.
for (f, unit) in units:
if unit.root is None:
print('Could not parse {}:'.format(f))
units = [(f, unit) for (f, unit) in units if unit.root is not None]
start_time = show_time(start_time,
'libadalang analysis (%s units)' % len(units))
# All the units have been parsed correctly. Now encode the code into
# a list of 'hashes'.
codes = []
encoder = Encoder()
for i, (f, unit) in enumerate(units):
codes += encoder.encode(f, unit.root, args.ignore_ids)
start_time = show_time(start_time,
'encode ast (code size: %s)' % len(codes))
ranked_code = [code.h for code in codes]
result = suffix_array(ranked_code, k=encoder.rank)
start_time = show_time(start_time,
'compute suffix array (rank:%s)' % encoder.rank)
# Copy/Paste results arranged by paths
copy_pastes = {}
# Keep track of some stats
stats = {'skipped': 0, 'prefix': 0, 'no_prefix': 0}
# Iterate over the suffixes. Chunk of duplicate code will necessary be
# prefixes of adjacent suffixes.
for index in range(len(result) - 1):
# Get the next two suffixes
suffix = (result[index], result[index + 1])
# Discard if nothing in common
if ranked_code[suffix[0]] != ranked_code[suffix[1]]:
stats['no_prefix'] += 1
continue
# Check if a longuer prefix exist in the suffix array. Analyse
# only the longuest prefixes.
if suffix[0] > 0 and suffix[1] > 0 and \
codes[suffix[0] - 1].h == codes[suffix[1] - 1].h:
stats['skipped'] += 1
continue
# Find the length of the common prefix between the two suffixes.
# The following code is a bit naive and can be removed in case the
# LCP table is computed at the same time as the suffix array.
# With skew algorithm this is possible (keeping the linear property).
# Size of the common prefix
prefix_length = 0
while ranked_code[suffix[0] + prefix_length] == \
ranked_code[suffix[1] + prefix_length]:
prefix_length += 1
stats['prefix'] += 1
# Two suffixes with similarities lasting more than min_size "items"
if prefix_length + 1 >= args.min_size:
code = (CodeChunk(codes[suffix[0]].filename, codes[suffix[0]].line,
codes[suffix[0] + prefix_length - 1].line,
prefix_length),
CodeChunk(codes[suffix[1]].filename, codes[suffix[1]].line,
codes[suffix[1] + prefix_length - 1].line,
prefix_length))
if code[0].path > code[1].path or \
(code[0].path == code[1].path and
code[0].begin > code[1].begin):
# By ordering in lexicograhic order the paths we avoid
# duplicates.
code = (code[1], code[0])
if len(code[0]) >= args.min_lines:
if code[0].intersect_with(code[1]):
# A code cannot be a copy of itself
print('ingore %s vs %s' % (code[0], code[1]))
continue
if code[0].path not in copy_pastes:
copy_pastes[code[0].path] = []
found = False
# This search is unoptimized but efficient as we usually
# deal with few elements per file (TODO: to be improved).
for index, elt in enumerate(copy_pastes[code[0].path]):
if code[0].is_wider_than(elt[0]) and \
code[1].is_wider_than(elt[1]):
# Code duplication is a superset of a previous one, so
# replace.
copy_pastes[code[0].path][index] = code
found = True
break
elif elt[0].is_wider_than(code[0]) and \
elt[1].is_wider_than(code[1]):
# Code duplication is a subset of a previous one, so
# ignore.
found = True
break
if not found:
# New code chunk
copy_pastes[code[0].path].append(code)
else:
pass
# print 'discard %s' % code[0]
show_time(
start_time, 'find copy/paste code (skipped: %(skipped)s, '
'with prefix: %(prefix)s, with no prefix: %(no_prefix)s' % stats)
# Display the results
if copy_pastes:
print('%4s %4s: %s' % ('LINE', 'SIZE', 'CHUNKS'))
for chunks in copy_pastes.values():
for chunk in sorted(chunks, key=lambda x: x[0].size):
print(
'%4d %4d: %-40s (%4d,%4d) ~= %-40s (%4d, %4d)' %
(len(chunk[0]), chunk[0].size,
os.path.relpath(chunk[0].path, args.rel_path), chunk[0].begin,
chunk[0].end, os.path.relpath(chunk[1].path, args.rel_path),
chunk[1].begin, chunk[1].end))
show_time(overall_start_time, 'Overall')
out_file.write(line + "\n")
def llvm_prefixes(filename):
if filename.find("lto") != -1:
return ["lto"]
else:
return ["llvm"]
def clang_prefixes(filename):
return ["clang", "CX"]
if __name__ == "__main__":
context = lal.AnalysisContext(
unit_provider=lal.UnitProvider.auto(argv[2:]))
if argv[1] == "process_names_llvm":
process_names_for(argv[2:], llvm_prefixes, sanitize_unit_name_llvm)
for arg in argv[2:]:
file_name = path.basename(arg)
handle_dependencies(file_name)
elif argv[1] == "process_names_clang":
process_names_for(argv[2:], clang_prefixes, sanitize_unit_name_clang)
for arg in argv[2:]:
file_name = path.basename(arg)
handle_dependencies(file_name)
elif argv[1] == "generate_wrappers":
for arg in argv[2:]:
file_name = path.basename(arg)
generate_wrappers_for_file(file_name)
else:
def apply_strategies_on_file(self, file, buf) -> int:
"""Apply all the strategies on the given buf.
Return the number of characters removed.
"""
count = buf.count_chars()
if REMOVE_TABS:
log("=> Removing tabs")
buf.strip_tabs()
if CAUTIOUS_MODE and buf.count_chars() < count:
# In cautious mode, if we actually did
# remove some tabs, run the predicate as a check.
if not self.run_predicate():
log(f"The issue is gone after stripping TABs in {file}")
log("adareducer cannot help in this case.")
sys.exit(1)
unit = self.context.get_from_file(file)
if unit is None or unit.root is None:
log(f"??? cannot find a root node for {file}")
self.attempt_delete(file)
return 0
if EMPTY_OUT_BODIES_BRUTE_FORCE:
log("=> Emptying out bodies (brute force)")
HollowOutSubprograms().run_on_file(unit, buf.lines,
self.run_predicate,
lambda: buf.save())
# If there are bodies left, remove statements from them
if EMPTY_OUT_BODIES_STATEMENTS:
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
log("=> Emptying out bodies (statement by statement)")
buf = Buffer(file)
unit = self.context.get_from_file(file)
RemoveStatements().run_on_file(unit, buf.lines, self.run_predicate,
lambda: buf.save())
# Let's try removing aspects
if REMOVE_ASPECTS:
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
log("=> Removing aspects")
RemoveAspects().run_on_file(self.context, file, self.run_predicate)
# Remove subprograms
if REMOVE_SUBPROGRAMS:
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
log("=> Removing subprograms")
try:
RemoveSubprograms().run_on_file(self.context, file,
self.run_predicate)
except lal.PropertyError:
# retry with a new context...
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
RemoveSubprograms().run_on_file(self.context, file,
self.run_predicate)
# Let's try removing packages
if REMOVE_PACKAGES:
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
log("=> Removing packages")
RemovePackages().run_on_file(self.context, file,
self.run_predicate)
# Next remove the imports that we can remove
if REMOVE_IMPORTS:
log("=> Removing imports")
RemoveImports().run_on_file(self.context, file, self.run_predicate)
# Remove trivias
if REMOVE_TRIVIAS:
log("=> Removing blank lines and comments")
RemoveTrivias().run_on_file(file, self.run_predicate)
# Attempt to delete the file if it's empty-ish
deletion_successful = False
if ATTEMPT_DELETE:
log("=> Attempting to delete")
deletion_successful = DeleteEmptyUnits().run_on_file(
self.context, file, self.run_predicate)
# Fin
if deletion_successful:
log(" File deleted! \o/")
chars_removed = count
else:
buf = Buffer(file)
chars_removed = count - buf.count_chars()
return chars_removed
def for_project(project_file, scenario_vars={}):
return ExtractionContext(
lal.AnalysisContext(unit_provider=lal.UnitProvider.for_project(
project_file, scenario_vars)))
def lal_context(self):
assert USE_LAL, "LAL is not available"
return lal.AnalysisContext(unit_provider=lal.UnitProvider.auto([]))
from __future__ import absolute_import, division, print_function
import libadalang
from unicode_utils import src_buffer_iso_8859_1
ctx = libadalang.AnalysisContext('unknown-charset')
unit = ctx.get_from_buffer('foo.adb', src_buffer_iso_8859_1)
for d in unit.diagnostics:
print(' {}'.format(d))
print('Done')
from __future__ import absolute_import, division, print_function
import libadalang
for src_dir in ('src1', 'src2'):
print('For SRC_DIR={}:'.format(src_dir))
ctx = libadalang.AnalysisContext(
unit_provider=libadalang.UnitProvider.for_project(
'p.gpr', {'SRC_DIR': src_dir}))
unit = ctx.get_from_provider('p2', 'specification')
subtype_ind = unit.root.find(libadalang.SubtypeIndication)
print('{} resolves to:'.format(subtype_ind))
for entity in subtype_ind.f_name.p_matching_nodes:
print(' {}'.format(entity))
print('Done.')
import libadalang as lal
u = lal.AnalysisContext().get_from_file("test.adb")
assert not u.diagnostics
u_decl = u.root.find(lal.TypeDecl)
print("Declaration of U => {}".format(u_decl))
print(" get_pragma ('pack') => {}".format(u_decl.p_get_pragma('pack')))
print('')
u_decl = u.root.find(lal.DottedName).p_referenced_decl()
print("Declaration of U with rebindings of Pkg_I => {}".format(u_decl))
print(" get_pragma ('pack') => {}".format(u_decl.p_get_pragma('pack')))
print('')
print('Done')
from __future__ import absolute_import, division, print_function
import libadalang
ctx = libadalang.AnalysisContext(with_trivia=True)
u = ctx.get_from_file('foo.adb')
prev_token = None
for token in u.iter_tokens():
assert prev_token == token.previous, 'Inconsistent previous token'
print('{}{}'.format(
token.kind,
' {!r}'.format(token.text) if token.text else ''
))
prev_token = token
print('Done.')
def reduce_file(self, file):
"""Reduce one given file as much as possible"""
self.mark_as_processed(file)
# Skip some cases
if "rts-" in file:
log(f"SKIPPING {file}: looks like a runtime file")
return
if not os.access(file, os.W_OK):
log(f"SKIPPING {file}: not writable")
return
log(f"*** Reducing {file}")
# Save the file to an '.orig' copy
buf = Buffer(file)
buf.save(file + ".orig")
try:
chars_removed = self.apply_strategies_on_file(file, buf)
except:
# Catch any exception occurring during the application of
# strategies, and save the buf to a .crash file, to
# help post-mortem analysis.
chars_removed = 0
buf.save(file + ".crash")
raise
# Print some stats
log(f"done reducing {file} ({chars_removed} characters removed)")
GUI.add_chars_removed(chars_removed)
# Cautious?
if CAUTIOUS_MODE:
if not self.run_predicate():
log(CAUTIOUS_MODE_HELP)
sys.exit(1)
# Move on to the next files
if self.follow_closure:
# First let's check if we are processing a .adb that has a .ads
if file.endswith(".adb"):
ads = file[:-1] + "s"
if os.path.exists(ads):
# this exists, it's the natural next one to check
self.ads_dict[ads] = []
return
self.context = lal.AnalysisContext(
unit_provider=self.unit_provider)
unit = self.context.get_from_file(file)
root = unit.root
if root is not None:
# Iterate through all "with" statements
for w in root.findall(lambda x: x.is_a(lal.WithClause)):
# find the last id in w
ids = w.findall(lambda x: x.is_a(lal.Identifier))
if ids is not None:
id = ids[-1]
decl = id.p_referenced_defining_name()
# find the definition
if decl is not None:
file_to_add = decl.unit.filename
# Only process files that are in the project closure
if self.resolver.belongs_to_project(file_to_add):
if file_to_add.endswith(".ads"):
# if it's a .ads we want to empty, empty
# the .adb first, it will go faster
adb = file_to_add[:-1] + "b"
if os.path.exists(adb):
self.bodies_to_reduce.append(adb)
self.ads_dict[file_to_add] = []
else:
self.bodies_to_reduce.append(file_to_add)
"""
Test that one can customize the tab stop to use when lexing. Also make sure
this parameter is properly sanitized.
"""
from __future__ import absolute_import, division, print_function
import libadalang as lal
c = lal.AnalysisContext('utf-8', tab_stop=20)
u = c.get_from_buffer('foo.ads', '\tprocedure Foo;\n')
print(u.root.sloc_range)
try:
lal.AnalysisContext('utf-8', tab_stop=0)
except ValueError as exc:
print('ValueError: {}'.format(exc))
print('Done')
import libadalang as lal
ctx = lal.AnalysisContext(with_trivia=True)
unit = ctx.get_from_file('lal-highlighters.adb')
loc = lal.Sloc(1, 1)
t = unit.lookup_token(loc)
for i in range(40):
print(t)
t = t.next
if args.project:
provider = lal.UnitProvider.for_project(args.project)
elif args.auto_dir:
input_files = []
filename_re = re.compile(r'.*\.(ad.|a|spc|bdy)')
for d in args.auto_dir:
for dirpath, dirnames, filenames in os.walk(d):
for f in filenames:
if filename_re.match(f):
input_files.append(os.path.join(dirpath, f))
provider = lal.UnitProvider.auto(input_files)
else:
provider = None
ctx = lal.AnalysisContext(charset, unit_provider=provider)
ctx.discard_errors_in_populate_lexical_env(
args.discard_errors_in_populate_lexical_env
)
for src_file in input_sources:
print_title('#', 'Analyzing {}'.format(src_file))
# Configuration for this file
display_slocs = False
display_short_images = False
# Now analyze the source file
unit = ctx.get_from_file(src_file)
if unit.diagnostics:
for d in unit.diagnostics:
print('error: {}:{}'.format(src_file, d))
f"{root}/{file}"
for file in list(filter(None,
handle.read().splitlines()))
]
return lines
# If a gpr project file is passed, it is used.
# If not, and a file is passed that lists project files, it is used.
# Otherwise, we just use the files listed on the remainder of the command line.
provider = (lal.UnitProvider.for_project(args.gpr)
if args.gpr else lal.UnitProvider.auto(
input_files=input_files_from_files_list(args.files))
if args.files else lal.UnitProvider.auto(input_files=args.others))
context = lal.AnalysisContext(unit_provider=provider)
# This structure captures the output of the analysis in a structured way that
# can be passed to different backends to output in different formats.
AnalysisOutput = TypedDict(
"AnalysisOutput", {
"component_types":
Set[ontology.ComponentTypeIdentifier],
"components":
Dict[ontology.SoftwareComponentIdentifier, ontology.SoftwareComponent],
"files":
Dict[ontology.FileIdentifier, ontology.File],
"formats":
Set[ontology.Format],
})
from __future__ import absolute_import, division, print_function
import os
import sys
import libadalang as lal
ctx = lal.AnalysisContext(unit_provider=lal.UnitProvider.auto(sys.argv[1:]))
all_units = [ctx.get_from_file(f) for f in sys.argv[1:]]
for unit in all_units:
if len(unit.diagnostics) > 0:
print(unit.diagnostics)
hello_adb = ctx.get_from_file("hello.adb")
hello = hello_adb.root.find(lal.DefiningName)
print('All references to Hello from hello.adb:')
for ref in hello.p_find_all_references(all_units):
while ref.parent is not None and not ref.p_xref_entry_point:
ref = ref.parent
print(' {} ({}, {})'.format(ref.text.splitlines()[0],
os.path.basename(ref.unit.filename),
ref.sloc_range))
print('Done')
def update_lalctx(file):
ctx = lal.AnalysisContext()
return ctx.get_from_file(file)
import libadalang as lal
for project in ('ap1.gpr', 'ap2.gpr'):
print('Loading {}...'.format(project))
try:
up = lal.UnitProvider.for_project(project)
except Exception as exc:
print(' ... got a {} exception: {}'.format(type(exc).__name__, exc))
continue
else:
print(' ... success!')
ctx = lal.AnalysisContext(unit_provider=up)
unit = ctx.get_from_provider('p2', lal.AnalysisUnitKind.unit_specification)
ref = unit.root.find(lal.ObjectDecl).f_renaming_clause.f_renamed_object
decl = ref.p_referenced_decl(imprecise_fallback=False)
print('{} resolves to {}'.format(ref, decl))
print('Done.')
from __future__ import absolute_import, division, print_function
import libadalang
ctx = libadalang.AnalysisContext()
for with_trivia in (False, True):
print('With_Trivia => {}'.format(with_trivia))
u = ctx.get_from_file('foo.adb', with_trivia=with_trivia, reparse=True)
print('Unit has {} tokens and {} trivias'.format(u.token_count,
u.trivia_count))
print('Unit start and end tokens:')
print(' {}'.format(u.first_token))
print(' {}'.format(u.last_token))
print('AST root start and end tokens:')
print(' {}'.format(u.root.token_start))
print(' {}'.format(u.root.token_end))
print('')
print('Done.')
def emit_doc(self, project, scenario_vars, file_name):
"""
Entry point for the doc generation of one Ada package.
:param None|str project: Optional path to the project file to load.
:param scenario_vars: Mapping for scenario variables to use to load the
project file.
:type scenario_vars: None|dict[str,str]
:param str file_name: Path of the Ada source file to parse.
"""
from tempfile import mkdtemp
if not project:
with open('{}/default.gpr'.format(mkdtemp()), 'w') as f:
f.write('project Default is end Default;')
project = f.name
ctx = lal.AnalysisContext('utf-8',
with_trivia=True,
unit_provider=lal.UnitProvider.for_project(
project, scenario_vars))
# List of top-level declarations to document
toplevel_decls = []
# Set mirorring toplevel_decls, used to check whether a decl is part of
# it already.
toplevel_decls_set = set()
def append_decl(decl):
"""
Append ``decl`` to ``toplevel_decls`` if it's not there yet.
"""
if decl not in toplevel_decls_set:
toplevel_decls.append(decl)
toplevel_decls_set.add(decl)
# Each declaration can group the documentation of several other
# declarations. This mapping (decl -> list[decl]) describes this
# grouping.
associated_decls = defaultdict(list)
u = ctx.get_from_file(file_name)
assert not u.diagnostics, 'Parsing error in {}'.format(file_name)
assert u.root, '{} is empty'.format(file_name)
try:
package_decl = (u.root.cast(lal.CompilationUnit).f_body.cast(
lal.LibraryItem).f_item.cast(lal.BasePackageDecl))
except AssertionError:
print('Not a package')
return
# Go through all declarations that appear in the top-level package and
# organize them in sections the way we want to document them.
decls = package_decl.f_public_part.f_decls
types = {}
for decl in list(decls):
_, annotations = self.get_documentation(decl)
# Skip documentation for this entity
if annotations.get('no-document'):
continue
if decl.is_a(lal.BasicSubpDecl, lal.ExprFunction):
# Look for the type under which this subprogram should be
# documented ("owning_type"). This is either the explicitly
# asked type ("belongs-to" annotation) or the type that is a
# primitive for this subprogram (if the type is declared in the
# same file).
owning_type = None
if annotations.get('belongs-to'):
owning_type = types[annotations['belongs-to']]
else:
prim_type = decl.f_subp_spec.p_primitive_subp_of
if prim_type and prim_type.unit == u:
owning_type = prim_type
append_decl(owning_type)
# If we found a relevant type, document the subprogram under
# it, otherwise document it at the top-level.
if owning_type:
associated_decls[owning_type].append(decl)
else:
append_decl(decl)
elif decl.is_a(lal.BaseTypeDecl):
# New type declaration: document it and register it as a type
types[decl.p_defining_name.text] = decl
append_decl(decl)
elif decl.is_a(lal.ObjectDecl):
# Try to associate object declarations to their type, if there
# is one in the current package.
type_name = (
decl.f_type_expr.p_designated_type_decl.p_defining_name)
t = types.get(type_name.text) if type_name else None
if t:
associated_decls[t].append(decl)
else:
append_decl(decl)
elif decl.is_a(lal.BasicDecl):
if not decl.is_a(lal.ExceptionDecl, lal.PackageRenamingDecl,
lal.GenericPackageInstantiation,
lal.GenericSubpInstantiation):
self.warn('default entity handling for {}:{}',
decl.unit.filename, decl)
append_decl(decl)
ret = []
# Get documentation for the top-level package itself
pkg_doc, annotations = self.get_documentation(package_decl)
# Create the documentation's content
wrapper_node = nodes.Element()
rst = ViewList()
title = package_decl.p_defining_name.text
rst.append(title, 'no_file.rst', 1)
rst.append('-' * len(title), 'no_file.rst', 2)
for i, l in enumerate(pkg_doc, 3):
rst.append(l, 'no_file.rst', i)
nested_parse_with_titles(self.state, rst, wrapper_node)
ret += wrapper_node.children
# Go through all entities to generate their documentation
for decl in toplevel_decls:
n, content_node = self.handle_ada_decl(decl)
ret += n
for assoc_decls in associated_decls[decl]:
assoc_nodes, _ = self.handle_ada_decl(assoc_decls)
content_node += assoc_nodes
return ret
import sys
import libadalang as lal
ctx = lal.AnalysisContext(
unit_provider=lal.UnitProvider.for_project("test.gpr"))
test_decls = []
origin_decls = []
units = [ctx.get_from_file(f) for f in sys.argv[1:]]
for u in units:
u.populate_lexical_env()
test_decls.extend(
u.root.findall(lambda n: n.is_a(lal.BasicDecl) and n.p_defining_name.
text.startswith("Test")))
origin_decls.extend(
u.root.findall(lambda n: n.is_a(lal.BasicDecl) and n.p_defining_name.
text.startswith("Origin")))
for test_decl in test_decls:
for origin_decl in origin_decls:
test_name = test_decl.p_defining_name.text
origin_name = origin_decl.p_defining_name.text
print("{: <25} is visible to {: >28} ? {}".format(
test_name, origin_name, test_decl.p_is_visible(origin_decl)))
print("")
print("Done")
dict(project_file=u'p.gpr',
project=u'no_such_project', scenario_vars=vars),
dict(project_file=u'p.gpr', project=u'q', scenario_vars=vars),
]:
print('Trying to build with', unirepr(args, native_dict_keys=True))
try:
libadalang.UnitProvider.for_project(**args)
except (TypeError, libadalang.InvalidProjectError) as exc:
print(' ... got a {} exception: {}'.format(type(exc).__name__, exc))
else:
print(' ... success!')
for src_dir in ('src1', 'src2'):
print('For SRC_DIR={}:'.format(src_dir))
ctx = libadalang.AnalysisContext(
unit_provider=libadalang.UnitProvider.for_project(
project_file='p.gpr',
scenario_vars={'SRC_DIR': src_dir}
)
)
unit = ctx.get_from_provider(
'p2', libadalang.AnalysisUnitKind.unit_specification)
subtype_ind = unit.root.find(libadalang.SubtypeIndication)
print('{} resolves to:'.format(subtype_ind))
for entity in subtype_ind.f_name.p_matching_nodes:
print (' {}'.format(entity))
print('Done.')
from __future__ import absolute_import, division, print_function
import libadalang
from unicode_utils import src_buffer_iso_8859_1
ctx = libadalang.AnalysisContext('utf-8')
unit = ctx.get_from_buffer('foo.adb', src_buffer_iso_8859_1)
for d in unit.diagnostics:
print(' {}'.format(d))
print('Done')
import sys
import libadalang as lal
for filename in sys.argv[1:]:
print('== {} =='.format(filename))
u = lal.AnalysisContext().get_from_file(filename)
assert not u.diagnostics
whole_src = u.text.splitlines()
def extract_sloc(sloc_range):
f = sloc_range.start
l = sloc_range.end
return (f.line, f.column), (l.line, l.column)
def format_output(s_l, s_c, e_l, e_c):
lines = whole_src[s_l - 1:e_l]
underline_starts = [s_c - 1] + [0] * (len(lines) - 1)
underline_ends = [len(l) for l in lines[:-1]] + [e_c - 1]
out = list(lines)
for i in range(len(lines)):
out.insert(i * 2 + 1, "{}{}".format(
" " * underline_starts[i],
"^" * (underline_ends[i] - underline_starts[i])
))
return "\n".join(out)
print('')
parser = argparse.ArgumentParser()
parser.add_argument('files',
help='Files to analyze',
type=str,
nargs='+',
metavar='files')
parser.add_argument('--charset', type=str, default="")
parser.add_argument('--discard-errors-in-populate-lexical-env',
'-d',
action='store_true')
args = parser.parse_args()
input_sources = args.files
charset = args.charset
ctx = lal.AnalysisContext(charset)
ctx.discard_errors_in_populate_lexical_env(
args.discard_errors_in_populate_lexical_env)
for src_file in input_sources:
print_title('#', 'Analyzing {}'.format(src_file))
# Configuration for this file
display_slocs = False
# Now analyze the source file
unit = ctx.get_from_file(src_file)
if unit.diagnostics:
for d in unit.diagnostics:
print('error: {}:{}'.format(src_file, d))
sys.exit(0)
unit.populate_lexical_env()
