def addFileOp(self, cmd, context, source, output_path):
# Try to detect if our output_path is actually a folder, via trailing
# slash or '.'/'' indicating the context folder.
detected_folder = None
if util.IsString(output_path):
if output_path[-1] == os.sep or output_path[-1] == os.altsep:
detected_folder = os.path.join(context.buildFolder,
os.path.normpath(output_path))
elif output_path == '.' or output_path == '':
detected_folder = context.buildFolder
# Since we're building something relative to the context folder, ensure
# that the context folder exists.
self.getLocalFolder(context)
else:
assert output_path.type != nodetypes.Source
local_path = os.path.relpath(output_path.path, context.buildFolder)
detected_folder = os.path.join(context.buildFolder, local_path)
detected_folder = os.path.normpath(detected_folder)
source_entry = self.parseInput(context, source)
# This is similar to a "cp a b/", so we append to get "b/a" as the path.
if detected_folder is not None:
base, output_path = os.path.split(source_entry.path)
assert len(output_path)
output_folder = detected_folder
else:
output_folder = context.buildFolder
output_path = nodetypes.combine(output_folder, output_path)
# For copy operations, it's okay to use the path from the current folder.
# However, when performing symlinks, we always want an absolute path.
if cmd == nodetypes.Symlink:
if source_entry.type == nodetypes.Source:
source_path = source_entry.path
else:
source_path = os.path.join(context.buildPath,
source_entry.path)
else:
source_path = source_entry.path
# For clarity of spew, we always execute file operations in the root of
# the build folder. This means that no matter what context we're in,
# we can use absolute-ish folders and get away with it.
return self.addCommand(context=context,
node_type=cmd,
folder=None,
data=(source_path, output_path),
inputs=[source_entry],
outputs=[output_path])
def addFileOp(self, cmd, context, source, output_path):
# Try to detect if our output_path is actually a folder, via trailing
# slash or '.'/'' indicating the context folder.
detected_folder = None
if util.IsString(output_path):
if output_path[-1] == os.sep or output_path[-1] == os.altsep:
detected_folder = os.path.join(context.buildFolder, os.path.normpath(output_path))
elif output_path == '.' or output_path == '':
detected_folder = context.buildFolder
# Since we're building something relative to the context folder, ensure
# that the context folder exists.
self.getLocalFolder(context)
else:
assert output_path.type != nodetypes.Source
local_path = os.path.relpath(output_path.path, context.buildFolder)
detected_folder = os.path.join(context.buildFolder, local_path)
detected_folder = os.path.normpath(detected_folder)
source_entry = self.parseInput(context, source)
# This is similar to a "cp a b/", so we append to get "b/a" as the path.
if detected_folder is not None:
base, output_path = os.path.split(source_entry.path)
assert len(output_path)
output_folder = detected_folder
else:
output_folder = context.buildFolder
output_path = nodetypes.combine(output_folder, output_path)
# For copy operations, it's okay to use the path from the current folder.
# However, when performing symlinks, we always want an absolute path.
if cmd == nodetypes.Symlink:
if source_entry.type == nodetypes.Source:
source_path = source_entry.path
else:
source_path = os.path.join(context.buildPath, source_entry.path)
else:
source_path = source_entry.path
# For clarity of spew, we always execute file operations in the root of
# the build folder. This means that no matter what context we're in,
# we can use absolute-ish folders and get away with it.
return self.addCommand(
context = context,
node_type = cmd,
folder = None,
data = (source_path, output_path),
inputs = [source_entry],
outputs = [output_path]
)
def parseOutput(self, cwd_entry, path, kind):
if path[-1] == os.sep or path[
-1] == os.altsep or path == '.' or path == '':
util.con_err(util.ConsoleRed, 'Path "', util.ConsoleBlue, path,
util.ConsoleRed,
'" looks like a folder; a folder was not expected.',
util.ConsoleNormal)
raise Exception('Expected folder, but path has a trailing slash')
path = os.path.normpath(path)
path, name = os.path.split(path)
path = nodetypes.combine(cwd_entry, path)
# We should have caught a case like 'x/' earlier.
assert len(name)
# If we resolved that there is no prefix path, then take this to mean the
# root folder.
if path:
folder_entry = self.validateOutputFolder(path)
output_path = os.path.join(path, name)
else:
folder_entry = None
output_path = name
entry = self.db.query_path(output_path)
if not entry:
if self.refactoring:
util.con_err(util.ConsoleRed, 'New output file introduced: ',
util.ConsoleBlue, output_path, util.ConsoleNormal)
raise Exception('Refactoring error')
return self.db.add_output(folder_entry, output_path, kind)
if entry.type == kind:
return entry
if entry.type == nodetypes.Mkdir:
if entry not in self.old_folders_:
util.con_err(util.ConsoleRed,
'A folder is being re-used as an output file: "',
util.ConsoleBlue, entry.path, util.ConsoleRed,
'"', util.ConsoleNormal)
raise Exception(
'Attempted to re-use a folder as generated file')
if self.refactoring:
util.con_err(
util.ConsoleRed,
'A generated folder has changed to a generated file: ',
util.ConsoleBlue, entry.path, util.ConsoleNormal)
raise Exception('Refactoring error')
# We keep the node in old_folders_. This should be okay, since we've
# changed the type to Output now. This way we can stick to one folder
# deletion routine, since it's fairly complicated.
elif entry.type == nodetypes.Output:
# If we're asking for a shared output, make sure we can reuse this one.
input_cmd = self.db.query_command_of(entry)
if input_cmd and input_cmd not in self.old_commands_:
util.con_err(util.ConsoleRed, 'First defined with command: ',
input_cmd.format(), util.ConsoleNormal)
raise Exception(
'Existing output cannot be a shared output: {0}'.format(
entry.path))
if self.refactoring:
util.con_err(util.ConsoleRed,
'An output has changed to a shared output: ',
util.ConsoleBlue, entry.path, util.ConsoleNormal)
raise Exception('Refactoring error')
elif entry.type == nodetypes.SharedOutput:
input_cmds = self.db.query_shared_commands_of(entry)
for input_cmd in input_cmds:
if input_cmd not in self.old_commands_:
util.con_err(
util.ConsoleRed,
'A shared output cannot be specified as an normal output.',
util.ConsoleNormal)
raise Exception(
'Existing shared output cannot be a normal output: {0}'
.format(entry.path))
if self.refactoring:
util.con_err(
util.ConsoleRed,
'A shared output has changed to a normal output: ',
util.ConsoleBlue, entry.path, util.ConsoleNormal)
raise Exception('Refactoring error')
else:
util.con_err(
util.ConsoleRed,
'An existing node has been specified as an output file: "',
util.ConsoleBlue, entry.format(), util.ConsoleRed, '"',
util.ConsoleNormal)
raise Exception(
'Attempted to re-use an incompatible node as an output')
self.db.change_to_output(entry, kind)
return entry
def parseOutput(self, cwd_entry, path, kind):
if path[-1] == os.sep or path[-1] == os.altsep or path == '.' or path == '':
util.con_err(util.ConsoleRed, 'Path "',
util.ConsoleBlue, path,
util.ConsoleRed, '" looks like a folder; a folder was not expected.',
util.ConsoleNormal)
raise Exception('Expected folder, but path has a trailing slash')
path = os.path.normpath(path)
path, name = os.path.split(path)
path = nodetypes.combine(cwd_entry, path)
# We should have caught a case like 'x/' earlier.
assert len(name)
# If we resolved that there is no prefix path, then take this to mean the
# root folder.
if path:
folder_entry = self.validateOutputFolder(path)
output_path = os.path.join(path, name)
else:
folder_entry = None
output_path = name
entry = self.db.query_path(output_path)
if not entry:
if self.refactoring:
util.con_err(util.ConsoleRed, 'New output file introduced: ',
util.ConsoleBlue, output_path,
util.ConsoleNormal)
raise Exception('Refactoring error')
return self.db.add_output(folder_entry, output_path, kind)
if entry.type == kind:
return entry
if entry.type == nodetypes.Mkdir:
if entry not in self.old_folders_:
util.con_err(util.ConsoleRed, 'A folder is being re-used as an output file: "',
util.ConsoleBlue, entry.path,
util.ConsoleRed, '"',
util.ConsoleNormal)
raise Exception('Attempted to re-use a folder as generated file')
if self.refactoring:
util.con_err(util.ConsoleRed, 'A generated folder has changed to a generated file: ',
util.ConsoleBlue, entry.path,
util.ConsoleNormal)
raise Exception('Refactoring error')
# We keep the node in old_folders_. This should be okay, since we've
# changed the type to Output now. This way we can stick to one folder
# deletion routine, since it's fairly complicated.
elif entry.type == nodetypes.Output:
# If we're asking for a shared output, make sure we can reuse this one.
input_cmd = self.db.query_command_of(entry)
if input_cmd and input_cmd not in self.old_commands_:
util.con_err(util.ConsoleRed, 'First defined with command: ', input_cmd.format(), util.ConsoleNormal)
raise Exception('Existing output cannot be a shared output: {0}'.format(entry.path))
if self.refactoring:
util.con_err(util.ConsoleRed, 'An output has changed to a shared output: ',
util.ConsoleBlue, entry.path,
util.ConsoleNormal)
raise Exception('Refactoring error')
elif entry.type == nodetypes.SharedOutput:
input_cmds = self.db.query_shared_commands_of(entry)
for input_cmd in input_cmds:
if input_cmd not in self.old_commands_:
util.con_err(util.ConsoleRed, 'A shared output cannot be specified as an normal output.',
util.ConsoleNormal)
raise Exception('Existing shared output cannot be a normal output: {0}'.format(entry.path))
if self.refactoring:
util.con_err(util.ConsoleRed, 'A shared output has changed to a normal output: ',
util.ConsoleBlue, entry.path,
util.ConsoleNormal)
raise Exception('Refactoring error')
else:
util.con_err(util.ConsoleRed, 'An existing node has been specified as an output file: "',
util.ConsoleBlue, entry.format(),
util.ConsoleRed, '"',
util.ConsoleNormal)
raise Exception('Attempted to re-use an incompatible node as an output')
self.db.change_to_output(entry, kind)
return entry