def copy(self):
ret = NewCppInfo()
ret._generator_properties = copy.copy(self._generator_properties)
ret.components = DefaultOrderedDict(lambda: _NewComponent())
for comp_name in self.components:
ret.components[comp_name] = copy.copy(self.components[comp_name])
return ret
def copy(self):
# Only used at the moment by layout() editable merging build+source .cpp data
ret = NewCppInfo()
ret._generator_properties = copy.copy(self._generator_properties)
ret.components = DefaultOrderedDict(lambda: _NewComponent())
for comp_name in self.components:
ret.components[comp_name] = copy.copy(self.components[comp_name])
return ret
def aggregate_components(self):
"""Aggregates all the components as global values"""
if self.has_components:
components = self.get_sorted_components()
cnames = list(components.keys())
cnames.reverse() # More dependant first
# Clean global values
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(self.components[None], n, [])
for name in cnames:
component = components[name]
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
if getattr(component, n):
dest = getattr(self.components[None], n)
if dest is None:
setattr(self.components[None], n, [])
dest += [
i for i in getattr(component, n) if i not in dest
]
# NOTE: The properties are not aggregated because they might refer only to the
# component like "cmake_target_name" describing the target name FOR THE component
# not the namespace.
if component.requires:
if self.components[None].requires is None:
self.components[None].requires = []
self.components[None].requires.extend(component.requires)
# FIXME: What to do about sysroot?
# Leave only the aggregated value
main_value = self.components[None]
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = main_value
def aggregate_components(self):
"""Aggregates all the components as global values"""
if self.has_components:
components = self.get_sorted_components()
cnames = list(components.keys())
cnames.reverse() # More dependant first
# Clean global values
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(self.components[None], n, [])
for name in cnames:
component = components[name]
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
dest = getattr(self.components[None], n)
dest += [i for i in getattr(component, n) if i not in dest]
self.components[None].requires.extend(component.requires)
# The generator properties are not aggregated, should be defined in the root
# cpp info if needed
# FIXME: What to do about sysroot?
# Leave only the aggregated value
main_value = self.components[None]
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = main_value
def __init__(self):
self.components = DefaultOrderedDict(lambda: _NewComponent())
# Main package is a component with None key
self.components[None] = _NewComponent()
self._aggregated = None # A _NewComponent object with all the components aggregated
class NewCppInfo(object):
def __init__(self):
self.components = DefaultOrderedDict(lambda: _NewComponent())
# Main package is a component with None key
self.components[None] = _NewComponent()
self._aggregated = None # A _NewComponent object with all the components aggregated
def __getattr__(self, attr):
return getattr(self.components[None], attr)
def __setattr__(self, attr, value):
if attr == "components":
super(NewCppInfo, self).__setattr__(attr, value)
else:
setattr(self.components[None], attr, value)
@property
def has_components(self):
return len(self.components) > 1
@property
def component_names(self):
return filter(None, self.components.keys())
def merge(self, other):
"""Merge 'other' into self. 'other' can be an old cpp_info object
Used to merge Layout source + build cpp objects info (editables)
:type other: NewCppInfo
"""
def merge_list(o, d):
d.extend(e for e in o if e not in d)
for varname in _ALL_NAMES:
other_values = getattr(other, varname)
if other_values is not None:
current_values = self.components[None].get_init(varname, [])
merge_list(other_values, current_values)
if self.sysroot is None and other.sysroot:
self.sysroot = other.sysroot
if other.requires:
current_values = self.components[None].get_init("requires", [])
merge_list(other.requires, current_values)
if other._generator_properties:
current_values = self.components[None].get_init("_generator_properties", {})
current_values.update(other._generator_properties)
# COMPONENTS
for cname, c in other.components.items():
if cname is None:
continue
for varname in _ALL_NAMES:
other_values = getattr(c, varname)
if other_values is not None:
current_values = self.components[cname].get_init(varname, [])
merge_list(other_values, current_values)
if c.requires:
current_values = self.components[cname].get_init("requires", [])
merge_list(c.requires, current_values)
if c._generator_properties:
current_values = self.components[cname].get_init("_generator_properties", {})
current_values.update(c._generator_properties)
def set_relative_base_folder(self, folder):
"""Prepend the folder to all the directories"""
for component in self.components.values():
for varname in _DIRS_VAR_NAMES:
origin = getattr(component, varname)
if origin is not None:
origin[:] = [os.path.join(folder, el) for el in origin]
if component._generator_properties is not None:
updates = {}
for prop_name, value in component._generator_properties.items():
if prop_name == "cmake_build_modules":
if isinstance(value, list):
updates[prop_name] = [os.path.join(folder, v) for v in value]
else:
updates[prop_name] = os.path.join(folder, value)
component._generator_properties.update(updates)
def get_sorted_components(self):
"""Order the components taking into account if they depend on another component in the
same package (not scoped with ::). First less dependant
return: {component_name: component}
"""
processed = [] # Names of the components ordered
# FIXME: Cache the sort
while (len(self.components) - 1) > len(processed):
for name, c in self.components.items():
if name is None:
continue
req_processed = [n for n in c.required_component_names if n not in processed]
if not req_processed and name not in processed:
processed.append(name)
return OrderedDict([(cname, self.components[cname]) for cname in processed])
def aggregated_components(self):
"""Aggregates all the components as global values, returning a new NewCppInfo"""
if self._aggregated is None:
if self.has_components:
result = _NewComponent()
for n in _ALL_NAMES: # Initialize all values, from None => []
setattr(result, n, []) # TODO: This is a bit dirty
# Reversed to make more dependant first
for name, component in reversed(self.get_sorted_components().items()):
for n in _ALL_NAMES:
if getattr(component, n):
dest = result.get_init(n, [])
dest.extend([i for i in getattr(component, n) if i not in dest])
# NOTE: The properties are not aggregated because they might refer only to the
# component like "cmake_target_name" describing the target name FOR THE component
# not the namespace.
if component.requires:
current_values = result.get_init("requires", [])
current_values.extend(component.requires)
# We copy the properties from the root object, even if we have components
result._generator_properties = copy.copy(self._generator_properties)
# FIXME: What to do about sysroot?
else:
result = copy.copy(self.components[None])
self._aggregated = NewCppInfo()
self._aggregated.components[None] = result
return self._aggregated
@property
def required_components(self):
"""Returns a list of tuples with (require, component_name) required by the package
If the require is internal (to another component), the require will be None"""
# FIXME: Cache the value
ret = []
for key, comp in self.components.items():
ret.extend([r.split("::") for r in comp.requires if "::" in r and r not in ret])
ret.extend([(None, r) for r in comp.requires if "::" not in r and r not in ret])
return ret
def clear_none(self):
"""A field with None meaning is 'not declared' but for consumers, that is irrelevant, an
empty list is easier to handle and makes perfect sense."""
for c in self.components.values():
for varname in _ALL_NAMES:
if getattr(c, varname) is None:
setattr(c, varname, [])
if c.requires is None:
c.requires = []
if self.sysroot is None:
self.sysroot = ""
if self._generator_properties is None:
self._generator_properties = {}
def __str__(self):
ret = []
for cname, c in self.components.items():
for n in _ALL_NAMES:
ret.append("Component: '{}' "
"Var: '{}' "
"Value: '{}'".format(cname, n, getattr(c, n)))
return "\n".join(ret)
def __init__(self):
super(NewCppInfo, self).__init__()
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = _NewComponent(
) # Main package is a component with None key
class NewCppInfo(object):
def __init__(self):
super(NewCppInfo, self).__init__()
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = _NewComponent(
) # Main package is a component with None key
def __getattr__(self, attr):
return getattr(self.components[None], attr)
def __setattr__(self, attr, value):
if attr in ["components"]:
super(NewCppInfo, self).__setattr__(attr, value)
else:
setattr(self.components[None], attr, value)
@property
def has_components(self):
return len(self.components) > 1
@staticmethod
def from_old_cppinfo(old):
ret = NewCppInfo()
for varname in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(ret, varname, getattr(old, varname))
ret._generator_properties = copy.copy(old._generator_properties)
# COMPONENTS
for cname, c in old.components.items():
for varname in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(ret.components[cname], varname, getattr(c, varname))
ret.components[cname].requires = copy.copy(c.requires)
ret.components[cname]._generator_properties = copy.copy(
c._generator_properties)
return ret
def get_sorted_components(self):
"""Order the components taking into account if they depend on another component in the
same package (not scoped with ::). First less dependant
return: {component_name: component}
"""
processed = [] # Names of the components ordered
# FIXME: Cache the sort
while (len(self.components) - 1) > len(processed):
for name, c in self.components.items():
if name is None:
continue
req_processed = [
n for n in c.required_component_names if n not in processed
]
if not req_processed and name not in processed:
processed.append(name)
return OrderedDict([(cname, self.components[cname])
for cname in processed])
def aggregate_components(self):
"""Aggregates all the components as global values"""
if self.has_components:
components = self.get_sorted_components()
cnames = list(components.keys())
cnames.reverse() # More dependant first
# Clean global values
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(self.components[None], n, [])
for name in cnames:
component = components[name]
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
dest = getattr(self.components[None], n)
dest += [i for i in getattr(component, n) if i not in dest]
self.components[None].requires.extend(component.requires)
# The generator properties are not aggregated, should be defined in the root
# cpp info if needed
# FIXME: What to do about sysroot?
# Leave only the aggregated value
main_value = self.components[None]
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = main_value
def merge(self, other):
# TODO: Still not used, to be used by global generators
# If we are merging isolated cppinfo objects is because the generator is "global"
# (dirs and flags in link order in a single list) so first call
# cpp_info.aggregate_components()
if self.has_components or other.has_components:
raise ConanException(
"Cannot aggregate two cppinfo objects with components. "
"Do cpp_info.aggregate_components() first")
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
dest = getattr(self.components[None], n)
dest += [i for i in getattr(other, n) if i not in dest]
def copy(self):
ret = NewCppInfo()
ret._generator_properties = copy.copy(self._generator_properties)
ret.components = DefaultOrderedDict(lambda: _NewComponent())
for comp_name in self.components:
ret.components[comp_name] = copy.copy(self.components[comp_name])
return ret
@property
def required_components(self):
"""Returns a list of tuples with (require, component_name) required by the package
If the require is internal (to another component), the require will be None"""
# FIXME: Cache the value
ret = []
for comp in self.components.values():
ret.extend([
r.split("::") for r in comp.requires
if "::" in r and r not in ret
])
ret.extend([(None, r) for r in comp.requires
if "::" not in r and r not in ret])
return ret
class NewCppInfo(object):
def __init__(self, ):
super(NewCppInfo, self).__init__()
self.components = DefaultOrderedDict(lambda: _NewComponent())
# Main package is a component with None key
self.components[None] = _NewComponent()
def __getattr__(self, attr):
return getattr(self.components[None], attr)
def __setattr__(self, attr, value):
if attr in ["components"]:
super(NewCppInfo, self).__setattr__(attr, value)
else:
setattr(self.components[None], attr, value)
@property
def has_components(self):
return len(self.components) > 1
@property
def component_names(self):
return filter(None, self.components.keys())
def merge(self, other):
"""Merge 'other' into self. 'other' can be an old cpp_info object"""
def merge_list(o, d):
for e in o:
if e not in d:
d.append(e)
for varname in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
if getattr(other, varname) is None:
continue
if getattr(self, varname) is None:
setattr(self, varname, [])
merge_list(getattr(other, varname), getattr(self, varname))
if self.sysroot is None and other.sysroot:
self.sysroot = other.sysroot
if other._generator_properties:
if not self._generator_properties:
self._generator_properties = {}
self._generator_properties.update(other._generator_properties)
if other.requires:
if self.requires is None:
self.requires = []
merge_list(other.requires, self.requires)
# COMPONENTS
for cname, c in other.components.items():
if cname is None:
continue
for varname in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
if not getattr(c, varname):
continue
if getattr(self.components[cname], varname) is None:
setattr(self.components[cname], varname, [])
merge_list(getattr(c, varname),
getattr(self.components[cname], varname))
if c.requires:
if self.components[cname].requires is None:
self.components[cname].requires = []
merge_list(c.requires, self.components[cname].requires)
if c._generator_properties:
if self.components[cname]._generator_properties is None:
self.components[cname]._generator_properties = {}
self.components[cname]._generator_properties.update(
c._generator_properties)
def set_relative_base_folder(self, folder):
"""Prepend the folder to all the directories"""
for cname, c in self.components.items():
for varname in _DIRS_VAR_NAMES:
new_list = []
origin = getattr(self.components[cname], varname)
if origin is not None:
for el in origin:
new_list.append(os.path.join(folder, el))
setattr(self.components[cname], varname, new_list)
def get_sorted_components(self):
"""Order the components taking into account if they depend on another component in the
same package (not scoped with ::). First less dependant
return: {component_name: component}
"""
processed = [] # Names of the components ordered
# FIXME: Cache the sort
while (len(self.components) - 1) > len(processed):
for name, c in self.components.items():
if name is None:
continue
req_processed = [
n for n in c.required_component_names if n not in processed
]
if not req_processed and name not in processed:
processed.append(name)
return OrderedDict([(cname, self.components[cname])
for cname in processed])
def aggregate_components(self):
"""Aggregates all the components as global values"""
if self.has_components:
components = self.get_sorted_components()
cnames = list(components.keys())
cnames.reverse() # More dependant first
# Clean global values
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
setattr(self.components[None], n, [])
for name in cnames:
component = components[name]
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
if getattr(component, n):
dest = getattr(self.components[None], n)
if dest is None:
setattr(self.components[None], n, [])
dest += [
i for i in getattr(component, n) if i not in dest
]
# NOTE: The properties are not aggregated because they might refer only to the
# component like "cmake_target_name" describing the target name FOR THE component
# not the namespace.
if component.requires:
if self.components[None].requires is None:
self.components[None].requires = []
self.components[None].requires.extend(component.requires)
# FIXME: What to do about sysroot?
# Leave only the aggregated value
main_value = self.components[None]
self.components = DefaultOrderedDict(lambda: _NewComponent())
self.components[None] = main_value
def copy(self):
ret = NewCppInfo()
ret._generator_properties = copy.copy(self._generator_properties)
ret.components = DefaultOrderedDict(lambda: _NewComponent())
for comp_name in self.components:
ret.components[comp_name] = copy.copy(self.components[comp_name])
return ret
@property
def required_components(self):
"""Returns a list of tuples with (require, component_name) required by the package
If the require is internal (to another component), the require will be None"""
# FIXME: Cache the value
ret = []
for key, comp in self.components.items():
ret.extend([
r.split("::") for r in comp.requires
if "::" in r and r not in ret
])
ret.extend([(None, r) for r in comp.requires
if "::" not in r and r not in ret])
return ret
def clear_none(self):
"""A field with None meaning is 'not declared' but for consumers, that is irrelevant, an
empty list is easier to handle and makes perfect sense."""
for c in self.components.values():
for varname in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
if getattr(c, varname) is None:
setattr(c, varname, [])
if c.requires is None:
c.requires = []
if self.sysroot is None:
self.sysroot = ""
if self._generator_properties is None:
self._generator_properties = {}
def __str__(self):
ret = []
for cname, c in self.components.items():
for n in _DIRS_VAR_NAMES + _FIELD_VAR_NAMES:
ret.append("Component: '{}' "
"Var: '{}' "
"Value: '{}'".format(cname, n, getattr(c, n)))
return "\n".join(ret)
def __init__(self):
self.components = DefaultOrderedDict(lambda: _NewComponent())
# Main package is a component with None key
self.components[None] = _NewComponent()