def update_pair(self, dest, src):
assert is_string(dest), \
"dest is not a string: %s (src is %s)" % (str(dest), str(src))
assert src is None or is_string(src), \
"src is not a string: %s (dest is %s)" % (str(src), str(dest))
for d in self.dirs:
if dest in self.dirs[d]:
self.dirs[d].remove(dest)
self.dirs[d].append(FilePair(dest, src))
return True
# no such file
return False
def add_rule(self, directory, rules):
"""parses the rules defined in 'rules', applicable to the folder 'dir'
This stores the rules internally for further processing.
:type directory: string
:type rules: list or None
"""
if is_string(rules):
rules = [rules]
if directory.split('/')[0] == 'gnarl':
collection = self.rules['gnarl']
used_scenarios = self.lib_scenarios['gnarl']
else:
collection = self.rules['gnat']
used_scenarios = self.lib_scenarios['gnat']
assert directory not in collection, \
"directory %s defined twice" % directory
# add the rule object to the current set of rules
rule = Rule(rules, scenarios=self.scenarios, as_new_rule=True)
collection[directory] = rule
# and make sure to update the list of used scenario variables
for sc in rule.used_scenarios:
if sc not in used_scenarios:
used_scenarios.append(sc)
def __eq__(self, other):
if is_string(other):
return self._dst == other
elif isinstance(other, FilePair):
return other._dst == self._dst and other._src == self._src
else:
return False
def add_linker_script(self, script, dst=None, loader=''):
"""Adds a new linker script to the BSP.
"""
assert is_string(script)
if dst is None:
# not a pair: just copy the script without renaming it
obj = LdScript(os.path.basename(script), script, loader)
else:
obj = LdScript(dst, script, loader)
assert obj not in self.ld_scripts, \
"duplicated ld script name %s" % str(obj)
self._ld_scripts.append(obj)
def __init__(self, dst, src, loaders):
super(LdScript, self).__init__(dst=dst, src=src)
if loaders is None:
self._loaders = None
elif is_string(loaders):
if len(loaders) == 0:
self._loaders = tuple()
else:
self._loaders = (loaders, )
elif isinstance(loaders, list):
self._loaders = tuple(loaders)
elif isinstance(loaders, tuple):
self._loaders = loaders
else:
assert False, "unexpected type for loader %s" % str(loaders)
def dump_runtime_xml(self, rts_name, rts):
"""Dumps the runtime.xml file that gives the configuration to gprbuild
"""
ret = '<?xml version="1.0" ?>\n\n'
ret += '<gprconfig>\n'
ret += ' <configuration>\n'
ret += ' <config><![CDATA[\n'
if self.loaders is not None:
# Add USER loader so users can always specify their own linker
# script. To ensure the USER loader is always used for this
# purpose it cannot be defined by a target
assert 'USER' not in self.loaders, \
"target cannot define USER loader"
loaders = list(self.loaders) + ['USER']
else:
assert len(self.ld_scripts) <= 1, (
"target configuration error: no loader specified and several"
" ld scripts are defined")
if len(self.ld_scripts) == 1:
loaders = ['DEFAULT', 'USER']
self.ld_scripts[0].add_loader('DEFAULT')
else:
loaders = ['USER']
ret += ' type Loaders is ("%s");\n' % '", "'.join(loaders)
ret += ' Loader : Loaders := external("LOADER", "%s");\n\n' % \
loaders[0]
ret += ' package Compiler is\n'
if len(self.compiler_switches) > 0:
ret += ' Common_Required_Switches := ("%s");\n' % \
'", "'.join(self.compiler_switches)
else:
ret += ' Common_Required_Switches := ();\n'
if len(self.c_switches) > 0:
ret += ' C_Required_Switches := ("%s");\n' % \
'", "'.join(self.c_switches)
ret += '\n'
for lang in ('Ada', 'C', 'Asm', 'Asm2', 'Asm_Cpp'):
w = ' '
ret += w + 'for Leading_Required_Switches ("%s") use\n' % lang
w = ' '
ret += w + 'Compiler\'Leading_Required_Switches ("%s") &\n' % \
lang
ret += w + 'Common_Required_Switches'
if lang != 'Ada' and len(self.c_switches) > 0:
ret += ' &\n' + w
ret += 'C_Required_Switches'
ret += ';\n'
ret += ' end Compiler;\n\n'
switches = []
for sw in self.ld_switches:
if sw['loader'] is None or sw['loader'] == '':
switches.append('"%s"' % sw['switch'])
ret += ' package Linker is\n'
indent = 6
blank = indent * ' '
ret += blank + \
'for Required_Switches use Linker\'Required_Switches &\n'
ret += blank + ' ("-Wl,-L${RUNTIME_DIR(Ada)}/adalib",\n'
indent = 9
blank = indent * ' '
ret += blank + '"-nostartfiles"'
if rts.rts_vars['RTS_Profile'] != "ravenscar-full":
ret += ', "-nolibc"'
else:
# in the ravenscar-full case, the runtime depends on
# functionalities from newlib, such as memory allocation.
ret += ', "-lc", "-lgnat"'
# Add the user script path first, so that they have precedence
ret += ',\n' + blank + '"-L${RUNTIME_DIR(ada)}/ld_user"'
# And then our own script(s), if any
if len(self.ld_scripts) > 0:
ret += ',\n' + blank + '"-L${RUNTIME_DIR(ada)}/ld"'
if len(switches) > 0:
ret += ',\n' + blank
ret += (',\n' + blank).join(switches)
blank = indent * ' '
ret += ') &\n' + blank + 'Compiler.Common_Required_Switches;\n'
indent = 6
blank = indent * ' '
if loaders is not None:
ret += '\n' + blank
ret += 'case Loader is\n'
indent += 3
blank = indent * ' '
for loader in loaders:
ret += blank
ret += 'when "%s" =>\n' % loader
if loader == 'USER':
continue
indent += 3
blank = indent * ' '
switches = []
for val in self.ld_scripts:
if val.loaders is None or loader in val.loaders:
switches.append('"-T", "%s"' % val.name)
for sw in self.ld_switches:
if is_string(sw['loader']) \
and sw['loader'] == loader:
switches.append('"%s"' % sw['switch'])
if isinstance(sw['loader'], list) \
and loader in sw['loader']:
switches.append('"%s"' % sw['switch'])
if len(switches) > 0:
ret += blank
ret += \
'for Required_Switches use Linker\'Required_Switches'
ret += ' &\n' + blank + ' '
ret += '(%s);\n' % (',\n ' + blank).join(switches)
indent -= 3
blank = indent * ' '
indent -= 3
blank = indent * ' '
ret += '%send case;\n' % blank
ret += (' end Linker;\n'
']]>\n'
' </config>\n'
' </configuration>\n'
'</gprconfig>\n')
return ret
