def __ask__(self):
defaults = self.rc.copy()
for i in EMPTY_RC:
if not i in defaults:
defaults[i] = EMPTY_RC[i]
elif not type(EMPTY_RC[i]) == str:
for j in EMPTY_RC[i]:
if not j in defaults[i]:
defaults[i][j] = EMPTY_RC[i][j]
console.warn("""You don't seem to have documented your default informations,
or airstrip has an upgraded version that requires new infos.""")
console.info("""These infos are stored only in the file %s, which you can edit manually.""" % AIRSTRIP_RC_PATH)
console.info('First, provide informations about your company (if any - used generally for the author fields and copyright owner informations.)')
self.rc['company']['name'] = prompt('Your company name (currently: %s)' % defaults['company']['name'], defaults['company']['name'])
self.rc['company']['mail'] = prompt('Your company mail (currently: %s)' % defaults['company']['mail'], defaults['company']['mail'])
self.rc['company']['url'] = prompt('Your company website / twitter (currently: %s)' % defaults['company']['url'], defaults['company']['url'])
console.info('Now, about you - this will be used for the contributors/maintainers fields.')
self.rc['you']['name'] = prompt('Your name (currently: %s)' % defaults['you']['name'], defaults['you']['name'])
self.rc['you']['mail'] = prompt('Your mail (currently: %s)' % defaults['you']['mail'], defaults['you']['mail'])
self.rc['you']['url'] = prompt('Your website / twitter (currently: %s)' % defaults['you']['url'], defaults['you']['url'])
self.rc['you']['login'] = prompt('Your github name (currently: %s)' % defaults['you']['login'], defaults['you']['login'])
keys = licenses.Licenses().list()
self.rc['license'] = prompt('Default license for new projects (among %s)? (currently: %s)' % (keys, defaults['license']), defaults['license'])
self.rc['git'] = prompt('Default git owner to use for new projects? (currently: %s)' % defaults['git'], defaults['git'])
self.rc['ln'] = prompt('Default language for projects? (currently: %s)' % defaults['ln'], defaults['ln'])
self.set('version', API)
def configure():
monade.console.error("Libtool can't be compiled on a filesystem that don't support hard links. So, scratch CIFS/AFP for your build/tmp directory.")
prompt("Also, libtool MIGHT fail building on the first run (might have been parallel build that broke it - unconfirmed). Press enter now.")
monade.configure('--with-pic', debug = '')
def __find(production, envir, ignoresystem = False):
# Initialize the environment for the given target
# env.sethost(puke.Yak.XCC)
# # Specify our deploy path
# Currently, packages that are both compiled in a toolchain AND as native dependency override each other when it comes to pc files.
# The only solution would be to maintain two different PKG_CONFIG...
# Try pkg-config first
# XXX This is massively broken when cross-compiling
# if fs.exists(fs.join(env.native.prefix, 'bin', 'pkg-config')) and production != 'pkg-config':
# command = 'pkg-config --modversion %s' % production
# try:
# console.info(' * Trying to find through pkg-config')
# # First try our pkg-config
# ret = shell.execute(envir.flush(), command, silent = True)
# ret = shell.execute(envir.flush(), 'echo $PKG_CONFIG_PATH/%s.pc' % production)
# console.info(' + Found package at %s' % ret.out.strip())
# return ret.out.strip()
# except Exception as e:
# console.info(' - Failed!')
# else:
# console.info(' * You don\'t have pkg-config (yet?)!')
# Otherwise, try the production name, litterally
verif = fs.join(envir.prefix, production)
console.info(' * Trying to find the given filename %s' % verif)
if fs.exists(verif):
if verif == production:
# Should NEVER happen - this is bad every inch
console.warn(' + Found but... BEWARE! This is a system path and might not be portable (that being said, *you* specified it!): %s' % verif)
else:
console.info(' + Found package in: %s' % verif)
return verif
else:
console.info(' - Failed!')
console.info(' * Trying to find the package as a binary somewhere')
# Finally, that may be a binary
# XXX this first because on cross compiling, the path is not set to the local bin
test = fs.join(envir.prefix, 'bin', production)
if fs.exists(test):
console.info(' + Found a binary here: %s' % test)
return test
# Dirty windows trick
test = fs.join(envir.prefix, 'bin', '%s.exe' % production)
if fs.exists(test):
console.info(' + Found a binary here: %s' % test)
return test
command = 'which %s' % production
try:
ret = shell.execute(envir.flush(), command, silent = True)
if ret.out.startswith(envir.prefix):
console.info(' + Found a binary here: %s' % ret.out)
else:
if ignoresystem:
return False
console.error(' + Found a binary on the system (might cause compatibility problems!): %s' % ret.out)
q = prompt('Do you want to build your own, or use the system package (type "system")?')
if q != 'system':
return False
return ret.out.strip()
except:
pass
console.info(' - Failed!')
console.warn('Package production not found')
return False
