def list_craft_assets(self, filepath):
''' Reads the craft file and return all cfg folders '''
craft_assets = set()
with open(filepath, 'r') as craft_file:
craft_data = craft_file.read()
craftnodes = ConfigNode.load(craft_data)
# FIXME: is part always the first value?
assets_set = self.get_craft_unique_assets(craftnodes)
for asset in assets_set:
if asset not in self.parts:
print("Warning: part '{}' not found".format(asset))
else:
if self.uses_qt:
from PyQt4 import QtCore
self.emitter.emit(QtCore.SIGNAL('building(QString, int, int)'), "Building", list(assets_set).index(asset), len(assets_set))
print('Getting files for {}'.format(asset))
craft_assets.update(self.get_asset_files(self.parts[asset]))
return craft_assets
def main():
wheel_mu = sys.argv[1]
mu = Mu()
if not mu.read(wheel_mu):
print("could not read: " + fname)
raise
find_wheels(mu.obj)
if len(sys.argv) > 2:
text = open(sys.argv[2], "rt").read()
node = ConfigNode.load(text)
wheel = node.GetNode('Wheel')
if not wheel:
print("could not find Wheel")
sys.exit(1)
adjust_wheel(wheel)
mu.write("wheelout.mu")
else:
for w in wheel_colliders.keys():
node = wheel_cfg(w, wheel_colliders[w])
print("Wheel "+ node.ToString())
def list_craft_assets(self, filepath):
''' Reads the craft file and return all cfg folders '''
craft_assets = set()
with open(filepath, 'r') as craft_file:
craft_data = craft_file.read()
craftnodes = ConfigNode.load(craft_data)
# FIXME: is part always the first value?
assets_set = self.get_craft_unique_assets(craftnodes)
for asset in assets_set:
if asset not in self.parts:
print("Warning: part '{}' not found".format(asset))
else:
if self.uses_qt:
from PyQt4 import QtCore
self.emitter.emit(
QtCore.SIGNAL('building(QString, int, int)'),
"Building",
list(assets_set).index(asset), len(assets_set))
print('Getting files for {}'.format(asset))
craft_assets.update(self.get_asset_files(
self.parts[asset]))
return craft_assets
from cfgnode import ConfigNode
def get_cfg_values(one_node, val_type):
assert isinstance(one_node, ConfigNode)
return [i[1] for i in one_node.values if i[0] == val_type]
part_node_dict = dict()
child_parent_map = dict()
parent_children_map = dict()
all_partnames = list()
parentage_crosses_stage = list()
loaded_config_nodes = ConfigNode.load(
open(args.ship_file, encoding="utf-8").read())
print("Load successful")
theparts = [p[1] for p in loaded_config_nodes.nodes if p[0] == "PART"]
for partNode in theparts:
partpart = [i[1] for i in partNode.values if i[0] == "part"][0]
partNode_childlinks = [i[1] for i in partNode.values if i[0] == "link"]
for one_child in partNode_childlinks:
child_parent_map[one_child] = partpart
parent_children_map[partpart] = partNode_childlinks
all_partnames.append(partpart)
part_node_dict[partpart] = partNode
for child, parent in child_parent_map.items():
child_stage = get_cfg_values(part_node_dict[child], "istg")[0]
parent_stage = get_cfg_values(part_node_dict[parent], "istg")[0]
other_part = part_map[port.GetValue('dockUId')]
other_port = find_module(other_part, "ModuleDockingNode")
if other_port.GetValue('dockUId') != p.GetValue('uid'):
continue
if parts.index(other_part) != int(p.GetValue('parent')):
continue
events = port.GetNode('EVENTS')
undock = events.GetNode('Undock')
print(p.GetValue('uid'), port.GetValue('state'),
port.GetValue('dockUId'))
count += 1
return count
for arg in sys.argv[1:]:
text = open(arg, "rt").read()
node = ConfigNode.load(text)
game = node.GetNode('GAME')
if not game:
print("could not find GAME")
sys.exit(1)
flightstate = game.GetNode("FLIGHTSTATE")
if not flightstate:
print("could not find FLIGHTSTATE")
sys.exit(1)
vessels = flightstate.GetNodes("VESSEL")
for v in vessels:
if check_ports(v):
print(v.GetValue("name"), v.GetValue("type"))
sys.exit(0)
# Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
#
# ##### END GPL LICENSE BLOCK #####
# <pep8 compliant>
from cfgnode import ConfigNode
import sys
src = sys.argv[1]
dst = sys.argv[2]
out = sys.argv[3]
src_text = open(src, "rt").read()
dst_text = open(dst, "rt").read()
src_node = ConfigNode.load(src_text)
src_game = src_node.GetNode('GAME')
dst_node = ConfigNode.load(dst_text)
dst_game = dst_node.GetNode('GAME')
if not src_game:
print("could not find source GAME")
sys.exit(1)
if not dst_game:
print("could not find destination GAME")
sys.exit(1)
src_flightstate = src_game.GetNode("FLIGHTSTATE")
if not src_flightstate:
print("could not find source FLIGHTSTATE")
sys.exit(1)
dst_flightstate = dst_game.GetNode("FLIGHTSTATE")
if 'Docked' in port.GetValue('state'):
continue
other_part = part_map[port.GetValue('dockUId')]
other_port = find_module(other_part, "ModuleDockingNode")
if other_port.GetValue('dockUId') != p.GetValue('uid'):
continue
if parts.index(other_part) != int(p.GetValue('parent')):
continue
events = port.GetNode('EVENTS')
undock = events.GetNode('Undock')
print(p.GetValue('uid'), port.GetValue('state'), port.GetValue('dockUId'))
count+=1
return count
for arg in sys.argv[1:]:
text = open(arg, "rt").read()
node = ConfigNode.load(text)
game = node.GetNode('GAME')
if not game:
print("could not find GAME")
sys.exit(1)
flightstate = game.GetNode("FLIGHTSTATE")
if not flightstate:
print("could not find FLIGHTSTATE")
sys.exit(1)
vessels = flightstate.GetNodes("VESSEL")
for v in vessels:
if check_ports(v):
print(v.GetValue("name"), v.GetValue("type"))
sys.exit(0)
