forked from LeenkxTeam/LNXSDK
105 lines
2.3 KiB
Python
105 lines
2.3 KiB
Python
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# Convert Python logic node definition to Haxe
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import json
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import glob
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import sys
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def socket_type(s):
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if s == 'LnxNodeSocketAction':
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return 'ACTION'
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elif s == 'LnxNodeSocketObject':
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return 'OBJECT'
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elif s == 'LnxNodeSocketAnimAction':
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return 'ANIMACTION'
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elif s == 'LnxNodeSocketArray':
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return 'ARRAY'
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elif s == 'NodeSocketShader':
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return 'SHADER'
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elif s == 'NodeSocketInt':
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return 'INTEGER'
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elif s == 'NodeSocketFloat':
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return 'VALUE'
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elif s == 'NodeSocketString':
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return 'STRING'
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elif s == 'NodeSocketBool':
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return 'BOOL'
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elif s == 'NodeSocketVector':
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return 'VECTOR'
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elif s == 'NodeSocketColor':
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return 'RGBA'
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else:
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return s
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# path = '/Users/onek8/Downloads/Leenkx/lnxsdk/leenkx/blender/lnx.logicnode'
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path = sys.argv[1]
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modules = glob.glob(path + "/*.py")
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out = {}
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out['categories'] = []
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for m in modules:
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if m == '__init__.py':
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continue
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if m == 'lnx_nodes.py':
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continue
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with open(m) as f:
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n = {}
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n['inputs'] = []
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n['outputs'] = []
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n['buttons'] = []
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but = None
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lines = f.read().splitlines()
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for l in lines:
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l = l.strip()
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if l == '' or l == '],':
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continue
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# if l.startswith('property'):
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if 'EnumProperty' in l: # TODO: enum only for now
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but = {}
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but['name'] = 'property' + l.split(' = ', 1)[0][-1]
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but['type'] = 'ENUM'
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but['default_value'] = 0
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but['data'] = []
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n['buttons'].append(but)
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continue
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elif but != None:
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if l.endswith(')'):
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but = None
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continue
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ar = l.split("'")
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but['data'].append(ar[1])
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if l.startswith('bl_idname'):
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ar = l.split("'")
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n['type'] = ar[1][2:]
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if l.startswith('bl_label'):
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ar = l.split("'")
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n['name'] = ar[1]
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if l.startswith('self.inputs.new('):
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ar = l.split("'")
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soc = {}
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soc['type'] = socket_type(ar[1])
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soc['name'] = ar[3]
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n['inputs'].append(soc)
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if l.startswith('self.outputs.new('):
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ar = l.split("'")
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soc = {}
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soc['type'] = socket_type(ar[1])
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soc['name'] = ar[3]
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n['outputs'].append(soc)
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if l.startswith('add_node('):
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ar = l.split("'")
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cat = None
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for c in out['categories']:
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if c['name'] == ar[1]:
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cat = c
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break
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if cat == None:
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cat = {}
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cat['name'] = ar[1]
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cat['nodes'] = []
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out['categories'].append(cat)
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cat['nodes'].append(n)
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print(json.dumps(out))
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