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409 lines
16 KiB
Python
409 lines
16 KiB
Python
#!/usr/bin/python3
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# -*- coding: utf-8 -*-
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#
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# module DecodeDatabase
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#
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# Copyright (C) 2019 AleaJactaEst
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#
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# This program is free software: you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation, either version 3 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program. If not, see <http://www.gnu.org/licenses/>.
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import logging
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from tools import getPowerOf2
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from tools import BitStream
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LOGGER='DecodeDatabase'
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def show_dico(dico, level=1):
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try:
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for ele in dico:
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if isinstance(dico[ele], dict):
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logging.getLogger(LOGGER).debug("%s %s %s" % ("." * level, ele , ":"))
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if isinstance(dico[ele], dict):
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show_dico(dico[ele], level+1)
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else:
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logging.getLogger(LOGGER).debug("%s %s %s" % ("." * level, ele, ':', dico[ele]))
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except:
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logging.getLogger(LOGGER).debug("empty")
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def print_dico(dico, level=1):
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try:
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for ele in dico:
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if isinstance(dico[ele], dict):
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print("%s %s %s" % ("." * level, ele , ":"))
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if isinstance(dico[ele], dict):
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show_dico(dico[ele], level+1)
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else:
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print("%s %s %s" % ("." * level, ele, ':', dico[ele]))
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except:
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pass
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def child(ele):
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ret = {}
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ret_branch = {}
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ref_other = {}
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id_branch = 0
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id_other = 0
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min_i = -1
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max_i = -1
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for k in ele.keys():
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ret[k] = ele.get(k)
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logging.getLogger(LOGGER).debug("%s %s" % (str(k), str(ele.get(k))))
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for _child in list(ele):
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x = child(_child)
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if x['name'] == 'branch':
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ret_branch.setdefault(id_branch, x)
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id_branch += 1
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else:
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ref_other.setdefault(id_other, x)
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id_other += 1
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if ret_branch or ref_other:
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ret['child'] = {}
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id = 0
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for x in ret_branch:
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min_i = max_i + 1
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max_i = min_i
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#show_dico( ret_branch[x])
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if 'count' in ret_branch[x]:
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max_i = min_i + int(ret_branch[x]['count']) - 1
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ret_branch[x]['min'] = min_i
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ret_branch[x]['max'] = max_i
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ret['child'].setdefault(id, ret_branch[x])
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id += 1
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for x in ref_other:
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min_i = max_i + 1
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max_i = min_i
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#show_dico( ref_other[x])
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if 'count' in ref_other[x]:
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max_i = min_i + int(ref_other[x]['count']) - 1
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ref_other[x]['min'] = min_i
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ref_other[x]['max'] = max_i
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ret['child'].setdefault(id, ref_other[x])
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id += 1
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return ret
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def count_elements(head):
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#print(head)
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if 'child' in head.keys():
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list_ele = [x for x in list(head['child'].keys()) if isinstance(x, int)]
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else:
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list_ele = [x for x in list(head.keys()) if isinstance(x, int)]
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logging.getLogger(LOGGER).debug(str(list_ele))
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last_key = max(list_ele)
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logging.getLogger(LOGGER).debug(str(last_key ))
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try:
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last_key = max(list_ele)
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if 'child' in head.keys():
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return head['child'][last_key]['max'] + 1
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else:
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return head[last_key]['max'] + 1
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except TypeError:
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return 0
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def get_element(head, id):
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logging.getLogger(LOGGER).debug("id: %s" % str(id))
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for ele in head['child']:
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logging.getLogger(LOGGER).debug("ele:%s" % str(ele))
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logging.getLogger(LOGGER).debug("head:%s" % str(head))
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logging.getLogger(LOGGER).debug("max:%s", str(head['child'][ele]['max']))
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logging.getLogger(LOGGER).debug("min:%s", str(head['child'][ele]['min']))
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if id <= head['child'][ele]['max'] and id >= head['child'][ele]['min']:
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return head['child'][ele]
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return None
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class LeafDatabase():
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def __init__(self):
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self.name = ""
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self.type = ""
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def loadXmlWithoutCount(self, xmldata, extra=""):
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self.name = xmldata.get('name') + extra
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self.type = xmldata.get('type')
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def countLeaves(self):
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logging.getLogger(LOGGER).debug("countLeaves leaf %s (nb:1)" % (self.name))
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return 1
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def show(self, level=1):
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logging.getLogger(LOGGER).debug("%s %s Leaf %s [%s]" % ("*" * level, str(level), self.name, str(self.type)))
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def execute(self, msgin, name=""):
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if name:
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tmp = name
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else:
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tmp = self.name
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if self.type[0] == 'I': # Unsigned
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logging.getLogger(LOGGER).debug("Read:" + str (self.type))
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value = int(self.type[1:])
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data = msgin.readSerialUint64(value, name=tmp, typeName="Uint" + str(value))
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elif self.type[0] == 'S': # Signed
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logging.getLogger(LOGGER).debug("Read:" + str (self.type))
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value = int(self.type[1:])
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# _ = msgin.readNbChar(value, name='DatabaseXML' + tmp)
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data = msgin.readSerialUint64(value, name=tmp, typeName="Sint" + str(value))
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elif self.type == 'TEXT':
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logging.getLogger(LOGGER).debug("type:" + str (self.type))
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value = 32
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data = msgin.readSerialSint64(value, name=idname, typeName="Uint32/TEXT")
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else:
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logging.getLogger(LOGGER).error("Type inconnu:" + str (self.type))
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raise "type not managed"
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return True, {tmp: data}
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def execute_atom(self, level, pos, msgin, name=""):
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if name:
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extraName = name + "/" + self.name
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else:
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extraName = self.name
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idname = extraName
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logging.getLogger(LOGGER).debug('level:'+ str(level) + ' pos:' + str(pos) + ' idname:' + idname)
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if level < pos:
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return level + 1, None
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if self.type[0] == 'I':
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value = int(self.type[1:])
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if value > 64:
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raise "type not managed"
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logging.getLogger(LOGGER).debug('value:' + str(value))
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data = msgin.readSerialUint64(value, name=idname, typeName="Uint" + str(value))
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return level+1, {extraName: data}
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elif self.type[0] == 'S':
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logging.getLogger(LOGGER).debug("type:" + str (self.type))
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value = int(self.type[1:])
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data = msgin.readSerialSint64(value, name=idname, typeName="Sint" + str(value))
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return level+1, {extraName: data}
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elif self.type == 'TEXT':
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logging.getLogger(LOGGER).debug("type:" + str (self.type))
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value = 32
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data = msgin.readSerialUint64(value, name=idname, typeName="Uint32/TEXT")
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return level+1, {extraName: data}
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else:
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logging.getLogger(LOGGER).debug("Type inconnu:", self.type)
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raise "type not managed"
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return level, None
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class BranchDatabase():
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def __init__(self):
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self.name = None
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self.branch = []
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self.leaf = []
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self.min = None
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self.max = None
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self.atom = False
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def loadXml(self, xmldata, extra="", filter=None):
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if filter:
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if 'bank' in xmldata:
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if filter != xmldata['bank']:
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return
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else:
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return
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self.name = xmldata.get('name') + extra
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if xmldata.get('atom'):
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self.atom = True
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for ele in xmldata:
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if ele.get('count'):
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count = int(ele.get('count'))
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if ele.tag == 'branch':
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for i in range(0, count):
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newbranch = BranchDatabase()
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newbranch.loadXml(ele, str(i))
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self.branch.append(newbranch)
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elif ele.tag == 'leaf':
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for i in range(0, count):
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newleaf = LeafDatabase()
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newleaf.loadXmlWithoutCount(ele, str(i))
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self.leaf.append(newleaf)
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else:
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if ele.tag == 'branch':
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newbranch = BranchDatabase()
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newbranch.loadXml(ele, "")
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self.branch.append(newbranch)
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elif ele.tag == 'leaf':
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newleaf = LeafDatabase()
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newleaf.loadXmlWithoutCount(ele, "")
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self.leaf.append(newleaf)
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def loadRootXml(self, xmldata, filter=None):
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for ele in xmldata:
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if ele.tag == 'branch':
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if filter:
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if ele.get('bank') == filter:
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newbranch = BranchDatabase()
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newbranch.loadXml(ele)
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self.branch.append(newbranch)
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def getIdBits(self):
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count = 0
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for ele in self.branch:
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count += 1
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for ele in self.leaf:
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count += 1
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return count
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def countLeaves(self):
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count = 0
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for ele in self.branch:
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count += ele.countLeaves()
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for ele in self.leaf:
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count += ele.countLeaves()
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return count
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def execute_atom_found(self, level, pos, msgin, name=""):
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step=1
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if name:
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extraName = name + self.name
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else:
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extraName = self.name
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logging.getLogger(LOGGER).debug('level:' + str(level) + ' pos:' + str(pos) + ' name:' + name)
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idname = extraName
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for ele in self.branch:
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level, data = ele.execute_atom_found(level, pos, msgin, idname)
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logging.getLogger(LOGGER).debug('level:' + str(level) + ' pos:' + str(pos) + ' name:' + name + ' idname:' + str(idname))
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if level > pos:
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return level, data
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for ele in self.leaf:
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level, data = ele.execute_atom(level, pos, msgin, idname)
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logging.getLogger(LOGGER).debug('level:' + str(level) + ' pos:' + str(pos) + ' name:' + name + ' idname:' + str(idname))
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if level > pos:
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return level, data
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return level, None
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def show(self, level=0, pos=0, filterlevel=None):
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logging.getLogger(LOGGER).debug( "%s %s pos:%s Branch:%s atom:%s getIdBits:%s" % ("*" * level, str(level), str(pos), str(self.name), str(self.atom), str(self.getIdBits())))
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if filterlevel is not None:
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if filterlevel <= level:
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return
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i = 0
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for ele in self.branch:
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ele.show(level + 1, i, filterlevel)
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i += 1
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for ele in self.leaf:
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ele.show(level + 1)
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def execute_atom(self, msgin, parent):
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ret = {}
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nbchild = self.countLeaves()
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# nbchild = len(self.leaf) + len(self.branch)
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#nbBit = getPowerOf2.getPowerOf2_Bis(nbchild)
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logging.getLogger(LOGGER).debug("needRead:" + str(msgin.needRead()) + " nbchild:" + str(nbchild))
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logging.getLogger(LOGGER).debug(msgin.showAllData())
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if self.name:
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idname = parent + self.name +'/'
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else:
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idname = parent
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cBitSet = msgin.readCBitSet(nbchild, idname + ":Param", typeName = 'Uint' + str(nbchild))
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#cBitSet = CBitSet.CBitSet()
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#cBitSet.readSerialExtra(msgin, nbchild, self.name + "/Param")
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logging.getLogger(LOGGER).debug(msgin.showAllData())
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todelete_count_true = 0
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for i in range(0, nbchild):
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#ii = nbchild - i
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logging.getLogger(LOGGER).debug(str(i) + " - " + str(cBitSet.get(i)))
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if cBitSet.get(i):
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todelete_count_true += 1
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level, data = self.execute_atom_found(0, i, msgin, parent)
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#print(data)
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for key in data:
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ret.setdefault( key, data[key])
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#ret.setdefault( self.name+str(i), data )
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if todelete_count_true > 1:
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logging.getLogger(LOGGER).debug(msgin.showAllData())
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logging.getLogger(LOGGER).debug(msgin.showAllData())
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if ret:
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return True, ret
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else:
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return False, None
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def execute_normal(self, msgin, parent):
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nbchild = self.getIdBits()
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#nbBit = getPowerOf2.getPowerOf2_Bis(nbchild)
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nbBit = getPowerOf2.getPowerOf2_ter(nbchild)
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if nbBit > msgin.needRead() :
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logging.getLogger(LOGGER).debug("nbBit:" + str(nbBit) + " nbchild:" + str(nbchild) + " needRead:" + str(msgin.needRead() ))
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return False, None
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logging.getLogger(LOGGER).debug("needRead:" + str(msgin.needRead()) + " nbBit:" + str(nbBit))
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id = msgin.readSerial(nbBit, name=parent, typeName='Uint'+str(nbBit), emulate=True)
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logging.getLogger(LOGGER).debug("read : needRead:" + str(msgin.needRead()) + " nbBit:" + str(nbBit) + " id:" + str(id))
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i = 0
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ii = 0
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for ele in self.branch:
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#logging.getLogger(LOGGER).debug(str(i) + " id:" + str(id) + " name:" + str(ele.name))
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i += 1
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if i > id:
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comment = ""
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logging.getLogger(LOGGER).debug(str(i) + " id:" + str(id) + " name:" + str(ele.name))
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if self.name:
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idnameshort = parent + self.name + '/'
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else:
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idnameshort = parent
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idname = idnameshort + ele.name
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_= msgin.readSerial(nbBit, name=idname, typeName='Uint'+str(nbBit), emulate=False, commentValue=ele.name+comment)
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logging.getLogger(LOGGER).debug("name:" + ele.name + ", atom:" + str(ele.atom))
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state, data = ele.execute(msgin, idnameshort)
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if state:
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return True, data
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return False, None
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ii = i
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for ele in self.leaf:
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logging.getLogger(LOGGER).debug(str(i) + " id:" + str(id) + " name:" + str(ele.name))
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i += 1
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if i > id:
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if self.name:
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idnameshort = parent + self.name + '/'
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else:
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idnameshort = parent
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idname = idnameshort + ele.name
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logging.getLogger(LOGGER).debug(str(i) + " id:" + str(id) + " name:" + str(ele.name))
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_ = msgin.readSerial(nbBit, name= idname, typeName='Uint'+str(nbBit), emulate=False, commentValue=ele.name)
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logging.getLogger(LOGGER).debug("name:" + ele.name )
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state, data = ele.execute(msgin, name=idname)
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if state:
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return True, data
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return False, None
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ii = i
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id = msgin.readSerial(nbBit, name=parent, typeName='Uint'+str(nbBit))
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logging.getLogger(LOGGER).debug("OUT : needRead:" + str(msgin.needRead()) + " nbBit:" + str(nbBit) + " id:" + str(id)+ " i:" + str(ii))
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logging.getLogger(LOGGER).debug(msgin.showAllData())
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return False, None
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def execute(self, msgin, parent='DatabaseXML/'):
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ret = False, None
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if self.atom:
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logging.getLogger(LOGGER).debug("execute:" + parent)
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state, data = self.execute_atom(msgin, parent)
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else:
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logging.getLogger(LOGGER).debug("execute:" + parent)
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state, data = self.execute_normal(msgin, parent)
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return state, data
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class DecodeDatabase():
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def __init__(self):
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self.databaseXml = None
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self.databasePlr = None
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def loadDatabase(self, databaseXml):
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self.databasePlr = BranchDatabase()
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self.databasePlr.loadRootXml(databaseXml, 'PLR')
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self.databasePlr.show()
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#raise "ok"
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def execute(self, msgin, world):
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logging.getLogger(LOGGER).debug("Start execute")
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ret = self.databasePlr.execute(msgin)
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logging.getLogger(LOGGER).debug("End execute")
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return ret
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