413 lines
15 KiB
Python
413 lines
15 KiB
Python
import re
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import datetime
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import shutil
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import os.path
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import re
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def file_backup_time():
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now = datetime.datetime.now()
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return now.strftime("%Y%m%d%H%M%S")
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def get_directory(file_path):
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return os.path.dirname(file_path)
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def get_file_name_with_extention(file_path):
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dir_part = get_directory(file_path)
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file_name = file_path.replace(dir_part, "").replace("\\", "").replace(r"/", "")
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(name, ext) = file_name.split(".")
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return name, ext
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class SFileObject:
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def __init__(self, file_path):
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self._content = []
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self.file_path = file_path
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self._read(file_path)
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pass
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def _read(self, file_path):
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with open(file_path) as f:
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for line in f:
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trimeed_line = line.strip()
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if trimeed_line == "":
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continue
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norm_trimed_line = re.sub(r"(\s+)", ",", trimeed_line)
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sep = norm_trimed_line.split(",")
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self._content.append(sep)
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def _save_backup(self, back_file_path):
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shutil.copy(self.file_path, back_file_path)
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def write(self, target_file_path):
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(file_name, ext) = get_file_name_with_extention(self.file_path)
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src_file_dir = get_directory(self.file_path)
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self._save_backup(
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"{dir}/{file_name}-{time}.{ext}".format(
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dir=src_file_dir, file_name=file_name, time=file_backup_time(), ext=ext
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)
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)
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with open(target_file_path, "wt") as file:
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for content in self._content:
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_content = [str(x) for x in content]
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file.write("{content}\n".format(content=" ".join(_content)))
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def has(self, tower_number): # 塔位号是否存在S文件中。可能存在多行的情况。
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indexes = []
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for index, content in enumerate(self._content):
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if content[0] == tower_number:
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indexes.append(index)
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return indexes
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def content(self):
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return self._content
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def update_height(self, index, new_height): # 更新内存中S文件中的塔高
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content = self._content
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content[index][7] = new_height
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# 更新档距
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def update_all_mileage(self, new_mileage_dic):
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content = list(self._content)
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first_tower_number_in_s = self._content[2][0]
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tower_mileage_of_first_tower_in_ta = new_mileage_dic[first_tower_number_in_s]
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for index, s_entry in enumerate(self._content):
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if s_entry[0] == "首端转角号" or s_entry[0] == "塔号":
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continue
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tower_number = s_entry[0]
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if tower_number in new_mileage_dic:
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new_mileage = (
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new_mileage_dic[tower_number] - tower_mileage_of_first_tower_in_ta
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)
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content[index][1] = new_mileage
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self._content = content
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# 把所有S文件当做一个来操作
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class SFileAsSingle:
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def __init__(self, s_files):
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self._s_files = s_files
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# 考虑不同位置处出现塔号的情况
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# 打开一次S文件
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def has(self, tower_number) -> [(SFileObject, int)]:
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s_file = self._s_files
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ret = []
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for s in s_file:
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d_file_obj = SFileObject(s)
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indexes = d_file_obj.has(tower_number)
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for index in indexes:
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ret.append((d_file_obj, index))
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return ret
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# 写入一次S文件
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def update_height(self, result: [(SFileObject, int)], new_height):
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s_changed_record = {}
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for s_file_obj, index in result:
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s_file_obj.update_height(index, new_height)
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s_changed_record[s_file_obj] = 1
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# 输出变化的文件名
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for s_file_obj in s_changed_record:
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s_output_file_path = s_file_obj.file_path
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s_file_obj.write(s_output_file_path)
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print("update S file {Ss}".format(Ss=s_output_file_path))
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# 写入一次S文件
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def update_all_mileage(self, new_mileage_dic):
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s_file = self._s_files
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for s in s_file:
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s_object = SFileObject(s)
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s_object.update_all_mileage(new_mileage_dic)
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s_output_file_path = s_object.file_path
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s_object.write(s_output_file_path)
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print("update mileage in S file {Ss}".format(Ss=s_output_file_path))
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def content(self):
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s_file = self._s_files
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for s in s_file:
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d_file_obj = SFileObject(s)
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s_content = d_file_obj.content()
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for c in s_content:
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yield c
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class TaFileObject:
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def __init__(self, file_path, SFile):
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# self._content = []
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self._file_path = file_path
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self._read(file_path)
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self._old_tower_height_record = None
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self._SFile = SFile
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self._old_span_record = None # 档距
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pass
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def _read(self, file_path):
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contents = []
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with open(file_path) as f:
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for line in f:
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trimeed_line = line.strip()
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if trimeed_line == "":
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continue
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norm_trimed_line = re.sub(r"(\s+)", "", trimeed_line)
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sep = norm_trimed_line.split(",")
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contents.append(sep)
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return contents
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@staticmethod
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def _make_tower_height_record(contents): # 将TA文件读入内存字典中
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tower_height_record = {}
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for content in contents:
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sep = content
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if len(sep) > 9:
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tower_number = sep[0]
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tower_height = sep[9]
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tower_height_record[tower_number] = tower_height
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return tower_height_record
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# def _make_span_record(self, ta_content): # 将TA 文件档距读入字典中。
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# tower_span_record = {}
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# basic_mileage = 0
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# for ta_entry in ta_content:
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# if len(ta_entry) > 2:
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# tower_number = ta_entry[0]
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# tower_mileage = ta_entry[2]
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# tower_span_record[tower_number] = tower_mileage - basic_mileage
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# basic_mileage = tower_mileage
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# return tower_span_record
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def sync_changed_tower_height_to_S(self, ta_new_contents, old_tower_height_record):
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updated = False
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for ta_entry in ta_new_contents:
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sep = ta_entry
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if len(sep) > 9:
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tower_number = sep[0]
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old_tower_height = float(old_tower_height_record[tower_number])
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new_tower_height = float(sep[9])
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if abs(old_tower_height - new_tower_height) > 1e-5:
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print(
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"{tower_number} height changes to {new_tower_height}".format(
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tower_number=tower_number, new_tower_height=new_tower_height
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)
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)
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SFile = self._SFile
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s_as_single = SFileAsSingle(SFile)
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result = s_as_single.has(tower_number)
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if len(result) > 0:
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s_as_single.update_height(result, new_tower_height)
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updated = True
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return updated
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def sync_all_tower_mileage_to_s(self):
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ta_new_contents = self._read(self._file_path)
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new_mileage_dic = {}
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for ta_entry in ta_new_contents:
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if len(ta_entry)>2:
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tower_number = ta_entry[0]
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new_tower_mileage = float(ta_entry[2])
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new_mileage_dic[tower_number] = new_tower_mileage
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SFile = self._SFile
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s_as_single = SFileAsSingle(SFile)
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s_as_single.update_all_mileage(new_mileage_dic)
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# # 同步Ta文件中修改过的档距。
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# @staticmethod
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# def sync_changed_tower_span_to_s(ta_new_contents, old_tower_span_record):
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# for ta_entry in ta_new_contents:
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# tower_number = ta_entry[0]
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# old_tower_span = float(old_tower_span_record[tower_number])
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# new_tower_span = float(ta_entry[2])
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# if abs(old_tower_span - new_tower_span) > 1e-5:
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# print(
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# "{tower_number} span changes to {new_tower_span}".format(
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# tower_number=tower_number, new_tower_span=new_tower_span
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# )
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# )
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def sync_all_tower_height_from_TA_to_S(self):
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enter_string = input("Will synchronize all height from TA to S. Enter AH2S:\n")
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if enter_string.lower() != "ah2s":
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return
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ta_content = self._read(self._file_path)
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for entry in ta_content:
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sep = entry
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if len(sep) > 9:
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tower_number = sep[0]
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new_tower_height = float(sep[9])
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s_files = self._SFile
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s_as_single = SFileAsSingle(s_files)
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result = s_as_single.has(tower_number)
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if len(result) > 0:
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s_as_single.update_height(result, new_tower_height)
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# 将S文件中的塔高同步到TA文件中。
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def sync_all_tower_height_from_S(self):
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enter_string = input(
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"Will synchronize height in S to Ta. Enter S2T to proceed.\n"
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)
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if enter_string.lower() != "s2t":
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print("Not confirmed.")
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return
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# 先取得所有S的呼高
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s_tower_height_dic = {}
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s_as_single = SFileAsSingle(self._SFile)
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for s_entry in s_as_single.content():
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if s_entry[0] == "首端转角号" or s_entry[0] == "塔号":
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continue
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tower_number = s_entry[0]
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tower_height = s_entry[7]
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if tower_number in s_tower_height_dic:
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continue # 只取第一次出现的。避免耐张段末端和首端不一致的问题。
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s_tower_height_dic[tower_number] = tower_height
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ta_content = self._read(self._file_path)
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new_ta_content = list(ta_content)
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for index, ta_entry in enumerate(ta_content):
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ta_tower_number = ta_entry[0]
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if ta_tower_number in s_tower_height_dic:
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if (
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abs(
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float(new_ta_content[index][9])
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- float(s_tower_height_dic[ta_tower_number])
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)
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> 1e-5 # 新旧呼高不一致
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):
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print(
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"Tower {tower_number} height({old_height} -> {new_height}) in S has been synchronized to TA.\n".format(
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tower_number=ta_tower_number,
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old_height=ta_content[index][9],
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new_height=s_tower_height_dic[ta_tower_number],
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)
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)
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new_tower_height = s_tower_height_dic[ta_tower_number]
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new_ta_content[index][9] = new_tower_height # 将S文件中的塔高赋值到TA文件中
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# 修改TA中WNSZ_51这样的塔名
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old_tower_name_height = ta_entry[8]
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tower_name = old_tower_name_height.split("_")[0]
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new_tower_name_height = "{tower_name}_{new_height}".format(
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tower_name=tower_name, new_height=new_tower_height
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)
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new_ta_content[index][8] = new_tower_name_height
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# 备份TA文件
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ta_file_dir = get_directory(self._file_path)
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ta_file_name = get_file_name_with_extention(self._file_path)[0]
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backup_time = file_backup_time()
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backup_file_path = "{ta_file_dir}/{ta_file_name}{backup_time}.TA".format(
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ta_file_dir=ta_file_dir, ta_file_name=ta_file_name, backup_time=backup_time
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)
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shutil.copy(self._file_path, backup_file_path)
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with open(self._file_path, "w") as ta_file:
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for ta_c in new_ta_content:
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ta_file.write("{ta_c}\n".format(ta_c=",".join(ta_c)))
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print("Synchronization form S to TA is finished.")
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pass
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def start(self):
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file_path = self._file_path
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while True: # 检测文件是否有变化的循环
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new_contents = self._read(file_path) # 每一次循环都会重新读一遍TA文件
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if self._old_tower_height_record is None:
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self._old_tower_height_record = self._make_tower_height_record(
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new_contents
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)
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if self.sync_changed_tower_height_to_S(
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new_contents, self._old_tower_height_record
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):
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self._old_tower_height_record = self._make_tower_height_record(
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new_contents
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)
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while True: # 接受输入的循环
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key = input("press Y to synchronize TA to S\n")
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if key == "y" or key == "Y":
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break
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print("key invalid.")
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class CordinationObject:
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def __init__(self, cord_file_path):
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content = []
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cord_dic = {}
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with open(cord_file_path) as cord_file:
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for line in cord_file:
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if line.strip() == "":
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continue
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sep = line.split(",")
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J_or_Z = sep[0][0]
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pile = re.findall(r"[JZ]0*([0-9]+)", sep[0])[0] # 桩
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JZ_pile = J_or_Z + pile
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# pile = sep[0][1:len(sep[0])]
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altitude = sep[1]
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mileage = sep[2]
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content.append((JZ_pile, altitude, mileage))
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index = len(content) - 1
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cord_dic[pile] = index # 字典是不带J或者Z的
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self._content = content
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self._cord_dic = cord_dic
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def get_altitude(self, pile):
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cord_dic = self._cord_dic
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if pile in cord_dic:
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index = cord_dic[pile]
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return self._content[index][1]
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return None
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def content(self):
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return self._content
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class DFileObject:
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def __init__(self, D_file_path):
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_content = []
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with open(D_file_path) as D_file:
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for _line in D_file:
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line = re.sub(r"\s+", ",", _line)
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_content.append(line.split(","))
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self._content = _content
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def content(self):
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return self._content
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class DFileAsSingle:
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def __init__(self, d_files):
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self._d_file_object = []
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for d in d_files:
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self._d_file_object.append(DFileObject(d))
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def content(self):
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for d_object in self._d_file_object:
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for c in d_object.content():
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yield c
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def float_content(self):
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for c in self.content():
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yield [float(num) for num in c if num != ""]
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# 通过里程获取高程
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def get_altitude(self, mileage):
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lower_mileage_altitude = None
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upper_mileage_altitude = None
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d_mileage = 0
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base_mileage = 0
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for d_content in self.float_content():
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if d_content[1] == 0:
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base_mileage = d_mileage
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d_mileage = base_mileage + d_content[1]
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if d_mileage < mileage:
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lower_mileage_altitude = (d_mileage, d_content[2])
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if d_mileage >= mileage:
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upper_mileage_altitude = (d_mileage, d_content[2])
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break
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if d_mileage == mileage:
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return upper_mileage_altitude[1]
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# 如果不是正好有高程，就线性插值。
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if d_mileage > mileage:
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return (
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(mileage - lower_mileage_altitude[0])
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/ (upper_mileage_altitude[0] - lower_mileage_altitude[0])
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* (upper_mileage_altitude[1] - lower_mileage_altitude[1])
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+ lower_mileage_altitude[1]
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)
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# 没有高程就返回None
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return None
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