79 lines
3.0 KiB
Python
79 lines
3.0 KiB
Python
prefix = "Z202601" #第一个字母是分类的代号, 1-4为数字是届别, 5-6位数字一般是学期序号(01-06), 特殊情况酌情分类, 假期作业归属于前一个学期
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from database_tools import *
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jsonfile = f"../备课组/{prefix[3:5]}届/校本材料.json"
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notes_dict = load_dict(jsonfile)
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# print(len(notes_dict))
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if not prefix[0] in notes_dict["structures"]:
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AddNew = input("此类型不在列表中, 新增(A)/退出(Q):")
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if AddNew[0].upper() == "A":
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descr = input("类型描述:")
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cn = input("编号是否连续(T/F):")
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if cn[0].upper() == "T":
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cn = True
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else:
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cn = False
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partscount = int(input("分为多少个部分:"))
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new_struct_dict = {
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"description": descr,
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"consecutivenumbering": cn,
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"structure": {}
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}
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for i in range(partscount):
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partid = input(f"第 {i+1} 部分的代号:")
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partname = input(f"部分 {partid} 的名称:")
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spaceflag = input(f"部分 {partid}: {partname} 中是否要在题目后留空格(T/F):")
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if spaceflag[0].upper() == "T":
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spaceflag = True
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else:
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spaceflag = False
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new_struct_dict["structure"][partid] = {
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"name": partname,
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"spaceflag": spaceflag
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}
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notes_dict["structures"][prefix[0]] = new_struct_dict.copy()
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save_dict(notes_dict,jsonfile)
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else:
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pass
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else:
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numberlist = []
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for id in notes_dict["notes"]:
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if prefix in id:
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numberlist.append(id[-2:])
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print("该分类下已有材料编号: "+generate_exp(numberlist))
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pid = prefix + input("请输入新材料编号(两位数):")
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while pid in notes_dict["notes"]:
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print("编号重复, 请重新输入.")
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pid = prefix + input("请输入新材料编号(两位数):")
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name = input("请输入材料名称:")
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filenameraw = input("生成的文件名和材料名称是否一致?([Y]/如果不一致请输入文件名):")
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if filenameraw.upper() == "Y":
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filename = name
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else:
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filename = filenameraw
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new_note_dict = {
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"id": pid,
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"name": name,
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"filename": filename
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}
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structure = notes_dict['structures'][prefix[0]]['structure']
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print(f"此类材料共有 {len(structure)} 个部分, 分别是:")
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for p in structure:
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print(f"{p}: {structure[p]['name']}")
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new_note_dict[p] = []
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for p in structure:
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rawdata = input(f"现在输入 {p}: {structure[p]['name']} 部分的内容编号:")
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rawdata = re.sub(r"[^BXK\d:,]","",rawdata)
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if re.findall(r"\d",rawdata) == []:
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new_note_dict[p] = []
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else:
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new_note_dict[p] = generate_id_set(rawdata)
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print(f"{p}: {new_note_dict[p]}")
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notes_dict["notes"][pid] = new_note_dict.copy()
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notes_dict["notes"] = SortDict(notes_dict["notes"])
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save_dict(notes_dict,jsonfile)
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