248 lines
8.1 KiB
Python
248 lines
8.1 KiB
Python
import difflib
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import hashlib
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import json
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import os
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import re
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import shutil
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from datetime import date, datetime, timedelta
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from pytablewriter import AsciiDocTableWriter
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def asciidoc_json_dump(list, name, steps, Pmodules_db_path, Pmodules_states):
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matrix = []
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matrix_db = []
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matrix_sorted = []
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temp_matrix_db = []
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# Check the existing database
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db_file = os.path.join(Pmodules_db_path, name + "_modules.json")
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if os.path.exists(db_file):
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# No need to append the old database if we check the whole database
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if name != "all":
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with open(db_file, "r") as f:
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matrix_db = json.load(f)
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temp_matrix_db = matrix_db.copy()
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for elem in matrix_db:
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if (
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datetime.strptime(elem[-1], "%Y-%m-%d") + timedelta(days=30)
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< datetime.now()
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):
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temp_matrix_db.remove(elem)
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matrix_db = temp_matrix_db
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# Update the database for new changes
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if len(list) != 0:
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list_range = len(list) - steps + 1
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for index in range(0, list_range, steps):
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if len(list[index]) != 0:
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matrix_row = [list[index].split()[0]]
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if steps == 2:
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matrix_row += [
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list[index + 1].split()[1] + "->" + list[index].split()[1]
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]
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else:
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matrix_row += [list[index].split()[1]]
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matrix_row += [
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list[index].split()[2],
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" ".join(list[index].split()[3:]),
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str(date.today()),
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]
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matrix.append(matrix_row)
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# Update database file
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matrix += matrix_db
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with open(db_file, "w") as f:
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json.dump(matrix, f)
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for state in [x.strip() for x in Pmodules_states]:
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matrix_sorted += sorted(
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sorted([x for x in matrix if state in x]),
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key=lambda x: (x[-1], x[0]),
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)
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matrix = matrix_sorted
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# Dump asciidoc file
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writer = AsciiDocTableWriter(
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table_name=name.capitalize() + " modules",
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headers=["Name/Version", "Release Stage", "Group", "Deps", "Change Date"],
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value_matrix=matrix,
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)
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writer.dump(os.path.join("doc", name + "_modules.adoc"))
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def compare_states_sha(current_pmodule_state, old_pmodule_state, current_sha):
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if (len(old_pmodule_state)) != 0:
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old_sha = hashlib.sha256(old_pmodule_state.encode()).hexdigest()
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if current_sha != old_sha:
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return True
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else:
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return False
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def db_check_diff(current_pmodule_state, Pmodules_db_path, Pmodules_states):
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current_sha = hashlib.sha256(current_pmodule_state.encode()).hexdigest()
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no_current_db = False
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# Retrieve old state for comparison
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try:
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old_pmodule_file = [
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f for f in os.listdir(Pmodules_db_path) if not f.endswith(".json")
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][0]
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old_pmodule_state = open(
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os.path.join(Pmodules_db_path, old_pmodule_file), "r"
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).read()
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except:
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print(
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"There is no old Pmodule database available on path "
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+ Pmodules_db_path
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+ "... Writing current one"
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)
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no_current_db = True
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# Make sure the whitespaces in between the module descriptions are always one space only.
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# There is a database
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if not no_current_db:
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current_db = set(
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" ".join(i.split()) for i in current_pmodule_state.splitlines()
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)
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old_db = set(" ".join(i.split()) for i in old_pmodule_state.splitlines())
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all_module_list = list(current_db)
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# We have to check the differences between the pmodule states.
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if compare_states_sha(current_pmodule_state, old_pmodule_state, current_sha):
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new_module_list = list(current_db - old_db)
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deleted_module_list = list(old_db - current_db)
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# An element cannot be deleted and new at the same time
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new_module_list = [
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elem for elem in new_module_list if elem not in deleted_module_list
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]
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deleted_module_list = [
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elem for elem in deleted_module_list if elem not in new_module_list
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]
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print_pmodules_differences(
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all_module_list,
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new_module_list,
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deleted_module_list,
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Pmodules_states,
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Pmodules_db_path,
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)
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else:
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print_to_asciidoc(
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all_module_list, [], [], [], Pmodules_db_path, Pmodules_states
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)
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# There is no database available or there are differences with the old pmodule state, writing current state.
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if no_current_db or compare_states_sha(
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current_pmodule_state, old_pmodule_state, current_sha
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):
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write_current_state(current_pmodule_state, current_sha, Pmodules_db_path)
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def print_to_asciidoc(
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all_module_list,
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new_module_list,
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deleted_module_list,
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changed_module_list,
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Pmodules_db_path,
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Pmodules_states,
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):
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asciidoc_json_dump(all_module_list, "all", 1, Pmodules_db_path, Pmodules_states)
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asciidoc_json_dump(new_module_list, "new", 1, Pmodules_db_path, Pmodules_states)
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asciidoc_json_dump(
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deleted_module_list, "deleted", 1, Pmodules_db_path, Pmodules_states
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)
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asciidoc_json_dump(
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changed_module_list, "changed", 2, Pmodules_db_path, Pmodules_states
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)
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def print_pmodules_differences(
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all_module_list,
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new_module_list,
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deleted_module_list,
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Pmodules_states,
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Pmodules_db_path,
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):
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changed_module_list = []
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# Replace the state of the modules with * for Regex comparison
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new_module_list_no_state = new_module_list.copy()
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deleted_module_list_no_state = deleted_module_list.copy()
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for state in Pmodules_states:
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new_module_list_no_state = [
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diff.replace(state, " .*") for diff in new_module_list_no_state
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]
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deleted_module_list_no_state = [
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diff.replace(state, " .*") for diff in deleted_module_list_no_state
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]
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# Check if the state of the module is the only thing that changed
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# Append changed_module_list if yes
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if len(deleted_module_list_no_state) >= len(new_module_list_no_state):
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set_changed_module_list(
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new_module_list_no_state,
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deleted_module_list_no_state,
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new_module_list,
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deleted_module_list,
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changed_module_list,
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)
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else:
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set_changed_module_list(
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deleted_module_list_no_state,
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new_module_list_no_state,
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new_module_list,
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deleted_module_list,
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changed_module_list,
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)
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print_to_asciidoc(
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all_module_list,
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new_module_list,
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deleted_module_list,
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changed_module_list,
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Pmodules_db_path,
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Pmodules_states,
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)
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def set_changed_module_list(
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small_module_list_no_state,
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big_module_list_no_state,
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new_module_list,
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deleted_module_list,
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changed_module_list,
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):
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for diff in small_module_list_no_state:
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if diff in big_module_list_no_state:
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new_module_index = [
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idx
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for idx, string in enumerate(new_module_list)
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if re.search(diff, string)
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][0]
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deleted_module_index = [
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idx
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for idx, string in enumerate(deleted_module_list)
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if re.search(diff, string)
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][0]
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changed_module_list += [
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new_module_list[new_module_index],
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deleted_module_list[deleted_module_index],
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]
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new_module_list[new_module_index] = ""
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deleted_module_list[deleted_module_index] = ""
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def write_current_state(current_pmodule_state, current_sha, Pmodules_db_path):
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# Emptying Pmodules database first
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filelist = [f for f in os.listdir(Pmodules_db_path) if not f.endswith(".json")]
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for f in filelist:
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os.remove(os.path.join(Pmodules_db_path, f))
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# Writing new database
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with open(os.path.join(Pmodules_db_path, current_sha), "w") as current_pmodule_file:
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current_pmodule_file.write(current_pmodule_state)
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