def __init__(self, language_file):
self.symbol_table_list = []
self.symbol = [
"~", "`", "!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "+",
"-", "=", "[", "{", "}", "]", "|", "\\", ":", ";", "'", "<", ",",
">", ".", "/", "?", '"', "_"
]
self.config = Config(language_file)
self.keyword = self.config.get_argvs("keyword").keys()
'''Init value.'''
self.index = 0
self.start_index = 0
self.end_index = 0
self.next = 0
self.pre = 0
self.row = None
self.text = ""
self.token = ""
self.type = SYMBOL_TABLE_VARIABLE_TYPE
self.function_type = ["def"]
self.class_type = ["class"]
self.variable_type = ["self"]
def __init__(self, language_file, code_edit_file):
self.symbol_table_list = []
self.symbol = ["~", "`", "!", "@", "#",
"$", "%", "^", "&", "*",
"(", ")", "+", "-",
"=", "[", "{", "}", "]",
"|", "\\", ":", ";", "'",
"<", ",", ">", ".", "/", "?", '"', "_"]
self.config = Config(language_file)
self.code_edit_config = Config(code_edit_file)
self.keyword = self.config.get_argvs("keyword").keys()
'''Init value.'''
self.index = 0
self.start_index = 0
self.end_index = 0
self.next = 0
self.pre = 0
self.row = None
self.text = ""
self.token = ""
self.type = SYMBOL_TABLE_VARIABLE_TYPE
self.init_type_symbol()
class Lang(object):
def __init__(self):
self.config = Config("cn.ini")
def get_value(self, id):
if self.config:
return self.config.get("DEEPIN", str(id))
else:
return "None"
def set_lang(self, lang_path):
if os.path.exists(lang_path):
lang_path = lang_path
self.config = Config(lang_path)
class Lang(object):
def __init__(self):
self.config = Config("cn.ini")
def get_value(self, id):
if self.config:
return self.config.get("DEEPIN", str(id))
else:
return "None"
def set_lang(self, lang_path):
if os.path.exists(lang_path):
lang_path = lang_path
self.config = Config(lang_path)
def set_lang(self, lang_path):
if os.path.exists(lang_path):
lang_path = lang_path
self.config = Config(lang_path)
def __init__(self):
self.config = Config("cn.ini")
class Scan(object):
def __init__(self, language_file):
self.symbol_table_list = []
self.symbol = [
"~", "`", "!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "+",
"-", "=", "[", "{", "}", "]", "|", "\\", ":", ";", "'", "<", ",",
">", ".", "/", "?", '"', "_"
]
self.config = Config(language_file)
self.keyword = self.config.get_argvs("keyword").keys()
'''Init value.'''
self.index = 0
self.start_index = 0
self.end_index = 0
self.next = 0
self.pre = 0
self.row = None
self.text = ""
self.token = ""
self.type = SYMBOL_TABLE_VARIABLE_TYPE
self.function_type = ["def"]
self.class_type = ["class"]
self.variable_type = ["self"]
def scan(self, text, row):
# Save text and row.
self.text = text
self.row = row
# Read token.
if self.text:
while True:
ch = self.text[self.index]
if ch not in [" "]:
if self.letter_bool(ch):
# print "======字母处理===="
self.letter_function()
elif self.number_bool(ch):
# print "======数字处理===="
self.number_function()
elif self.symbol_bool(ch):
# print "======符号处理===="
self.symbol_function()
else:
# print "======中文处理===="
self.index += 1
else:
self.index += 1
if self.len_text() <= self.index:
break
########################################
## return symbol table list.
return self.symbol_table_list
def china_function(self):
pass
def china_save(self):
pass
def letter_function(self):
if self.keyword_bool(self.text[self.index]):
self.keyword_function()
else:
self.variable_function()
self.index += 1
def keyword_function(self):
# print "关键字处理模块:"
self.token = ""
# save pre and next point.
self.pre = self.index
self.next = self.index
# save start index.
self.start_index = self.pre
# get keyword list.
# key_list = self.keyword_bool(self.text[self.index])
######################################
while True:
try:
keyword_ch = self.text[self.next]
except:
self.keyword_save()
break
if self.next > self.len_text() - 1:
self.keyword_save()
self.next += 1
break
if (not self.symbol_bool(keyword_ch)) and not keyword_ch in [" "]:
self.token += keyword_ch
self.next += 1
else:
self.keyword_save()
break
######################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
# save end index.
self.end_index = self.next
def keyword_save(self):
self.end_index = self.next
symbol_table = SymbolTable()
symbol_table.type = SYMBOL_TABLE_NUMBER_TYPE
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index
symbol_table.end_index = self.end_index - 1
config_rgb = self.config.get("keyword", self.token)
if self.token in self.function_type:
self.type = SYMBOL_TABLE_FUNCTION_TYPE
elif self.token in self.class_type:
self.type = SYMBOL_TABLE_CLASS_TYPE
elif self.token in self.variable_type:
self.type = SYMBOL_TABLE_VARIABLE_TYPE
if not config_rgb:
self.variable_save()
else:
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index - 1
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def variable_function(self):
# print "变量处理模块:"
# clear token.
self.token = ""
# save pre and next point.
self.pre = self.index
self.next = self.index
# save start index.
self.start_index = self.pre
#####################################################
while True:
try:
variable_ch = self.text[self.next]
except:
self.variable_save()
break
if self.next > self.len_text() - 1:
self.variable_save()
self.next += 1
break
if (not self.symbol_bool(variable_ch)
) and not variable_ch in [" "]:
self.token += variable_ch
self.next += 1
else:
self.variable_save()
break
##################################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
# save end index.
self.end_index = self.next
def variable_save(self):
self.end_index = self.next
symbol_table = SymbolTable()
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index
symbol_table.end_index = self.end_index - 1
# save color->rgb.
if self.type == SYMBOL_TABLE_VARIABLE_TYPE:
config_rgb = self.config.get("keyword", "VARIABLE")
elif self.type == SYMBOL_TABLE_FUNCTION_TYPE:
config_rgb = self.config.get("keyword", "FUNCTION")
elif self.type == SYMBOL_TABLE_CLASS_TYPE:
config_rgb = self.config.get("keyword", "CLASS")
self.type = SYMBOL_TABLE_VARIABLE_TYPE
# save type.
symbol_table.type = self.type
if not config_rgb:
self.config_rgb = "#000000"
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index - 1
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def number_function(self):
# print "数字处理模块:"
# clear token.
self.token = ""
# save pre point.
self.pre = self.index
# save start index.
self.start_index = self.pre
# save next point.
self.next = self.index
# print "pre:", self.pre
# print "next:", (self.next + self.index)
# print "len:", self.len_text() - 1
###################################
while True:
try:
number_ch = self.text[self.next]
except:
break
if self.next >= self.len_text() - 1:
self.end_index = self.next
if self.symbol_bool(number_ch):
self.end_index -= 1
self.next += 1
break
if (not self.symbol_bool(number_ch)) and not number_ch in [" "]:
self.token += number_ch
self.next += 1
else:
self.end_index = self.next - 1
break
###################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
self.number_save()
def number_save(self):
symbol_table = SymbolTable()
symbol_table.type = SYMBOL_TABLE_NUMBER_TYPE
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index
symbol_table.end_index = self.end_index
config_rgb = self.config.get("keyword", "NUMBER")
if not config_rgb:
config_rgb = "#000000"
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def symbol_function(self):
# print "符号处理模块:"
temp_list = list(self.config.get("keyword", "notes_symbol"))
if self.text[self.index] == '"':
# print "字符串类型"
self.string_function()
elif self.text[self.index] == temp_list[0]:
# print "===注释处理..."
type_bool = False
if len(self.text) >= len(temp_list):
try:
for i in range(0, len(temp_list)):
type_bool = False
if self.text[self.index + i] == temp_list[i]:
type_bool = True
except Exception, e:
print "symbol_function:-->", e
type_bool = False
if type_bool:
self.notes_function()
else:
self.index += 1
self.index += 1
def set_lang(self, lang_path):
if os.path.exists(lang_path):
lang_path = lang_path
self.config = Config(lang_path)
def __init__(self):
self.config = Config("cn.ini")
class Scan(object):
def __init__(self, language_file, code_edit_file):
self.symbol_table_list = []
self.symbol = ["~", "`", "!", "@", "#",
"$", "%", "^", "&", "*",
"(", ")", "+", "-",
"=", "[", "{", "}", "]",
"|", "\\", ":", ";", "'",
"<", ",", ">", ".", "/", "?", '"', "_"]
self.config = Config(language_file)
self.code_edit_config = Config(code_edit_file)
self.keyword = self.config.get_argvs("keyword").keys()
'''Init value.'''
self.index = 0
self.start_index = 0
self.end_index = 0
self.next = 0
self.pre = 0
self.row = None
self.text = ""
self.token = ""
self.type = SYMBOL_TABLE_VARIABLE_TYPE
self.init_type_symbol()
def init_type_symbol(self):
function_type_list = [""]
class_type_list = [""]
variable_type_list = [""]
#################################
config_function_type = self.code_edit_config.get("TEXT_BUFFER_VALUE", "function_type")
if config_function_type:
function_type_list = (config_function_type).split(",")
config_class_type = self.code_edit_config.get("TEXT_BUFFER_VALUE", "class_type")
if config_class_type:
class_type_list = config_class_type.split(",")
config_variable_type = self.code_edit_config.get("TEXT_BUFFER_VALUE", "variable_type")
if config_variable_type:
variable_type_list = config_variable_type.split(",")
#################################
self.function_type = function_type_list
self.class_type = class_type_list
self.variable_type = variable_type_list
def scan(self, text, row):
# Save text and row.
self.text = text
self.row = row
# Read token.
self.temp_cn_next = 0
if self.text:
while True:
ch = self.text[self.index]
if ch not in [" "]:
if self.letter_bool(ch):
# print "======字母处理===="
self.letter_function()
elif self.number_bool(ch):
# print "======数字处理===="
self.number_function()
elif self.symbol_bool(ch):
# print "======符号处理===="
self.symbol_function()
else:
# print "======中文处理===="
self.index += 1
self.temp_cn_next += 2
else:
self.index += 1
if self.len_text() <= self.index:
break
########################################
## return symbol table list.
return self.symbol_table_list
def china_function(self):
pass
def china_save(self):
pass
def letter_function(self):
if self.keyword_bool(self.text[self.index]):
self.keyword_function()
else:
self.variable_function()
self.index += 1
def keyword_function(self):
# print "关键字处理模块:"
self.token = ""
# save pre and next point.
self.pre = self.index
self.next = self.index
# save start index.
self.start_index = self.pre
# get keyword list.
# key_list = self.keyword_bool(self.text[self.index])
######################################
while True:
try:
keyword_ch = self.text[self.next]
except:
self.keyword_save()
break
if self.next > self.len_text() - 1:
self.keyword_save()
self.next += 1
break
if (not self.symbol_bool(keyword_ch)) and not keyword_ch in [" "]:
self.token += keyword_ch
self.next += 1
else:
self.keyword_save()
break
######################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
# save end index.
self.end_index = self.next
def keyword_save(self):
self.end_index = self.next
symbol_table = SymbolTable()
symbol_table.type = SYMBOL_TABLE_NUMBER_TYPE
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index + self.temp_cn_next
symbol_table.end_index = self.end_index - 1 + self.temp_cn_next
config_rgb = self.config.get("keyword", self.token)
if self.token in self.function_type:
self.type = SYMBOL_TABLE_FUNCTION_TYPE
elif self.token in self.class_type:
self.type = SYMBOL_TABLE_CLASS_TYPE
elif self.token in self.variable_type:
self.type = SYMBOL_TABLE_VARIABLE_TYPE
if not config_rgb:
self.variable_save()
# pass
else:
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index - 1
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def variable_function(self):
# print "变量处理模块:"
# clear token.
self.token = ""
# save pre and next point.
self.pre = self.index
self.next = self.index
# save start index.
self.start_index = self.pre
#####################################################
while True:
try:
variable_ch = self.text[self.next]
if self.cn_bool(variable_ch):
self.temp_cn_next += 2
except:
self.variable_save()
break
if self.next > self.len_text() - 1:
self.variable_save()
self.next += 1
break
if (not self.symbol_bool(variable_ch)) and not variable_ch in [" "]:
self.token += variable_ch
self.next += 1
else:
self.variable_save()
break
##################################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
# save end index.
self.end_index = self.next
def variable_save(self):
self.end_index = self.next
symbol_table = SymbolTable()
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index + self.temp_cn_next
symbol_table.end_index = self.end_index - 1 + self.temp_cn_next
# save color->rgb.
if self.type == SYMBOL_TABLE_VARIABLE_TYPE:
config_rgb = self.code_edit_config.get("TEXT_BUFFER_VALUE", "VARIABLE")
elif self.type == SYMBOL_TABLE_FUNCTION_TYPE:
config_rgb = self.code_edit_config.get("TEXT_BUFFER_VALUE", "FUNCTION")
elif self.type == SYMBOL_TABLE_CLASS_TYPE:
config_rgb = self.code_edit_config.get("TEXT_BUFFER_VALUE", "CLASS")
self.type = SYMBOL_TABLE_VARIABLE_TYPE
# save type.
symbol_table.type = self.type
if not config_rgb:
config_rgb = "#000000"
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index - 1
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def number_function(self):
# print "数字处理模块:"
# clear token.
self.token = ""
# save pre point.
self.pre = self.index
# save start index.
self.start_index = self.pre
# save next point.
self.next = self.index
# print "pre:", self.pre
# print "next:", (self.next + self.index)
# print "len:", self.len_text() - 1
###################################
while True:
try:
number_ch = self.text[self.next]
except:
break
if self.next >= self.len_text()-1:
self.end_index = self.next
if self.symbol_bool(number_ch):
self.end_index -= 1
self.next += 1
break
if (not self.symbol_bool(number_ch)) and not number_ch in [" "]:
self.token += number_ch
self.next += 1
else:
self.end_index = self.next - 1
break
###################################
# print "======================"
# print "token:", self.token
# print "last next:", self.next
# set index.
self.index = self.next
self.number_save()
def number_save(self):
symbol_table = SymbolTable()
symbol_table.type = SYMBOL_TABLE_NUMBER_TYPE
symbol_table.token = self.token
symbol_table.row = self.row
symbol_table.start_index = self.start_index + self.temp_cn_next
symbol_table.end_index = self.end_index + self.temp_cn_next
config_rgb = self.code_edit_config.get("TEXT_BUFFER_VALUE", "NUMBER")
if not config_rgb:
config_rgb = "#000000"
symbol_table.rgb = config_rgb
# print "================="
# print "type:", symbol_table.type
# print "token:", symbol_table.token
# print "row:", symbol_table.row
# print "start_index:", symbol_table.start_index
# print "end_index:", symbol_table.end_index
# print "rgb:", symbol_table.rgb
# print "==========="
self.symbol_table_list.append(symbol_table)
def symbol_function(self):
# print "符号处理模块:"
# temp_list = list(self.config.get("keyword", "notes_symbol"))
temp_list = list(self.code_edit_config.get("TEXT_BUFFER_VALUE", "notes_symbol"))
if self.text[self.index] == '"':
# print "字符串类型"
self.string_function()
elif self.text[self.index] == temp_list[0]:
# print "===注释处理..."
type_bool = False
if len(self.text) >= len(temp_list):
try:
for i in range(0, len(temp_list)):
type_bool = False
if self.text[self.index + i] == temp_list[i]:
type_bool = True
except Exception, e:
print "symbol_function:-->", e
type_bool = False
if type_bool:
self.notes_function()
else:
self.index += 1
self.index += 1
#!/usr/bin/python3
import os
import subprocess
import json
import argparse
import getpass
# .ini -> RECIPIENT, STORE
import sys
sys.path.append('../lib')
from ini import Config
cfg = Config("/etc/integration/certs.ini")
RECIPIENT = cfg.config.get('inicerts', 'RECIPIENT')
STORE_PATH = cfg.config.get('inicerts', 'STORE_PATH')
PASSPHRASE = None
GPG_BIN = 'gpg2' # w pgp nie ma opcji --output - dlatego pgp2
# This command adds key info to ssh-agent
# see: https://github.com/ulmenhaus/env/blob/33f07be079bc7c1caa8108ffafd726ed06a0bd45/bin/ssh-add-with-password
EXPECT_CMDS = """
spawn ssh-add %(key_path)s;
expect "Enter passphrase for %(key_path)s:";
send "%(key_pass)s\r";
expect eof
"""
def agent_store(key_file_name, password):