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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
#
# cin2db - Convert cin table to sqlite db
#
# Copyright (c) 2018 Keng-Yu Lin <kengyu@lexical.tw>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2, or
# any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
import sqlite3 as sqlite
from sys import argv
REGION_UNIFIED_Base = 1
REGION_ARRAY_SPECIAL = 2
REGION_ARRAY_COMPATIBLE = 3
REGION_UNIFIED_ExtA = 4
REGION_UNIFIED_ExtB = 5
REGION_UNIFIED_ExtC = 6
REGION_UNIFIED_ExtD = 7
REGION_UNIFIED_ExtE = 8
REGION_UNIFIED_ExtF = 9
REGION_UNIFIED_ExtG = 10
REGION_ARRAY_SYMBOL = 11
STR_UNIFIED_Base = "CJK Unified Ideographs Base"
STR_ARRAY_SPECIAL = "Special Codes"
STR_ARRAY_COMPATIBLE = "Compatible Input Codes"
STR_UNIFIED_ExtA = "CJK Unified Ideographs Extension A"
STR_UNIFIED_ExtB = "CJK Unified Ideographs Extension B"
STR_UNIFIED_ExtC = "CJK Unified Ideographs Extension C"
STR_UNIFIED_ExtD = "CJK Unified Ideographs Extension D"
STR_UNIFIED_ExtE = "CJK Unified Ideographs Extension E"
STR_UNIFIED_ExtF = "CJK Unified Ideographs Extension F"
STR_UNIFIED_ExtG = "CJK Unified Ideographs Extension G"
STR_ARRAY_SYMBOL = "CJK Symbols & Punctuation (w+0~9)"
REG_STACK = []
def array_updatedb(table_file):
con = sqlite.connect("array.db")
cur = con.cursor()
# read from the text table
f = open(table_file, 'r')
for ln in f.readlines():
ln = ln.strip()
print("This is ln: " + ln)
if (ln == "%chardef begin"):
print("This is begin")
#REG_STACK.append(-1)
if (ln == "# Begin of " + STR_UNIFIED_Base):
print("Enter: " + STR_UNIFIED_Base)
REG_STACK.append(REGION_UNIFIED_Base)
elif(ln == "# Begin of " + STR_ARRAY_SPECIAL):
print("Enter: " + STR_ARRAY_SPECIAL)
REG_STACK.append(REGION_ARRAY_SPECIAL)
elif(ln == "# Begin of " + STR_ARRAY_COMPATIBLE):
print("Enter: " + STR_ARRAY_COMPATIBLE)
REG_STACK.append(REGION_ARRAY_COMPATIBLE)
elif(ln == "# Begin of " + STR_UNIFIED_ExtA):
print("Enter: " + STR_UNIFIED_ExtA)
REG_STACK.append(REGION_UNIFIED_ExtA)
elif(ln == "# Begin of " + STR_UNIFIED_ExtB):
print("Enter: " + STR_UNIFIED_ExtB)
REG_STACK.append(REGION_UNIFIED_ExtB)
elif(ln == "# Begin of " + STR_UNIFIED_ExtC):
print("Enter: " + STR_UNIFIED_ExtC)
REG_STACK.append(REGION_UNIFIED_ExtC)
elif(ln == "# Begin of " + STR_UNIFIED_ExtD):
print("Enter: " + STR_UNIFIED_ExtD)
REG_STACK.append(REGION_UNIFIED_ExtD)
elif(ln == "# Begin of " + STR_UNIFIED_ExtE):
print("Enter: " + STR_UNIFIED_ExtE)
REG_STACK.append(REGION_UNIFIED_ExtE)
elif(ln == "# Begin of " + STR_UNIFIED_ExtF):
print("Enter: " + STR_UNIFIED_ExtF)
REG_STACK.append(REGION_UNIFIED_ExtF)
elif(ln == "# Begin of " + STR_UNIFIED_ExtG):
print("Enter: " + STR_UNIFIED_ExtG)
REG_STACK.append(REGION_UNIFIED_ExtG)
elif(ln == "# Begin of " + STR_ARRAY_SYMBOL):
print("Enter: " + STR_ARRAY_SYMBOL)
REG_STACK.append(REGION_ARRAY_SYMBOL)
elif(ln == "# End of " + STR_UNIFIED_Base):
print("Exit: " + STR_UNIFIED_Base)
REG_STACK.pop()
elif(ln == "# End of " + STR_ARRAY_SPECIAL):
print("Exit: " + STR_ARRAY_SPECIAL)
REG_STACK.pop()
elif(ln == "# End of " + STR_ARRAY_COMPATIBLE):
print("Exit: " + STR_ARRAY_COMPATIBLE)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtA):
print("Exit: " + STR_UNIFIED_ExtA)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtB):
print("Exit: " + STR_UNIFIED_ExtB)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtC):
print("Exit: " + STR_UNIFIED_ExtC)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtD):
print("Exit: " + STR_UNIFIED_ExtD)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtE):
print("Exit: " + STR_UNIFIED_ExtE)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtF):
print("Exit: " + STR_UNIFIED_ExtF)
REG_STACK.pop()
elif(ln == "# End of " + STR_UNIFIED_ExtG):
print("Exit: " + STR_UNIFIED_ExtG)
REG_STACK.pop()
elif(ln == "# End of " + STR_ARRAY_SYMBOL):
print("Exit: " + STR_ARRAY_SYMBOL)
REG_STACK.pop()
elif(ln == "%chardef end"):
print("this is final")
if REG_STACK:
REG_STACK.pop()
print(REG_STACK)
else:
if(len(REG_STACK) == 0 or len(ln.strip()) == 0):
pass
else:
# Write data to SQL Database
r = (str(REG_STACK[-1]) + "\t" + ln).split()
print(r)
cur.execute('INSERT INTO main (keys, ch, cat, cnt) VALUES ("' + r[1] + '", "' + r[2] + '", "' + r[0] + '", "0")')
f.close()
con.commit()
con.close()
# empty tables
con = sqlite.connect("array.db")
cur = con.cursor()
cur.execute('DELETE FROM main;')
con.commit()
con.close()
array_updatedb(argv[1])
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