SAMoCAD 0.0.8 - теперь может DXF

>>> x = {'a':1, 'b': 2}
>>> y = {'b':10, 'c': 11}
>>> x.update(y)
>>> x
{'a': 1, 'b': 10, 'c': 11}

def dim_texter(values):
  #...
  values['size'] = '-350'
  values['type_arrow'] = 'Arch'
  values['arrow_s'] = '200'
  values['s'] = '200'
  values['vr_s'] = '200'
  values['vv_s'] = '200'

def dim_texter(values):
  values.update({
    'size':       '-350',
    'type_arrow': 'Arch',
    'arrow_s':    '200',
    's':          '200',
    'vr_s':       '200',
    'vv_s':       '200',
  })

def func1(param, args, arg):
    if param == 'size':
        args[9] = float(arg)
    elif param == 'fill':
        args[8] = arg
    elif param == 'text':
        args[6] = arg
    elif param == 's':
        args[13] = float(arg)
    return args

def func2(param, args, arg):
    F = {
        'size': (9,  lambda x: float(x)),
        'fill': (8,  lambda x: x),
        'text': (6,  lambda x: x),
        's':    (13, lambda x: float(x)),
    }
    if param in F:
        i,f = F[param]
        args[i] = f(arg)
    return args

print func1('s', list(['']*15), '7.5')
print func2('s', list(['']*15), '7.5')

def func2(param, args, arg):
    identit = lambda x: x
    F = {
        'size': (9,  float),
        'fill': (8,  identit),
        'text': (6,  identit),
        's':    (13, float),
    }
    if param in F:
        i,f = F[param]
        args[i] = f(arg)
    return args

def ryu(self):
    x,y,x2,y2 = self.ns()
    L1 = ([x,y-y2/3.0],[x,y-y2*2.0/3.0])
    L2 = ([x,y-y2*2.0/3.0],[x+x2/3.0,y-y2])
    L3 = ([x+x2/3.0,y-y2],[x+x2*2.0/3.0,y-y2])
    L4 = ([x+x2*2.0/3.0,y-y2],[x+x2,y-y2*2.0/3.0])
    L5 = ([x+x2,y-y2*2.0/3.0],[x+x2,y-y2/3.0])
    L6 = ([x+x2/3.0,y],[x+x2*2.0/3.0,y])
    L7 = ([x+x2/3.0,y], [x,y-y2/3.0])
    L8 = ([x+x2*2.0/3.0,y],[x+x2,y-y2/3.0])
    L9 = ([x-x2/6.0,y-y2/2.0],[x,y-y2/2.0])
    L10 = ([x-x2/6.0,y],[x-x2/6.0,y-y2])
    return [L1, L2, L3, L4, L5, L6, L7, L8, L9, L10]

def func(self):
    x,y,x2,y2 = self.ns()
    lst = [
        ([+0   ,-1/3.],[+0   ,-2/3.]),
        ([+0   ,-2/3.],[+1/3.,-1   ]),
        ([+1/3.,-1   ],[+2/3.,-1   ]),
        ([+2/3.,-1   ],[+1   ,-2/3.]),
        ([+1   ,-2/3.],[+1   ,-1/3.]),
        ([+1/3.,+0   ],[+2/3.,+0   ]),
        ([+1/3.,+0   ],[+0   ,-1/3.]),
        ([+2/3.,+0   ],[+1   ,-1/3.]),
        ([-1/6.,-1/2.],[+0   ,-1/2.]),
        ([-1/6.,+0   ],[-1/6.,-1   ]),
    ]
    def f(a):
        return [x+x2*a[0], y+y2*a[1]]
    return [(f(a),f(b)) for (a,b) in lst]

class Self(object):
    def ns(self): return 3,6,9,12

self = Self()

for i,j in zip(ryu(self), func(self)):
    print '%-25s %s %-25s' % \
            (i,['==','!='][i!=j],j)

$ ls
fix.py  symbols.py

$ ./fix.py

zamtmn@desktop:~/hdd/SAMoCAD_v0.0 .8.1_alpha$ python ./SAMoCAD.pyw 
Exception in Tkinter callback
Traceback (most recent call last):
  File "/usr/lib/python2.7/lib-tk/Tkinter.py", line 1489, in __call__
    return self.func(*args)
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3953, in importDXF
    self.fileOpen()
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3990, in fileOpen
    DXF = from_dxf.DXFopener(text)
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/from_dxf.py", line 384, in __init__
    values['start'], values['extent'] = angler(values['start'], values['extent'])
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/from_dxf.py", line 123, in angler
    eextent -= estart
UnboundLocalError: local variable 'eextent' referenced before assignment

zamtmn@desktop:~/hdd/SAMoCAD_v0.0 .8.1_alpha$ python ./SAMoCAD.pyw 
Exception in Tkinter callback
Traceback (most recent call last):
  File "/usr/lib/python2.7/lib-tk/Tkinter.py", line 1489, in __call__
    return self.func(*args)
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3953, in importDXF
    self.fileOpen()
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3990, in fileOpen
    DXF = from_dxf.DXFopener(text)
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/from_dxf.py", line 302, in __init__
    config = (config % values)
KeyError: 'width'

zamtmn@desktop:~/hdd/SAMoCAD_v0.0 .8.1_alpha$ python ./SAMoCAD.pyw 
Exception in Tkinter callback
Traceback (most recent call last):
  File "/usr/lib/python2.7/lib-tk/Tkinter.py", line 1489, in __call__
    return self.func(*args)
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3953, in importDXF
    self.fileOpen()
  File "/home/zamtmn/hdd/SAMoCAD_v0.0 .8.1_alpha/draft.py", line 3991, in fileOpen
    list_command = DXF.command_list
AttributeError: DXFopener instance has no attribute 'command_list'

Error in opened file!
u"self.c_text(x = -1453.84053877, y = -867.208458, text = u'\\U+00CA\\U+00EE\\U+00F2\\U+00E5\\U+00EB\\U+00FC\\U+00ED\\U+00E0\\U+00FF \\U+00F1\\U+00EE \\U+00F1\\U+00EA\\U+00EB\\U+00E0\\U+00E4\\U+00EE\\U+00EC \\U+00F2\\U+00EE\\U+00EF\\U+00EB\\U+00E8\\U+00E2\\U+00E0', fill = 'white', angle = 0, size = -3.0, anchor = 'sw', sloy = 1, s_s = 1.95, w_text = 1.95, font = 'Simular TXT')"

#!/usr/bin/python

def f1(): # from_dxf.dim_texter
    values={'q':1,'w':2,'e':3}
    val={'w':20,'e':'30','r':40}
    del_list = []
    for v in val:
        if v in values:
            del_list.append(v)
    for d in del_list:
        del val[d]
    values.update(val)
    return values

def f2():
    values={'q':1,'w':2,'e':3}
    val={'w':20,'e':'30','r':40}
    for v,k in val.iteritems():
        if v not in values:
            values[v] = k
    return values

def f3():
    values={'q':1,'w':2,'e':3}
    val={'w':20,'e':'30','r':40}
    val.update(values)
    val,values=values,val
    return values

print f1()
print f2()
print f3()

import timeit
print timeit.timeit('f1()', setup='from __main__ import *')
print timeit.timeit('f2()', setup='from __main__ import *')
print timeit.timeit('f3()', setup='from __main__ import *')

#!/usr/bin/python

import os
import re
import glob

def fixPath(v, i):
    return '%s= PhotoImage('\
        'file = os.path.join(appPath, \'res\', \'%s\'))' % (v,i)

def fix(fname):
    need,code,imgs = False,'',[]
    for line in open(fname,'r'):
        line = line.rstrip()
        if 'PhotoImage' in line:
            m = re.match(r'([^=]*)[^\']*\'([^\']*)\'(.*)', line)
            var,img = m.group(1,2)
            imgs.append(img)
            line = fixPath(var, img)
            need = True
        code = code + line + '\n'
    return need,code,imgs

ignoreList = [ os.path.basename(__file__) ]
for i in glob.glob('*.py*'):
    if i in ignoreList:
        continue
    need,data,imgs = fix(i)
    if need:
        if not os.path.exists('res'):
            os.mkdir('res')
        for img in imgs:
            if os.path.exists(img):
                os.rename(img, os.path.join('res', img))

        os.rename(i, '%s.old' % i)
        open(i, 'w').write(data)

#!/usr/bin/python

import from_dxf
import cProfile,pstats,StringIO

data = open('example.dxf','r').read()
pr = cProfile.Profile()
pr.enable()
from_dxf.DXFopener(data)
pr.disable()
s = StringIO.StringIO()
sortby = 'cumulative'
ps = pstats.Stats(pr, stream=s).sort_stats(sortby)
ps.print_stats()
print s.getvalue()

Traceback (most recent call last):
  File "/home/vvs1864/SAMoCAD_v0.0 .8_alpha/111.py", line 28, in <module>
    need,data,imgs = fix(i)
  File "/home/vvs1864/SAMoCAD_v0.0 .8_alpha/111.py", line 17, in fix
    var,img = m.group(1,2)
AttributeError: 'NoneType' object has no attribute 'group'

glob.glob('*.py*'):

glob.glob('*.py'):