Exemple #1
0
    def run_command(self, args):
        poolname, fext = path.splitext(args.filename)
        args.prop_d = {'name': poolname,}

        if args.save:
            args = self._mkpool_from_args(args)
        if args.profile:
            args = self._parse_cfg_to_args(args)

        # instantiate a new MScreen and draw to file no matter what...
        ms = PyMScreen(args)
        ms.gen_to_file(args.filename)
        print "Generating Mandelbrot set to\n--> {} ...\n".format(args.filename)
        print ms.get_info()
Exemple #2
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def mpoint_pick_random(self, key_t, lts=False):
    """
    A function to pick a random point from a pool (MScreen). Takes a complete 
    ConfigManager instance as 'self'. Parameter 'key_t' is really just 'poolkey' 
    or 'privkey', but the function treats only 'poolkey' special. (Other key types
    besides 'privkey' are imaginable.)
    
    Returns an Argument object containing an MPoint instance, log, and error string.
    
    """
 
    from os import path
    from mbrat.lib.mscreen import PyMScreen

    errstr = ""
    logstr = clogger( "\nPicking a random {} key-point ...".format(key_t), lts )

    # current public pool config needed no matter what...
    pool_cfg = self.secmgr['pool']

    # public poolkey pool or not? (ie, privkey pool)
    if 'pool' in key_t:
        pool_t = 'pool'
        additers = 0
        keypool_cfg = pool_cfg
    else:
        pool_t = key_t
        additers = pool_cfg.get('iters')
        keypool_cfg = self.secmgr[key_t]
        keypool_cfg.set_section_to('pool')
        keypool_cfg.read()

    args = keypool_cfg.get_as_args()
    args.iters = int(args.iters) + int(additers)

    ms = PyMScreen(args)

    logstr += clogger( ms.get_info(), lts )

    imgf = keypool_cfg.get('image')
    if not imgf or not path.exists(imgf):
        # generate pool image file from MScreen and attach to config file ...
        imgf = path.join( keypool_cfg.rootd, "{}.png".format(keypool_cfg.get('name')) )
        logstr += clogger( "==> {} image not found. Making new one at\n".format(key_t) 
                           + "  -> {} ...".format(imgf),
                           lts )
        ms.gen_to_file(imgf)
        keypool_cfg.set_write( {'image': imgf,} )

    else:
        # ... else read PyMScreen object from image file
        logstr += clogger( "Reading image file ...", lts )
        try:
            ms.gen_mscreen_from_img(imgf)
        except Exception, err:
            errstr = clogger( "\n==> ERROR: {}".format(str(err)), lts )
Exemple #3
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    def run_pkrand(self, args):
        """
        A *key-only method to pick a random point from a pool (MScreen). """
 
        print "Picking a random {} key-point ...".format(self.name)
        pool_cfg = self.cfgmgr.secmgr['pool']

        # public poolkey pool or not? (ie, privkey pool)
        if 'pool' in self.name:
            pool_t = 'pool'
            additers = 0
            keypool_cfg = pool_cfg
        else:
            pool_t = self.name
            additers = pool_cfg.get('iters')
            keypool_cfg = self.config
            keypool_cfg.set_section_to('pool')
            keypool_cfg.read()

        args = keypool_cfg.get_as_args()
        args.iters = int(args.iters) + int(additers)
        ms = PyMScreen(args)
        print ms.get_info()

        imgf = keypool_cfg.get('image')
        if not imgf or not path.exists(imgf):
            # generate pool image file from MScreen and attach to config file ...
            imgf = path.join( keypool_cfg.rootd, "{}.png".format(keypool_cfg.get('name')) )
            print "==> {} pool image not found. Making new at".format(self.name)
            print "--> {} ...".format(imgf)
            ms.gen_to_file(imgf)
            keypool_cfg.set_write( {'image': imgf,} )

        else:
            # ... else read PyMScreen object from image file
            print "Reading image file ..."
            try:
                ms.gen_mscreen_from_img(imgf)
            except Exception, err:
                exit( "==> ERROR: {}".format(str(err)) )
Exemple #4
0
def mpoint_pick_random(self, key_t, lts=False):
    """
    A function to pick a random point from a pool (MScreen). Takes a 
    ConfigManager instance as 'self'. Parameter 'key_t' is just 'poolkey' 
    or 'privkey', but the function treats 'poolkey' special. (Other key types
    besides 'privkey' are imaginable.)
    
    Returns an Arguments object containing an MPoint, and log/error strings.
    
    """

    from mbrat.lib.mscreen import PyMScreen
 
    errstr = ""
    logstr = clogger( "\nPicking a random {} key-point ...".format(key_t), lts )

    # current public pool config needed no matter what...
    pool_cfg = self.secmgr['pool']

    # public poolkey pool or not? (ie, privkey pool)
    if 'pool' in key_t:
        pool_t = 'pool'
        additers = 0
        keypool_cfg = pool_cfg
    else:
        pool_t = key_t
        additers = pool_cfg.get('iters')
        keypool_cfg = self.secmgr[key_t]
        keypool_cfg.set_section_to('pool')
        keypool_cfg.read()

    args = keypool_cfg.get_as_args()
    args.iters = int(args.iters) + int(additers)

    ms = PyMScreen(args)

    logstr += clogger( ms.get_info(), lts )

    imgf = keypool_cfg.get('image')

    if not imgf or not path.exists(imgf):
        # generate pool image file from MScreen and attach to config file ...
        imgf = path.join( 
            keypool_cfg.rootd, "{}.png".format(keypool_cfg.get('name')) )
        logstr += clogger( 
            "==> {} image not found. Making new one at\n".format(key_t) 
            + "  -> {} ...".format(imgf),
            lts )
        ms.gen_to_file(imgf)
        keypool_cfg.set_write( {'image': imgf,} )

    else:
        # ... else read PyMScreen object from image file
        logstr += clogger( "Reading image file ...", lts )
        try:
            ms.gen_mscreen_from_img(imgf)
        except Exception as err:
            errstr = clogger( "\n==> ERROR: {}".format(str(err)), lts )

    # MScreen method returns a random MPoint object
    pt = ms.get_mpoint()
    logstr += clogger( 
        "\n==> Point picked: ({0}, {1})\n".format( pt.C.real, pt.C.imag )
        + "  -> Index: [{0}, {1}]".format( pt.Get_ix(), pt.Get_iy() ),
        lts )

    # update current *key config file
    self.secmgr[key_t].reset_section()
    self.secmgr[key_t].set_write( {'real': pt.C.real, 'imag': pt.C.imag,
                                   'ix': pt.Get_ix(), 'iy': pt.Get_iy(),
                                   'info': "Randomly selected key-point.",} )
    self.secmgr[key_t].read()

    return Arguments( {'log': logstr, 'err': errstr, 'mpoint': pt} )