def ppdict(dict_to_print, br='\n', html=False, key_align='l', sort_keys=True,
           key_preffix='', key_suffix='', value_prefix='', value_suffix='', left_margin=3, indent=2):
    """Indent representation of a dict"""
    if dict_to_print:
        if sort_keys:
            dic = dict_to_print.copy()
            keys = list(dic.keys())
            keys.sort()
            dict_to_print = OrderedDict()
            for k in keys:
                dict_to_print[k] = dic[k]

        tmp = ['{']
        ks = [type(x) == str and "'%s'" % x or x for x in dict_to_print.keys()]
        vs = [type(x) == str and "'%s'" % x or x for x in dict_to_print.values()]
        max_key_len = max([len(str(x)) for x in ks])

        for i in range(len(ks)):
            k = {1: str(ks[i]).ljust(max_key_len),
                 key_align == 'r': str(ks[i]).rjust(max_key_len)}[1]

            v = vs[i]
            tmp.append(' ' * indent + '{}{}{}:{}{}{},'.format(key_preffix, k, key_suffix,
                                                              value_prefix, v, value_suffix))

        tmp[-1] = tmp[-1][:-1]  # remove the ',' in the last item
        tmp.append('}')

        if left_margin:
            tmp = [' ' * left_margin + x for x in tmp]

        if html:
            return '<code>{}</code>'.format(br.join(tmp).replace(' ', '&nbsp;'))
        else:
            return br.join(tmp)
    else:
        return '{}'
def ppdict(dict_to_print, br='\n', html=False, key_align='l', sort_keys=True,
           key_preffix='', key_suffix='', value_prefix='', value_suffix='', left_margin=3, indent=2):
    """Indent representation of a dict"""
    if dict_to_print:
        if sort_keys:
            dic = dict_to_print.copy()
            keys = list(dic.keys())
            keys.sort()
            dict_to_print = OrderedDict()
            for k in keys:
                dict_to_print[k] = dic[k]

        tmp = ['{']
        ks = [type(x) == str and "'%s'" % x or x for x in dict_to_print.keys()]
        vs = [type(x) == str and "'%s'" % x or x for x in dict_to_print.values()]
        max_key_len = max([len(str(x)) for x in ks])

        for i in range(len(ks)):
            k = {1: str(ks[i]).ljust(max_key_len),
                 key_align == 'r': str(ks[i]).rjust(max_key_len)}[1]

            v = vs[i]
            tmp.append(' ' * indent + '{}{}{}:{}{}{},'.format(key_preffix, k, key_suffix,
                                                              value_prefix, v, value_suffix))

        tmp[-1] = tmp[-1][:-1]  # remove the ',' in the last item
        tmp.append('}')

        if left_margin:
            tmp = [' ' * left_margin + x for x in tmp]

        if html:
            return '<code>{}</code>'.format(br.join(tmp).replace(' ', '&nbsp;'))
        else:
            return br.join(tmp)
    else:
        return '{}'
def ppdict ( dict_to_print , br = '\n' , html = False , key_align = 'l' , sort_keys = True , key_preffix = '' , key_suffix = '' , value_prefix = '' , value_suffix = '' , left_margin = 3 , indent = 2 ) : if dict_to_print : if sort_keys : dic = dict_to_print . copy ( ) keys = list ( dic . keys ( ) ) keys . sort ( ) dict_to_print = OrderedDict ( ) for k in keys : dict_to_print [ k ] = dic [ k ] tmp = [ '{' ] ks = [ type ( x ) == str and "'%s'" % x or x for x in dict_to_print . keys ( ) ] vs = [ type ( x ) == str and "'%s'" % x or x for x in dict_to_print . values ( ) ] max_key_len = max ( [ len ( str ( x ) ) for x in ks ] ) for i in range ( len ( ks ) ) : k = { 1 : str ( ks [ i ] ) . ljust ( max_key_len ) , key_align == 'r' : str ( ks [ i ] ) . rjust ( max_key_len ) } [ 1 ] v = vs [ i ] tmp . append ( ' ' * indent + '{}{}{}:{}{}{},' . format ( key_preffix , k , key_suffix , value_prefix , v , value_suffix ) ) tmp [ - 1 ] = tmp [ - 1 ] [ : - 1 ] # remove the ',' in the last item tmp . append ( '}' ) if left_margin : tmp = [ ' ' * left_margin + x for x in tmp ] if html : return '<code>{}</code>' . format ( br . join ( tmp ) . replace ( ' ' , '&nbsp;' ) ) else : return br . join ( tmp ) else : return '{}'
Indent representation of a dict
Indent representation of a dict