How to use gen_tag method in localstack
Best Python code snippet using localstack_python
sx1509_config.py
Source:sx1509_config.py 
...20 f = open(fname, 'w')21 f.write(data)22 f.close()23#------------------------------------------------------------------------------24def gen_tag(tag, content=None, attrib=None):25 """generate a <tag attribute>content</tag> string"""26 if attrib is None and content is None:27 return '<%s/>' % tag28 elif attrib is None:29 return '<%s>%s</%s>' % (tag, content, tag)30 elif content is None:31 return '<%s %s/>' % (tag, attrib)32 return '<%s %s>%s</%s>' % (tag, attrib, content, tag)33def indent(s):34 items = s.split('\n')35 items.insert(0, '')36 items.append('')37 return '\n '.join(items)[:-2]38#------------------------------------------------------------------------------39class sx1509(object):40 def __init__(self, name, uuid):41 self.name = name42 self.uuid = uuid43 self.keys = False44 self.rows = 045 self.cols = 046 self.row_bits = 047 self.col_bits = 048 self.debounce = '4ms'49 self.cfg = []50 self.alloc = [None,] * _num_io_pins51 def set_usage(self, i, s):52 """set the usage of an io pin"""53 pr_error('bad io pin: %d' % i, i not in range(_num_io_pins))54 if self.alloc[i] is None:55 self.alloc[i] = s56 return True57 return False58 def print_usage(self):59 """return a string for the pin usage"""60 s = []61 for i in range(_num_io_pins):62 usage = self.alloc[i]63 if usage is None:64 usage = 'not used'65 s.append('// pin %d: %s' % (i, usage))66 return '\n'.join(s)67 def key_scanning(self, rows, cols, debounce):68 """configure for key scanning"""69 pr_error('bad key scan rows: %d' % rows, rows not in (1, 2, 3, 4, 5, 6, 7, 8))70 pr_error('bad key scan cols: %d' % cols, cols not in (1, 2, 3, 4, 5, 6, 7, 8))71 self.keys = True72 self.rows = rows73 self.cols = cols74 self.debounce = debounce75 self.row_bits = (1 << rows) - 176 self.col_bits = (1 << cols) - 177 for i in range(self.rows):78 good = self.set_usage(i, 'key row %d' % i)79 pr_error('row pin already used: %d' % i, not good)80 for i in range(self.cols):81 good = self.set_usage(8 + i, 'key col %d' % i)82 pr_error('col pin already used: %d' % i, not good)83 def wr(self, name, default, val):84 if val != default:85 self.cfg.append(('SX1509_%s' % name, val))86 def eol(self):87 """end of list"""88 self.cfg.append(('0xff', 0))89 def CLOCK(self):90 # use the internal 2 MHz clock91 val = (2 << 5) # internal 2MHz oscillator92 val |= (1 << 4) # oscio = oscout93 val |= (0 << 0) # oscout = 094 self.wr('CLOCK', 0, val)95 def MISC(self):96 # setup the led clock divider97 val = (1 << 4)98 self.wr('MISC', 0, val)99 def DIR_A(self):100 val = 0xff # default inputs101 if self.keys:102 # rows are outputs on bank A (0..rows-1)103 val &= ~self.row_bits104 self.wr('DIR_A', 0xff, val)105 def DIR_B(self):106 val = 0xff # default inputs107 if self.keys:108 # columns are inputs on bank B (8..8+cols-1)109 val |= self.col_bits110 self.wr('DIR_B', 0xff, val)111 def OPEN_DRAIN_A(self):112 val = 0 # default off113 if self.keys:114 # rows are open drain115 val |= self.row_bits116 self.wr('OPEN_DRAIN_A', 0, val)117 def PULL_UP_B(self):118 val = 0 # default off119 if self.keys:120 # columns are pull ups121 val |= self.col_bits122 self.wr('PULL_UP_B', 0, val)123 def DEBOUNCE_CONFIG(self, ms):124 vals = {'0.5ms':0, '1ms':1, '2ms':2, '4ms':3, '8ms':4, '16ms':5, '32ms':6, '64ms':7,}125 pr_error('invalid debounce time', ms not in vals)126 self.wr('DEBOUNCE_CONFIG', 0, vals[ms])127 def DEBOUNCE_ENABLE_B(self):128 val = 0 # default off129 if self.keys:130 # columns are debounced inputs131 val |= self.col_bits132 self.wr('DEBOUNCE_ENABLE_B', 0, val)133 def KEY_CONFIG_1(self, sleep, scan):134 val = 0135 if self.keys:136 # auto sleep time137 vals = {'off':0, '128ms':1, '256ms':2, '512ms':3, '1s':4, '2s':5, '4s':6, '8s':7,}138 pr_error('invalid auto sleep time', sleep not in vals)139 val |= vals[sleep] << 4140 # row scan time141 vals = {'1ms':0, '2ms':1, '4ms':2, '8ms':3, '16ms':4, '32ms':5, '64ms':6, '128ms':7,}142 pr_error('invalid scan time', scan not in vals)143 val |= vals[scan]144 self.wr('KEY_CONFIG_1', 0, val)145 def KEY_CONFIG_2(self):146 val = 0147 if self.keys:148 val |= (self.rows - 1) << 3149 val |= (self.cols - 1)150 self.wr('KEY_CONFIG_2', 0, val)151 def gen_declaration(self):152 """generate driver declaration code"""153 # clock154 self.CLOCK()155 self.MISC()156 # IO bank A157 self.DIR_A()158 self.OPEN_DRAIN_A()159 # IO bank B160 self.DIR_B()161 self.PULL_UP_B()162 # input debouncing163 self.DEBOUNCE_CONFIG(self.debounce)164 self.DEBOUNCE_ENABLE_B()165 # key configuration166 # note: we are not using the hw based key scanning at this time 167 #self.KEY_CONFIG_1('1s', '8ms')168 #self.KEY_CONFIG_2()169 # terminate the register value list170 self.eol()171 s = []172 s.append(self.print_usage())173 s.append('const struct sx1509_cfg config[%d] = {' % len(self.cfg))174 s.extend([' {%s, 0x%02x},' % x for x in self.cfg])175 s.append('};')176 s.append('struct sx1509_state state;')177 return '\n'.join(s)178 def gen_krate(self):179 """generate the krate function call(s)"""180 s = []181 if self.keys:182 s.append('sx1509_key(&state, &outlet_key);')183 return '\n'.join(s)184 def gen_description(self):185 """generate the description string"""186 s = []187 s.append('SX1509 Driver: %s' % self.name)188 if self.keys:189 s.append(' %dx%d keyboard matrix scanner' % (self.rows, self.cols))190 return '\n'.join(s)191 def gen_includes(self):192 """generate the include file declaration"""193 s = []194 # See: https://github.com/axoloti/axoloti/issues/378195 s.append(gen_tag('include', './%s' % _base_driver))196 #s.append(gen_tag('include', './%s.h' % self.name))197 return '\n'.join(s)198 def gen_attribs(self):199 """generate the driver attributes"""200 adrs = [gen_tag('string', '0x%02x' % x) for x in _device_adr]201 adrs = indent('\n'.join(adrs))202 m_entries = gen_tag('MenuEntries', adrs)203 c_entries = gen_tag('CEntries', adrs)204 return gen_tag('combo', indent(m_entries + '\n' + c_entries), 'name="adr"')205 def gen_outlets(self):206 """generate the driver outlets"""207 outlets = []208 if self.keys:209 outlets.append(gen_tag('int32', None, 'name="key"'))210 return '\n'.join(outlets)211 def gen_depends(self):212 """generate the driver dependencies"""213 return gen_tag('depend', 'I2CD1')214 def gen_axo(self):215 """generate the axo file"""216 s = []217 s.append(gen_tag('sDescription', self.gen_description()))218 s.append(gen_tag('author', 'Jason Harris'))219 s.append(gen_tag('license', 'BSD'))220 s.append(gen_tag('inlets'))221 s.append(gen_tag('outlets', indent(self.gen_outlets())))222 s.append(gen_tag('displays'))223 s.append(gen_tag('params'))224 s.append(gen_tag('attribs', indent(self.gen_attribs())))225 s.append(gen_tag('includes', indent(self.gen_includes())))226 s.append(gen_tag('depends', indent(self.gen_depends())))227 s.append(gen_tag('code.declaration', '<![CDATA[' + self.gen_declaration() + ']]>'))228 s.append(gen_tag('code.init', '<![CDATA[' + 'sx1509_init(&state, &config[0], attr_adr);' + ']]>'))229 s.append(gen_tag('code.dispose', '<![CDATA[' + 'sx1509_dispose(&state);' + ']]>'))230 s.append(gen_tag('code.krate', '<![CDATA[' + self.gen_krate() + ']]>'))231 s = gen_tag('obj.normal', indent('\n'.join(s)), 'id="%s" uuid="%s"' % (self.name, self.uuid))232 s = gen_tag('objdefs', indent(s), 'appVersion="1.0.12"')233 return s + '\n'234 def gen_h(self):235 """generate the object *.h file"""236 # read the base driver code237 # See: https://github.com/axoloti/axoloti/issues/378238 f = open(_base_driver, 'r')239 drv = f.read()240 f.close()241 s = [drv,]242 # add the krate function(s)243 defname = 'DEADSY_%s_H' % self.name.upper()244 s.append('')245 s.append('#ifndef %s' % defname)246 s.append('#define %s' % defname)...
BG.py
Source:BG.py
1#!/usr/bin/env python32# coding=utf-83import arrow4from bs4 import BeautifulSoup5import requests6TYPE_MAPPING = { # Real values around midnight7 u'ÐÐЦ': 'nuclear', # 20008 u'ÐондензаÑионни ТÐЦ': 'coal', # 18009 u'ТоплоÑикаÑионни ТÐЦ': 'gas', # 14610 u'ÐаводÑки ТÐЦ': 'gas', # 14711 u'ÐÐЦ': 'hydro', # 712 u'Ðалки ÐÐЦ': 'hydro', # 7413 u'ÐÑÐЦ': 'wind', # 48814 u'ФÐЦ': 'solar', # 015 u'Ðио ТÐЦ': 'biomass', # 2916 u'Ð¢Ð¾Ð²Ð°Ñ Ð Ð': 'consumption', # 317517}18def time_string_converter(ts):19 """Converts time strings into aware datetime objects."""20 dt_naive = arrow.get(ts, 'DD.MM.YYYY HH:mm:ss')21 dt_aware = dt_naive.replace(tzinfo='Europe/Sofia').datetime22 return dt_aware23def fetch_production(zone_key='BG', session=None, target_datetime=None, logger=None) -> dict:24 """Requests the last known production mix (in MW) of a given country."""25 if target_datetime:26 raise NotImplementedError('This parser is not yet able to parse past dates')27 r = session or requests.session()28 url = 'http://www.eso.bg/doc?124'29 response = r.get(url)30 html = response.text31 soup = BeautifulSoup(html, 'html.parser')32 try:33 time_div = soup.find("div", {"class": "dashboardCaptionDiv"})34 bold = time_div.find('b')35 except AttributeError:36 raise LookupError('No data currently available for Bulgaria.')37 time_string = bold.string38 dt = time_string_converter(time_string)39 table = soup.find("table", {"class": "table-condensed"})40 rows = table.findChildren("tr")41 datapoints = []42 for row in rows[1:-1]:43 gen_tag = row.find("td")44 gen = gen_tag.text45 val_tag = gen_tag.findNext("td")46 val = float(val_tag.find("b").text)47 datapoints.append((TYPE_MAPPING[gen], val))48 production = {}49 for k, v in datapoints:50 production[k] = production.get(k, 0.0) + v51 data = {52 'zoneKey': zone_key,53 'production': production,54 'storage': {},55 'source': 'eso.bg',56 'datetime': dt57 }58 return data59if __name__ == '__main__':60 """Main method, never used by the Electricity Map backend, but handy for testing."""61 print('fetch_production() ->')...
t_gen_tag.py
Source:t_gen_tag.py
1from f_utils import u_tester2from f_html.c_element import Element3from f_html import gen_tag456class TestGenTag:78 def __init__(self):9 u_tester.print_start(__file__)10 TestGenTag.__tester_comment()11 TestGenTag.__tester_doctype()12 TestGenTag.__tester_html()13 TestGenTag.__tester_head()14 TestGenTag.__tester_h()15 u_tester.print_finish(__file__)1617 @staticmethod18 def __tester_comment():19 ele = gen_tag.comment('comment')20 p0 = str(ele) == '<!-- comment -->'21 u_tester.run(p0)2223 @staticmethod24 def __tester_doctype():25 ele = gen_tag.doctype()26 p0 = str(ele) == '<!DOCTYPE html>'27 u_tester.run(p0)2829 @staticmethod30 def __tester_html():31 ele = gen_tag.html()32 p0 = str(ele) == '<html lang="en">\n</html>'33 u_tester.run(p0)3435 @staticmethod36 def __tester_head():37 ele = gen_tag.head()38 p0 = str(ele) == '<head>\n</head>'39 ele = gen_tag.head(title='Title')40 p1 = str(ele) == '<head>\n\t<title>\n\t\tTitle\n\t</title>\n</head>'41 u_tester.run(p0, p1)4243 @staticmethod44 def __tester_h():45 ele_h = gen_tag.h(1)46 p0 = str(ele_h) == '<h1>\n</h1>'47 ele_text = Element(content='This is Header')48 ele_h.nest(ele_text)49 p1 = str(ele_h) == '<h1>\n\tThis is Header\n</h1>'50 u_tester.run(p0, p1)515253if __name__ == '__main__':
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