async def test_helpers(self):
form = 'test:str'
valu = 'cool'
props = {
'tick': 12345,
'hehe': 'hehe',
}
tval = (None, None)
async with self.getTestCore() as core:
async with await core.snap() as snap:
node = await snap.addNode(form, valu, props=props)
await node.addTag('test.foo.bar.duck', tval)
await node.addTag('test.foo.baz', tval)
await node.addTag('test.foo.time', ('2016', '2019'))
await node.addTag('test.foo', ('2015', '2017'))
pode = node.pack(dorepr=True)
node2 = await snap.addNode('test:int', '1234')
pode2 = node2.pack(dorepr=True)
self.eq(s_node.ndef(pode), ('test:str', 'cool'))
self.eq(s_node.reprNdef(pode), ('test:str', 'cool'))
self.eq(s_node.ndef(pode2), ('test:int', 1234))
self.eq(s_node.reprNdef(pode2), ('test:int', '1234'))
e = 'bf1198c5f28dae61d595434b0788dd6f7206b1e62d06b0798e012685f1abc85d'
self.eq(s_node.iden(pode), e)
self.true(s_node.tagged(pode, 'test'))
self.true(s_node.tagged(pode, '#test.foo.bar'))
self.true(s_node.tagged(pode, 'test.foo.bar.duck'))
self.false(s_node.tagged(pode, 'test.foo.bar.newp'))
self.len(3, s_node.tags(pode, leaf=True))
self.len(4, s_node.tagsnice(pode))
self.len(6, s_node.tags(pode))
self.eq(s_node.reprTag(pode, '#test.foo.bar'), '')
self.eq(s_node.reprTag(pode, '#test.foo.time'),
'(2016/01/01 00:00:00.000, 2019/01/01 00:00:00.000)')
self.none(s_node.reprTag(pode, 'test.foo.newp'))
self.eq(s_node.prop(pode, 'hehe'), 'hehe')
self.eq(s_node.prop(pode, 'tick'), 12345)
self.eq(s_node.prop(pode, ':tick'), 12345)
self.eq(s_node.prop(pode, 'test:str:tick'), 12345)
self.none(s_node.prop(pode, 'newp'))
self.eq(s_node.reprProp(pode, 'hehe'), 'hehe')
self.eq(s_node.reprProp(pode, 'tick'), '1970/01/01 00:00:12.345')
self.eq(s_node.reprProp(pode, ':tick'), '1970/01/01 00:00:12.345')
self.eq(s_node.reprProp(pode, 'test:str:tick'),
'1970/01/01 00:00:12.345')
self.none(s_node.reprProp(pode, 'newp'))
props = s_node.props(pode)
self.isin('.created', props)
self.isin('tick', props)
self.notin('newp', props)
async def test_helpers(self):
form = 'test:str'
valu = 'cool'
props = {'tick': 12345,
'hehe': 'hehe',
}
tval = (None, None)
async with self.getTestCore() as core:
async with await core.snap() as snap:
node = await snap.addNode(form, valu, props=props)
await node.addTag('test.foo.bar.duck', tval)
await node.addTag('test.foo.baz', tval)
await node.addTag('test.foo.time', ('2016', '2019'))
pode = node.pack(dorepr=True)
node2 = await snap.addNode('test:int', '1234')
pode2 = node2.pack(dorepr=True)
self.eq(s_node.ndef(pode), ('test:str', 'cool'))
self.eq(s_node.reprNdef(pode), ('test:str', 'cool'))
self.eq(s_node.ndef(pode2), ('test:int', 1234))
self.eq(s_node.reprNdef(pode2), ('test:int', '1234'))
e = 'bf1198c5f28dae61d595434b0788dd6f7206b1e62d06b0798e012685f1abc85d'
self.eq(s_node.iden(pode), e)
self.true(s_node.tagged(pode, 'test'))
self.true(s_node.tagged(pode, '#test.foo.bar'))
self.true(s_node.tagged(pode, 'test.foo.bar.duck'))
self.false(s_node.tagged(pode, 'test.foo.bar.newp'))
self.len(3, s_node.tags(pode, leaf=True))
self.len(6, s_node.tags(pode))
self.eq(s_node.reprTag(pode, '#test.foo.bar'), '')
self.eq(s_node.reprTag(pode, '#test.foo.time'), '(2016/01/01 00:00:00.000, 2019/01/01 00:00:00.000)')
self.none(s_node.reprTag(pode, 'test.foo.newp'))
self.eq(s_node.prop(pode, 'hehe'), 'hehe')
self.eq(s_node.prop(pode, 'tick'), 12345)
self.eq(s_node.prop(pode, ':tick'), 12345)
self.eq(s_node.prop(pode, 'test:str:tick'), 12345)
self.none(s_node.prop(pode, 'newp'))
self.eq(s_node.reprProp(pode, 'hehe'), 'hehe')
self.eq(s_node.reprProp(pode, 'tick'), '1970/01/01 00:00:12.345')
self.eq(s_node.reprProp(pode, ':tick'), '1970/01/01 00:00:12.345')
self.eq(s_node.reprProp(pode, 'test:str:tick'), '1970/01/01 00:00:12.345')
self.none(s_node.reprProp(pode, 'newp'))
props = s_node.props(pode)
self.isin('.created', props)
self.isin('tick', props)
self.notin('newp', props)
def _onNode(self, mesg):
node = mesg[1]
opts = node[1].pop('_opts', {})
if opts.get('raw'):
self.printf(repr(node))
return
formname, formvalu = s_node.reprNdef(node)
self.printf(f'{formname}={formvalu}')
if not opts.get('hide-props'):
for name in sorted(s_node.props(node).keys()):
valu = s_node.reprProp(node, name)
if name[0] != '.':
name = ':' + name
self.printf(f' {name} = {valu}')
if not opts.get('hide-tags'):
for tag in sorted(s_node.tagsnice(node)):
valu = s_node.reprTag(node, tag)
if valu:
self.printf(f' #{tag} = {valu}')
else:
self.printf(f' #{tag}')
def _onNode(self, mesg):
node = mesg[1]
opts = node[1].pop('_opts', {})
if opts.get('raw'):
self.printf(repr(node))
return
formname, formvalu = s_node.reprNdef(node)
self.printf(f'{formname}={formvalu}')
if not opts.get('hide-props'):
for name in sorted(s_node.props(node).keys()):
valu = s_node.reprProp(node, name)
if name[0] != '.':
name = ':' + name
self.printf(f' {name} = {valu}')
if not opts.get('hide-tags'):
for tag in sorted(s_node.tags(node, leaf=True)):
valu = s_node.reprTag(node, tag)
if valu:
self.printf(f' #{tag} = {valu}')
else:
self.printf(f' #{tag}')
def _onNode(self, mesg, opts):
node = mesg[1]
if opts.get('raw'):
self.printf(repr(node))
return
formname, formvalu = s_node.reprNdef(node)
self.printf(f'{formname}={formvalu}')
if not opts.get('hide-props'):
for name in sorted(s_node.props(node).keys()):
valu = s_node.reprProp(node, name)
if name[0] != '.':
name = ':' + name
self.printf(f' {name} = {valu}')
if not opts.get('hide-tags'):
for tag in sorted(s_node.tagsnice(node)):
valu = s_node.reprTag(node, tag)
tprops = s_node.reprTagProps(node, tag)
printed = False
if valu:
self.printf(f' #{tag} = {valu}')
printed = True
if tprops:
for prop, pval in tprops:
self.printf(f' #{tag}:{prop} = {pval}')
printed = True
if not printed:
self.printf(f' #{tag}')
async def storm(self, text, opts=None):
realopts = copy.deepcopy(self.stormopts)
if opts is not None:
realopts.update(opts)
async for mesg in self.item.storm(text, opts=realopts):
mtyp = mesg[0]
if mtyp in self._print_skips:
continue
if mtyp == 'node':
node = mesg[1]
formname, formvalu = s_node.reprNdef(node)
self.printf(f'{formname}={formvalu}')
if not self.hideprops:
props = []
extns = []
univs = []
for name in s_node.props(node).keys():
if name.startswith('.'):
univs.append(name)
continue
if name.startswith('_'):
extns.append(name)
continue
props.append(name)
props.sort()
extns.sort()
univs.sort()
for name in props:
valu = s_node.reprProp(node, name)
name = ':' + name
self._printNodeProp(name, valu)
for name in extns:
valu = s_node.reprProp(node, name)
name = ':' + name
self._printNodeProp(name, valu)
for name in univs:
valu = s_node.reprProp(node, name)
self._printNodeProp(name, valu)
if not self.hidetags:
for tag in sorted(s_node.tagsnice(node)):
valu = s_node.reprTag(node, tag)
tprops = s_node.reprTagProps(node, tag)
printed = False
if valu:
self.printf(f' #{tag} = {valu}')
printed = True
if tprops:
for prop, pval in tprops:
self.printf(f' #{tag}:{prop} = {pval}')
printed = True
if not printed:
self.printf(f' #{tag}')
elif mtyp == 'node:edits':
edit = mesg[1]
count = sum(len(e[2]) for e in edit.get('edits', ()))
s_cli.Cli.printf(self,
'.' * count,
addnl=False,
color=NODEEDIT_COLOR)
self.indented = True
elif mtyp == 'fini':
took = mesg[1].get('took')
took = max(took, 1)
count = mesg[1].get('count')
pers = float(count) / float(took / 1000)
self.printf('complete. %d nodes in %d ms (%d/sec).' %
(count, took, pers))
elif mtyp == 'print':
self.printf(mesg[1].get('mesg'))
elif mtyp == 'warn':
info = mesg[1]
warn = info.pop('mesg', '')
xtra = ', '.join([f'{k}={v}' for k, v in info.items()])
if xtra:
warn = ' '.join([warn, xtra])
self.printf(f'WARNING: {warn}', color=WARNING_COLOR)
elif mtyp == 'err':
await self.handleErr(mesg)