def makeCommand(discoItems):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Delete communications channels",
instructions=[u"Please select the channel to delete"],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="name",
label=u"Channel name",
desc=u"Please choose the channel to delete",
required=True,
fieldType="list-multi",
options=[data_form.Option(o.nodeIdentifier) for o in discoItems],
)
)
c.set_form(form)
return c.toElement()
def test_command_set_actions(self):
c = Command('testNode', status='executing')
a = Actions()
a.setDefault('next')
c.set_actions(a)
self.assertEquals(c.actions, a)
def renderToElement(self, iq, state):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Configure the load balancing",
instructions=[u"Please set the frequency (per second) for checking the load."],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="frequency",
label=u"Frequency",
desc=u"Please set the desired frequency per second",
required=True,
fieldType="text-single",
)
)
c.set_form(form)
return defer.succeed(c.toElement())
def makeCommand(registered):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Register a machine",
instructions=[
"Please give domain name details of the machine",
"that needs to be registered with the Collab system",
],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="machine",
label=u"Machine",
desc=u"Please give details of the machine domain name",
required=True,
fieldType="text-single",
)
)
form.addField(data_form.Field(var="ForExample", label="For example:", fieldType="fixed"))
for r in registered:
form.addField(data_form.Field(var="registered_%s" % r, label=r, fieldType="fixed"))
c.set_form(form)
return c.toElement()
def makeCommand(subs):
[log.msg(a) for a in subs]
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
a.add("prev")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Configure channel",
instructions=[u"Set all output for %s" % psnode],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="subscribers",
label=u"Subscribers",
desc=u"Please choose who receives the output from %s" % psnode,
required=True,
fieldType="list-multi",
options=self._getOptions(subs, pubs, admins),
)
)
c.set_form(form)
return c.toElement()
def test_remove(self):
a = Actions()
a.add('prev')
a.add('next')
a.remove('prev')
self.assertEquals(len(a.actions), 1)
self.assertTrue('next' in a.actions)
def makeCommand(registered):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Unregister a machine",
instructions=[u"Please select the machine to be unregistered"],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="machines",
label=u"Machines",
desc=u"Please select the machine domain names to remove",
required=True,
fieldType="list-multi",
options=[data_form.Option(m) for m in registered],
)
)
c.set_form(form)
return c.toElement()
def renderToElement(self, iq, state):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Unregister a client",
instructions=[u"Please choose which client to unregister."],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="client_jid",
label=u"Client identifier",
desc=u"Please choose which client",
required=True,
fieldType="text-single",
)
)
c.set_form(form)
return defer.succeed(c.toElement())
def renderToElement(self, iq, state):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Configure the portfolio",
instructions=[u"Please choose the parameters of a large homogeneous portfolio."],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="default_probability",
label=u"Default Probability",
desc=u"Please set the uniform asset default probability",
required=True,
fieldType="text-single",
)
)
form.addField(
data_form.Field(
var="base_correlation",
label=u"Base Correlation",
desc=u"Please set the portfolio base correlation",
required=True,
fieldType="text-single",
)
)
form.addField(
data_form.Field(
var="number_issuers",
label=u"Number of Issuers",
desc=u"Please set the number of defaultible issuers in the portfolio",
required=True,
fieldType="text-single",
)
)
form.addField(
data_form.Field(
var="number_runs",
label=u"Number of runs",
desc=u"Please set the minimum number of runs to perform",
required=True,
fieldType="text-single",
)
)
c.set_form(form)
return defer.succeed(c.toElement())
def makeCommand(admins):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("next")
a.add("prev")
a.add("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Configure channel",
instructions=[u"Set all owners for %s" % psnode],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="admins",
label=u"Administrators",
desc=u"Please choose the owners for %s" % psnode,
required=True,
fieldType="list-multi",
options=self._getOptions(admins),
)
)
c.set_form(form)
return c.toElement()
def makeCommand(errors, outputs, inputs):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Input, output and error channels for %s" % self.jid.full(),
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="input_channels",
label=u"Input channels",
required=False,
fieldType="text-multi",
values=inputs,
)
)
form.addField(
data_form.Field(
var="output_channels",
label=u"Output channels",
required=False,
fieldType="text-multi",
values=outputs,
)
)
form.addField(
data_form.Field(
var="error_channels",
label=u"Error channels",
required=False,
fieldType="text-multi",
values=errors,
)
)
c.set_form(form)
return c.toElement()
def test_fromElement_bad(self):
el = Element((None, 'actions'))
el['execute'] = 'next'
el.addElement('next')
el.addElement('wrong')
a = Actions.fromElement(el)
self.assertEquals(len(a.actions), 1)
self.assertTrue('next' in a.actions)
self.assertEquals(a.default, 'next')
def test_fromElement(self):
el = Element((collab.COMMAND_NS, 'command'))
el['node'] = 'testNode'
el['sessionid'] = 'sessionid1'
el['status'] = 'completed'
a = Actions()
a.setDefault('next')
el.addChild(a.toElement())
form = data_form.Form(
formType='form',
title=u'Unregister a machine',
instructions=[u'Please select the machine to be unregistered'],
formNamespace=collab.COLLAB_NS
)
form.addField(data_form.Field(
var = 'machine',
label = u'Machine',
desc = u'Please select a machine domain name',
required = True,
fieldType='list-multi',
options = [data_form.Option(m) for m in ['one', 'two', 'three']]
))
el.addChild(form.toElement())
n1 = Note('a test note')
el.addChild(n1.toElement())
c = Command.fromElement(el)
self.assertEquals(c.node, 'testNode')
self.assertEquals(c.defaultUri, collab.COMMAND_NS)
self.assertEquals(c.status, 'completed')
self.assertEquals(c.sessionid, 'sessionid1')
self.assertEquals(len(c.notes), 1)
self.assertEquals(c.notes[0].toElement().toXml(), n1.toElement().toXml())
self.assertEquals(c.form.toElement().toXml(), form.toElement().toXml())
self.assertEquals(c.actions.toElement().toXml(), a.toElement().toXml())
def makeCommand(components):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("next")
a.add("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Create a communications channel",
instructions=[
u"Please select a Collab component to associate with the channel",
u"and a suggested name for the channel",
],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="component",
label=u"Collab component type",
desc=u"Please choose the type of Collab component to associate",
required=True,
fieldType="list-single",
options=[data_form.Option(o) for o in components],
)
)
form.addField(
data_form.Field(
var="name",
label=u"Suggested name",
desc=u"Please suggest a name for the channel",
required=True,
fieldType="text-single",
)
)
c.set_form(form)
return c.toElement()
def makeCommand(registered, components):
c = makeExecutingCommand(iq)
a = Actions()
a.setDefault("complete")
c.set_actions(a)
form = data_form.Form(
formType="form",
title=u"Create a Collab Component",
instructions=[u"Please select a Collab component to create and a machine to run it on"],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="component",
label=u"Collab component type",
desc=u"Please choose the type of Collab component to create",
required=True,
fieldType="list-single",
options=[data_form.Option(o) for o in components],
)
)
form.addField(
data_form.Field(
var="machine",
label=u"Registered machines",
desc=u"Please choose a machine to run the Collab component on",
required=True,
fieldType="list-single",
options=[data_form.Option(m) for m in registered],
)
)
c.set_form(form)
return c.toElement()
def test_toElement(self):
a = Actions()
a.setDefault('next')
a.add('prev')
el = Element((None, 'actions'))
el['execute'] = 'next'
el.addElement('prev')
el.addElement('next')
self.assertEquals(a.toElement().toXml(), el.toXml())
def setUp(self):
def iq():
iq = Element((None, "iq"))
iq["type"] = "set"
iq["to"] = "*****@*****.**"
iq["from"] = "*****@*****.**"
iq["id"] = "id1"
return iq
def cancel():
cmd = Element((collab.COMMAND_NS, "command"))
cmd["node"] = "collabs_nodes_add"
cmd["sessionid"] = "sessionid1"
cmd["action"] = "cancel"
return cmd
def prev():
cmd = Element((collab.COMMAND_NS, "command"))
cmd["node"] = "collabs_nodes_add"
cmd["sessionid"] = "sessionid1"
cmd["action"] = "prev"
return cmd
def nex():
cmd = Element((collab.COMMAND_NS, "command"))
cmd["node"] = "collabs_nodes_add"
cmd["sessionid"] = "sessionid1"
cmd["action"] = "execute"
return cmd
def nex_start():
cmd = Element((collab.COMMAND_NS, "command"))
cmd["node"] = "collabs_nodes_add"
cmd["action"] = "execute"
return cmd
def result_iq():
iq = Element((None, "iq"))
iq["type"] = "result"
iq["to"] = "*****@*****.**"
iq["from"] = "*****@*****.**"
iq["id"] = "id1"
return iq
self.cancel_iq = iq()
self.cancel_iq.addChild(cancel())
self.prev_iq = iq()
self.prev_iq.addChild(prev())
self.cmd = Command(node="collabs_nodes_add", status="executing", sessionid="sessionid1")
actions = Actions()
actions.setDefault("next")
self.cmd.set_actions(actions)
form = data_form.Form(
formType="form",
title=u"Unregister a machine",
instructions=[u"Please select the machine to be unregistered"],
formNamespace=collab.COLLAB_NS,
)
form.addField(
data_form.Field(
var="machine",
label=u"Machine",
desc=u"Please select a machine domain name",
required=True,
fieldType="list-multi",
options=[data_form.Option(m) for m in set(["master.local", "mini.local"])],
)
)
self.cmd.set_form(form)
self.next_iq = iq()
cmd = self.next_iq.addChild(nex())
x = cmd.addElement("x", defaultUri=data_form.NS_X_DATA)
x["type"] = "submit"
field = x.addElement("field")
field["var"] = "service"
field.addElement("value", content="something")
self.next_start_iq = iq()
self.next_start_iq.addChild(nex_start())
self.state = dict({"one": 1})
def test_setDefault(self):
a = Actions()
a.setDefault('next')
self.assertEquals(len(a.actions), 1)
self.assertTrue('next' in a.actions)
self.assertEquals(a.default, 'next')
def test_remove_not_there(self):
a = Actions()
a.add('next')
a.remove('wrong')
self.assertEquals(len(a.actions), 1)
self.assertTrue('next' in a.actions)
def test_add(self):
a = Actions()
a.add('next')
self.assertEquals(len(a.actions), 1)
self.assertTrue('next' in a.actions)