def test_list_get(self):
# Test for a list of NamedValue objects
self.args = self.login_args() + [
"obj", "new", "MapAnnotation", "ns=test"]
state = self.go()
ann = state.get_row(0)
# An empty list
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "0"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name1", "value1"]
self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name2", "value2"]
self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name3", "value3"]
self.go()
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "0"]
state = self.go()
assert state.get_row(0) == "(name1,value1)"
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "2"]
state = self.go()
assert state.get_row(0) == "(name3,value3)"
# Python indices so negative values can be used
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "-1"]
state = self.go()
assert state.get_row(0) == "(name3,value3)"
# Out of bounds
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "3"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
# Test for a list of strings
updateService = self.root.getSession().getUpdateService()
n = NamespaceI()
n.setName(rstring(self.uuid()))
n.setKeywords(["keyword1", "keyword2"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "list-get", "Namespace:%s" % n.id.val, "keywords", "0"]
state = self.go()
assert state.get_row(0) == "keyword1"
# Query a non-list field
self.args = self.login_args() + [
"obj", "list-get", "Namespace:%s" % n.id.val, "name", "0"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
def test_get_list_field(self):
updateService = self.root.getSession().getUpdateService()
# Test for a list of NamedValue objects
self.args = self.login_args() + [
"obj", "new", "MapAnnotation", "ns=test"
]
state = self.go()
ann = state.get_row(0)
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == ""
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name1", "value1"
]
self.go()
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == "(name1,value1)"
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name2", "value2"
]
self.go()
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == "(name1,value1),(name2,value2)"
# Test for a list of strings
n = NamespaceI()
n.setName(rstring(self.uuid()))
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"
]
state = self.go()
assert state.get_row(0) == ""
n.setKeywords(["keyword1"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"
]
state = self.go()
assert state.get_row(0) == "keyword1"
n.setKeywords(["keyword1", "keyword2"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"
]
state = self.go()
assert state.get_row(0) == "keyword1,keyword2"
def test_list_get(self):
# Test for a list of NamedValue objects
self.args = self.login_args() + [
"obj", "new", "MapAnnotation", "ns=test"]
state = self.go()
ann = state.get_row(0)
# An empty list
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "0"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name1", "value1"]
self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name2", "value2"]
self.go()
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name3", "value3"]
self.go()
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "0"]
state = self.go()
assert state.get_row(0) == "(name1,value1)"
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "2"]
state = self.go()
assert state.get_row(0) == "(name3,value3)"
# Python indices so negative values can be used
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "-1"]
state = self.go()
assert state.get_row(0) == "(name3,value3)"
# Out of bounds
self.args = self.login_args() + [
"obj", "list-get", ann, "mapValue", "3"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
# Test for a list of strings
updateService = self.root.getSession().getUpdateService()
n = NamespaceI()
n.setName(rstring(self.uuid()))
n.setKeywords(["keyword1", "keyword2"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "list-get", "Namespace:%s" % n.id.val, "keywords", "0"]
state = self.go()
assert state.get_row(0) == "keyword1"
# Query a non-list field
self.args = self.login_args() + [
"obj", "list-get", "Namespace:%s" % n.id.val, "name", "0"]
with pytest.raises(NonZeroReturnCode):
state = self.go()
def test_get_list_field(self):
updateService = self.root.getSession().getUpdateService()
# Test for a list of NamedValue objects
self.args = self.login_args() + [
"obj", "new", "MapAnnotation", "ns=test"]
state = self.go()
ann = state.get_row(0)
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == ""
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name1", "value1"]
self.go()
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == "(name1,value1)"
self.args = self.login_args() + [
"obj", "map-set", ann, "mapValue", "name2", "value2"]
self.go()
self.args = self.login_args() + ["obj", "get", ann, "mapValue"]
state = self.go()
assert state.get_row(0) == "(name1,value1),(name2,value2)"
# Test for a list of strings
n = NamespaceI()
n.setName(rstring(self.uuid()))
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"]
state = self.go()
assert state.get_row(0) == ""
n.setKeywords(["keyword1"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"]
state = self.go()
assert state.get_row(0) == "keyword1"
n.setKeywords(["keyword1", "keyword2"])
n = updateService.saveAndReturnObject(n)
self.args = self.login_args() + [
"obj", "get", "Namespace:%s" % n.id.val, "keywords"]
state = self.go()
assert state.get_row(0) == "keyword1,keyword2"