def test_08_advanced_create_resource_with_entry(self):
conn = Connection(SSS_URL,
user_name=SSS_UN,
user_pass=SSS_PW,
on_behalf_of=SSS_OBO)
conn.get_service_document()
col = conn.sd.workspaces[0][1][0]
e = Entry(title="An entry only deposit",
id="asidjasidj",
dcterms_abstract="abstract",
dcterms_identifier="http://whatever/")
e.register_namespace("oxds", "http://databank.ox.ac.uk/terms/")
e.add_field("oxds_whatever", "whatever")
receipt = conn.create(col_iri=col.href,
metadata_entry=e,
in_progress=True,
suggested_identifier=str(uuid.uuid4()))
assert receipt.code == 201
assert receipt.location != None
# these last two assertions are contingent on if we actually get a
# receipt back from the server (which we might not legitimately get)
assert receipt.dom is None or receipt.parsed == True
assert receipt.dom is None or receipt.valid == True
def __init__(self, owner):
raise NotImplementedError
c = Connection(SD_URI, user_name = owner.username, user_pass=owner.password)
c.get_service_document()
# pick the first collection within the first workspace:
workspace_1_title, workspace_1_collections = c.workspaces[0]
collection = workspace_1_collections[0]
# upload "package.zip" to this collection as a new (binary) resource:
with open("package.zip", "r") as pkg:
receipt = c.create(col_iri = collection.href,
payload = pkg,
mimetype = "application/zip",
filename = "package.zip",
packaging = 'http://purl.org/net/sword/package/Binary',
in_progress = True) # As the deposit isn't yet finished
# Add a metadata record to this newly created resource (or 'container')
from sword2 import Entry
# Entry can be passed keyword parameters to add metadata to the entry (namespace + '_' + tagname)
e = Entry(id="atomid",
title="atom-title",
dcterms_abstract = "Info about the resource....",
)
# to add a new namespace:
e.register_namespace('skos', 'http://www.w3.org/2004/02/skos/core#')
e.add_field("skos_Concept", "...")
# Update the metadata entry to the resource:
updated_receipt = c.update(metadata_entry = e,
dr = receipt, # use the receipt to discover the right URI to use
in_progress = False) # finish the deposit
def test_04_init_add_namespace(self):
e = Entry(title="Foo",
id="asidjasidj",
dcterms_appendix="blah blah",
author={
'name': 'Ben',
'email': '*****@*****.**'
})
e.register_namespace("mylocal", "info:localnamespace")
assert "mylocal" in e.add_ns
def test_07_init_add_new_ns_field(self):
e = Entry(title="Foo",
id="asidjasidj",
dcterms_appendix="blah blah",
author={
'name': 'Ben',
'email': '*****@*****.**'
})
e.register_namespace("mylocal", "info:localnamespace")
e.add_field("mylocal_issued", "2003")
assert e.entry.find(NS['mylocal'] % 'issued') != None
assert e.entry.find(NS['mylocal'] % 'issued').text == "2003"
def test_08_init_add_new_ns_fields(self):
e = Entry(title="Foo", id="asidjasidj", dcterms_appendix="blah blah", author={'name':'Ben', 'email':'*****@*****.**'})
e.register_namespace("mylocal", "info:localnamespace")
e.add_fields(mylocal_foobar="2009",
updated="2010",
mylocal_description="A verbose and new description")
assert e.entry.find(NS['atom'] % 'updated') != None
assert e.entry.find(NS['atom'] % 'updated').text == "2010"
assert e.entry.find(NS['mylocal'] % 'foobar') != None
assert e.entry.find(NS['mylocal'] % 'foobar').text == "2009"
assert e.entry.find(NS['mylocal'] % 'description') != None
assert e.entry.find(NS['mylocal'] % 'description').text == "A verbose and new description"
def test_08_init_add_new_ns_fields(self):
e = Entry(title="Foo", id="asidjasidj", dcterms_appendix="blah blah", author={'name':'Ben', 'email':'*****@*****.**'})
e.register_namespace("mylocal", "info:localnamespace")
e.add_fields(mylocal_foobar="2009",
updated="2010",
mylocal_description="A verbose and new description")
assert e.entry.find(NS['atom'] % 'updated') != None
assert e.entry.find(NS['atom'] % 'updated').text == "2010"
assert e.entry.find(NS['mylocal'] % 'foobar') != None
assert e.entry.find(NS['mylocal'] % 'foobar').text == "2009"
assert e.entry.find(NS['mylocal'] % 'description') != None
assert e.entry.find(NS['mylocal'] % 'description').text == "A verbose and new description"
def test_08_advanced_create_resource_with_entry(self):
conn = Connection(SSS_URL, user_name=SSS_UN, user_pass=SSS_PW, on_behalf_of=SSS_OBO)
conn.get_service_document()
col = conn.sd.workspaces[0][1][0]
e = Entry(title="An entry only deposit", id="asidjasidj",
dcterms_abstract="abstract", dcterms_identifier="http://whatever/")
e.register_namespace("oxds", "http://databank.ox.ac.uk/terms/")
e.add_field("oxds_whatever", "whatever")
receipt = conn.create(col_iri = col.href,
metadata_entry = e,
in_progress = True,
suggested_identifier = str(uuid.uuid4()))
assert receipt.code == 201
assert receipt.location != None
# these last two assertions are contingent on if we actually get a
# receipt back from the server (which we might not legitimately get)
assert receipt.dom is None or receipt.parsed == True
assert receipt.dom is None or receipt.valid == True
def test_07_init_add_new_ns_field(self):
e = Entry(title="Foo", id="asidjasidj", dcterms_appendix="blah blah", author={'name':'Ben', 'email':'*****@*****.**'})
e.register_namespace("mylocal", "info:localnamespace")
e.add_field("mylocal_issued", "2003")
assert e.entry.find(NS['mylocal'] % 'issued') != None
assert e.entry.find(NS['mylocal'] % 'issued').text == "2003"
def test_04_init_add_namespace(self):
e = Entry(title="Foo", id="asidjasidj", dcterms_appendix="blah blah", author={'name':'Ben', 'email':'*****@*****.**'})
e.register_namespace("mylocal", "info:localnamespace")
assert "mylocal" in e.add_ns