def test_it_creates_a_slide_deck_from_the_internal_template(
do_gql_post, gql_query, mk_gql_variables, s3_client):
# Create a mock bucket to store the ppt file.
s3_client.create_bucket(
Bucket=Env.SLIDE_DECKS_BUCKET_NAME(),
CreateBucketConfiguration={'LocationConstraint': 'us-west-1'})
gql_variables = mk_gql_variables()
body = do_gql_post(gql_query, gql_variables).get('body')
assert body.get('errors', None) is None
jslide_deck = body['data']['createSlideDeck']['slideDeck']
assert jslide_deck['url'] is not None
assert Env.SLIDE_DECKS_BUCKET_NAME() in jslide_deck['url']
def input_test():
e = Env()
inp1 = parse('(1 2)')
assert show(inp1) == '(1 2 ())'
inp2 = parse('(+ 1 2)')
assert show(inp2) == '(+ 1 2 ())'
assert eval_lisp(inp2, e) == 3
inp3 = parse('(1 2 3 4)')
assert show(inp3) == '(1 2 3 4 ())'
inp4 = parse('(+ (+ 3 2) 3)')
assert eval_lisp(inp4, e) == 8
assert show(inp4) == '(+ (+ 3 2 ()) 3 ())'
inp5 = parse('(1 (4 5))')
assert show(inp5) == '(1 (4 5 ()) ())'
eval_lisp(parse('(def a 10)'), e)
assert eval_lisp(parse('(+ a 3)'), e) == 13
eval_lisp(parse('(def b (lambda (x) (* x x)))'), e)
assert eval_lisp(parse('(b 3)'), e) == 9
print('input tests passed')
def test_macro():
e = Env()
p = parse('(def t (macro (x) (+ x x)))')
c = parse('(t (+ 1 2))')
eval_lisp(p, e)
assert eval_lisp(c, e) == 6
print('macro passed')
def test_quote():
e = Env()
p = parse('(defn a (x)'
' ((defn g (z) (+ z x)) (` g))'
')')
eval_lisp(p, e)
c = parse('((a 7) 3)')
assert eval_lisp(c, e) == 10
e = Env()
p = parse('(defn a (x)'
' ((defn g (z) (+ z x)) `g)'
')')
eval_lisp(p, e)
c = parse('((a 7) 3)')
assert eval_lisp(c, e) == 10
print('quote passed')
def test_high_order_func():
e = Env()
p = parse('(defn a (x)'
' ((defn g (z) (+ z x)) (` g))'
')')
eval_lisp(p, e)
c = parse('((a 7) 3)')
assert eval_lisp(c, e) == 10
e = Env()
p = parse('(defn a (x)'
' ((defn g () (+ 3 x)) (` g))'
')')
eval_lisp(p, e)
c = parse('((a 1))')
assert eval_lisp(c, e) == 4
print('high order passed')
def test_fib():
e = Env()
fib = parse('(def fib (lambda (n) ('
'cond ((== n 1) 1)'
' ((== n 0) 0)'
' (else (+ (fib (- n 1)) (fib (- n 2)))))'
'))')
assert show(
fib) == '(def fib (lambda (n ()) (cond ((== n 1 ()) (1 ())) ((== n 0 ()) (0 ())) (else (+ (fib (- n 1 ()) ()) (fib (- n 2 ()) ()) ()) ()) ()) ()) ())'
eval_lisp(fib, e)
exec_fib = parse('(fib 10)')
assert eval_lisp(exec_fib, e) == 55
def test_it_creates_a_slide_deck_from_an_external_template(
do_gql_post, gql_query, mk_gql_variables, s3_client):
# Create a mock bucket to store the ppt file.
s3_client.create_bucket(
Bucket=Env.SLIDE_DECKS_BUCKET_NAME(),
CreateBucketConfiguration={'LocationConstraint': 'us-west-1'})
template_url = 'https://afakedomainname.com/file.pptx'
gql_variables = mk_gql_variables()
gql_variables['templateUrl'] = template_url
with open('assets/template_ki_empty.pptx', 'rb') as f:
pptx = f.read()
with responses.RequestsMock() as rsps:
rsps.add(responses.GET, template_url, body=pptx, status=200)
body = do_gql_post(gql_query, gql_variables).get('body')
assert body.get('errors', None) is None
jslide_deck = body['data']['createSlideDeck']['slideDeck']
assert jslide_deck['url'] is not None
assert Env.SLIDE_DECKS_BUCKET_NAME() in jslide_deck['url']
def env():
'''Test Environment'''
with patch.object(Env, 'db_connect'):
return Env('test',
conf={
'pg_username': '******',
'pg_password': '',
'google_id': '',
'google_secret': '',
'cookie_secret': 'secret',
'path_attachments': '/tmp/attachments',
'search_lang': ['simple']
})
def test_simple_coms():
e = Env()
emp = parse('(defn empty? (x) (and (== (car x) None) (== (cdr x) None)))')
f = parse('(empty? (` (1 2)))')
t = parse('(empty? ())')
qua = parse(
'(defn qua (x)('
'if (empty? x)'
'()'
'(cons (* 2 (car x)) (qua (cdr x)))'
'))'
)
q = parse('(qua (qua (` (1 3))))')
eval_lisp(emp, e)
eval_lisp(qua, e)
assert not eval_lisp(f, e)
assert eval_lisp(t, e)
assert show(eval_lisp(q, e)) == '(4 12 ())'
print('simple tests passed')
def test_client():
assert Synapse.client() is not None
profile = Synapse.client().getUserProfile(refresh=True)
assert profile['userName'] == Env.SYNAPSE_USERNAME()
def test_core():
l1 = cons(1, 2)
l2 = cons(1, EmptyList())
l3 = cons(cons(1, 2), cons(3, 4))
l4 = cons(1, cons(2, EmptyList()))
l5 = cons(BinOp('+'), cons(7, cons(4, EmptyList())))
l6 = cons(PredOp('<'), cons(1, cons(2, EmptyList())))
l7 = cons(PredOp('>'), cons(1, cons(2, EmptyList())))
l8 = cons(PredOp('and'), cons(True, cons(True, EmptyList())))
l9 = cons(PredOp('and'), cons(True, cons(False, EmptyList())))
l10 = cons(PredOp('or'), cons(False, cons(False, EmptyList())))
l11 = cons(PredOp('or'), cons(False, cons(True, EmptyList())))
l12 = cons(PredOp('or'), cons(True, cons(False, EmptyList())))
l13 = cons(BinOp('*'), cons(10, cons(cons(BinOp('+'), cons(2, cons(3, EmptyList()))), EmptyList())))
l14 = cons(SpecialForm('def'), cons(Symbol('a'), cons(3, EmptyList())))
l15 = cons(Symbol('a'), EmptyList())
l16 = cons(SpecialForm('def'), cons(Symbol('a'), cons('asd', EmptyList())))
l17 = cons(Symbol('a'), EmptyList())
l18 = cons(BinOp('+'), cons(cons(BinOp('+'), cons(2, cons(3, EmptyList()))), cons(3, EmptyList())))
pre1 = cons(PredOp('>'), cons(1, cons(2, cons(3, EmptyList()))))
pre2 = cons(PredOp('>'), cons(2, cons(1, cons(3, EmptyList()))))
pre3 = cons(PredOp('and'), cons(cons(PredOp('>'), cons(6, cons(2, EmptyList()))), cons(pre1, EmptyList())))
assert show(l1) == '(1 2)', 'l1 Not passed'
assert show(l2) == '(1 ())', 'l2 Not passed'
assert show(l3) == '((1 2) (3 4))', 'l3 Not passed'
assert show(l4) == '(1 2 ())', 'l4 Not passed'
assert show(l5) == '(+ 7 4 ())', 'l5 Not passed'
assert show(l6) == '(< 1 2 ())', 'l6 Not passed'
assert show(l7) == '(> 1 2 ())', 'l7 Not passed'
assert show(l8) == '(and True True ())', 'l8 Not passed'
assert show(l9) == '(and True False ())', 'l9 Not passed'
assert show(l10) == '(or False False ())', 'l10 Not passed'
assert show(l11) == '(or False True ())', 'l11 Not passed'
assert show(l12) == '(or True False ())', 'l12 Not passed'
assert show(l13) == '(* 10 (+ 2 3 ()) ())', 'l13 Not passed'
assert show(l14) == '(def a 3 ())', 'l14 Not passed'
assert show(l16) == '(def a "asd" ())', 'l16 Not passed'
assert show(l18) == '(+ (+ 2 3 ()) 3 ())', 'l18 Not passed'
assert show(pre1) == '(> 1 2 3 ())', 'pre1 Not passed'
assert show(pre2) == '(> 2 1 3 ())', 'pre2 Not passed'
assert show(pre3) == '(and (> 6 2 ()) (> 1 2 3 ()) ())', 'pre3 Not passed'
print('show tests passed')
e = Env()
assert eval_lisp(l5, e) == 11, 'eval l5 not passed'
assert eval_lisp(l6, e), 'eval l6 not passed'
assert not eval_lisp(l7, e), 'eval l7 not passed'
assert eval_lisp(l8, e), 'eval l8 not passed'
assert not eval_lisp(l9, e), 'eval l9 not passed'
assert not eval_lisp(l10, e), 'eval l10 not passed'
assert eval_lisp(l11, e), 'eval l11 not passed'
assert eval_lisp(l12, e), 'eval l12 not passed'
assert eval_lisp(l13, e) == 50, 'eval l13 not passed'
assert eval_lisp(l14, e) == 'OK', 'eval l14 not passed'
assert eval_lisp(l15, e) == 3, 'eval l15 not passed'
assert eval_lisp(l16, e) == 'OK', 'eval l16 not passed'
assert eval_lisp(l17, e) == 'asd', 'eval l17 not passed'
assert eval_lisp(l18, e) == 8, 'eval l18 not passed'
assert not eval_lisp(pre1, e), 'eval pre1 not passed'
assert not eval_lisp(pre2, e), 'eval pre2 not passed'
assert not eval_lisp(pre3, e), 'eval pre3 not passed'
print('eval tests passed')
print('core tests passed')
def test_cond():
e = Env()
p = parse('(cond ((< 3 1) 1) ((< 2 3) 2))')
assert eval_lisp(p, e) == 2
print('cond test passed')
def test_if():
assert eval_lisp(parse('(if (< 3 5) (12) (22))'), Env()) == 12
def mutate(self,
info,
title,
sprint_id,
participants,
end_date,
sprint_questions,
background,
deliverables,
key_findings,
next_steps,
value,
**kwargs):
template_url = kwargs.get('template_url', None)
presentation = None
if template_url and template_url != '':
logger.debug('Fetching template file: {0}'.format(template_url))
r = requests.get(template_url)
logger.debug('Done fetching template file.')
if r.status_code == 200:
fd, tmp_filename = tempfile.mkstemp(suffix='.pptx')
try:
with os.fdopen(fd, 'wb') as tmp:
tmp.write(r.content)
presentation = Presentation(tmp_filename)
finally:
if os.path.isfile(tmp_filename):
os.remove(tmp_filename)
else:
raise Exception(
'Could not load template_url: {0}'.format(template_url))
else:
presentation = Presentation('assets/template_ki_empty.pptx')
SLD_TITLE = 'Title Slide - Text Only'
SLD_HEAD_COPY = 'Full Width Head'
SLD_HEAD_BULLETS = 'Full Width Head + Bullets'
# SLD_HEAD_SUBHEAD_COPY = 3
# SLD_HEAD_ONLY = 7
SLD_INSTRUCTIONS = 'INSTRUCTIONS'
title_layout = presentation.slide_layouts.get_by_name(SLD_TITLE)
plain_layout = presentation.slide_layouts.get_by_name(SLD_HEAD_COPY)
bullet_layout = presentation.slide_layouts.get_by_name(SLD_HEAD_BULLETS)
if title_layout is None or plain_layout is None or bullet_layout is None:
raise Exception('Slide deck provided is not using the correct template')
# deliverables
slide = presentation.slides.add_slide(bullet_layout)
shapes = slide.shapes
title_shape = shapes.title
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = 'Deliverables'
tf = body_shape.text_frame
for item in deliverables:
p = tf.add_paragraph()
p.text = item
p.level = 1
CreateSlideDeck.add_notes(slide)
CreateSlideDeck.move_to_front(presentation)
# questions
slide = presentation.slides.add_slide(bullet_layout)
shapes = slide.shapes
title_shape = shapes.title
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = 'Sprint Questions'
tf = body_shape.text_frame
for item in sprint_questions:
p = tf.add_paragraph()
p.text = item
p.level = 1
CreateSlideDeck.add_notes(slide)
CreateSlideDeck.move_to_front(presentation)
# value hypothesis
slide = presentation.slides.add_slide(plain_layout)
title_shape = CreateSlideDeck.get_placeholder(slide, 'Title 2')
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = "Value Hypothesis"
body_shape.text = value
CreateSlideDeck.add_notes(slide)
CreateSlideDeck.move_to_front(presentation)
# background
slide = presentation.slides.add_slide(plain_layout)
title_shape = CreateSlideDeck.get_placeholder(slide, 'Title 2')
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = "Background"
body_shape.text = background
CreateSlideDeck.add_notes(slide)
CreateSlideDeck.move_to_front(presentation)
# title slide
slide = presentation.slides.add_slide(title_layout)
title_shape = CreateSlideDeck.get_placeholder(slide, 'Title 1')
body_shape1 = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 2')
body_shape2 = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 3')
title_shape.text = 'Rally {0}: {1}'.format(sprint_id, title)
body_shape1.text = 'Completed {0}'.format(end_date)
body_shape2.text = 'Rally participants {0}'.format(', '.join(participants))
CreateSlideDeck.add_notes(slide)
CreateSlideDeck.move_to_front(presentation)
# data/methods/results are already part of the deck
# key findings
slide = presentation.slides.add_slide(bullet_layout)
shapes = slide.shapes
title_shape = shapes.title
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = 'Key Findings'
tf = body_shape.text_frame
for item in key_findings:
p = tf.add_paragraph()
p.text = item
p.level = 1
CreateSlideDeck.add_notes(slide)
# next steps
slide = presentation.slides.add_slide(bullet_layout)
shapes = slide.shapes
title_shape = shapes.title
body_shape = CreateSlideDeck.get_placeholder(slide, 'Text Placeholder 1')
title_shape.text = 'Next Steps'
tf = body_shape.text_frame
items = next_steps
for item in items:
p = tf.add_paragraph()
p.text = item
p.level = 1
CreateSlideDeck.add_notes(slide)
# remove INSTRUCTIONS slide before saving
slides = list(presentation.slides)
slides2 = list(presentation.slides._sldIdLst)
rm_idx = next((i for i in range(len(slides))
if slides[i].slide_layout.name == SLD_INSTRUCTIONS), None)
if rm_idx != None:
presentation.slides._sldIdLst.remove(slides2[rm_idx])
timestamp = datetime.datetime.now().strftime("%Y%m%d%H%M%S%f")
ppt_file_name = 'Rally_{0}_report-out-{1}.pptx'.format(sprint_id, timestamp)
ppt_file_path = os.path.join(tempfile.gettempdir(), ppt_file_name)
presentation.save(ppt_file_path)
# Store on S3
try:
logger.debug('Uploading SlideDeck to S3.')
s3 = boto3.resource('s3')
s3.meta.client.upload_file(ppt_file_path, Env.SLIDE_DECKS_BUCKET_NAME(), ppt_file_name)
logger.debug('Finished uploading SlideDeck to S3.')
# Generate a presigned URL that expires.
presigned_url = s3.meta.client.generate_presigned_url(
'get_object',
Params={'Bucket': Env.SLIDE_DECKS_BUCKET_NAME(), 'Key': ppt_file_name},
ExpiresIn=Env.SLIDE_DECKS_URL_EXPIRES_IN_SECONDS()
)
finally:
if os.path.isfile(ppt_file_path):
os.remove(ppt_file_path)
new_slide_deck = SlideDeck(url=presigned_url)
return CreateSlideDeck(slide_deck=new_slide_deck)
def get_full(argv):
from core import Env, db
env = Env()
parser, cmd = get_base(argv)
cmd('sync')\
.arg('-t', '--target', default='fast', choices=sync.choices)\
.arg('-l', '--only', nargs='*', help='sync only these labels')\
.arg('-d', '--disabled', action='store_true')\
.arg('-u', '--username')\
.exe(lambda a: (
sync(Env(a.username), a.target, a.disabled, only=a.only))
)
cmd('parse')\
.arg('-u', '--username')\
.arg('-l', '--limit', type=int, default=1000)\
.arg('-o', '--offset', type=int, default=0)\
.arg('-w', '--where')\
.exe(lambda a: parse(Env(a.username), a.limit, a.offset, a.where))
cmd('thrids')\
.arg('-u', '--username')\
.arg('-c', '--clear', action='store_true')\
.exe(lambda a: thrids(Env(a.username), a.clear))
cmd('db-init')\
.arg('username')\
.arg('-r', '--reset', action='store_true')\
.arg('-p', '--password')\
.exe(lambda a: db.init(Env(a.username), a.password, a.reset))
cmd('migrate')\
.arg('-u', '--username')\
.arg('-i', '--init', action='store_true')\
.arg('-c', '--clean', action='store_true')\
.exe(lambda a: migrate(Env(a.username), a.init, a.clean))
cmd('shell').exe(lambda a: shell(env))
cmd('run').exe(lambda a: run(env))
cmd('web', add_help=False).exe(lambda a: grun('web', ' '.join(a)))
cmd('async', add_help=False).exe(lambda a: grun('async', ' '.join(a)))
cmd('test', add_help=False).exe(lambda a: (
sh('py.test --ignore=node_modules --confcutdir=tests %s' % ' '.join(a))
))
cmd('npm', help='update nodejs packages')\
.exe(lambda a: npm())
cmd('static', help='generate front')\
.arg('-f', '--force', action='store_true')\
.arg('-c', '--clean', action='store_true')\
.exe(lambda a: front(env, a.force, a.clean))
cmd('touch').exe(lambda a: sh(
'./manage.py static &&'
'supervisorctl pid async web nginx | xargs kill -s HUP'
))
return parser