def load_test_collection(project):
ptm = PerformanceTestModel(project)
products = ptm.get_products('id')
product_names = {}
for id in products:
if products[ id ]['product'] and \
products[ id ]['version'] and \
products[ id ]['branch']:
name = get_test_collection_name(
products[ id ]['product'],
products[ id ]['version'],
products[ id ]['branch']
)
product_names[name] = id
test_collection_names = ptm.get_test_collection_set()
new_name_set = set(
product_names.keys()
).difference( test_collection_names )
for new_name in new_name_set:
id = ptm.set_test_collection(new_name, "")
ptm.set_test_collection_map(id, product_names[ new_name ])
ptm.cache_ref_data()
ptm.disconnect()
def set_default_products(project):
ptm = PerformanceTestModel(project)
products = ptm.get_products('id')
versions = [ products[id]['version'] for id in products ]
#sort version strings
versions.sort(
key=lambda s: map(numeric_prefix, s.split('.')), reverse=True
)
if versions:
current_version = versions[0]
default_count = 0
for id in products:
default = 0
if current_version == products[id]['version']:
default_count += 1
#Don't load more than 10 datasets by default
if default_count <= 10:
default = 1
ptm.set_default_product(id, default)
ptm.cache_default_project()
def set_default_products(project):
ptm = PerformanceTestModel(project)
products = ptm.get_products('id')
versions = [products[id]['version'] for id in products]
#sort version strings
versions.sort(key=lambda s: map(numeric_prefix, s.split('.')),
reverse=True)
if versions:
current_version = versions[0]
default_count = 0
for id in products:
default = 0
if current_version == products[id]['version']:
default_count += 1
#Don't load more than 10 datasets by default
if default_count <= 10:
default = 1
ptm.set_default_product(id, default)
ptm.cache_default_project()
def load_test_collection(project):
ptm = PerformanceTestModel(project)
products = ptm.get_products('id')
product_names = {}
for id in products:
if products[ id ]['product'] and \
products[ id ]['version'] and \
products[ id ]['branch']:
name = get_test_collection_name(products[id]['product'],
products[id]['version'],
products[id]['branch'])
product_names[name] = id
test_collection_names = ptm.get_test_collection_set()
new_name_set = set(product_names.keys()).difference(test_collection_names)
for new_name in new_name_set:
id = ptm.set_test_collection(new_name, "")
ptm.set_test_collection_map(id, product_names[new_name])
ptm.cache_ref_data()
ptm.disconnect()
def build_test_summaries(project):
ptm = PerformanceTestModel(project)
time_ranges = utils.get_time_ranges()
products = ptm.get_products()
for product_name in products:
for tr in ['days_7', 'days_30']:
table = ptm.get_test_run_summary(str(time_ranges[tr]['start']),
str(time_ranges[tr]['stop']),
[products[product_name]], [], [])
json_data = json.dumps(table)
ptm.set_summary_cache(products[product_name], tr, json_data)
ptm.disconnect()
def build_test_summaries(project):
ptm = PerformanceTestModel(project)
time_ranges = utils.get_time_ranges()
products = ptm.get_products()
for product_name in products:
for tr in ['days_7', 'days_30']:
table = ptm.get_test_run_summary(str( time_ranges[tr]['start']),
str( time_ranges[tr]['stop']),
[ products[ product_name ] ],
[],
[])
json_data = json.dumps( table )
ptm.set_summary_cache( products[ product_name ], tr, json_data )
ptm.disconnect()
