def get_by_path(self, path):
''' Get a dictionary containing the fields that belong to
a project with a specific path.
path: str (valid path)
Path for requested project.
'''
con = self._get_connection()
con.row_factory = sqlite3.Row
cur = con.cursor()
sql = 'SELECT * from 01-codes WHERE projpath=?'
cur.execute(sql, (path, ))
matched_projects = []
for row in cur:
matched_projects.append({
'id': row['id'],
'projectname': row['projectname'],
'version': row['version'],
'description': row['description'],
'modified': row['modified'],
'projpath': row['projpath'],
'active': row['active']
})
cur.close()
if len(matched_projects) < 1:
print "Error project not found:", path
# This should never happen!
elif len(matched_projects) > 1:
print "Error: Non-unique project ID:"
print_dict(matched_projects)
else:
return matched_projects[0]
def get_by_path(self, path):
''' Get a dictionary containing the fields that belong to
a project with a specific path.
path: str (valid path)
Path for requested project.
'''
con = self._get_connection()
con.row_factory = sqlite3.Row
cur = con.cursor()
sql = 'SELECT * from projects WHERE projpath=?'
cur.execute(sql, (path,))
matched_projects = []
for row in cur:
matched_projects.append({
'id': row['id'],
'projectname': row['projectname'],
'version': row['version'],
'description': row['description'],
'modified': row['modified'],
'projpath': row['projpath'],
'active': row['active']
})
cur.close()
if len(matched_projects) < 1:
print "Error project not found:", path
# This should never happen!
elif len(matched_projects) > 1:
print "Error: Non-unique project ID:"
print_dict(matched_projects)
else:
return matched_projects[0]
def test_conmin(self):
div = '-'*70
print div
print 'LOAD PROJECT'
path = os.path.dirname(os.path.abspath(__file__))
self.cserver.load_project(os.path.join(path,'simple_1.proj'))
print div
print 'CHECK FILES (note paraboloid.py defining Paraboloid)'
print_dict(self.cserver.get_files())
print div
print 'IMPORT PARABOLOID'
self.cserver.onecmd('from paraboloid import Paraboloid')
print div
print 'WORKING TYPES'
print_dict(self.cserver.get_workingtypes())
print div
print 'CREATE ASSEMBLY'
print self.cserver.add_component('prob','openmdao.main.assembly.Assembly','');
print div
print 'COMPONENTS'
print_json(self.cserver.get_components())
print div
print 'ADD CONMIN DRIVER'
print self.cserver.add_component('driver',
'openmdao.lib.drivers.conmindriver.CONMINdriver','prob');
print div
print 'CHECK DRIVER ATTRIBUTES'
print_json(self.cserver.get_attributes('prob.driver'))
print div
print 'CREATE PARABOLOID'
self.cserver.add_component('p','Paraboloid','prob');
print div
print 'COMPONENTS'
print_json(self.cserver.get_components())
print div
print 'STRUCTURE'
print print_json(self.cserver.get_structure('prob'))
print div
print 'dir()'
print self.cserver.onecmd('dir()')
def get(self, project_id):
''' Get a dictionary containing the fields for a project id.
project_id: int
Unique id for requested project.
'''
con = self._get_connection()
con.row_factory = sqlite3.Row
cur = con.cursor()
sql = 'SELECT * from 01-codes WHERE id=%d' % int(project_id)
cur.execute(sql)
matched_projects = []
for row in cur:
matched_projects.append({
'id': row['id'],
'projectname': row['projectname'],
'version': row['version'],
'description': row['description'],
'modified': row['modified'],
'created': row['created'],
'projpath': row['projpath'],
'active': row['active']
})
cur.close()
if len(matched_projects) < 1:
print "Error project ID not found:", id
# This should never happen!
elif len(matched_projects) > 1:
print "Error: Non-unique project ID:"
print_dict(matched_projects)
else:
return matched_projects[0]
def get(self, project_id):
''' Get a dictionary containing the fields for a project id.
project_id: int
unique id for requested project.
'''
con = self._get_connection()
con.row_factory = sqlite3.Row
cur = con.cursor()
sql = 'SELECT * from projects WHERE id=%d' % int(project_id)
cur.execute(sql)
matched_projects = []
for row in cur:
matched_projects.append({
'id': row['id'],
'projectname': row['projectname'],
'version': row['version'],
'description': row['description'],
'modified': row['modified'],
'created': row['created'],
'filename': row['filename'],
'active': row['active']
})
cur.close()
if len(matched_projects) < 1:
print "Error project ID not found:", id
# This should never happen!
elif len(matched_projects) > 1:
print "Error: Non-unique project ID:"
print_dict(matched_projects)
else:
return matched_projects[0]
def run_cserver():
""" create a ZMQ-based console server & exercise it
"""
server_id = "ConsoleServer"
classpath = "openmdao.gui.consoleserver.ConsoleServer"
mgr = ZMQServerManager(classpath)
cserver = mgr.server(server_id)
if cserver is not None:
print "=============================================================="
print "================= started cserver ============================"
print "=============================================================="
# print cserver.onecmd("!!!!!!!!!!!!!!!!!!! I'm Alive !!!!!!!!!!!!!")
print cserver.getcwd()
# print 'types:'
# print cserver.get_available_types()
print "=============================================================="
print "================= redirecting streams ========================"
print "=============================================================="
# subscriber to the cserver output & print to stdout
out_url = mgr.get_out_socket_url(server_id)
out_rdr = OutStreamRedirector("CSERVER OUT", out_url, "cserver.out")
out_rdr.start()
pub_url = mgr.get_pub_socket_url(server_id)
pub_rdr = OutStreamRedirector("CSERVER PUB", pub_url, "cserver.pub")
pub_rdr.start()
time.sleep(5) # give them time to start up
print "=============================================================="
print "================ load project ================================"
print "=============================================================="
path = os.path.dirname(os.path.abspath(__file__))
proj_file = os.path.join(path, "sellar.proj")
print cserver.load_project(proj_file)
print_dict(cserver.get_files())
print "=============================================================="
print "================ import from file ==========================="
print "=============================================================="
print cserver.onecmd("from sellar_CO import SellarCO")
print_dict(cserver.get_workingtypes())
# print cserver.onecmd('trace')
print "=============================================================="
print "=============== execute script to set up the problem ========="
print "=============================================================="
script = """
top = SellarCO()
top.z1_t = 5.0
top.dis1.z1 = 5.0
top.dis2.z1 = 5.0
top.z2_t = 2.0
top.dis1.z2 = 2.0
top.dis2.z2 = 2.0
top.x1_t = 1.0
top.dis1.x1 = 1.0
top.y1_t = 3.16
top.y2_t = 0.0
top.dis1.y2 = 0.0
top.dis2.y1 = 3.16
"""
cserver.onecmd(script)
# print cserver.onecmd('trace')
print cserver.onecmd("print dir(top)")
print_json(cserver.get_structure(""))
print_json(cserver.get_workflow("top"))
print cserver.get_value("top.dis1.z1")
print cserver.get_value("top.dis1.z2")
print cserver.get_value("top.dis1.x1")
print "=============================================================="
print "================= register published vars and run ============"
print "=============================================================="
cserver.onecmd("top.register_published_vars(['dis1.z1', 'dis1.z2', 'dis1.x1'])")
cserver.run()
print "=============================================================="
print "================ get results ================================="
print "=============================================================="
print cserver.onecmd("trace")
print cserver.get_value("top.dis1.z1")
print cserver.get_value("top.dis1.z2")
print cserver.get_value("top.dis1.x1")
print "=============================================================="
print "================ delete server ==============================="
print "=============================================================="
time.sleep(15) # give it time to finish
mgr.delete_server(server_id)
out_rdr.terminate()
pub_rdr.terminate()
def run_cserver():
''' create a ZMQ-based console server & exercise it
'''
server_id = 'ConsoleServer'
classpath = 'openmdao.gui.consoleserver.ConsoleServer'
mgr = ZMQServerManager(classpath)
cserver = mgr.server(server_id)
if cserver is not None:
print '=============================================================='
print '================= started cserver ============================'
print '=============================================================='
#print cserver.onecmd("!!!!!!!!!!!!!!!!!!! I'm Alive !!!!!!!!!!!!!")
print cserver.getcwd()
#print 'types:'
#print cserver.get_available_types()
print '=============================================================='
print '================= redirecting streams ========================'
print '=============================================================='
# subscriber to the cserver output & print to stdout
out_url = mgr.get_out_socket_url(server_id)
out_rdr = OutStreamRedirector('CSERVER OUT', out_url, 'cserver.out')
out_rdr.start()
pub_url = mgr.get_pub_socket_url(server_id)
pub_rdr = OutStreamRedirector('CSERVER PUB', pub_url, 'cserver.pub')
pub_rdr.start()
time.sleep(5) # give them time to start up
print '=============================================================='
print '================ load project ================================'
print '=============================================================='
path = os.path.dirname(os.path.abspath(__file__))
proj_file = os.path.join(path, 'sellar.proj')
print cserver.load_project(proj_file)
print_dict(cserver.get_files())
print '=============================================================='
print '================ import from file ==========================='
print '=============================================================='
print cserver.onecmd('from sellar_CO import SellarCO')
print_dict(cserver.get_workingtypes())
#print cserver.onecmd('trace')
print '=============================================================='
print '=============== execute script to set up the problem ========='
print '=============================================================='
script = """
top = SellarCO()
top.z1_t = 5.0
top.dis1.z1 = 5.0
top.dis2.z1 = 5.0
top.z2_t = 2.0
top.dis1.z2 = 2.0
top.dis2.z2 = 2.0
top.x1_t = 1.0
top.dis1.x1 = 1.0
top.y1_t = 3.16
top.y2_t = 0.0
top.dis1.y2 = 0.0
top.dis2.y1 = 3.16
"""
cserver.onecmd(script)
#print cserver.onecmd('trace')
print cserver.onecmd('print dir(top)')
print_json(cserver.get_structure(''))
print_json(cserver.get_workflow('top'))
print cserver.get_value('top.dis1.z1')
print cserver.get_value('top.dis1.z2')
print cserver.get_value('top.dis1.x1')
print '=============================================================='
print '================= register published vars and run ============'
print '=============================================================='
cserver.onecmd(
"top.register_published_vars(['dis1.z1', 'dis1.z2', 'dis1.x1'])")
cserver.run()
print '=============================================================='
print '================ get results ================================='
print '=============================================================='
print cserver.onecmd('trace')
print cserver.get_value('top.dis1.z1')
print cserver.get_value('top.dis1.z2')
print cserver.get_value('top.dis1.x1')
print '=============================================================='
print '================ delete server ==============================='
print '=============================================================='
time.sleep(15) # give it time to finish
mgr.delete_server(server_id)
out_rdr.terminate()
pub_rdr.terminate()