def hLineTest(self):
self.logger.info("hLineTest")
hline = HLine(240, Yaml().load("{ azimuth: 240, elevation: 60 }"))
t1 = round(hline.getElevationAtAzimuth(240))
self.logger.debug(t1)
assert t1 == 60
t2 = hline.getElevationAtAzimuth(200)
self.logger.debug(t2)
assert t2 < 55 and t2 > 50
hline2 = HLine(240, Yaml().load("{ azimuth: 200, elevation: 53 }"))
t3 = hline2.getElevationAtAzimuth(240)
assert round(t3) == 60
t4 = hline2.getElevationAtAzimuth(60)
assert t4 < 0
# two measurements back and forth
hline3 = HLine(150, Yaml().load("{ azimuth: 145, elevation: 62.5 }"))
hline4 = HLine(150, Yaml().load("{ azimuth: 198.3, elevation: 52.4 }"))
t5 = hline3.getElevationAtAzimuth(198.3)
t6 = hline4.getElevationAtAzimuth(145)
#self.logger.info("t5:" + str(t5))
#self.logger.info("t6:" + str(t6))
assert round(t5) == 52
assert round(t6) == 63
def readYaml(file):
from java.io import FileInputStream
from org.yaml.snakeyaml import Yaml
input = FileInputStream(file)
yaml = Yaml()
data = yaml.load(input)
return data
def getFormatData(type):
from org.yaml.snakeyaml import Yaml
from java.io import ByteArrayInputStream
formatData = loadResource('template.yaml')
input = java.io.ByteArrayInputStream(formatData)
yaml = Yaml()
data = yaml.load(input)
return data[type]
def lineTest(self):
self.logger.info("lineTest")
line1 = Line(
60,
Yaml().load("""
- { azimuth: 120, elevation: 35.82 }
- { azimuth: 110, elevation: 49 }
"""))
line = Line(
240,
Yaml().load("""
- { azimuth: 197.28, elevation: 39.54 }
- { azimuth: 227, elevation: 59 }
"""))
line3 = Line(
240,
Yaml().load("""
- { azimuth: 197.28, elevation: 39.54 }
- { azimuth: 199.52, elevation: 41.56 }
"""))
line4 = Line(
240,
Yaml().load("""
- { azimuth: 197.28, elevation: 39.54, angle: -35 }
"""))
# gäste
line5 = Line(
240,
Yaml().load("""
- { azimuth: 174.88, elevation: 30.3 }
- { azimuth: 189.58, elevation: 53.66 }
"""))
self.logger.debug(line.getElevationAtAzimuth(240))
self.logger.debug(line.getElevationAtAzimuth(224))
self.logger.debug(line.getElevationAtAzimuth(227))
self.logger.debug(line.getElevationAtAzimuth(200))
self.logger.debug(line.getElevationAtAzimuth(199.52))
self.logger.debug(line.getElevationAtAzimuth(180))
self.logger.debug(line.getElevationAtAzimuth(170))
self.logger.debug(line.getElevationAtAzimuth(160))
self.logger.debug(line.getElevationAtAzimuth(150))
self.logger.debug(line.getElevationAtAzimuth(290))
self.logger.debug(line.getElevationAtAzimuth(300))
self.logger.debug(line.getElevationAtAzimuth(310))
self.logger.debug(line.getElevationAtAzimuth(320))
self.logger.debug(line.getElevationAtAzimuth(330))
self.logger.debug(line.getElevationAtAzimuth(175))
self.logger.debug(line5.getElevationAtAzimuth(181.68))
assert round(line.getElevationAtAzimuth(240)) == 62
assert round(line.getElevationAtAzimuth(224)) == 58
assert round(line.getElevationAtAzimuth(227)) == 59
assert round(line.getElevationAtAzimuth(199.52)) == 42
assert round(line.getElevationAtAzimuth(174)) == 0
def genNEFYaml(fileName):
input = 'nef : ' + fileName + '\n'
input += yamlStr
print input
yaml = Yaml()
data = yaml.load(input)
return data
def genYaml():
input = '''
molecule :
entities :
- sequence : GPGAST
type : nv
ptype : protein
anneal:
steps : 1000
highTemp : 1000.0
'''
yaml = Yaml()
data = yaml.load(input)
return data
def dumpYamlWin(yamlFile):
yaml = Yaml()
win = {}
win['geometry'] = nw.geometry()
win['title'] = "Test"
win['grid'] = nw.getGrid()
win['sconfig'] = nw.sconfig()
(rows, cols) = win['grid']
spectra = []
win['spectra'] = spectra
nCharts = nw.nCharts()
for iSpectrum in range(nCharts):
nw.active(iSpectrum)
sd = {}
spectra.append(sd)
iRow = iSpectrum / cols
iCol = iSpectrum % cols
sd['grid'] = [iRow, iCol]
sd['lim'] = nw.lim()
sd['cconfig'] = nw.cconfig()
sd['datasets'] = []
datasets = nw.datasets()
for dataset in datasets:
dset = {}
dset['name'] = dataset
dset['config'] = nw.config(dataset)
dset['dims'] = nw.getDims(dataset)
sd['datasets'].append(dset)
sd['peaklists'] = []
peakLists = nw.peakLists()
for peakList in peakLists:
pset = {}
pset['name'] = peakList
pset['config'] = nw.pconfig(peakList)
sd['peaklists'].append(pset)
print win
yamlDump = yaml.dump(win)
with open(yamlFile, 'w') as fOut:
fOut.write(yamlDump)
def dailySchedulesTest(self, rules):
self.logger.info("dailySchedulesTest")
schedules = DailySchedules(
Yaml().load("""
weekend:
- kids_evening
- kids_open
workday:
- kids_open
vacation:
- kids_open
"""), rules)
return schedules
def sunExposureTest(self):
self.logger.info("sunExposureTest")
se = SunExposure(Yaml().load("""
orientation: 240
sun_openings:
- azimuth: 160
below:
- { azimuth: 240, elevation: 60 }
above:
- { elevation: 5 }
- azimuth: 240
below:
- { azimuth: 240, elevation: 60 }
above:
- { elevation: 3 }
- azimuth: 330
"""))
assert se.isSunlit(159, 9) == False
assert se.isSunlit(161, 15) == True
assert se.isSunlit(161, 6) == True
assert se.isSunlit(161, 4) == False
assert se.isSunlit(241, 58) == True
assert se.isSunlit(241, 62) == False
assert se.isSunlit(241, 4) == True
assert se.isSunlit(325, 4) == True
assert se.isSunlit(331, 4) == False
se2 = SunExposure(Yaml().load("""
orientation: 240
sun_openings:
- azimuth: 160
- azimuth: 330
"""))
assert se2.isSunlit(200, 9) == True
def calendarTest(self, schedules):
self.logger.info("calendarTest")
calendar = Calendar(
Yaml().load("""
- desc: "Sommerferien"
timerange: {from: "12.06.2017", to: "16.08.2017" }
daily_schedule: vacation
- desc: "Weekend"
cron: "? * 7,1 *"
daily_schedule: weekend
- desc: "Workdays"
cron: "? * 2-6 *"
daily_schedule: workday
"""), schedules).getDailyScheduleName()
def rulesTest(self):
self.logger.info("rulesTest")
rules = Rules(
Yaml().load("""
kids_evening:
triggers:
- cron: '0 30 19'
action: MANUAL
items:
- shutter_living
kids_open:
triggers:
- cron: '0 30 20'
- channel_event: {channel: 'astro:sun:local:nauticDusk#event', event: 'START'}
action: SUN
items:
- shutter_living
"""), {'shutter_automation': 'shutter_automation'})
return rules
class nomjyc (HttpServlet):
"""
This is the nomjyc web interface. Nomic is a game where the players change the rules.
Nomjyc is the same game, except that the rules are written in jython.
Called without parameters, it will most probably just display its own rules.
Call it with GET or POST parameters to execute and change them.
Read the code to understand how.
Just kidding. We have a wiki at <a href="http://nomjyc.ath.cx:8080/cgi/fossil">http://nomjyc.ath.cx:8080/cgi/fossil</a>
"""
def __init__(self):
self.yaml = Yaml()
self.yamlLexer = YamlLexer()
self.pythonLexer = PythonLexer()
self.pythonTBLexer = PythonTracebackLexer()
self.htmlFormatter = HtmlFormatter()
def dumpData(self,c):
rules = c.data["rules"]
c.data["rules"] = "omitted"
code = highlight(self.yaml.dump(c.data), self.yamlLexer, self.htmlFormatter)
c.data["rules"] = rules
return code
def dumpYaml(self, anything):
#return highlight(self.yaml.dump(anything), self.yamlLexer, self.htmlFormatter)
return "<pre>%s</pre>" % self.yaml.dump(anything)
def dumpPython(self, code):
return highlight(code, self.pythonLexer, self.htmlFormatter)
def dumpPythonTB(self, code):
return highlight(code, self.pythonTBLexer, self.htmlFormatter)
def explainException(self, title):
nruter = "<div class=\"erroroutput\"><span class=\"gu\">%s</span>" % title
exc_type, exc_value, exc_tb = sys.exc_info()
for line in traceback.format_exception(exc_type, exc_value, exc_tb):
nruter += "\n%s" % self.dumpPythonTB(line)
return nruter + "</div>"
def doGet(self, request, response):
# Treat GET and POST equally
self.doPost(request, response)
DIV_HIDEOUS_BOX = "<div class=\"%s\"><div class=\"gh\">%s - <a href=\"javascript:ReverseDisplay('%s')\">show/hide %s</a></div><div id=\"%s\" style=\"display:%s\">%s</div>%s"
def divHideCode(self, claz, title, id, data, visible=False, content="", openend=False):
return self.DIV_HIDEOUS_BOX % (claz, title, id, content, id, visible and "show" or "none", data, openend and " " or "</div>")
def doPost(self, request, response):
c = NomjycContainer() # re-initialized container upon every request
c.parameters = request.getParameterMap()
log = open("/var/log/nomjyc/nomjyc.log","a")
safelog = dict(c.parameters)
if "pass" in safelog:
safelog["pass"]=len(safelog["pass"])
log.write(("[[%s]] %s %s\n" % (request.getRemoteAddr(), datetime.utcnow(), self.yaml.dump(safelog))).encode("utf-8"))
log.close()
output = "<div class=\"infobox\"><span class=\"gh\">nomjyc 0.1</span>\n"
c.session = {}
if len(c.parameters)==0:
output += "<pre>%s</pre>" % self.__doc__
output += "</div>"
c.salt="dckx"
try:
c.data = self.yaml.load(FileInputStream("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.yaml"))
except:
output += self.explainException("Error while initiating game state - trying to load backup.")
c.data = self.yaml.load(FileInputStream("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.bak"))
# Print some debug information - for now.
output += self.divHideCode("infobox", "Request", "reqi", self.dumpYaml(c.parameters), visible=True)
output += self.divHideCode("infobox", "Data read", "dri", self.dumpYaml(c.data))
# If we have come so far, we assume that it is safe to write a backup.
try:
self.yaml.dump(c.data, FileWriter("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.bak"))
except:
output += self.explainException("Error while storing backup game state")
# Execute all rules against the user input
brain = PythonInterpreter()
c.sandbox = False # a flag that tells that we are not in a sandbox
checksum = hashlib.md5(self.yaml.dump(c.data)).hexdigest()
for rule in c.data["rules"][:]: # we are going to modify the rules. a lot. this prevents concurrent modification.
try:
output += self.divHideCode("rulebox", "Executing rule '%s'" % rule["title"], "id"+str(random()), self.dumpPython(rule["code"]), openend=True)
err = StringWriter()
out = StringWriter()
# Compile the rule into a jython/java class
brain.set("self", c) # expose the container to the rules
brain.setErr(err)
brain.setOut(out)
before = time.time()
timeout (brain.exec,(rule["code"],),timeout_duration=30)
runtime = int((time.time()-before) * 1000)
newsum = hashlib.md5(self.yaml.dump(c.data)).hexdigest()
changes = (checksum != newsum)
checksum = newsum
output += "<div class=\"ruleoutput\">"
if changes: output += "<div class=\"erroroutput\">This rule changed the game data.</div>"
if (err.getBuffer().length()): output += "<div class=\"erroroutput\">Err:<br />%s</div>" % self.dumpPythonTB(err.toString())
if (out.getBuffer().length()): output += "<div class=\"gu\">Out:</div>"+out.toString()
output += "<div>(runtime: %sms)</div></div></div>" % runtime
except Exception, ex:
output += self.explainException("Execution failed") + "</div>"
# Dump the data back to file
try:
self.yaml.dump(c.data, FileWriter("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.yaml"))
except:
output += self.explainException("Error while storing game state")
# Print some debug information - for now.
output += self.divHideCode("infobox", "Session data", "sess", self.dumpYaml(c.session), visible=True)
output += self.divHideCode("infobox", "Data stored", "dsf", self.dumpYaml(c.data))
# Send all output to the user (xml or html?)
toClient = response.getWriter()
response.setContentType("text/html")
toClient.println("""
<html>
<head>
<title>Nomjyc</title>
<link rel="stylesheet" type="text/css" href="pygments.css" />
<script type="text/javascript" src="nomjyc.js"></script>
</head>
<body>%s</body>
</html>
""" % output)
def horizonTest(self):
self.logger.info("horizonTest")
horizon = Horizon(240, Yaml().load("{ elevation: 53 }"))
assert horizon.getElevationAtAzimuth(60) == 53
assert horizon.getElevationAtAzimuth(200) == 53
def loadYamlWin(yamlFile, createNewStage=True):
with open(yamlFile) as fIn:
inputData = fIn.read()
yaml = Yaml()
if createNewStage > 0:
nw.new()
pathComps = os.path.split(yamlFile)
title = pathComps[1]
if title.endswith('_fav.yaml'):
title = title[0:-9]
elif title.endswith('.yaml'):
title = title[0:-5]
nw.setTitle(title)
data = yaml.load(inputData)
if 'geometry' in data:
(x, y, w, h) = data['geometry']
nw.geometry(x, y, w, h)
if 'grid' in data:
(rows, cols) = data['grid']
nw.grid(rows, cols)
if 'sconfig' in data:
sconfig = data['sconfig']
nw.sconfig(sconfig)
spectra = data['spectra']
for v in spectra:
print v
datasets = v['datasets']
if 'grid' in v:
(iRow, iCol) = v['grid']
else:
iRow = 0
iCol = 0
activeWin = iRow * cols + iCol
print 'g', iRow, iCol, activeWin
nw.active(activeWin)
if 'cconfig' in v:
cconfig = v['cconfig']
nw.cconfig(cconfig)
datasetValues = []
for dataset in datasets:
print dataset
name = dataset['name']
datasetValues.append(name)
print 'dv', datasetValues
nw.cmd.datasets(datasetValues)
if 'lim' in v:
lim = v['lim']
nw.lim(lim)
for dataset in datasets:
name = dataset['name']
if 'config' in dataset:
cfg = dataset['config']
nw.config(datasets=[name], pars=cfg)
if 'dims' in dataset:
dims = dataset['dims']
nw.setDims(dataset=name, dims=dims)
if 'peaklists' in v:
peakLists = v['peaklists']
peakListValues = []
for peakList in peakLists:
print peakList
name = peakList['name']
peakListValues.append(name)
print 'dv', peakListValues
nw.cmd.peakLists(peakListValues)
for peakList in peakLists:
name = peakList['name']
if 'config' in peakList:
cfg = peakList['config']
nw.pconfig(peakLists=[name], pars=cfg)
nw.drawAll()
def __init__(self):
self.logger = logging.getLogger(logger_name + ".Config")
self.shutterConfig = Yaml().load(open(shuttersFile))
self.scheduleConfig = Yaml().load(open(scheduleFile))
self.logger.info("Config loaded")
import de.embl.cba.metadata.MetaData as MetaData import de.embl.cba.metadata.MetadataCreator as MetadataCreator import ij.IJ as IJ import org.yaml.snakeyaml.DumperOptions as DumperOptions import org.yaml.snakeyaml.Yaml as Yaml import java.io.FileWriter as FileWriter file = "/Volumes/cba/exchange/OeyvindOedegaard/yaml_project/01_TestFiles/20180627_LSM780M2_208_ibidi1_fcs_B_Posx96.lsm" metadataCreator = MetadataCreator(file) metadata = metadataCreator.getMetadata() dumperOptions = DumperOptions() dumperOptions.setDefaultFlowStyle(DumperOptions.FlowStyle.BLOCK) outputPath = "/Volumes/cba/exchange/OeyvindOedegaard/yaml_project/test.yaml" yaml = Yaml(dumperOptions) writer = FileWriter(outputPath) yaml.dump(metadata, writer) writer.flush() writer.close() IJ.open(outputPath)
def __init__(self):
self.logger = LoggerFactory.getLogger(logger_name + ".Config")
self.gardenaConfig = Yaml().load(open(gardena_config_file))
self.logger.info("Config loaded")
iEntity += 1
def isRNA(mol):
polymers = mol.getPolymers()
rna = False
for polymer in polymers:
for residue in polymer.getResidues():
resName = residue.getName()
if resName in ["A","C","G","U"]:
rna = True
break
return rna
if argFile.endswith('.yaml'):
input = FileInputStream(argFile)
yaml = Yaml()
data = yaml.load(input)
refiner=refine()
osfiles.setOutFiles(refiner,dataDir, 0)
refiner.rootName = "temp"
refiner.loadFromYaml(data,0)
mol = refiner.molecule
vienna = data['rna']['vienna']
mol.setDotBracket(vienna)
#rnapred.predictFromSequence(mol,vienna)
rnapred.predictFromSequence()
rnapred.dumpPredictions(mol)
elif argFile.endswith('.pdb') or argFile.endswith('.cif'):
if argFile.endswith('.pdb'):
mol = molio.readPDB(argFile)
def __init__(self): self.yaml = Yaml() self.yamlLexer = YamlLexer() self.pythonLexer = PythonLexer() self.pythonTBLexer = PythonTracebackLexer() self.htmlFormatter = HtmlFormatter()
class nomjyc (HttpServlet):
"""
This is the sandbox of the nomjyc web interface. Please refer to
<a href="http://nomjyc.ath.cx:8080">nomjyc.ath.cx:8080</a> for the main game.
Called without parameters, it will most probably just display the nomjyc rules,
read from the main nomjyc game. Send a GET or POST parameter called "test" to
add an arbitrary rule to be executed at the end of the rule list.
"""
def __init__(self):
self.yaml = Yaml()
self.yamlLexer = YamlLexer()
self.pythonLexer = PythonLexer()
self.pythonTBLexer = PythonTracebackLexer()
self.htmlFormatter = HtmlFormatter()
def dumpData(self,c):
rules = c.data["rules"]
c.data["rules"] = "omitted"
code = highlight(self.yaml.dump(c.data), self.yamlLexer, self.htmlFormatter)
c.data["rules"] = rules
return code
def dumpYaml(self, anything):
return highlight(self.yaml.dump(anything), self.yamlLexer, self.htmlFormatter)
def dumpPython(self, code):
return highlight(code, self.pythonLexer, self.htmlFormatter)
def dumpPythonTB(self, code):
return highlight(code, self.pythonTBLexer, self.htmlFormatter)
def explainException(self, title):
nruter = "<div class=\"erroroutput\"><span class=\"gu\">%s</span>" % title
exc_type, exc_value, exc_tb = sys.exc_info()
for line in traceback.format_exception(exc_type, exc_value, exc_tb):
nruter += "\n%s" % self.dumpPythonTB(line)
return nruter + "</div>"
def doGet(self, request, response):
# Treat GET and POST equally
self.doPost(request, response)
DIV_HIDEOUS_BOX = "<div class=\"%s\"><div class=\"gh\">%s - <a href=\"javascript:ReverseDisplay('%s')\">show/hide %s</a></div><div id=\"%s\" style=\"display:%s\">%s</div>%s"
def divHideCode(self, claz, title, id, data, visible=False, content="", openend=False):
return self.DIV_HIDEOUS_BOX % (claz, title, id, content, id, visible and "show" or "none", data, openend and " " or "</div>")
def doPost(self, request, response):
c = NomjycContainer()
c.parameters = request.getParameterMap()
log = open("/var/log/nomjyc/sandbox.log","a")
safelog = dict(c.parameters)
if "pass" in safelog:
safelog["pass"]=len(safelog["pass"])
log.write(("[[%s]] %s %s\n" % (request.getRemoteAddr(), datetime.utcnow(), self.yaml.dump(safelog))).encode("utf-8"))
log.close()
output = "<div class=\"infobox\"><span class=\"gh\">nomjyc 0.1</span>\n"
c.session = {}
if len(c.parameters)==0:
output += "<pre>%s</pre>" % self.__doc__
output += "</div>"
c.salt="dckx"
try:
c.data = self.yaml.load(FileInputStream("/var/lib/tomcat6/webapps/nomjyc/data/nomjyc.yaml"))
except:
output += self.explainException("Error while initiating game state")
# Print some debug information - for now.
output += self.divHideCode("infobox", "Request", "reqi", self.dumpYaml(c.parameters), visible=True)
output += self.divHideCode("infobox", "Data read", "dri", self.dumpYaml(c.data))
# Add a final rule, if the test parameter is set
if "test" in c.parameters:
for code in c.parameters["test"]:
c.data["rules"].add({"author":"impromptu", "code":code, "creation":datetime.utcnow(), "title":"test rule"})
cycles = 1
if "cycles" in c.parameters:
try:
cycles = int(c.parameters["cycles"][0])
except:
pass
if cycles<0 or cycles>3:
cycles = 1
# Execute all rules against the user input
brain = PythonInterpreter()
c.sandbox = True # a flag that gives away that we are in a sandbox
for i in range(cycles):
c.cycle = i # a counter for the cycle we are in
for rule in c.data["rules"][:]: # we are going to modify the rules. a lot. this prevents concurrent modification.
try:
output += self.divHideCode("rulebox", "Executing rule '%s'" % rule["title"], "id"+str(random()), self.dumpPython(rule["code"]), openend=True)
err = StringWriter()
out = StringWriter()
checksum = hashlib.md5(self.yaml.dump(c.data)).hexdigest()
brain.set("self", c)
brain.setErr(err)
brain.setOut(out)
before = time.time()
timeout (brain.exec,(rule["code"],),timeout_duration=30)
runtime = int((time.time()-before) * 1000)
changes = (checksum != hashlib.md5(self.yaml.dump(c.data)).hexdigest())
output += "<div class=\"ruleoutput\">"
if changes: output += "<div class=\"erroroutput\">This rule changed the game data.</div>"
if (err.getBuffer().length()): output += "<div class=\"erroroutput\">Err:<br />%s</div>" % self.dumpPythonTB(err.toString().strip())
if (out.getBuffer().length()): output += "<div class=\"gu\">Out:</div>"+out.toString().strip()
output += "<div>(runtime: %sms)</div></div></div>" % runtime
except Exception, ex:
output += self.explainException("Execution failed") + "</div>"
# Dump the data back to file - but not in the sandbox
#try:
# self.yaml.dump(c.data, FileWriter("/var/lib/tomcat6/webapps/sandbox/data/nomjyc.yaml"))
#except:
# output += self.explainException("Error while storing game state")
# Print some debug information - for now.
output += self.divHideCode("infobox", "Session data", "sess", self.dumpYaml(c.session), visible=True)
output += self.divHideCode("infobox", "Data stored", "dsf", self.dumpYaml(c.data))
# Send all output to the user (xml or html?)
toClient = response.getWriter()
response.setContentType("text/html")
toClient.println("""
<html>
<head>
<title>Nomjyc</title>
<link rel="stylesheet" type="text/css" href="pygments.css" />
<script type="text/javascript" src="nomjyc.js"></script>
</head>
<body>%s</body>
</html>
""" % output)
def _readTemplate(self, file2read):
'''
evaluate if the template has a yaml format
'''
if not self.isYamlTemplate:
initialFile = file2read
logger.debug('[%s._readTemplate] Looking for file: "%s"' %
(self.__class__.__name__, initialFile))
if not os.path.exists(file2read):
# check both .yaml & .yml extension
file2read = '%s.yaml' % (file2read)
logger.debug('[%s._readTemplate] Looking for file: "%s"' %
(self.__class__.__name__, file2read))
if os.path.exists(file2read):
self.isYamlTemplate = True
else:
file2read = '%s.yml' % (file2read)
logger.debug('[%s._readTemplate] Looking for file: "%s"' %
(self.__class__.__name__, file2read))
if os.path.exists(file2read):
self.isYamlTemplate = True
else:
logger.error(
'[%s._readTemplate] Template File "%s" doesn\'t exist (even with yaml extension)'
% (self.__class__.__name__, initialFile))
raise MySyntaxError(
'[%s._readTemplate] Template File "%s" doesn\'t exist (even with yaml extension)'
% (self.__class__.__name__, initialFile))
# So the template file exists
try:
logger.debug('[%s._readTemplate] Reading template file "%s"' %
(self.__class__.__name__, file2read))
lines = open(file2read, 'r').readlines()
except:
logger.error(
'[%s._readTemplate] failure opening template file "%s"' %
(self.__class__.__name__, file2read))
raise MySyntaxError(
'[%s._readTemplate] failure opening template file "%s"' %
(self.__class__.__name__, file2read))
# Shebang testing for Yaml format
if not self.isYamlTemplate and (lines[0].find('#!yaml') >= 0
or lines[0].find('#!yml') >= 0):
self.isYamlTemplate = True
if not self.isYamlTemplate:
logger.error(
'[%s._readTemplate] compatibility issue ! template must be YAML data',
(self.__class__.__name__))
raise SyntaxError(
'[%s._readTemplate] compatibility issue ! template must be YAML data',
(self.__class__.__name__))
# Yaml format: load the string to Yaml if we don't have already
if not self.yamlTemplate:
yaml = Yaml(Constructor(), Representer(), DumperOptions(),
CustomResolver())
try:
self.yamlTemplate = yaml.load(''.join(lines).strip())
except (MarkedYAMLException, YAMLException, ParserException,
ReaderException, ScannerException), e:
logger.error('Error while parsing YAML-file "%s":\n%s' %
(file2read, e))
raise MySyntaxError('Error while parsing YAML-file "%s":\n%s' %
(file2read, e))
logger.trace("_readTemplate - Loaded Yaml : '''%s'''" %
(self.yamlTemplate))
def sunExposureRuleTest(self):
testExposureConfig = Yaml().load("""
shutter_living:
orientation: 240
sun_openings:
- azimuth: 160
- azimuth: 330
""")
testExposure = {}
for shutter in testExposureConfig:
testExposure[shutter] = SunExposure(testExposureConfig[shutter])
ser = SunExposureRule(testExposure, "astro_sun_azimuth",
"astro_sun_elevation", "weather_sunny",
"shutter_automation", True)
# values for DOWN = 100, STOP = 50, UP = 0
shutterName = "shutter_living"
shutterItem = ir.get(shutterName)
sunlitStateItem = ir.get(prefix_sunlit + shutterName)
autoStateItem = ir.get(prefix_auto + shutterName)
isSunnyItem = ir.get("weather_sunny")
events.postUpdate(isSunnyItem.getName(), "OFF")
events.sendCommand(shutterItem.getName(), "DOWN")
events.postUpdate(sunlitStateItem.getName(), sunlitStateFalse)
events.postUpdate(autoStateItem.getName(), autoStateSun)
# sunlit: true, state: SUN, weather: cloudy
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "100"
# sunlit: true, state: SUN, weather: sunny
events.postUpdate(isSunnyItem.getName(), "ON")
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "50"
# sunlit: true, state: SUN, weather: cloudy
events.postUpdate(isSunnyItem.getName(), "OFF")
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "50"
# sunlit: false, state: SUN, weather: cloudy
ser._execute(60, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "0"
# sunlit: true, state: DOWN, weather: sunny
events.postUpdate(isSunnyItem.getName(), "ON")
events.postUpdate(autoStateItem.getName(), autoStateDown)
events.sendCommand(shutterItem.getName(), "DOWN")
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "100"
# sunlit: false, state: DOWN, weather: sunny
ser._execute(60, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "100"
# sunlit: true, state: UP, weather: sunny
events.postUpdate(autoStateItem.getName(), autoStateUp)
events.sendCommand(shutterItem.getName(), "UP")
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "0"
# sunlit: false, state: UP, weather: sunny
ser._execute(60, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "0"
# sunlit: true, state: MANUAL, weather: sunny
events.postUpdate(autoStateItem.getName(), autoStateManual)
events.postUpdate(sunlitStateItem.getName(), sunlitStateUnknown)
events.sendCommand(shutterItem.getName(), "UP")
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "0"
# sunlit: true, state: SUN, weather: sunny, sunlitstat: unknown
events.postUpdate(autoStateItem.getName(), autoStateSun)
time.sleep(1)
ser._execute(240, 30, True)
time.sleep(1)
assert shutterItem.getState().toString() == "0"
assert sunlitStateItem.getState().toString() == sunlitStateTrue
def readYamlString(yamlString):
from org.yaml.snakeyaml import Yaml
yaml = Yaml()
data = yaml.load(yamlString)
return data
import de.embl.cba.metadata.MetaData as MetaData; import de.embl.cba.metadata.MetadataCreator as MetadataCreator; import ij.IJ as IJ; import org.yaml.snakeyaml.DumperOptions as DumperOptions; import org.yaml.snakeyaml.Yaml as Yaml; import java.io.FileInputStream as FileInputStream; outputPath = "/Volumes/cba/exchange/OeyvindOedegaard/yaml_project/test.yaml"; yaml = Yaml(); md = yaml.load( FileInputStream( "/Volumes/cba/exchange/OeyvindOedegaard/yaml_project/test.yaml" ) ); metaDict = md.metadata print( metaDict[ MetadataCreator.IMAGE_DIMENSIONS ] );
def parseArgs():
parser = OptionParser()
parser.add_option("-p", "--pdbs", dest="pdbPath", default="")
parser.add_option("-o", "--outDir", dest="outDir", default="analysis")
parser.add_option("-y", "--yaml", dest="yamlFile", default=None)
#Will now be used to add addition files to parse that are not included in the yaml file
parser.add_option("-c",
"--convert",
action='store_true',
dest="modifyFileType",
default=False) # not used!
parser.add_option("-s", "--shifts", dest="shiftFile", default=None)
parser.add_option("-d", "--distances", dest="disFile", default=None)
parser.add_option("-r", "--range", dest="resRange", default="")
(options, args) = parser.parse_args()
outDir = os.path.join(homeDir, options.outDir)
if not os.path.exists(outDir):
os.mkdir(outDir)
pdbFilePath = options.pdbPath
if pdbFilePath == "":
pdbFiles = args
else:
pdbFiles = getFiles(pdbFilePath)
changeRange = (options.resRange != '')
range = options.resRange
if (options.yamlFile != None):
input = FileInputStream(options.yamlFile)
yaml = Yaml()
data = yaml.load(input)
else:
data = {'ribose': True}
if options.shiftFile != None:
shift = {}
if changeRange:
shift['range'] = range
arr = options.shiftFile.split(' ')
if len(arr) == 1:
shift['type'] = 'nv'
shift['file'] = arr[0]
else:
shift['file'] = arr[0]
if arr[1] == 's':
shift['type'] = 'str3'
elif arr[1] == 'n':
shift['type'] = 'nv'
data['shifts'] = shift
else:
if changeRange:
data['shifts']['range'] = range
if options.disFile != None:
dis = {}
if changeRange:
dis['range'] = range
arr = options.disFile.split(' ')
if len(arr) == 1:
dis['type'] = 'nv'
dis['file'] = arr[0]
else:
dis['file'] = arr[0]
if arr[1] == 'a':
dis['type'] = 'amber'
elif arr[1] == 'n':
dis['type'] = 'nv'
if 'distances' in data:
included = checkIncluded(data['distances'], dis)
if not included:
data['distances'].append(dis)
else:
print dis[
'file'] + ' is already included in yaml file. Ignoring Duplicate.'
else:
data['distances'] = [dis]
else:
if changeRange:
for dict in data['distances']:
dict['range'] = range
outFiles = loadPDBModels(pdbFiles, data, outDir)
summary(outFiles)
