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poris2python.py
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# Importing auxiliar libraries for the test
import argparse # This library allows us to easily parse the command line arguments
from pyexcel_ods import get_data # This function allows us to easily read an ODS file (for api)
from xml.dom import minidom
from pathlib import Path
import os
# Importing test configuration file
import config
savemem = config.savemem
def nametoidl(n):
ret = n.replace('(','_')
ret = ret.replace(')','_')
ret = ret.replace('.','_')
ret = ret.replace('+','p')
ret = ret.replace('/','_')
ret = ret.replace('¿','_')
ret = ret.replace('?','_')
ret = ret.replace('-','_')
ret = ret.replace('á','a')
ret = ret.replace('é','e')
ret = ret.replace('í','i')
ret = ret.replace('ó','o')
ret = ret.replace('ú','u')
ret = ret.replace('Á','A')
ret = ret.replace('É','E')
ret = ret.replace('Í','I')
ret = ret.replace('Ó','O')
ret = ret.replace('Ú','U')
ret = ret.replace('ñ','ny')
ret = ret.replace('Ñ','NY')
if (ret.lower() == 'sequence'):
ret = ret+"b"
return ret
def desctomonit(n):
return nametoidl(n.split('\n')[0].split('\r')[0])
######### WE WILL PARSE THE COMMAND LINE ARGUMENTS FOR THE WRAPPER GEN #############
def dir_path(string):
if os.path.isdir(string):
return string
else:
raise NotADirectoryError(string)
parser = argparse.ArgumentParser(description='Launches a PORIS device generation from an ODS file describing the PORIS instrument')
## The second argument is the api ODS file
parser.add_argument('model_root_path',type=dir_path, help="the root path where the models shall be picket from")
parser.add_argument('model_path',type=argparse.FileType('r'), help="the path for the model to be processed")
parser.add_argument('output_path',type=dir_path, help="the path to create the Python classes")
# Obtaining the arguments from the command line
args=parser.parse_args()
# Printing the obtained arguments:
print("/* The PORIS instrument description ODS filename is:",args.model_path.name+" */")
deviceName = Path(args.model_path.name).stem
print("Device name:",deviceName)
relativepath = args.model_path.name.replace(args.model_root_path, '', 1)
relativepath = ''.join(relativepath.rsplit(".ods", 1))
# As an example of a constant defined in the configuration file, we'll print the welcome message
print(config.welcome_message)
def loadODS():
dictdata = get_data(args.model_path.name,start_row=config.dict_max_rows_row, row_limit=config.dict_max_rows_row+1,
start_column=config.dict_max_rows_column,column_limit=config.dict_max_rows_column)[config.dict_file_sheet]
desc_file_row_limit = dictdata[0][1]
# Now we read the PORIS instrument description from the file file
filedata = get_data(args.model_path.name,start_row=config.desc_file_start_row, row_limit=desc_file_row_limit,
start_column=config.desc_file_start_column,column_limit=config.desc_file_column_limit)
nodesdata = filedata[config.desc_file_sheet]
virtual_nodes_counter = 1
nodes_dict = {}
virtual_nodes = {}
rowcount = 0
for row in nodesdata:
if (len(row)>1):
rowcount += 1
print("row",row)
thiskey = row[config.desc_ident_column]
if (len(thiskey)>0):
# print(thiskey)
thisnode = {}
thisnode['ident'] = thiskey
# In case we came from graphml, this column could be empty
thisid = str(row[config.desc_id_column])
if len(thisid) <= 0:
# TODO: Find a more robust strategy to generate identifiers
# out of the Redmine space
thisid = 2000000000+rowcount
thisnode['id'] = thisid
thisnode['subject'] = row[config.desc_subject_column]
thisnode['description'] = row[config.desc_description_column]
thisnode['parent'] = row[config.desc_parent_column]
blockingstr = row[config.desc_blocking_column]
thisnode['tracker'] = row[config.desc_tracker_column]
thisnode['blocking'] = []
thisnode['virtual'] = False
if blockingstr is not None and len(blockingstr)>0:
thisnode['blocking'] = [x.strip() for x in blockingstr.split(',')]
else:
if thisnode['tracker'] == "prMode":
# The mode can not hold no destinations because the player will show an empty slot,
# we will create a virtual value for it
virtnode = {}
virtid = str(-virtual_nodes_counter)
virtual_nodes_counter += 1
virtident = "VIRT"+virtid
virtnode['ident'] = virtident
virtnode['id'] = virtid
virtnode['tracker'] = "prValue"
virtnode['subject'] = thisnode['subject']
virtnode['description'] = thisnode['description']
virtnode['parent'] = thisnode['parent']
virtnode['blocking'] = []
virtnode['precedents'] = []
virtnode['children'] = []
virtnode['virtual'] = True
nodes_dict[virtident] = virtnode
thisnode['blocking'] = [virtident]
else:
thisnode['blocking'] = []
# print("Parsed:",thisnode['blocking'])
thisnode['min'] = row[config.desc_min_column]
thisnode['default_data'] = row[config.desc_def_column]
thisnode['max'] = row[config.desc_max_column]
thisnode['deftext'] = row[config.desc_deftext_column]
precedentstr = row[config.desc_precedents_column]
thisnode['precedents'] = []
if precedentstr is not None:
thisnode['precedents'] = [x.strip() for x in precedentstr.split(',')]
else:
thisnode['precedents'] = []
thisnode['children'] = []
nodes_dict[thiskey] = thisnode
# Relationships
for thiskey in nodes_dict.keys():
thisnode = nodes_dict[thiskey]
# Parent relationship
if thisnode['parent'] is not None:
parentkey = thisnode['parent']
if len(parentkey) > 0:
if parentkey in nodes_dict.keys():
thisparent = nodes_dict[parentkey]
thisnode['parentnode'] = thisparent
thisparent['children'].append(thiskey)
nodes_to_add = {}
if not savemem:
# Create engineering modes
for thiskey in nodes_dict.keys():
thisnode = nodes_dict[thiskey]
if thisnode['virtual'] == False:
if thisnode['tracker'] == "prSys":
# Now, for each node of type prSys we must
# create a new mode, engineering
virtnode = {}
virtid = str(-virtual_nodes_counter)
virtual_nodes_counter += 1
virtident = "ENG"+virtid
virtnode['ident'] = virtident
virtnode['id'] = virtid
virtnode['tracker'] = "prMode"
virtnode['subject'] = "Engineering"
virtnode['description'] = thisnode['subject']+" engineering mode"
virtnode['parent'] = thiskey
virtnode['parentnode'] = thisnode
virtnode['blocking'] = []
virtnode['precedents'] = []
virtnode['children'] = []
virtnode['virtual'] = False
# The engineering mode will be blocked by all the modes of its children
for ch0 in thisnode['children']:
if nodes_dict[ch0]['tracker'] == "prSys" or nodes_dict[ch0]['tracker'] == "prParam":
for ch in nodes_dict[ch0]['children']:
# If it is a virtual node, it can be not in nodes_dict, but in nodes_to_add
if ch in nodes_dict.keys():
if nodes_dict[ch]['tracker'] == "prMode":
if nodes_dict[ch]['virtual'] == False:
virtnode['blocking'] += [ch]
print(ch,nodes_dict[ch]['subject'],"bloquea a",virtident,virtnode['description'])
#print(virtnode['blocking'])
else:
if nodes_to_add[ch]['virtual'] == False:
print("CHECK THIS: A NON VIRTUAL NODE NOT IN NODES_DICT")
if len(virtnode['blocking']) > 0:
nodes_to_add[virtident] = virtnode
thisnode['children'].append(virtident)
tree_dict = {}
while len(tree_dict) < len(nodes_dict):
for k in nodes_dict.keys():
if k not in tree_dict.keys():
if 'parentnode' not in nodes_dict[k].keys():
tree_dict[k] = nodes_dict[k]
print("Adding ROOT",tree_dict[k]['subject'])
else:
if nodes_dict[k]['parent'] in tree_dict.keys():
tree_dict[k] = nodes_dict[k]
print("Adding NODE",tree_dict[k]['parentnode']['subject'],":",tree_dict[k]['subject'])
for n in nodes_to_add.keys():
# Tengo que añadir el bloqueo de los modos de ingeniería
# hijos a los modos de ingeniería padres
virtnode = nodes_to_add[n]
thisparent = virtnode['parentnode']
for c in thisparent['children']:
if c != n and thisparent["tracker"] == "prSys":
for c2 in tree_dict[c]['children']:
#print(c2,"va a",n,"?")
if c2 in nodes_to_add.keys():
print(c2,nodes_to_add[c2]['description'],"bloquea a",n,virtnode['description'])
virtnode['blocking'] += [c2]
#print(virtnode['blocking'])
for n in nodes_to_add.keys():
#print("Añado el nodo ",n)
#print(nodes_to_add[n])
tree_dict[n] = nodes_to_add[n]
for k in tree_dict.keys():
n = tree_dict[k]
print(k,n['subject'])
return tree_dict
# This function will create, in parallel:
# - The $S1.py
# - The $S1PORIS.py
methods_dict = {}
def createPythonCode(nodes_dict,deviceName,output_path: str,relative_path: str):
global methods_dict
methodsstr = " #----------------------------------------------------------------------\n"
methodsstr += " # Specific methods\n"
methodsstr += " #----------------------------------------------------------------------\n\n"
porishstr = "from PORIS import *\n\n"
porishstr += "class "+deviceName+"PORIS(PORISDoc):\n"
porishstr += " def __init__(self, project_id):\n"
porishstr += " super().__init__(project_id)\n"
poriscstr = ""
poriscinitstr = ""
poriscinitrelstr = ""
for thiskey in nodes_dict.keys():
thisnode = nodes_dict[thiskey]
nodename = nametoidl(thisnode['subject'])
thisclass = thisnode['tracker']
if thisclass == "prParam" or thisclass == "prSys":
enumname = "enum_"+nodename
enummodename = enumname+"Mode"
choicesname = nodename+"ChoiceList"
nodevar = "enum"+nodename
modevar = "enum"+nodename+"Mode"
modevar_ = modevar+"_"
nodevar_ = nodevar+"_"
'''
/** Process enum */
enum_EnumMon processEnum(enum_EnumMon value);
'''
if thisclass == "prParam":
# PORISParam prBinning;
porishstr += " self.pr"+nodename+" = PORISParam(\""+nodename+"\")\n"
'''
### Removing UNKNOWN
if not savemem:
porishstr += " self.md"+nodename+"Mode_UNKNOWN = PORISMode(\""+nodename+"Mode_UNKNOWN\")\n"
porishstr += " self.vl"+nodename+"_UNKNOWN = PORISValue(\""+nodename+"_UNKNOWN\")\n"
else:
porishstr += " self.md"+nodename+"UNKNOWN = PORISMode(\"UNKNOWN\")\n"
porishstr += " self.vl"+nodename+"_UNKNOWN = PORISValue(\"UNKNOWN\")\n"
'''
methodsstr += "\n ## "+thisclass+" "+nodename+" \n"
methodsstr += "\n # "+nodename+"\n"
methodsstr += " def get_"+nodename+"(self)-> PORISValue :\n"
methodsstr += " return self.pr"+nodename+".getSelectedValue()\n\n"
methodsstr += " def set_"+nodename+"(self, value: PORISValue)-> PORISValue :\n"
methodsstr += " return self.pr"+nodename+".setValue(value)\n\n"
'''
prBinning.id = idcounter++;
prBinning.idx = 1;
prBinning.ident = "Binning";
prBinning.name = "Binning";
prBinning.description = "Parametro de binning";
prBinning.parent = &prDetector;
prDetector.params.push_back(&prBinning);
prBinning_UNKNOWN.id = idcounter++;
prBinning_UNKNOWN.idx = MyDASDevice::Binning_UNKNOWN;
prBinning_UNKNOWN.ident = "Binning_UNKNOWN";
prBinning_UNKNOWN.name = "Binning_UNKNOWN";
prBinning_UNKNOWN.description = "Binning_UNKNOWN";
prBinning_UNKNOWN.parent = &prBinning;
prBinning.values.push_back(&prBinning_UNKNOWN);
prBinningMode_UNKNOWN.id = idcounter++;
prBinningMode_UNKNOWN.idx = MyDASDevice::BinningMode_UNKNOWN;
prBinningMode_UNKNOWN.ident = "BinningMode_UNKNOWN";
prBinningMode_UNKNOWN.name = "BinningMode_UNKNOWN";
prBinningMode_UNKNOWN.description = "BinningMode_UNKNOWN";
prBinningMode_UNKNOWN.parent = &prBinning;
prBinning.modes.push_back(&prBinningMode_UNKNOWN);
prBinningMode_UNKNOWN.values.push_back(&prBinning_UNKNOWN);
prDetectorMode_UNKNOWN.submodes.push_back(&prBinningMode_UNKNOWN);
'''
parentNode = None
parentNodeName = ""
if 'parentnode' in thisnode.keys():
parentNode = thisnode['parentnode']
parentNodeName = nametoidl(parentNode['subject'])
if 'paramcounter' in parentNode.keys():
counter = parentNode['paramcounter']
else:
counter = 0
parentNode['paramcounter'] = counter + 1
else:
counter = 0
poriscinitstr += " self.addItem(self.pr"+nodename+")\n"
if not savemem:
poriscinitstr += " self.pr"+nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.pr"+nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
if parentNode is not None:
poriscinitstr += " self.sys"+parentNodeName+".addParam(self.pr"+nodename+")\n"
'''
### Removing UNKNOWN
if not savemem:
poriscinitstr += " self.addItem(self.vl"+nodename+"_UNKNOWN)\n"
if not savemem:
poriscinitstr += " self.vl"+nodename+ "_UNKNOWN.ident = \"UNK_"+thisnode['ident']+"\"\n"
poriscinitstr += " self.vl"+nodename+ "_UNKNOWN.description = \"Unknown value for "+nodename+"\"\n"
poriscinitstr += " self.pr"+nodename+".addValue(self.vl"+nodename+ "_UNKNOWN)\n"
if not savemem:
poriscinitstr += " self.addItem(self.md"+nodename+"Mode_UNKNOWN)\n"
else:
poriscinitstr += " self.addItem(self.md"+nodename+"UNKNOWN)\n"
if not savemem:
poriscinitstr += " self.md"+nodename+ "Mode_UNKNOWN.ident = \"UNKM_"+thisnode['ident']+"\"\n"
poriscinitstr += " self.md"+nodename+ "Mode_UNKNOWN.description = \"Unknown mode for "+nodename+"\"\n"
if not savemem:
poriscinitstr += " self.pr"+nodename+".addMode(self.md"+nodename+ "Mode_UNKNOWN)\n"
poriscinitstr += " self.md"+nodename+ "Mode_UNKNOWN.addValue(self.vl"+nodename+ "_UNKNOWN)\n"
poriscinitstr += " self.md"+parentNodeName+ "Mode_UNKNOWN.addSubMode(self.md"+nodename+ "Mode_UNKNOWN)\n"
else:
poriscinitstr += " self.pr"+nodename+".addMode(self.md"+nodename+ "UNKNOWN)\n"
poriscinitstr += " self.md"+nodename+ "UNKNOWN.addValue(self.vl"+nodename+ "_UNKNOWN)\n"
poriscinitstr += " self.md"+parentNodeName+ "UNKNOWN.addSubMode(self.md"+nodename+ "UNKNOWN)\n"
'''
methodsstr += "\n ## "+nodename+"Mode \n"
methodsstr += " def get_"+nodename+"Mode(self)-> PORISMode:\n"
#return self.sysARCGenIII.getSelectedMode()
methodsstr += " return self.pr"+nodename+".getSelectedMode()\n\n"
methodsstr += " def set_"+nodename+"Mode(self, mode: PORISMode)-> PORISMode :\n"
methodsstr += " return self.pr"+nodename+".selectMode(mode)\n\n"
else:
# PORISSys prDetector;
porishstr += " self.sys"+nodename+" = PORISSys(\""+nodename+"\")\n"
'''
### Removing UNKNOWN
if not savemem:
porishstr += " self.md"+nodename+"Mode_UNKNOWN = PORISMode(\""+nodename+"Mode_UNKNOWN\")\n"
else:
porishstr += " self.md"+nodename+"UNKNOWN = PORISMode(\"UNKNOWN\")\n"
'''
parentNode = None
parentNodeName = ""
if 'parentnode' in thisnode.keys():
parentNode = thisnode['parentnode']
parentNodeName = nametoidl(parentNode['subject'])
if 'syscounter' in parentNode.keys():
counter = parentNode['syscounter']
else:
counter = 0
parentNode['syscounter'] = counter + 1
else:
counter = 0
porishstr += " self.setRoot(self.sys"+nodename+")\n"
'''
prDetector.id = idcounter++;
prDetector.idx = 0;
prDetector.ident = "Detector";
prDetector.name = "Detector";
prDetector.description = "Detector";
prDetector.parent = NULL;
'''
poriscinitstr += " self.addItem(self.sys"+nodename+")\n"
if not savemem:
poriscinitstr += " self.sys"+nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.sys"+nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
if parentNode is not None:
poriscinitstr += " self.sys"+parentNodeName+".addSubsystem(self.sys"+nodename+")\n"
'''
### Removing UNKNOWN
if not savemem:
poriscinitstr += " self.addItem(self.md"+nodename+"Mode_UNKNOWN)\n"
else:
poriscinitstr += " self.addItem(self.md"+nodename+"UNKNOWN)\n"
if not savemem:
poriscinitstr += " self.md"+nodename+ "Mode_UNKNOWN.ident = \"UNKM_"+thisnode['ident']+ "\"\n"
poriscinitstr += " self.md"+nodename+ "Mode_UNKNOWN.description = \""+desctomonit(thisnode['description'])+"\"\n"
poriscinitstr += " self.sys"+nodename+".addMode(self.md"+nodename+ "Mode_UNKNOWN)\n"
else:
poriscinitstr += " self.sys"+nodename+".addMode(self.md"+nodename+ "UNKNOWN)\n"
'''
methodsstr += "\n ## "+nodename+"Mode \n"
methodsstr += " def get_"+nodename+"Mode(self)-> PORISMode:\n"
#return self.sysARCGenIII.getSelectedMode()
methodsstr += " return self.sys"+nodename+".getSelectedMode()\n\n"
methodsstr += " def set_"+nodename+"Mode(self, mode: PORISMode)-> PORISMode :\n"
methodsstr += " return self.sys"+nodename+".selectMode(mode)\n\n"
if thisclass == "prParam":
valuesstr = ""
valuesshortstr = ""
valuemaxstr = valuesstr
'''
### Removing UNKNOWN
valuesstr += nodename+"_UNKNOWN"
valuesshortstr += "UNKNOWN"
'''
if not savemem:
modeliststr = ""
'''
### Removing UNKNOWN
modeliststr += nodename+"Mode_UNKNOWN"
'''
else:
modeliststr = ""
'''
### Removing UNKNOWN
modeliststr += nodename+"UNKNOWN"
'''
modeshortliststr = ""
'''
### Removing UNKNOWN
modeshortliststr += "UNKNOWN"
'''
switchfm2 = False
if 'parentnode' in thisnode.keys():
parentnode = thisnode['parentnode']
if parentnode is not None:
parentnodename = nametoidl(parentnode['subject'])
parentnodeclass = parentnode['tracker']
parentnodevar = "enum"+parentnodename
parentmodevar = "enum"+parentnodename+"Mode"
parentmodevar_ = parentmodevar+"_"
parentnodevar_ = parentnodevar+"_"
parentnodemodevar = parentnode
for k in parentnode['children']:
childnode = nodes_dict[k]
childname = nametoidl(childnode['subject'])
childclass = childnode['tracker']
if childclass == "prMode":
anyvaluepresentparentinner = False
firstfound = False
for kv in childnode['blocking']:
kvnode = nodes_dict[kv]
kvname = nametoidl(kvnode['subject'])
kvclass = kvnode['tracker']
if kvclass == "prMode":
if kvnode['parentnode'] == thisnode:
if not savemem:
poriscinitrelstr += " # Marcamos "+nodename+"Mode_"+kvname+" como elegible para "+parentnodename+"Mode_"+childname+"\n"
poriscinitrelstr += " self.md"+parentnodename+"Mode_"+childname+".addSubMode(self.md"+nodename+"Mode_"+kvname+")\n"
else:
poriscinitrelstr += " self.md"+parentnodename+childname+".addSubMode(self.md"+nodename+kvname+")\n"
anyvaluepresentparentinner = True
if not firstfound:
firstfound = True
if (anyvaluepresentparentinner):
anyvaluepresentparentouter = True
else:
parentnode = None
monitsetparam = None
methodsstrfl = ""
minimum_float = None
maximum_float = None
if thisclass == "prParam":
for k in thisnode['children']:
childnode = nodes_dict[k]
childname = nametoidl(childnode['subject'])
childclass = childnode['tracker']
if childclass == "prMode":
if not savemem:
modeliststr += ","+nodename+"Mode_"+childname
modeshortliststr += ","+childname
else:
modeliststr += ","+nodename+childname
modeshortliststr += ","+childname
anyvaluepresentinner = False
firstdone = False
for kv in childnode['blocking']:
kvnode = nodes_dict[kv]
kvname = nametoidl(kvnode['subject'])
kvclass = kvnode['tracker']
if kvclass == "prValFloat" or kvclass == "prValText" or kvclass == "prValue":
if kvnode['virtual'] == False:
if not savemem:
poriscinitrelstr += " # Marcamos "+nodename+"_"+kvname+" como elegible para "+nodename+"Mode_"+childname+"\n"
poriscinitrelstr += " self.md"+nodename+"Mode_"+childname+".addValue(self.vl"+nodename+"_"+kvname+")\n"
else:
poriscinitrelstr += " self.md"+nodename+childname+".addValue(self.vl"+nodename+"_"+kvname+")\n"
anyvaluepresentinner = True
if not firstdone:
firstdone = True
if kvclass == "prValFloat":
if maximum_float is None:
maximum_float = kvnode['max']
else:
maximum_float = max(maximum_float,kvnode['max'])
if minimum_float is None:
minimum_float = kvnode['min']
else:
minimum_float = min(minimum_float,kvnode['min'])
methodsstrfl += "\n ## "+thisclass+" "+parentNodeName+" \n"
methodsstrfl += "\n # "+nodename+"Double \n"
methodsstrfl += " def get_"+nodename+"Double(self)-> float :\n"
methodsstrfl += " v = self.pr"+nodename+".getSelectedValue()\n"
methodsstrfl += " v.__class__ = PORISValueFloat\n"
methodsstrfl += " return v.getData()\n\n"
methodsstrfl += " def set_"+nodename+"Double(self, data: float)-> float :\n"
methodsstrfl += " return self.pr"+nodename+".getSelectedValue().setData(data)\n\n"
if kvclass == "prValText":
methodsstrfl += "\n ## "+thisclass+" "+parentNodeName+" \n"
methodsstrfl += "\n # "+nodename+"String #\n"
methodsstrfl += " def get_"+nodename+"String(self)-> str :\n"
methodsstrfl += " v = self.pr"+nodename+".getSelectedValue()\n"
methodsstrfl += " v.__class__ = PORISValueString\n"
methodsstrfl += " return v.getData()\n\n"
methodsstrfl += " def set_"+nodename+"String(self, data: str)-> str :\n"
methodsstrfl += " return self.pr"+nodename+".getSelectedValue().setData(data)\n\n"
else:
if childclass == "prValFloat" or childclass == "prValText" or childclass == "prValue":
valuesstr += ","+nodename+"_"+childname
valuesshortstr += ","+childname
valuemaxstr = nodename+"_"+childname
methodsstr += methodsstrfl
else:
if thisclass == "prSys":
for k in thisnode['children']:
childnode = nodes_dict[k]
childname = nametoidl(childnode['subject'])
childclass = childnode['tracker']
if childclass == "prMode":
if not savemem:
modeliststr += ","+nodename+"Mode_"+childname
modeshortliststr += ","+childname
else:
modeliststr += ","+nodename+childname
modeshortliststr += ","+childname
else:
parentNode = thisnode['parentnode']
parentNodeName = nametoidl(parentNode['subject'])
if thisclass == "prMode":
#PORISMode prDetectorMode_Image;
if not savemem:
porishstr += " self.md"+parentNodeName+ "Mode_" + nodename+" = PORISMode(\""+parentNodeName+ "Mode_" + nodename + "\")\n"
else:
porishstr += " self.md"+parentNodeName + nodename+" = PORISMode(\"" + nodename + "\")\n"
'''
prDetectorMode_UNKNOWN.id = idcounter++;
prDetectorMode_UNKNOWN.idx = MyDASDevice::DetectorMode_UNKNOWN;
prDetectorMode_UNKNOWN.ident = "DetectorMode_UNKNOWN";
prDetectorMode_UNKNOWN.name = "DetectorMode_UNKNOWN";
prDetectorMode_UNKNOWN.description = "DetectorMode_UNKNOWN";
prDetectorMode_UNKNOWN.parent = &prDetector;
'''
if not savemem:
poriscinitstr += " self.addItem(self.md"+parentNodeName+ "Mode_"+nodename+")\n"
else:
poriscinitstr += " self.addItem(self.md" + parentNodeName + "_" + nodename+")\n"
if not savemem:
poriscinitstr += " self.md"+parentNodeName+ "Mode_" + nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.md"+parentNodeName+ "Mode_" + nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
if parentNode['tracker'] == "prParam":
if not savemem:
poriscinitstr += " self.pr"+parentNodeName+".addMode(self.md"+parentNodeName+ "Mode_" + nodename+")\n"
else:
poriscinitstr += " self.pr"+parentNodeName+".addMode(self.md"+parentNodeName+ nodename+")\n"
else:
if not savemem:
poriscinitstr += " self.sys"+parentNodeName+".addMode(self.md"+parentNodeName+ "Mode_" + nodename+")\n"
else:
poriscinitstr += " self.sys"+parentNodeName+".addMode(self.md"+parentNodeName + nodename+")\n"
else:
if thisclass == "prValue":
if thisnode['virtual'] == False:
#PORISValue prBinning_1x1;
if not savemem:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValue(\""+parentNodeName+"_" + nodename+"\")\n"
else:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValue(\"" + nodename+"\")\n"
'''
prBinning_1x1.id = idcounter++;
prBinning_1x1.idx = MyDASDevice::Binning_1x1;
prBinning_1x1.ident = "Binning_1x1";
prBinning_1x1.name = "Binning_1x1";
prBinning_1x1.description = "Sin binning";
prBinning_1x1.parent = &prBinning;
'''
poriscinitstr += " self.addItem(self.vl" + parentNodeName+ "_" + nodename+")\n"
if not savemem:
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
poriscinitstr += " self.pr"+parentNodeName+".addValue(self.vl"+parentNodeName+ "_" + nodename+")\n"
else:
if thisclass == "prValFloat":
#PORISValueFloat prExpTime_Normal;
if not savemem:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValueFloat(\""+parentNodeName+"_" + nodename + "\","+str(thisnode['min'])+","+str(thisnode['default_data'])+","+str(thisnode['max'])+")\n"
else:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValueFloat(\"" + nodename + "\","+str(thisnode['min'])+","+str(thisnode['default_data'])+","+str(thisnode['max'])+")\n"
'''
prExpTime_Normal.id = idcounter++;
prExpTime_Normal.idx = MyDASDevice::ExpTime_Normal;
prExpTime_Normal.ident = "ExpTime_Normal";
prExpTime_Normal.name = "ExpTime_Normal";
prExpTime_Normal.description = "Rango normal de valores para ExpTime";
prExpTime_Normal.parent = &prExpTime;
'''
poriscinitstr += " self.addItem(self.vl" + parentNodeName + "_" + nodename+")\n"
if not savemem:
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
#poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".min = "+str(thisnode['min'])+"\n"
#poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".default_data = "+str(thisnode['default_data'])+"\n"
#poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".max = "+str(thisnode['max'])+"\n"
poriscinitstr += " self.pr"+parentNodeName+".addValue(self.vl"+parentNodeName+ "_" + nodename+")\n"
else:
if thisclass == "prValText":
if not savemem:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValueString(\""+parentNodeName+"_" + nodename+"\",'"+str(thisnode['deftext'])+"')\n"
else:
porishstr += " self.vl"+parentNodeName+"_" + nodename+" = PORISValueString(\""+nodename+"\",'"+str(thisnode['deftext'])+"')\n"
'''
prShiftList_Normal.id = idcounter++;
prShiftList_Normal.idx = MyDASDevice::ShiftList_Normal;
prShiftList_Normal.ident = "ShiftList_Normal";
prShiftList_Normal.name = "ShiftList_Normal";
prShiftList_Normal.description = "Lista _separada por comas_ con los desplazamientos";
prShiftList_Normal.parent = &prShiftList;
'''
poriscinitstr += " self.addItem(self.vl" + parentNodeName + "_" + nodename+")\n"
if not savemem:
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".ident = \""+thisnode['ident']+"\"\n"
poriscinitstr += " self.vl"+parentNodeName+ "_" + nodename+".description = \""+desctomonit(thisnode['description'])+"\"\n"
poriscinitstr += " self.pr"+parentNodeName+".addValue(self.vl"+parentNodeName+ "_" + nodename+")\n"
else:
if thisclass == "prCmd":
thisnode = {}
thiskey = parentNodeName+ "_" + nodename
thisnode['method'] = "exec"+thiskey
thisnode['node'] = parentNodeName
methods_dict[thiskey] = thisnode
methodsstr += '\n ## Action trigger '+thiskey+' ##\n'
methodsstr += ' def '+thisnode['method']+'(self, value: bool) -> bool:\n'
methodsstr += ' # Override this\n'
methodsstr += ' return True\n\n'
else:
porishstr += " //TODO: Other xx"+parentNodeName+ "_" + nodename+"\n"
poriscinitstr += poriscinitrelstr + "\n"
poriscstr += poriscinitstr
with open("./"+output_path+"/py/"+relative_path+"/"+deviceName+"PORIS.py", "w+") as text_file:
text_file.write(porishstr)
text_file.write(poriscstr)
text_file.write(methodsstr)
def replaceStringFile(pattern_file,dest_file,pattern_text, replacement_text):
# Read in the file
with open(pattern_file, 'r') as file :
filedata = file.read()
# Replace the target string
filedata = filedata.replace(pattern_text, replacement_text)
# Write the file out again
with open(dest_file, 'w') as file:
file.write(filedata)
def fileGenFromPattern(pattern_file_str,src_file_str, dest_file_str,marker_str,particles_dir,replacement_dir):
# Loading the capsule declaration pattern
pattern_lines = []
with open(pattern_file_str, 'r') as pattern_file:
pattern_lines = pattern_file.readlines()
# Computing the capsule declaration lines
lines_to_include = []
particle_lines = {}
for k in particles_dir.keys():
for v in particles_dir[k]:
particle_lines[v] = []
for l in pattern_lines:
# We replace the constant part
line_base = l
for k2 in replacement_dir.keys():
line_base = line_base.replace(k2,replacement_dir[k2])
# We iterate creating lines for each particle
for k in particles_dir.keys():
for v in particles_dir[k]:
line_to_include = line_base.replace(k,v)
particle_lines[v] += [line_to_include]
for k in particle_lines.keys():
lines_to_include += particle_lines[k]
lines_to_include += ["\n"]
filesrc = open(src_file_str, 'r')
filedest = open(dest_file_str, 'w')
for line in filesrc:
filedest.write(line)
if marker_str in line:
filedest.writelines(lines_to_include)
filesrc.close()
filedest.close()
# Loads the ODS file into a nodes dictionary
nodes_dict = loadODS()
# Creates the code in the src_c++ folder
createPythonCode(nodes_dict,deviceName,args.output_path, relativepath)