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|
# -*- coding: utf-8 -*-
"""
***************************************************************************
generate_application_descriptors.py
---------------------
Date : August 2012
Copyright : (C) 2012 by Victor Olaya
Email : volayaf at gmail dot com
***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************
"""
__author__ = 'Victor Olaya'
__date__ = 'August 2012'
__copyright__ = '(C) 2012, Victor Olaya'
# This will get replaced with a git SHA1 when you do a git archive
__revision__ = '$Format:%H$'
import os
import otbApplication
from qgis.core import QgsApplication
outputpath = unicode(QgsApplication.qgisSettingsDirPath()
+ 'python/plugins/processing/otb/description')
endl = os.linesep
def convertendl(s):
"""Convert a string for compatibility in txt dump."""
return s.replace('\n', '\\n')
def get_app_list():
blackList = ['TestApplication']
appNames = [app for app in
otbApplication.Registry.GetAvailableApplications() if app
not in blackList]
return appNames
def generate_all_app_descriptors():
appliIdx = 0
for appliname in get_app_list():
appliIdx = appliIdx + 1
generate_app_descriptor(appliname)
def generate_app_descriptor(appliname):
print appliname
appInstance = otbApplication.Registry.CreateApplication(appliname)
appInstance.UpdateParameters() # TODO need this ?
out = ''
# the application key
out += appliname + endl
# the executable
out += 'otbcli_' + appliname + endl
# long name
out += convertendl(appInstance.GetDocName()) + endl
# group
out += get_group(appInstance) + endl
for paramKey in appInstance.GetParametersKeys():
pdesc = generate_param_descriptor(appInstance, paramKey)
if len(pdesc) > 0:
out += pdesc + endl
with open(os.path.join(outputpath, appliname + '.txt'), 'w') as outfile:
outfile.write(out)
def generate_app_doc(appliname):
appInstance = otbApplication.Registry.CreateApplication(appliname)
appInstance.UpdateParameters() # TODO need this ?
html = appInstance.GetHtmlExample()
docpath = os.path.join(outputpath, 'doc')
if not os.path.exists(docpath):
os.makedirs(docpath)
with open(os.path.join(docpath, appliname + '.html'), 'w') as outfile:
outfile.write(html)
def get_group(appInstance):
tags = appInstance.GetDocTags()
sectionTags = [
'Image Manipulation',
'Vector Data Manipulation',
'Calibration',
'Geometry',
'Image Filtering',
'Feature Extraction',
'Stereo',
'Learning',
'Segmentation',
]
for sectionTag in sectionTags:
for tag in tags:
if tag == sectionTag:
return sectionTag
return 'Miscellaneous'
def generate_param_descriptor(appInstance, paramKey):
paramcreationfunction = {
otbApplication.ParameterType_Empty: generate_parameter_Empty,
otbApplication.ParameterType_Int: generate_parameter_Int,
otbApplication.ParameterType_Float: generate_parameter_Float,
otbApplication.ParameterType_String: generate_parameter_String,
otbApplication.ParameterType_StringList: generate_parameter_NOTHANDLED,
otbApplication.ParameterType_InputFilename: generate_parameter_InputFilename,
otbApplication.ParameterType_OutputFilename: generate_parameter_OutputFilename,
otbApplication.ParameterType_Directory: generate_parameter_Directory,
otbApplication.ParameterType_Choice: generate_parameter_Choice,
otbApplication.ParameterType_InputImage: generate_parameter_InputImage,
otbApplication.ParameterType_InputImageList: generate_parameter_InputImageList,
otbApplication.ParameterType_InputVectorData: generate_parameter_InputVectorData,
otbApplication.ParameterType_InputVectorDataList: generate_parameter_InputVectorDataList,
otbApplication.ParameterType_OutputImage: generate_parameter_OutputImage,
otbApplication.ParameterType_OutputVectorData: generate_parameter_OutputVectorData,
otbApplication.ParameterType_Radius: generate_parameter_Radius,
otbApplication.ParameterType_Group: generate_parameter_NOTHANDLED,
otbApplication.ParameterType_ListView: generate_parameter_NOTHANDLED,
otbApplication.ParameterType_ComplexInputImage: generate_parameter_ComplexInputImage,
otbApplication.ParameterType_ComplexOutputImage: generate_parameter_ComplexOutputImage,
otbApplication.ParameterType_RAM: generate_parameter_RAM,
}
return paramcreationfunction[appInstance.GetParameterType(paramKey)](
appInstance, paramKey)
def generate_parameter_Empty(appInstance, paramKey):
out = 'ParameterBoolean'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
if appInstance.IsParameterEnabled(paramKey):
out += 'True'
return out
def generate_parameter_Int(appInstance, paramKey):
out = 'ParameterNumber'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += 'None'
out += '|'
out += 'None'
out += '|'
defaultVal = '0'
try:
defaultVal = unicode(appInstance.GetParameterInt(paramKey))
except:
pass
out += defaultVal
return out
def generate_parameter_Float(appInstance, paramKey):
out = 'ParameterNumber'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += 'None'
out += '|'
out += 'None'
out += '|'
defaultVal = '0.0'
try:
defaultVal = unicode(appInstance.GetParameterFloat(paramKey))
except:
pass
out += defaultVal
return out
def generate_parameter_String(appInstance, paramKey):
out = 'ParameterString'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
defaultVal = ''
try:
defaultVal = unicode(appInstance.GetParameterString(paramKey))
except:
pass
out += defaultVal
return out
def generate_parameter_InputFilename(appInstance, paramKey):
out = 'ParameterFile'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
try:
defaultVal = unicode(appInstance.GetParameterString(paramKey))
out += '|' + defaultVal
except:
pass
return out
def generate_parameter_OutputFilename(appInstance, paramKey):
out = 'OutputFile'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
return out
def generate_parameter_Directory(appInstance, paramKey):
out = 'ParameterFile'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
try:
defaultVal = unicode(appInstance.GetParameterString(paramKey))
out += '|' + defaultVal
except:
pass
return out
def generate_parameter_Choice(appInstance, paramKey):
out = 'ParameterSelection'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
choices = ''
for choice in appInstance.GetChoiceKeys(paramKey):
choices += choice
choices += ';'
out += choices[:-1]
out += '|'
out += unicode(appInstance.GetParameterInt(paramKey))
return out
def generate_parameter_InputImage(appInstance, paramKey):
out = 'ParameterRaster'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += unicode(not appInstance.IsMandatory(paramKey))
return out
def generate_parameter_InputImageList(appInstance, paramKey):
out = 'ParameterMultipleInput'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += '3'
out += '|'
out += unicode(not appInstance.IsMandatory(paramKey))
return out
def generate_parameter_InputVectorData(appInstance, paramKey):
out = 'ParameterVector'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += '-1'
out += '|'
out += unicode(not appInstance.IsMandatory(paramKey))
return out
def generate_parameter_InputVectorDataList(appInstance, paramKey):
out = 'ParameterMultipleInput'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
out += '|'
out += '-1'
out += '|'
out += unicode(not appInstance.IsMandatory(paramKey))
return out
def generate_parameter_OutputImage(appInstance, paramKey):
out = 'OutputRaster'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
return out
def generate_parameter_NOTHANDLED(appInstance, paramKey):
return ''
def generate_parameter_OutputVectorData(appInstance, paramKey):
out = 'OutputVector'
out += '|'
out += '-' + paramKey
out += '|'
out += convertendl(appInstance.GetParameterName(paramKey))
return out
def generate_parameter_Radius(appInstance, paramKey):
return generate_parameter_Int(appInstance, paramKey)
def generate_parameter_ComplexInputImage(appInstance, paramKey):
return generate_parameter_InputImage(appInstance, paramKey)
def generate_parameter_ComplexOutputImage(appInstance, paramKey):
return generate_parameter_OutputImage(appInstance, paramKey)
def generate_parameter_RAM(appInstance, paramKey):
return generate_parameter_Int(appInstance, paramKey)
if __name__ == '__main__':
generate_all_app_descriptors()
|
