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/*=========================================================================
*
* Copyright Insight Software Consortium
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0.txt
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the Licfense is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
*=========================================================================*/
/*
* WARNING: DO NOT EDIT THIS FILE!
* THIS FILE IS AUTOMATICALLY GENERATED BY THE SIMPLEITK BUILD PROCESS.
* Please look at CSharpImageFilterTestTemplate.cs.in to make changes.
*/
// This is C# code to test ${name}
using System;
using System.Collections.Generic;
using itk.simple;
public class Test${name} {
public static int Main(string[] args) {
try {
// Get the right number of inputs
int num_inputs = 1;
$(if number_of_inputs then
OUT=[[
num_inputs = ${number_of_inputs};]]
end)
// Check the command line arguments
if ( args.Length < num_inputs + 1 ) {
Console.WriteLine("Usage: ${name} tag <input(s)> output");
return 1;
}
String tag = args[1];
// Instantiate objects
ImageFileReader reader = new ImageFileReader();
${name} filter = new ${name}();
List<Image> inputs = new List<Image>();
$(if #tests == 0 then
OUT=[[
// No tests defined => exit with error code
Console.WriteLine ( "No tests defined!" );
return 1;]]
end)
// Run each test
$(foreach tests
if (tag.Equals( "${tag}" )) {
// Read image(s)
for ( int i = 2; i < args.Length-1; i++ ) {
reader.SetFileName( args[i] );
inputs.Add( reader.Execute() );
}
$(if inputA_cast then
OUT=[[
CastImageFilter caster = new CastImageFilter();
caster.SetOutputPixelType( PixelIDValueEnum.${inputA_cast} );
inputs[0] = caster.Execute( inputs[0] );]]
end)
$(if inputB_cast then
OUT=[[
caster = new CastImageFilter();
caster.SetOutputPixelType( PixelIDValueEnum.${inputB_cast} );
inputs[1] = caster.Execute( inputs[1] );]]
end)
$(when settings
// Set parameters
$(foreach settings
$(if parameter == "SeedList" then
OUT=[[
filter.ClearSeeds();
$(for i=1,#value do OUT=OUT .. "\
{\
VectorUInt32 idx = new VectorUInt32( new uint[] " .. value[i] .. " );\
filter.AddSeed( idx );\
}\
" end)]]
elseif parameter == "TrialPoints" then
OUT=[[
filter.ClearTrialPoints();
$(for i=1,#value do OUT=OUT .. "\
{\
VectorUInt32 idx = new VectorUInt32( new uint[] " .. value[i] .. " );\
filter.AddTrialPoint( idx );\
}\
" end)]]
elseif point_vec and point_vec == 1 then
OUT=[[
filter.Clear${parameter}();
]]
for i=1,#value do
OUT=OUT.. [[
{
VectorUInt32 pt = new VectorUInt32( new uint[] ]] .. value[i] .. [[ );
filter.Add${parameter:gsub('s([0-9]?)$','%1')}(pt);
}
]]
end
elseif dim_vec == 1 then
A='{'
for i=1,#value-1 do
A=A..value[i]..", "
end
A=A..value[#value]
A=A..'}'
OUT=[[
{
$(if type == "bool" then
OUT="VectorBool idx = new VectorBool( new bool[] "..A.." );"
elseif type == "unsigned int" then
OUT="VectorUInt32 idx = new VectorUInt32( new uint[] "..A.." );"
elseif type == "int" then
OUT="VectorInt32 idx = new VectorInt32( new int[] "..A.." );"
elseif type == "unsigned long" then
OUT="VectorULong idx = new VectorULong( new ulong[] "..A.." );"
elseif type == "long" then
OUT="VectorLong idx = new VectorLong( new long[] "..A.." );"
elseif type == "unsigned short" then
OUT="VectorUShort idx = new VectorUShort( new ushort[] "..A.." );"
elseif type == "short" then
OUT="VectorShort idx = new VectorShort( new short[] "..A.." );"
elseif type == "float" then
OUT="VectorFloat idx = new VectorFloat( new float[] "..A.." );"
elseif type == "double" then
OUT="VectorDouble idx = new VectorDouble( new double[] "..A.." );"
elseif type == "uint8_t" then
OUT="VectorUInt8 idx = new VectorUInt8( new byte[] "..A.." );"
elseif type == "uint16_t" then
OUT="VectorUInt16 idx = new VectorUInt16( new ushort[] "..A.." );"
elseif type == "uint32_t" then
OUT="VectorUInt32 idx = new VectorUInt32( new uint[] "..A.." );"
elseif type == "uint64_t" then
OUT="VectorUInt64 idx = new VectorUInt64( new ulong[] "..A.." );"
elseif type == "int8_t" then
OUT="VectorInt8 idx = new VectorInt8( new sbyte[] "..A.." );"
elseif type == "int16_t" then
OUT="VectorInt16 idx = new VectorInt16( new short[] "..A.." );"
elseif type == "int32_t" then
OUT="VectorInt32 idx = new VectorInt32( new int[] "..A.." );"
elseif type == "int64_t" then
OUT="VectorInt64 idx = new VectorInt64( new long[] "..A.." );"
end)
filter.Set${parameter}( idx );
}]]
else
OUT=[[
filter.Set${parameter}( $(if csharp_value then OUT='${csharp_value}' else OUT='${value}' end) );]]
end)
)
)
// Run the filter
$(if not no_return_image then OUT=[[Image output = ]] end)filter.Execute ( $(if #inputs > 0 then OUT=[[inputs[0] ]] end)$(for inum=1,#inputs-1 do OUT=OUT..", inputs["..inum.."]" end) );
$(if not no_return_image then
OUT=[[
PixelIDValueEnum[] labelIDs = { PixelIDValueEnum.sitkLabelUInt8, PixelIDValueEnum.sitkLabelUInt16, PixelIDValueEnum.sitkLabelUInt32, PixelIDValueEnum.sitkLabelUInt64 };
if (Array.IndexOf(labelIDs, output.GetPixelID()) != -1 )
{
LabelMapToLabelImageFilter toImage = new LabelMapToLabelImageFilter();
output = toImage.Execute(output);
}
// Write output
ImageFileWriter writer = new ImageFileWriter();
writer.SetFileName( args[args.Length-1] );
writer.Execute( output );
]]
end)
}
)
} catch (Exception ex) {
Console.WriteLine( "ERROR: " + ex.ToString() );
return 1;
}
return 0;
}
}
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