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Pierre 2019-12-12 14:41:47 +01:00
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27
test/ddlgenerators/files/expected_files/expected_result_datatype.h Normal file
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/**
* @file
* This is a generated file, changes to it may be overwritten in the future.
*
* @copyright
* @verbatim
Copyright @ 2017 Audi Electronics Venture GmbH. All rights reserved.
This Source Code Form is subject to the terms of the Mozilla
Public License, v. 2.0. If a copy of the MPL was not distributed
with this file, You can obtain one at https://mozilla.org/MPL/2.0/.
If it is not possible or desirable to put the notice in a particular file, then
You may include the notice in a location (such as a LICENSE file in a
relevant directory) where a recipient would be likely to look for such a notice.
You may add additional accurate notices of copyright ownership.
@endverbatim
*/
typedef tInt16 tPixelFormat;
typedef int16_t tInt16;
// The following type is assumed to be known:
// int16_t

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test/ddlgenerators/files/expected_files/expected_result_existing_all.description Normal file
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<?xml version="1.0" encoding="iso-8859-1" standalone="no"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>3.00</language_version>
<author>WROTHFL</author>
<date_creation>09.10.2014</date_creation>
<date_change>11.03.2016</date_change>
<description>Generated by ADTF 2.13.0beta</description>
</header>
<units>
<baseunit description="Fundamental unit for electric current" name="Ampere" symbol="A" />
<baseunit description="Fundamental unit for luminous intensity" name="Candela" symbol="cd" />
<baseunit description="Non-SI standard unit for angle" name="Degree" symbol="deg" />
<baseunit description="Fundamental unit for thermodynamic temperature" name="Kelvin" symbol="K" />
<baseunit description="Fundamental unit for mass" name="Kilogram" symbol="kg" />
<baseunit description="Fundamental unit for length" name="Metre" symbol="m" />
<baseunit description="Fundamental unit for amount of substance" name="Mole" symbol="mol" />
<baseunit description="Non-SI standard unit for angle" name="Radiant" symbol="rad" />
<baseunit description="Fundamental unit for time" name="Second" symbol="s" />
<baseunit description="No SI, but needed for own unit definitions" name="Unitless" symbol="" />
<baseunit description="No SI, but needed for no unit definitions" name="nou" symbol="" />
<prefixes name="atto" power="-18" symbol="a" />
<prefixes name="centi" power="-2" symbol="c" />
<prefixes name="deca" power="1" symbol="da" />
<prefixes name="deci" power="-1" symbol="d" />
<prefixes name="exa" power="18" symbol="E" />
<prefixes name="femto" power="-15" symbol="f" />
<prefixes name="giga" power="9" symbol="G" />
<prefixes name="hecto" power="2" symbol="h" />
<prefixes name="kilo" power="3" symbol="k" />
<prefixes name="mega" power="6" symbol="M" />
<prefixes name="micro" power="-6" symbol="u" />
<prefixes name="milli" power="-3" symbol="m" />
<prefixes name="nano" power="-9" symbol="n" />
<prefixes name="peta" power="15" symbol="P" />
<prefixes name="pico" power="-12" symbol="p" />
<prefixes name="tera" power="12" symbol="T" />
<prefixes name="yocto" power="-24" symbol="y" />
<prefixes name="yotta" power="24" symbol="Y" />
<prefixes name="zepto" power="-21" symbol="z" />
<prefixes name="zetta" power="21" symbol="Z" />
</units>
<datatypes>
<datatype description="predefined ADTF tBool datatype" max="tTrue" min="tFalse" name="tBool" size="8" />
<datatype description="predefined ADTF tChar datatype" max="127" min="-128" name="tChar" size="8" />
<datatype description="predefined ADTF tFloat32 datatype" max="3.402823e+38" min="-3.402823e+38" name="tFloat32" size="32" />
<datatype description="predefined ADTF tFloat64 datatype" max="1.797693e+308" min="-1.797693e+308" name="tFloat64" size="64" />
<datatype description="predefined ADTF tInt16 datatype" max="32767" min="-32768" name="tInt16" size="16" />
<datatype description="predefined ADTF tInt32 datatype" max="2147483647" min="-2147483648" name="tInt32" size="32" />
<datatype description="predefined ADTF tInt64 datatype" max="9223372036854775807" min="-9223372036854775808" name="tInt64" size="64" />
<datatype description="predefined ADTF tInt8 datatype" max="127" min="-128" name="tInt8" size="8" />
<datatype description="predefined ADTF tUInt16 datatype" max="65535" min="0" name="tUInt16" size="16" />
<datatype description="predefined ADTF tUInt32 datatype" max="4294967295" min="0" name="tUInt32" size="32" />
<datatype description="predefined ADTF tUInt64 datatype" max="18446744073709551615" min="0" name="tUInt64" size="64" />
<datatype description="predefined ADTF tUInt8 datatype" max="255" min="0" name="tUInt8" size="8" />
</datatypes>
<enums>
<enum name="tPixelFormat" type="tInt16">
<element name="PF_16BIT" value="20" />
<element name="PF_24BIT" value="40" />
<element name="PF_32BIT" value="50" />
<element name="PF_8BIT" value="10" />
<element name="PF_ABGR_4444" value="29" />
<element name="PF_ABGR_8888" value="52" />
<element name="PF_ARGB_8888" value="51" />
<element name="PF_BGRA_8888" value="54" />
<element name="PF_BGR_555" value="34" />
<element name="PF_BGR_565" value="35" />
<element name="PF_BGR_888" value="46" />
<element name="PF_CUSTOM" value="1000" />
<element name="PF_GREYSCALE_10" value="21" />
<element name="PF_GREYSCALE_12" value="22" />
<element name="PF_GREYSCALE_14" value="23" />
<element name="PF_GREYSCALE_16" value="24" />
<element name="PF_GREYSCALE_18" value="41" />
<element name="PF_GREYSCALE_20" value="42" />
<element name="PF_GREYSCALE_22" value="43" />
<element name="PF_GREYSCALE_24" value="44" />
<element name="PF_GREYSCALE_32" value="55" />
<element name="PF_GREYSCALE_8" value="11" />
<element name="PF_GREYSCALE_FLOAT32" value="56" />
<element name="PF_RGBA_4444" value="28" />
<element name="PF_RGBA_8888" value="53" />
<element name="PF_RGB_444" value="25" />
<element name="PF_RGB_555" value="26" />
<element name="PF_RGB_565" value="27" />
<element name="PF_RGB_8" value="12" />
<element name="PF_RGB_888" value="45" />
<element name="PF_RIII_10" value="30" />
<element name="PF_RIII_12" value="31" />
<element name="PF_RIII_14" value="32" />
<element name="PF_RIII_16" value="33" />
<element name="PF_UNKNOWN" value="0" />
<element name="PF_YUV420P_888" value="60" />
</enum>
</enums>
<structs>
<struct alignment="1" name="adtf_core_media_type" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="mediatype" type="tMediaTypeInfo" />
</struct>
<struct alignment="1" name="tMediaTypeInfo" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="ui32MajorType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="ui32SubType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="ui32Flags" type="tUInt32" />
</struct>
<struct alignment="1" name="adtf_type_audio" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sWaveFormat" type="tWaveFormat" />
</struct>
<struct alignment="1" name="tWaveFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nFormatType" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nChannels" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nSamplesPerSec" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBitsPerSample" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nNumSamples" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nSize" type="tInt32" />
</struct>
<struct alignment="1" name="adtf_type_video" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sBitmapFormat" type="tBitmapFormat" />
</struct>
<struct alignment="1" name="tBitmapFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nWidth" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nHeight" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nBitsPerPixel" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="10" name="nPixelFormat" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBytesPerLine" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nSize" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nPaletteSize" type="tInt32" />
</struct>
</structs>
<streams />
</adtf:ddl>

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#ifndef RESULT_H
#define RESULT_H
// This is a generated file, changes to it may be overwritten in the future.
typedef enum {
PF_UNKNOWN=0,
PF_8BIT=10,
PF_GREYSCALE_8=11,
PF_RGB_8=12,
PF_16BIT=20,
PF_GREYSCALE_10=21,
PF_GREYSCALE_12=22,
PF_GREYSCALE_14=23,
PF_GREYSCALE_16=24,
PF_RGB_444=25,
PF_RGB_555=26,
PF_RGB_565=27,
PF_RGBA_4444=28,
PF_ABGR_4444=29,
PF_RIII_10=30,
PF_RIII_12=31,
PF_RIII_14=32,
PF_RIII_16=33,
PF_BGR_555=34,
PF_BGR_565=35,
PF_24BIT=40,
PF_GREYSCALE_18=41,
PF_GREYSCALE_20=42,
PF_GREYSCALE_22=43,
PF_GREYSCALE_24=44,
PF_RGB_888=45,
PF_BGR_888=46,
PF_32BIT=50,
PF_ARGB_8888=51,
PF_ABGR_8888=52,
PF_RGBA_8888=53,
PF_BGRA_8888=54,
PF_GREYSCALE_32=55,
PF_GREYSCALE_FLOAT32=56,
PF_YUV420P_888=60,
PF_CUSTOM=1000
} tPixelFormat;
#pragma pack(push,1)
typedef struct
{
tUInt32 ui32MajorType;
tUInt32 ui32SubType;
tUInt32 ui32Flags;
} tMediaTypeInfo;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo mediatype;
} adtf_core_media_type;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nFormatType;
tInt32 nChannels;
tInt32 nSamplesPerSec;
tInt32 nBitsPerSample;
tInt32 nNumSamples;
tInt32 nSize;
} tWaveFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tWaveFormat sWaveFormat;
} adtf_type_audio;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nWidth;
tInt32 nHeight;
tInt16 nBitsPerPixel;
tInt16 nPixelFormat;
tInt32 nBytesPerLine;
tInt32 nSize;
tInt32 nPaletteSize;
} tBitmapFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tBitmapFormat sBitmapFormat;
} adtf_type_video;
#pragma pack(pop)
typedef uint32_t tUInt32;
typedef int32_t tInt32;
typedef int16_t tInt16;
// The following type is assumed to be known:
// uint32_t
// The following type is assumed to be known:
// int32_t
// The following type is assumed to be known:
// int16_t
#endif //RESULT_H

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test/ddlgenerators/files/expected_files/expected_result_existing_struct.description Normal file
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<?xml version="1.0"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>3.00</language_version>
<author>A8LD75D</author>
<date_creation>17.11.2017</date_creation>
<date_change>17.11.2017</date_change>
<description>Generated by DDL_Editor </description>
</header>
<units>
<baseunit name="Ampere" symbol="A" description="Fundamental unit for electric current" />
<baseunit name="Candela" symbol="cd" description="Fundamental unit for luminous intensity" />
<baseunit name="Degree" symbol="deg" description="Non-SI standard unit for angle" />
<baseunit name="Kelvin" symbol="K" description="Fundamental unit for thermodynamic temperature" />
<baseunit name="Kilogram" symbol="kg" description="Fundamental unit for mass" />
<baseunit name="Metre" symbol="m" description="Fundamental unit for length" />
<baseunit name="Mole" symbol="mol" description="Fundamental unit for amount of substance" />
<baseunit name="Radiant" symbol="rad" description="Non-SI standard unit for angle" />
<baseunit name="Second" symbol="s" description="Fundamental unit for time" />
<baseunit name="Unitless" symbol="" description="No SI, but needed for own unit definitions" />
<baseunit name="nou" symbol="" description="No SI, but needed for no unit definitions" />
<prefixes name="atto" symbol="a" power="-18" />
<prefixes name="centi" symbol="c" power="-2" />
<prefixes name="deca" symbol="da" power="1" />
<prefixes name="deci" symbol="d" power="-1" />
<prefixes name="exa" symbol="E" power="18" />
<prefixes name="femto" symbol="f" power="-15" />
<prefixes name="giga" symbol="G" power="9" />
<prefixes name="hecto" symbol="h" power="2" />
<prefixes name="kilo" symbol="k" power="3" />
<prefixes name="mega" symbol="M" power="6" />
<prefixes name="micro" symbol="u" power="-6" />
<prefixes name="milli" symbol="m" power="-3" />
<prefixes name="nano" symbol="n" power="-9" />
<prefixes name="peta" symbol="P" power="15" />
<prefixes name="pico" symbol="p" power="-12" />
<prefixes name="tera" symbol="T" power="12" />
<prefixes name="yocto" symbol="y" power="-24" />
<prefixes name="yotta" symbol="Y" power="24" />
<prefixes name="zepto" symbol="z" power="-21" />
<prefixes name="zetta" symbol="Z" power="21" />
</units>
<datatypes>
<datatype name="int16_t" size="1" />
<datatype name="int32_t" size="1" />
<datatype name="tBool" size="8" description="predefined ADTF tBool datatype" min="tFalse" max="tTrue" />
<datatype name="tChar" size="8" description="predefined ADTF tChar datatype" min="-128" max="127" />
<datatype name="tFloat32" size="32" description="predefined ADTF tFloat32 datatype" min="-3.402823e+38" max="3.402823e+38" />
<datatype name="tFloat64" size="64" description="predefined ADTF tFloat64 datatype" min="-1.797693e+308" max="1.797693e+308" />
<datatype name="tInt16" size="16" description="predefined ADTF tInt16 datatype" min="-32768" max="32767" />
<datatype name="tInt32" size="32" description="predefined ADTF tInt32 datatype" min="-2147483648" max="2147483647" />
<datatype name="tInt64" size="64" description="predefined ADTF tInt64 datatype" min="-9223372036854775808" max="9223372036854775807" />
<datatype name="tInt8" size="8" description="predefined ADTF tInt8 datatype" min="-128" max="127" />
<datatype name="tUInt16" size="16" description="predefined ADTF tUInt16 datatype" min="0" max="65535" />
<datatype name="tUInt32" size="32" description="predefined ADTF tUInt32 datatype" min="0" max="4294967295" />
<datatype name="tUInt64" size="64" description="predefined ADTF tUInt64 datatype" min="0" max="18446744073709551615" />
<datatype name="tUInt8" size="8" description="predefined ADTF tUInt8 datatype" min="0" max="255" />
<datatype name="uint32_t" size="1" />
</datatypes>
<enums>
<enum name="tPixelFormat" type="tInt16">
<element name="PF_16BIT" value="20" />
<element name="PF_24BIT" value="40" />
<element name="PF_32BIT" value="50" />
<element name="PF_8BIT" value="10" />
<element name="PF_ABGR_4444" value="29" />
<element name="PF_ABGR_8888" value="52" />
<element name="PF_ARGB_8888" value="51" />
<element name="PF_BGRA_8888" value="54" />
<element name="PF_BGR_555" value="34" />
<element name="PF_BGR_565" value="35" />
<element name="PF_BGR_888" value="46" />
<element name="PF_CUSTOM" value="1000" />
<element name="PF_GREYSCALE_10" value="21" />
<element name="PF_GREYSCALE_12" value="22" />
<element name="PF_GREYSCALE_14" value="23" />
<element name="PF_GREYSCALE_16" value="24" />
<element name="PF_GREYSCALE_18" value="41" />
<element name="PF_GREYSCALE_20" value="42" />
<element name="PF_GREYSCALE_22" value="43" />
<element name="PF_GREYSCALE_24" value="44" />
<element name="PF_GREYSCALE_32" value="55" />
<element name="PF_GREYSCALE_8" value="11" />
<element name="PF_GREYSCALE_FLOAT32" value="56" />
<element name="PF_RGBA_4444" value="28" />
<element name="PF_RGBA_8888" value="53" />
<element name="PF_RGB_444" value="25" />
<element name="PF_RGB_555" value="26" />
<element name="PF_RGB_565" value="27" />
<element name="PF_RGB_8" value="12" />
<element name="PF_RGB_888" value="45" />
<element name="PF_RIII_10" value="30" />
<element name="PF_RIII_12" value="31" />
<element name="PF_RIII_14" value="32" />
<element name="PF_RIII_16" value="33" />
<element name="PF_UNKNOWN" value="0" />
<element name="PF_YUV420P_888" value="60" />
</enum>
</enums>
<structs>
<struct name="adtf_core_media_type" version="0" alignment="1" ddlversion="">
<element type="tMediaTypeInfo" name="mediatype" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
<struct name="tMediaTypeInfo" version="0" alignment="1" ddlversion="">
<element type="uint32_t" name="ui32MajorType" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="uint32_t" name="ui32SubType" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="uint32_t" name="ui32Flags" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
<struct name="adtf_type_audio" version="0" alignment="1" ddlversion="">
<element type="tMediaTypeInfo" name="sMediatype" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="tWaveFormat" name="sWaveFormat" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
<struct name="tWaveFormat" version="0" alignment="1" ddlversion="">
<element type="int32_t" name="nFormatType" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nChannels" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nSamplesPerSec" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nBitsPerSample" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nNumSamples" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nSize" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
<struct name="adtf_type_video" version="0" alignment="1" ddlversion="">
<element type="tMediaTypeInfo" name="sMediatype" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="tBitmapFormat" name="sBitmapFormat" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
<struct name="tBitmapFormat" version="0" alignment="1" ddlversion="">
<element type="int32_t" name="nWidth" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nHeight" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int16_t" name="nBitsPerPixel" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int16_t" name="nPixelFormat" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nBytesPerLine" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nSize" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nPaletteSize" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
</structs>
<streams />
<streammetatypes />
</adtf:ddl>

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#ifndef RESULT_H
#define RESULT_H
// This is a generated file, changes to it may be overwritten in the future.
typedef enum {
PF_UNKNOWN=0,
PF_8BIT=10,
PF_GREYSCALE_8=11,
PF_RGB_8=12,
PF_16BIT=20,
PF_GREYSCALE_10=21,
PF_GREYSCALE_12=22,
PF_GREYSCALE_14=23,
PF_GREYSCALE_16=24,
PF_RGB_444=25,
PF_RGB_555=26,
PF_RGB_565=27,
PF_RGBA_4444=28,
PF_ABGR_4444=29,
PF_RIII_10=30,
PF_RIII_12=31,
PF_RIII_14=32,
PF_RIII_16=33,
PF_BGR_555=34,
PF_BGR_565=35,
PF_24BIT=40,
PF_GREYSCALE_18=41,
PF_GREYSCALE_20=42,
PF_GREYSCALE_22=43,
PF_GREYSCALE_24=44,
PF_RGB_888=45,
PF_BGR_888=46,
PF_32BIT=50,
PF_ARGB_8888=51,
PF_ABGR_8888=52,
PF_RGBA_8888=53,
PF_BGRA_8888=54,
PF_GREYSCALE_32=55,
PF_GREYSCALE_FLOAT32=56,
PF_YUV420P_888=60,
PF_CUSTOM=1000
} tPixelFormat;
#pragma pack(push,1)
typedef struct
{
tUInt32 ui32MajorType;
tUInt32 ui32SubType;
tUInt32 ui32Flags;
} tMediaTypeInfo;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo mediatype;
} adtf_core_media_type;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nFormatType;
tInt32 nChannels;
tInt32 nSamplesPerSec;
tInt32 nBitsPerSample;
tInt32 nNumSamples;
tInt32 nSize;
} tWaveFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tWaveFormat sWaveFormat;
} adtf_type_audio;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nWidth;
tInt32 nHeight;
tInt16 nBitsPerPixel;
tInt16 nPixelFormat;
tInt32 nBytesPerLine;
tInt32 nSize;
tInt32 nPaletteSize;
} tBitmapFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tBitmapFormat sBitmapFormat;
} adtf_type_video;
#pragma pack(pop)
typedef uint32_t tUInt32;
typedef int32_t tInt32;
typedef int16_t tInt16;
// The following type is assumed to be known:
// uint32_t
// The following type is assumed to be known:
// int32_t
// The following type is assumed to be known:
// int16_t
#endif //RESULT_H

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<?xml version="1.0" encoding="iso-8859-1" standalone="no"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>3.00</language_version>
<author>ANOAFR4</author>
<date_creation>11.03.2016</date_creation>
<date_change>11.03.2016</date_change>
<description>Generated by ADTF 2.14.0beta</description>
</header>
<units>
<baseunit description="Fundamental unit for electric current" name="Ampere" symbol="A" />
<baseunit description="Fundamental unit for luminous intensity" name="Candela" symbol="cd" />
<baseunit description="Non-SI standard unit for angle" name="Degree" symbol="deg" />
<baseunit description="Fundamental unit for thermodynamic temperature" name="Kelvin" symbol="K" />
<baseunit description="Fundamental unit for mass" name="Kilogram" symbol="kg" />
<baseunit description="Fundamental unit for length" name="Metre" symbol="m" />
<baseunit description="Fundamental unit for amount of substance" name="Mole" symbol="mol" />
<baseunit description="Non-SI standard unit for angle" name="Radiant" symbol="rad" />
<baseunit description="Fundamental unit for time" name="Second" symbol="s" />
<baseunit description="No SI, but needed for own unit definitions" name="Unitless" symbol="" />
<baseunit description="No SI, but needed for no unit definitions" name="nou" symbol="" />
<prefixes name="atto" power="-18" symbol="a" />
<prefixes name="centi" power="-2" symbol="c" />
<prefixes name="deca" power="1" symbol="da" />
<prefixes name="deci" power="-1" symbol="d" />
<prefixes name="exa" power="18" symbol="E" />
<prefixes name="femto" power="-15" symbol="f" />
<prefixes name="giga" power="9" symbol="G" />
<prefixes name="hecto" power="2" symbol="h" />
<prefixes name="kilo" power="3" symbol="k" />
<prefixes name="mega" power="6" symbol="M" />
<prefixes name="micro" power="-6" symbol="u" />
<prefixes name="milli" power="-3" symbol="m" />
<prefixes name="nano" power="-9" symbol="n" />
<prefixes name="peta" power="15" symbol="P" />
<prefixes name="pico" power="-12" symbol="p" />
<prefixes name="tera" power="12" symbol="T" />
<prefixes name="yocto" power="-24" symbol="y" />
<prefixes name="yotta" power="24" symbol="Y" />
<prefixes name="zepto" power="-21" symbol="z" />
<prefixes name="zetta" power="21" symbol="Z" />
</units>
<datatypes>
<datatype description="predefined ADTF tBool datatype" max="tTrue" min="tFalse" name="tBool" size="8" />
<datatype description="predefined ADTF tChar datatype" max="127" min="-128" name="tChar" size="8" />
<datatype description="predefined ADTF tFloat32 datatype" max="3.402823e+38" min="-3.402823e+38" name="tFloat32" size="32" />
<datatype description="predefined ADTF tFloat64 datatype" max="1.797693e+308" min="-1.797693e+308" name="tFloat64" size="64" />
<datatype description="predefined ADTF tInt16 datatype" max="32767" min="-32768" name="tInt16" size="16" />
<datatype description="predefined ADTF tInt32 datatype" max="2147483647" min="-2147483648" name="tInt32" size="32" />
<datatype description="predefined ADTF tInt64 datatype" max="9223372036854775807" min="-9223372036854775808" name="tInt64" size="64" />
<datatype description="predefined ADTF tInt8 datatype" max="127" min="-128" name="tInt8" size="8" />
<datatype description="predefined ADTF tUInt16 datatype" max="65535" min="0" name="tUInt16" size="16" />
<datatype description="predefined ADTF tUInt32 datatype" max="4294967295" min="0" name="tUInt32" size="32" />
<datatype description="predefined ADTF tUInt64 datatype" max="18446744073709551615" min="0" name="tUInt64" size="64" />
<datatype description="predefined ADTF tUInt8 datatype" max="255" min="0" name="tUInt8" size="8" />
</datatypes>
<enums>
<enum name="tPixelFormat" type="tInt16">
<element name="PF_16BIT" value="20" />
<element name="PF_24BIT" value="40" />
<element name="PF_32BIT" value="50" />
<element name="PF_8BIT" value="10" />
<element name="PF_ABGR_4444" value="29" />
<element name="PF_ABGR_8888" value="52" />
<element name="PF_ARGB_8888" value="51" />
<element name="PF_BGRA_8888" value="54" />
<element name="PF_BGR_555" value="34" />
<element name="PF_BGR_565" value="35" />
<element name="PF_BGR_888" value="46" />
<element name="PF_CUSTOM" value="1000" />
<element name="PF_GREYSCALE_10" value="21" />
<element name="PF_GREYSCALE_12" value="22" />
<element name="PF_GREYSCALE_14" value="23" />
<element name="PF_GREYSCALE_16" value="24" />
<element name="PF_GREYSCALE_18" value="41" />
<element name="PF_GREYSCALE_20" value="42" />
<element name="PF_GREYSCALE_22" value="43" />
<element name="PF_GREYSCALE_24" value="44" />
<element name="PF_GREYSCALE_32" value="55" />
<element name="PF_GREYSCALE_8" value="11" />
<element name="PF_GREYSCALE_FLOAT32" value="56" />
<element name="PF_RGBA_4444" value="28" />
<element name="PF_RGBA_8888" value="53" />
<element name="PF_RGB_444" value="25" />
<element name="PF_RGB_555" value="26" />
<element name="PF_RGB_565" value="27" />
<element name="PF_RGB_8" value="12" />
<element name="PF_RGB_888" value="45" />
<element name="PF_RIII_10" value="30" />
<element name="PF_RIII_12" value="31" />
<element name="PF_RIII_14" value="32" />
<element name="PF_RIII_16" value="33" />
<element name="PF_UNKNOWN" value="0" />
<element name="PF_YUV420P_888" value="60" />
</enum>
</enums>
<structs>
<struct alignment="1" name="adtf_core_media_type" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="mediatype" type="tMediaTypeInfo" />
</struct>
<struct alignment="1" name="tMediaTypeInfo" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="ui32MajorType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="ui32SubType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="ui32Flags" type="tUInt32" />
</struct>
<struct alignment="1" name="adtf_type_audio" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sWaveFormat" type="tWaveFormat" />
</struct>
<struct alignment="1" name="tWaveFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nFormatType" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nChannels" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nSamplesPerSec" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBitsPerSample" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nNumSamples" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nSize" type="tInt32" />
</struct>
<struct alignment="1" name="adtf_type_video" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sBitmapFormat" type="tBitmapFormat" />
</struct>
<struct alignment="1" name="tBitmapFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nWidth" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nHeight" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nBitsPerPixel" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="10" name="nPixelFormat" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBytesPerLine" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nSize" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nPaletteSize" type="tInt32" />
</struct>
</structs>
<streams />
</adtf:ddl>

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// This is a generated file, changes to it may be overwritten in the future.
typedef tInt16 tPixelFormat;
#pragma pack(push,1)
typedef struct
{
tUInt32 ui32MajorType;
tUInt32 ui32SubType;
tUInt32 ui32Flags;
} tMediaTypeInfo;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo mediatype;
} adtf_core_media_type;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nFormatType;
tInt32 nChannels;
tInt32 nSamplesPerSec;
tInt32 nBitsPerSample;
tInt32 nNumSamples;
tInt32 nSize;
} tWaveFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tWaveFormat sWaveFormat;
} adtf_type_audio;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nWidth;
tInt32 nHeight;
tInt16 nBitsPerPixel;
tInt16 nPixelFormat;
tInt32 nBytesPerLine;
tInt32 nSize;
tInt32 nPaletteSize;
} tBitmapFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tBitmapFormat sBitmapFormat;
} adtf_type_video;
#pragma pack(pop)
// The following types are assumed to be known:
// tInt16
// tUInt32
// tInt32

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<?xml version="1.0"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>3.00</language_version>
<author>A8LD75D</author>
<date_creation>17.11.2017</date_creation>
<date_change>17.11.2017</date_change>
<description>Generated by DDL_Editor </description>
</header>
<units>
<baseunit name="Metre" symbol="m" description="Fundamental unit for length" />
<baseunit name="Kilogram" symbol="kg" description="Fundamental unit for mass" />
<baseunit name="Second" symbol="s" description="Fundamental unit for time" />
<baseunit name="Ampere" symbol="A" description="Fundamental unit for electric current" />
<baseunit name="Kelvin" symbol="K" description="Fundamental unit for thermodynamic temperature" />
<baseunit name="Mole" symbol="mol" description="Fundamental unit for amount of substance" />
<baseunit name="Candela" symbol="cd" description="Fundamental unit for luminous intensity" />
<baseunit name="Degree" symbol="deg" description="Non-SI standard unit for angle" />
<baseunit name="Radiant" symbol="rad" description="Non-SI standard unit for angle" />
<baseunit name="Unitless" symbol="" description="No SI, but needed for own unit definitions" />
<baseunit name="nou" symbol="" description="No SI, but needed for no unit definitions" />
<prefixes name="yotta" symbol="Y" power="24" />
<prefixes name="zetta" symbol="Z" power="21" />
<prefixes name="exa" symbol="E" power="18" />
<prefixes name="peta" symbol="P" power="15" />
<prefixes name="tera" symbol="T" power="12" />
<prefixes name="giga" symbol="G" power="9" />
<prefixes name="mega" symbol="M" power="6" />
<prefixes name="kilo" symbol="k" power="3" />
<prefixes name="hecto" symbol="h" power="2" />
<prefixes name="deca" symbol="da" power="1" />
<prefixes name="deci" symbol="d" power="-1" />
<prefixes name="centi" symbol="c" power="-2" />
<prefixes name="milli" symbol="m" power="-3" />
<prefixes name="micro" symbol="u" power="-6" />
<prefixes name="nano" symbol="n" power="-9" />
<prefixes name="pico" symbol="p" power="-12" />
<prefixes name="femto" symbol="f" power="-15" />
<prefixes name="atto" symbol="a" power="-18" />
<prefixes name="zepto" symbol="z" power="-21" />
<prefixes name="yocto" symbol="y" power="-24" />
</units>
<datatypes>
<datatype name="tBool" size="8" description="predefined ADTF tBool datatype" min="tFalse" max="tTrue" />
<datatype name="tChar" size="8" description="predefined ADTF tChar datatype" min="-128" max="127" />
<datatype name="tUInt8" size="8" description="predefined ADTF tUInt8 datatype" min="0" max="255" />
<datatype name="tInt8" size="8" description="predefined ADTF tInt8 datatype" min="-128" max="127" />
<datatype name="tUInt16" size="16" description="predefined ADTF tUInt16 datatype" min="0" max="65535" />
<datatype name="tInt16" size="16" description="predefined ADTF tInt16 datatype" min="-32768" max="32767" />
<datatype name="tUInt32" size="32" description="predefined ADTF tUInt32 datatype" min="0" max="4294967295" />
<datatype name="tInt32" size="32" description="predefined ADTF tInt32 datatype" min="-2147483648" max="2147483647" />
<datatype name="tUInt64" size="64" description="predefined ADTF tUInt64 datatype" min="0" max="18446744073709551615" />
<datatype name="tInt64" size="64" description="predefined ADTF tInt64 datatype" min="-9223372036854775808" max="9223372036854775807" />
<datatype name="tFloat32" size="32" description="predefined ADTF tFloat32 datatype" min="-3.402823e+38" max="3.402823e+38" />
<datatype name="tFloat64" size="64" description="predefined ADTF tFloat64 datatype" min="-1.797693e+308" max="1.797693e+308" />
<datatype name="int32_t" size="1" />
</datatypes>
<enums>
<enum name="tPixelFormat" type="tInt16">
<element name="PF_16BIT" value="20" />
<element name="PF_24BIT" value="40" />
<element name="PF_32BIT" value="50" />
<element name="PF_8BIT" value="10" />
<element name="PF_ABGR_4444" value="29" />
<element name="PF_ABGR_8888" value="52" />
<element name="PF_ARGB_8888" value="51" />
<element name="PF_BGRA_8888" value="54" />
<element name="PF_BGR_555" value="34" />
<element name="PF_BGR_565" value="35" />
<element name="PF_BGR_888" value="46" />
<element name="PF_CUSTOM" value="1000" />
<element name="PF_GREYSCALE_10" value="21" />
<element name="PF_GREYSCALE_12" value="22" />
<element name="PF_GREYSCALE_14" value="23" />
<element name="PF_GREYSCALE_16" value="24" />
<element name="PF_GREYSCALE_18" value="41" />
<element name="PF_GREYSCALE_20" value="42" />
<element name="PF_GREYSCALE_22" value="43" />
<element name="PF_GREYSCALE_24" value="44" />
<element name="PF_GREYSCALE_32" value="55" />
<element name="PF_GREYSCALE_8" value="11" />
<element name="PF_GREYSCALE_FLOAT32" value="56" />
<element name="PF_RGBA_4444" value="28" />
<element name="PF_RGBA_8888" value="53" />
<element name="PF_RGB_444" value="25" />
<element name="PF_RGB_555" value="26" />
<element name="PF_RGB_565" value="27" />
<element name="PF_RGB_8" value="12" />
<element name="PF_RGB_888" value="45" />
<element name="PF_RIII_10" value="30" />
<element name="PF_RIII_12" value="31" />
<element name="PF_RIII_14" value="32" />
<element name="PF_RIII_16" value="33" />
<element name="PF_UNKNOWN" value="0" />
<element name="PF_YUV420P_888" value="60" />
</enum>
</enums>
<structs>
<struct name="tWaveFormat" version="0" alignment="1" ddlversion="">
<element type="int32_t" name="nFormatType" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nChannels" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nSamplesPerSec" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nBitsPerSample" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nNumSamples" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
<element type="int32_t" name="nSize" bytepos="0" byteorder="LE" alignment="1" arraysize="1" />
</struct>
</structs>
<streams />
<streammetatypes />
</adtf:ddl>

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#ifndef RESULT_H
#define RESULT_H
// This is a generated file, changes to it may be overwritten in the future.
typedef enum {
PF_UNKNOWN=0,
PF_8BIT=10,
PF_GREYSCALE_8=11,
PF_RGB_8=12,
PF_16BIT=20,
PF_GREYSCALE_10=21,
PF_GREYSCALE_12=22,
PF_GREYSCALE_14=23,
PF_GREYSCALE_16=24,
PF_RGB_444=25,
PF_RGB_555=26,
PF_RGB_565=27,
PF_RGBA_4444=28,
PF_ABGR_4444=29,
PF_RIII_10=30,
PF_RIII_12=31,
PF_RIII_14=32,
PF_RIII_16=33,
PF_BGR_555=34,
PF_BGR_565=35,
PF_24BIT=40,
PF_GREYSCALE_18=41,
PF_GREYSCALE_20=42,
PF_GREYSCALE_22=43,
PF_GREYSCALE_24=44,
PF_RGB_888=45,
PF_BGR_888=46,
PF_32BIT=50,
PF_ARGB_8888=51,
PF_ABGR_8888=52,
PF_RGBA_8888=53,
PF_BGRA_8888=54,
PF_GREYSCALE_32=55,
PF_GREYSCALE_FLOAT32=56,
PF_YUV420P_888=60,
PF_CUSTOM=1000
} tPixelFormat;
#pragma pack(push,1)
typedef struct
{
tInt32 nFormatType;
tInt32 nChannels;
tInt32 nSamplesPerSec;
tInt32 nBitsPerSample;
tInt32 nNumSamples;
tInt32 nSize;
} tWaveFormat;
#pragma pack(pop)
typedef int32_t tInt32;
// The following type is assumed to be known:
// int32_t
#endif //RESULT_H

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<?xml version="1.0" encoding="iso-8859-1" standalone="no"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>3.00</language_version>
<author>WROTHFL</author>
<date_creation>09.10.2014</date_creation>
<date_change>09.10.2014</date_change>
<description>Generated by ADTF 2.13.0beta</description>
</header>
<units>
<baseunit description="Fundamental unit for length" name="Metre" symbol="m" />
<baseunit description="Fundamental unit for mass" name="Kilogram" symbol="kg" />
<baseunit description="Fundamental unit for time" name="Second" symbol="s" />
<baseunit description="Fundamental unit for electric current" name="Ampere" symbol="A" />
<baseunit description="Fundamental unit for thermodynamic temperature" name="Kelvin" symbol="K" />
<baseunit description="Fundamental unit for amount of substance" name="Mole" symbol="mol" />
<baseunit description="Fundamental unit for luminous intensity" name="Candela" symbol="cd" />
<baseunit description="Non-SI standard unit for angle" name="Degree" symbol="deg" />
<baseunit description="Non-SI standard unit for angle" name="Radiant" symbol="rad" />
<baseunit description="No SI, but needed for own unit definitions" name="Unitless" symbol="" />
<baseunit description="No SI, but needed for no unit definitions" name="nou" symbol="" />
<prefixes name="yotta" power="24" symbol="Y" />
<prefixes name="zetta" power="21" symbol="Z" />
<prefixes name="exa" power="18" symbol="E" />
<prefixes name="peta" power="15" symbol="P" />
<prefixes name="tera" power="12" symbol="T" />
<prefixes name="giga" power="9" symbol="G" />
<prefixes name="mega" power="6" symbol="M" />
<prefixes name="kilo" power="3" symbol="k" />
<prefixes name="hecto" power="2" symbol="h" />
<prefixes name="deca" power="1" symbol="da" />
<prefixes name="deci" power="-1" symbol="d" />
<prefixes name="centi" power="-2" symbol="c" />
<prefixes name="milli" power="-3" symbol="m" />
<prefixes name="micro" power="-6" symbol="u" />
<prefixes name="nano" power="-9" symbol="n" />
<prefixes name="pico" power="-12" symbol="p" />
<prefixes name="femto" power="-15" symbol="f" />
<prefixes name="atto" power="-18" symbol="a" />
<prefixes name="zepto" power="-21" symbol="z" />
<prefixes name="yocto" power="-24" symbol="y" />
</units>
<datatypes>
<datatype description="predefined ADTF tBool datatype" max="tTrue" min="tFalse" name="tBool" size="8" />
<datatype description="predefined ADTF tChar datatype" max="127" min="-128" name="tChar" size="8" />
<datatype description="predefined ADTF tUInt8 datatype" max="255" min="0" name="tUInt8" size="8" />
<datatype description="predefined ADTF tInt8 datatype" max="127" min="-128" name="tInt8" size="8" />
<datatype description="predefined ADTF tUInt16 datatype" max="65535" min="0" name="tUInt16" size="16" />
<datatype description="predefined ADTF tInt16 datatype" max="32767" min="-32768" name="tInt16" size="16" />
<datatype description="predefined ADTF tUInt32 datatype" max="4294967295" min="0" name="tUInt32" size="32" />
<datatype description="predefined ADTF tInt32 datatype" max="2147483647" min="-2147483648" name="tInt32" size="32" />
<datatype description="predefined ADTF tUInt64 datatype" max="18446744073709551615" min="0" name="tUInt64" size="64" />
<datatype description="predefined ADTF tInt64 datatype" max="9223372036854775807" min="-9223372036854775808" name="tInt64" size="64" />
<datatype description="predefined ADTF tFloat32 datatype" max="3.402823e+38" min="-3.402823e+38" name="tFloat32" size="32" />
<datatype description="predefined ADTF tFloat64 datatype" max="1.797693e+308" min="-1.797693e+308" name="tFloat64" size="64" />
</datatypes>
<enums>
<enum name="tPixelFormat" type="tInt16">
<element name="PF_16BIT" value="20" />
<element name="PF_24BIT" value="40" />
<element name="PF_32BIT" value="50" />
<element name="PF_8BIT" value="10" />
<element name="PF_ABGR_4444" value="29" />
<element name="PF_ABGR_8888" value="52" />
<element name="PF_ARGB_8888" value="51" />
<element name="PF_BGRA_8888" value="54" />
<element name="PF_BGR_555" value="34" />
<element name="PF_BGR_565" value="35" />
<element name="PF_BGR_888" value="46" />
<element name="PF_CUSTOM" value="1000" />
<element name="PF_GREYSCALE_10" value="21" />
<element name="PF_GREYSCALE_12" value="22" />
<element name="PF_GREYSCALE_14" value="23" />
<element name="PF_GREYSCALE_16" value="24" />
<element name="PF_GREYSCALE_18" value="41" />
<element name="PF_GREYSCALE_20" value="42" />
<element name="PF_GREYSCALE_22" value="43" />
<element name="PF_GREYSCALE_24" value="44" />
<element name="PF_GREYSCALE_32" value="55" />
<element name="PF_GREYSCALE_8" value="11" />
<element name="PF_GREYSCALE_FLOAT32" value="56" />
<element name="PF_RGBA_4444" value="28" />
<element name="PF_RGBA_8888" value="53" />
<element name="PF_RGB_444" value="25" />
<element name="PF_RGB_555" value="26" />
<element name="PF_RGB_565" value="27" />
<element name="PF_RGB_8" value="12" />
<element name="PF_RGB_888" value="45" />
<element name="PF_RIII_10" value="30" />
<element name="PF_RIII_12" value="31" />
<element name="PF_RIII_14" value="32" />
<element name="PF_RIII_16" value="33" />
<element name="PF_UNKNOWN" value="0" />
<element name="PF_YUV420P_888" value="60" />
</enum>
</enums>
<structs>
<struct alignment="1" name="adtf_core_media_type" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="mediatype" type="tMediaTypeInfo" />
</struct>
<struct alignment="1" name="tMediaTypeInfo" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="ui32MajorType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="ui32SubType" type="tUInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="ui32Flags" type="tUInt32" />
</struct>
<struct alignment="1" name="adtf_type_audio" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sWaveFormat" type="tWaveFormat" />
</struct>
<struct alignment="1" name="tWaveFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nFormatType" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nChannels" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nSamplesPerSec" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBitsPerSample" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nNumSamples" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nSize" type="tInt32" />
</struct>
<struct alignment="1" name="adtf_type_video" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="sMediatype" type="tMediaTypeInfo" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="sBitmapFormat" type="tBitmapFormat" />
</struct>
<struct alignment="1" name="tBitmapFormat" version="0">
<element alignment="1" arraysize="1" byteorder="LE" bytepos="0" name="nWidth" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="4" name="nHeight" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="8" name="nBitsPerPixel" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="10" name="nPixelFormat" type="tInt16" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="12" name="nBytesPerLine" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="16" name="nSize" type="tInt32" />
<element alignment="1" arraysize="1" byteorder="LE" bytepos="20" name="nPaletteSize" type="tInt32" />
</struct>
</structs>
<streams />
</adtf:ddl>

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/**
* @file
* This is a generated file, changes to it may be overwritten in the future.
*
* @copyright
* @verbatim
Copyright @ 2017 Audi Electronics Venture GmbH. All rights reserved.
This Source Code Form is subject to the terms of the Mozilla
Public License, v. 2.0. If a copy of the MPL was not distributed
with this file, You can obtain one at https://mozilla.org/MPL/2.0/.
If it is not possible or desirable to put the notice in a particular file, then
You may include the notice in a location (such as a LICENSE file in a
relevant directory) where a recipient would be likely to look for such a notice.
You may add additional accurate notices of copyright ownership.
@endverbatim
*/
typedef tInt16 tPixelFormat;
#pragma pack(push,1)
typedef struct
{
tUInt32 ui32MajorType;
tUInt32 ui32SubType;
tUInt32 ui32Flags;
} tMediaTypeInfo;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo mediatype;
} adtf_core_media_type;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nFormatType;
tInt32 nChannels;
tInt32 nSamplesPerSec;
tInt32 nBitsPerSample;
tInt32 nNumSamples;
tInt32 nSize;
} tWaveFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tWaveFormat sWaveFormat;
} adtf_type_audio;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tInt32 nWidth;
tInt32 nHeight;
tInt16 nBitsPerPixel;
tInt16 nPixelFormat;
tInt32 nBytesPerLine;
tInt32 nSize;
tInt32 nPaletteSize;
} tBitmapFormat;
#pragma pack(pop)
#pragma pack(push,1)
typedef struct
{
tMediaTypeInfo sMediatype;
tBitmapFormat sBitmapFormat;
} adtf_type_video;
#pragma pack(pop)
// The following types are assumed to be known:
// tInt16
// tUInt32
// tInt32

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<?xml version="1.0"?>
<adtf:ddl xmlns:adtf="adtf">
<header>
<language_version>4.00</language_version>
<author>SVP5W4W</author>
<date_creation>08.02.2018</date_creation>
<date_change>08.02.2018</date_change>
<description>Generated by DDL_Editor </description>
</header>
<datatypes>
</datatypes>
<units>
</units>
<enums>
<enum name="tAlphabet" type="tInt32">
<element name="ABC" value="0" />
<element name="DEF" value="1" />
<element name="GHI" value="2" />
</enum>
<enum name="tColor" type="tInt32">
<element name="C_UNKNOWN" value="0" />
<element name="C_RED" value="1" />
<element name="C_GREEN" value="2" />
<element name="C_BLUE" value="50" />
<element name="C_CYAN" value="2000" />
</enum>
<enum name="tTimber" type="tInt32">
<element name="W_FIR" value="5" />
<element name="W_PINE" value="1630" />
<element name="W_OAK" value="1631" />
<element name="W_SPRUCE" value="1632" />
</enum>
</enums>
<structs>
<struct name="tEnums" comment="tEnumCommentary" version="0" alignment="1" ddlversion="">
<element type="tColor" name="col" arraysize="1">
<deserialized alignment="1" />
<serialized bytepos="0" byteorder="LE" />
</element>
<element type="tTimber" name="tim" arraysize="1">
<deserialized alignment="1" />
<serialized bytepos="4" byteorder="LE" />
</element>
<element type="tTimber" name="wood" arraysize="1">
<deserialized alignment="1" />
<serialized bytepos="8" byteorder="LE" />
</element>
<element type="tAlphabet" description="alpha-element-description" comment="alpha-element-comment" name="alpha" arraysize="1">
<deserialized alignment="1" />
<serialized bytepos="12" byteorder="LE" />
</element>
</struct>
</structs>
<streams />
<streammetatypes />
</adtf:ddl>

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typedef enum {
C_UNKNOWN=0,
C_RED=1,
C_GREEN=2,
C_BLUE=50,
C_CYAN=2000
} tColor;
typedef enum tTimber {
W_FIR=5,
W_PINE=1630,
W_OAK,
W_SPRUCE
} tWood;
enum tAlphabet {
ABC, DEF, GHI};
typedef struct
{
tColor col;
tTimber tim;
tWood wood;
tAlphabet alpha;
} tEnums;
typedef bla blubb;
typedef struct
{
tBla bla;
tBlubb blubb;
kaka kaka;
}

23
test/ddlgenerators/src/CMakeLists.txt Normal file
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set(TEST_NAME ddl_generators)
add_executable(tester_${TEST_NAME} tester_${TEST_NAME}.cpp)
if (NOT ddl_cmake_integrated_tests)
target_compile_definitions(tester_${TEST_NAME} PRIVATE TEST_INSTALL_DIR="${ddl_DIR}/..")
else()
target_compile_definitions(tester_${TEST_NAME}
PRIVATE TEST_INSTALL_DIR="${CMAKE_INSTALL_PREFIX}")
endif()
set_target_properties(tester_${TEST_NAME} PROPERTIES FOLDER test/utils)
set_target_properties(tester_${TEST_NAME} PROPERTIES TIMEOUT 120)
target_link_libraries(tester_${TEST_NAME} PRIVATE
ddl_test_compat
ddl
a_util
GTest::Main
$<$<PLATFORM_ID:Linux>:Threads::Threads>
)
add_test(NAME tester_${TEST_NAME}
COMMAND tester_${TEST_NAME}
WORKING_DIRECTORY "${CMAKE_CURRENT_SOURCE_DIR}/../")

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test/ddlgenerators/src/tester_ddl_generators.cpp Normal file
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/**
* @file
* Tester init.
*
* @copyright
* @verbatim
Copyright @ 2017 Audi Electronics Venture GmbH. All rights reserved.
This Source Code Form is subject to the terms of the Mozilla
Public License, v. 2.0. If a copy of the MPL was not distributed
with this file, You can obtain one at https://mozilla.org/MPL/2.0/.
If it is not possible or desirable to put the notice in a particular file, then
You may include the notice in a location (such as a LICENSE file in a
relevant directory) where a recipient would be likely to look for such a notice.
You may add additional accurate notices of copyright ownership.
@endverbatim
*
* QNX support Copyright (c) 2019 by dSPACE GmbH, Paderborn, Germany. All Rights Reserved
*/
#include <ddl.h>
#include <gtest/gtest.h>
#include "../../_common/adtf_compat.h"
#include "../../_common/compat.h"
class cCompareFile
{
private:
std::vector<std::string> _lines;
std::vector<std::string>::iterator _pos;
public:
void Open(const std::string& filepath)
{
if (a_util::filesystem::OK == a_util::filesystem::readTextLines(filepath, _lines))
{
_pos = _lines.begin();
}
else
{
_lines.clear();
_pos = _lines.end();
}
}
bool isValid() const
{
return _pos != _lines.end();
}
void ReadLine(std::string& line)
{
if (isValid())
{
line = *_pos;
a_util::strings::replace(line, "\r", "");
_pos++;
}
}
};
namespace ddl_generator
{
namespace oo
{
//define all needed error types and values locally
_MAKE_RESULT(0, ERR_NOERROR)
_MAKE_RESULT(-11, ERR_INVALID_FILE)
_MAKE_RESULT(-20, ERR_NOT_FOUND)
_MAKE_RESULT(-24, ERR_PATH_NOT_FOUND)
_MAKE_RESULT(-38, ERR_FAILED)
}
}
using namespace ddl_generator::oo;
#define __adtf_test_result(expr) ASSERT_TRUE(fep::isOk(expr))
#ifdef WIN32
#pragma warning(disable : 4355) // 'this' used in initializer list
#endif
#define LOG_POS LOG_INFO(a_util::strings::format("Starting Test '%s' (Line %d)", __FUNCTION__, __LINE__).c_str());
//fprintf(stdout, "Starting Test '%s' (Line %d)\n", __FUNCTION__, __LINE__);
static const std::string OPTION_HELP = " --help ";
static const std::string PROPERTY_DESCRIPTIONFILE = " --descriptionfile=";
static const std::string PROPERTY_HEADERFILE = " --headerfile=";
static const std::string PROPERTY_STRUCT = " --struct=";
static const std::string DIR_FILES = "./files/";
static const std::string DIR_EXPECTED = DIR_FILES + "expected_files/";
static const std::string DIR_ORIGINAL = DIR_FILES + "original_files/";
static const std::string PATH_RESULT_DESC = DIR_FILES + "result.description";
static const std::string PATH_RESULT_HEADER = DIR_FILES + "result.h";
static const std::string PATH_DESC_BASE_ALL = DIR_ORIGINAL + "base_all.description";
static const std::string PATH_HEADER_BASE_ALL = DIR_ORIGINAL + "base_all.h";
static const std::string PATH_DESC_ENUMS = DIR_ORIGINAL + "enums.description";
static const std::string PATH_HEADER_ENUMS = DIR_ORIGINAL + "enums.h";
static const std::string PATH_EXPECTED_RES_DESC_EXIST_STRUCT = DIR_EXPECTED + "expected_result_existing_struct.description";
static const std::string PATH_EXPECTED_RES_DESC_NEWFILE_ALL = DIR_EXPECTED + "expected_result_newfile_all.description";
static const std::string PATH_EXPECTED_RES_DESC_NEWFILE_STRUCT = DIR_EXPECTED + "expected_result_newfile_struct.description";
static const std::string PATH_EXPECTED_RES_HEADER_EXIST_ALL = DIR_EXPECTED + "expected_result_existing_all.h";
static const std::string PATH_EXPECTED_RES_HEADER_EXIST_STRUCT = DIR_EXPECTED + "expected_result_existing_struct.h";
static const std::string PATH_EXPECTED_RES_HEADER_NEWFILE_STRUCT = DIR_EXPECTED + "expected_result_newfile_struct.h";
a_util::filesystem::Path m_strDDL2HeaderExe;
a_util::filesystem::Path m_strHeader2DDLExe;
static bool isSkippable(std::string strLine)
{
return strLine.empty() ||
strLine.find("): dump") != std::string::npos ||
strLine.find("): info") != std::string::npos ||
strLine.find("): warning") != std::string::npos ||
strLine.find("): error") != std::string::npos ||
strLine.find("leaving thread loop") != std::string::npos;
}
static a_util::result::Result CompDDL(const ddl::DDLDescription* pddl1, const ddl::DDLDescription* pddl2)
{
int flags = ddl::DDLCompare::dcf_data_types + ddl::DDLCompare::dcf_structs;
return ddl::DDLCompare::isEqual(pddl1, pddl2, flags);
}
static a_util::result::Result CompOutput(const std::string& strFile1, const std::string& strFile2, int64_t nSkipLines = 0)
{
cCompareFile oFile1;
cCompareFile oFile2;
oFile1.Open(strFile1);
oFile2.Open(strFile2);
if (!oFile1.isValid() || !oFile2.isValid())
{
return (ERR_FAILED);
}
std::string strLine1;
std::string strLine2;
while (oFile1.isValid() && oFile2.isValid())
{
oFile1.ReadLine(strLine1);
oFile2.ReadLine(strLine2);
if (strLine1 != strLine2)
{
printf("lines don't match:\n%s\n%s\n", strLine1.c_str(), strLine2.c_str());
return (ERR_FAILED);
}
}
if (oFile1.isValid() || oFile2.isValid())
{
return (ERR_FAILED);
}
return ERR_NOERROR;
}
a_util::result::Result CompareDDLFiles(std::string strFile1, std::string strFile2)
{
ddl::DDLImporter oImporter1;
oImporter1.setFile(strFile1);
oImporter1.createNew();
ddl::DDLImporter oImporter2;
oImporter2.setFile(strFile2);
oImporter2.createNew();
ddl::DDLDescription* pDesc1 = oImporter1.getDDL();
ddl::DDLDescription* pDesc2 = oImporter2.getDDL();
if(pDesc1->getStructs().size() == pDesc2->getStructs().size())
{
return ERR_NOERROR;
}
else
{
return (ERR_FAILED);
}
}
class cTesterddlgeneratorCmdLine : public ::testing::Test
{
protected:
void SetUp()
{
if (m_strDDL2HeaderExe.isEmpty())
{
#ifndef __QNX__
m_strDDL2HeaderExe = TEST_INSTALL_DIR;
#else
// For QNX we have to cross compile and install tester_ddl_* manually by FTP in a test dir ".", then
// adding the binaries (ddl2header, header2ddl) in ./bin and the .description/.h files in ./files/...
m_strDDL2HeaderExe = ".";
#endif
/* Detect platform and switch to correct dummy application */
m_strDDL2HeaderExe.append("bin");
#if _DEBUG
m_strDDL2HeaderExe.append("debug");
#endif
#if (defined(_MSC_VER))
// WIN x86 vc90 || WIN x64 vc100
m_strHeader2DDLExe = m_strDDL2HeaderExe;
m_strDDL2HeaderExe.append("ddl2header.exe");
m_strHeader2DDLExe.append("header2ddl.exe");
#elif (defined(__linux) || defined(__QNX__))
// LINUX x64 gcc46
m_strHeader2DDLExe = m_strDDL2HeaderExe;
m_strDDL2HeaderExe.append("ddl2header");
m_strHeader2DDLExe.append("header2ddl");
#else
// this goes for vc120 or apple or arm or whatever.
assert("Platform currently not supported");
#endif // Version check
m_strDDL2HeaderExe.makeCanonical();
m_strHeader2DDLExe.makeCanonical();
}
}
void TearDown()
{
// nothing to do yet
}
};
/**
* @detail Test for using the FEP ddlgenerator core to import a structure from ddl to header.
*/
TEST_F(cTesterddlgeneratorCmdLine,
TestImportStructInHeader)
{
TEST_REQ("");
// basic generation
std::string strArgs;
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER;
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompOutput(PATH_RESULT_HEADER, PATH_EXPECTED_RES_HEADER_EXIST_ALL) == 0);
// with input struct
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER + PROPERTY_STRUCT +
"tWaveFormat";
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompOutput(PATH_RESULT_HEADER, PATH_EXPECTED_RES_HEADER_NEWFILE_STRUCT) == 0);
// merge with existing file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER;
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompOutput(PATH_RESULT_HEADER, PATH_EXPECTED_RES_HEADER_EXIST_STRUCT) == 0);
std::remove(PATH_RESULT_HEADER.c_str());
}
/**
* @detail Test for using the FEP ddlgenerator core to import a structure from header to ddl
*/
TEST_F(cTesterddlgeneratorCmdLine,
TestImportStructInDdl)
{
TEST_REQ("");
std::string strArgs;
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_RESULT_DESC +
PROPERTY_HEADERFILE + PATH_HEADER_BASE_ALL;
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompareDDLFiles(PATH_EXPECTED_RES_DESC_NEWFILE_ALL, PATH_RESULT_DESC) == 0);
// with input struct
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_RESULT_DESC +
PROPERTY_HEADERFILE + PATH_HEADER_BASE_ALL + PROPERTY_STRUCT +
"tWaveFormat";
std::remove(PATH_RESULT_DESC.c_str());
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompareDDLFiles(PATH_RESULT_DESC, PATH_EXPECTED_RES_DESC_NEWFILE_STRUCT) == 0);
// merge with existing file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_RESULT_DESC +
PROPERTY_HEADERFILE + PATH_HEADER_BASE_ALL;
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(CompareDDLFiles(PATH_RESULT_DESC, PATH_EXPECTED_RES_DESC_EXIST_STRUCT) == 0);
std::remove(PATH_RESULT_DESC.c_str());
}
/**
* @detail Tests ddl generator with invalid options, properties and combinations.
*/
TEST_F(cTesterddlgeneratorCmdLine,
TestUseConsole)
{
TEST_REQ("");
std::string strArgs;
// show help
strArgs = OPTION_HELP;
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) == 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) == 0);
// without option
strArgs = "";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with undefined option
strArgs = "-wrongOption";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with unknown options
strArgs = "-no_option";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// without header file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL;
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with struct and without header file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL +
PROPERTY_STRUCT + "tMyStruct";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with struct and without description file
strArgs = PROPERTY_HEADERFILE +
PATH_HEADER_BASE_ALL + PROPERTY_STRUCT +
PROPERTY_STRUCT + "tMyStruct";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with header file as description file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_HEADER_BASE_ALL +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER;
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with non existing description file and header file
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_RESULT_DESC +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER;
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
// with unknown struct
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_BASE_ALL +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER +
PROPERTY_STRUCT + "tUnknownStruct";
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) != 0);
ASSERT_TRUE(std::system((m_strHeader2DDLExe.toString() + " " + strArgs).c_str()) != 0);
}
/**
* @detail Tests if enumerations are written correctly to header
*/
TEST_F(cTesterddlgeneratorCmdLine,
TestEnumsDDL2Header)
{
TEST_REQ("");
std::string strArgs;
strArgs = PROPERTY_DESCRIPTIONFILE + PATH_DESC_ENUMS +
PROPERTY_HEADERFILE + PATH_RESULT_HEADER;
std::remove(PATH_RESULT_HEADER.c_str());
ASSERT_TRUE(std::system((m_strDDL2HeaderExe.toString() + " " + strArgs).c_str()) == 0);
std::string headerContent;
a_util::filesystem::readTextFile(PATH_RESULT_HEADER, headerContent);
// check if types are present in header
ASSERT_TRUE(headerContent.find("tAlphabet") != std::string::npos);
ASSERT_TRUE(headerContent.find("tTimber") != std::string::npos);
ASSERT_TRUE(headerContent.find("tColor") != std::string::npos);
ASSERT_TRUE(headerContent.find("tEnums") != std::string::npos);
// check if enum values are present in header
ASSERT_TRUE(headerContent.find("ABC") != std::string::npos);
ASSERT_TRUE(headerContent.find("DEF") != std::string::npos);
ASSERT_TRUE(headerContent.find("GHI") != std::string::npos);
ASSERT_TRUE(headerContent.find("W_FIR") != std::string::npos);
ASSERT_TRUE(headerContent.find("W_PINE") != std::string::npos);
ASSERT_TRUE(headerContent.find("W_OAK") != std::string::npos);
ASSERT_TRUE(headerContent.find("W_SPRUCE") != std::string::npos);
ASSERT_TRUE(headerContent.find("C_UNKNOWN") != std::string::npos);
ASSERT_TRUE(headerContent.find("C_RED") != std::string::npos);
ASSERT_TRUE(headerContent.find("C_CYAN") != std::string::npos);
// check if comments are present in header
ASSERT_TRUE(headerContent.find("tEnumCommentary") != std::string::npos);
ASSERT_TRUE(headerContent.find("alpha-element-description") != std::string::npos);
ASSERT_TRUE(headerContent.find("alpha-element-comment") != std::string::npos);
std::remove(PATH_RESULT_HEADER.c_str());
}