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protocolstructuremodule.cpp
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protocolstructuremodule.cpp
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#include "protocolstructuremodule.h"
#include "protocolparser.h"
#include <iostream>
/*!
* Construct the object that parses structure descriptions
* \param parse points to the global protocol parser that owns everything
* \param supported gives the supported features of the protocol
*/
ProtocolStructureModule::ProtocolStructureModule(ProtocolParser* parse, ProtocolSupport supported) :
ProtocolStructure(parse, supported.protoName, supported),
source(supported),
header(supported),
_structHeader(supported),
_verifySource(supported),
_verifyHeader(supported),
_compareSource(supported),
_compareHeader(supported),
_printSource(supported),
_printHeader(supported),
_mapSource(supported),
_mapHeader(supported),
structHeader(&header),
verifySource(&source),
verifyHeader(&header),
compareSource(nullptr),
compareHeader(nullptr),
printSource(nullptr),
printHeader(nullptr),
mapSource(nullptr),
mapHeader(nullptr)
{
// In the C language these files must have their modules, because they use
// c++ features, in c++ they can output to the source and header files
if(support.language != ProtocolSupport::c_language)
{
compareSource = &source;
compareHeader = &header;
printSource = &source;
printHeader = &header;
mapSource = &source;
mapHeader = &header;
}
// These are attributes on top of the normal structure that we support
std::vector<std::string> newattribs({"encode", "decode", "file", "deffile", "verifyfile", "comparefile", "printfile", "mapfile", "redefine", "compare", "print", "map"});
// Now append the new attributes onto our old list
attriblist.insert(attriblist.end(), newattribs.begin(), newattribs.end());
}
ProtocolStructureModule::~ProtocolStructureModule(void)
{
}
/*!
* Clear out any data, resetting for next packet parse operation
*/
void ProtocolStructureModule::clear(void)
{
ProtocolStructure::clear();
source.clear();
header.clear();
_structHeader.clear();
_compareHeader.clear();
_compareSource.clear();
_printHeader.clear();
_printSource.clear();
_mapSource.clear();
_mapHeader.clear();
structHeader = &header;
verifyHeader = &header;
verifySource = &source;
// In the C language these files must have their modules, because they use .cpp features
if(support.language == ProtocolSupport::c_language)
{
compareSource = nullptr;
compareHeader = nullptr;
printSource = nullptr;
printHeader = nullptr;
mapSource = nullptr;
mapHeader = nullptr;
}
else
{
compareSource = &source;
compareHeader = &header;
printSource = &source;
printHeader = &header;
mapSource = &source;
mapHeader = &header;
}
// Note that api, version, and support are not changed
}
/*!
* Issue warnings for the structure module. This should be called after the
* attributes have been parsed.
*/
void ProtocolStructureModule::issueWarnings(const XMLAttribute* map)
{
(void)map;
if(isArray())
{
emitWarning("top level object cannot be an array");
array.clear();
variableArray.clear();
array2d.clear();
variable2dArray.clear();
}
if(!dependsOn.empty())
{
emitWarning("dependsOn makes no sense for a top level object");
dependsOn.clear();
}
if(!dependsOnValue.empty())
{
emitWarning("dependsOnValue makes no sense for a top level object");
dependsOnValue.clear();
}
}// ProtocolStructureModule::issueWarnings
/*!
* Parse the information for a structure and create the code files
* \parma nocode should be true to not output any code
*/
void ProtocolStructureModule::parse(bool nocode)
{
// Initialize metadata
clear();
if(e == nullptr)
return;
// Me and all my children, which may themselves be structures
ProtocolStructure::parse();
const XMLAttribute* map = e->FirstAttribute();
std::string moduleName = ProtocolParser::getAttribute("file", map);
std::string defheadermodulename = ProtocolParser::getAttribute("deffile", map);
std::string verifymodulename = ProtocolParser::getAttribute("verifyfile", map);
std::string comparemodulename = ProtocolParser::getAttribute("comparefile", map);
std::string printmodulename = ProtocolParser::getAttribute("printfile", map);
std::string mapmodulename = ProtocolParser::getAttribute("mapfile", map);
encode = !ProtocolParser::isFieldClear(ProtocolParser::getAttribute("encode", map));
decode = !ProtocolParser::isFieldClear(ProtocolParser::getAttribute("decode", map));
// It is possible to suppress the globally specified compare output
if(ProtocolParser::isFieldClear(ProtocolParser::getAttribute("compare", map)))
{
support.compare = compare = false;
comparemodulename.clear();
support.globalCompareName.clear();
}
else if(ProtocolParser::isFieldSet(ProtocolParser::getAttribute("compare", map)))
compare = true;
// It is possible to suppress the globally specified print output
if(ProtocolParser::isFieldClear(ProtocolParser::getAttribute("print", map)))
{
support.print = print = false;
printmodulename.clear();
support.globalPrintName.clear();
}
else if(ProtocolParser::isFieldSet(ProtocolParser::getAttribute("print", map)))
print = true;
// It is possible to suppress the globally specified map output
if(ProtocolParser::isFieldClear(ProtocolParser::getAttribute("map", map)))
{
support.mapEncode = mapEncode = false;
mapmodulename.clear();
support.globalMapName.clear();
}
else if(ProtocolParser::isFieldSet(ProtocolParser::getAttribute("map", map)))
mapEncode = true;
std::string redefinename = ProtocolParser::getAttribute("redefine", map);
// Warnings for users
issueWarnings(map);
if(!redefinename.empty())
{
if(redefinename == name)
emitWarning("Redefine must be different from name");
else
{
redefines = parser->lookUpStructure(support.prefix + redefinename + support.typeSuffix);
if(redefines == NULL)
emitWarning("Could not find structure to redefine");
}
if(redefines != NULL)
structName = support.prefix + redefinename + support.typeSuffix;
}
// Don't output anything if caller asked us not to
if(nocode)
return;
// Don't output if hidden and we are omitting hidden items
if(isHidden() && !neverOmit && support.omitIfHidden)
{
std::cout << "Skipping code output for hidden global structure " << getHierarchicalName() << std::endl;
return;
}
// Do the bulk of the file creation and setup
setupFiles(moduleName, defheadermodulename, verifymodulename, comparemodulename, printmodulename, mapmodulename, true, true);
// The functions to encoding and ecoding
createStructureFunctions();
// Write to disk, note that duplicate flush() calls are OK
header.flush();
structHeader->flush();
source.flush();
// Only write the compare if we have compare functions to output
if(compare)
{
compareSource->flush();
compareHeader->flush();
}
// Only write the print if we have print functions to output
if(print)
{
printSource->flush();
printHeader->flush();
}
// Only write the map functions if we have map functions to support
if(mapEncode)
{
mapSource->flush();
mapHeader->flush();
}
// We don't write the verify files to disk if we are not initializing or verifying anything
if(hasInit() || hasVerify())
{
verifyHeader->flush();
verifySource->flush();
}
}// ProtocolStructureModule::parse
/*!
* Setup the files, which accounts for all the ways the fils can be organized for this structure.
* \param moduleName is the module name from the attributes
* \param defheadermodulename is the structure header file name from the attributes
* \param verifymodulename is the verify module name from the attributes
* \param comparemodulename is the comparison module name from the attributes
* \param printmodulename is the print module name from the attributes
* \param forceStructureDeclaration should be true to force the declaration of the structure, even if it only has one member
* \param outputUtilties should be true to output the helper macros
*/
void ProtocolStructureModule::setupFiles(std::string moduleName,
std::string defheadermodulename,
std::string verifymodulename,
std::string comparemodulename,
std::string printmodulename,
std::string mapmodulename,
bool forceStructureDeclaration, bool outputUtilities)
{
// User can provide compare flag, or the file name, or set the global flag
if(!comparemodulename.empty() || !support.globalCompareName.empty() || support.compare)
compare = true;
// User can provide print flag, or the file name, or set the global flag
if(!printmodulename.empty() || !support.globalPrintName.empty() || support.print)
print = true;
// User can provide map flag, or the file name, or set the global flag
if(!mapmodulename.empty() || !support.globalMapName.empty() || support.mapEncode)
mapEncode = true;
// In order to do compare, print, map, verify or init we must actually have some parameters
if((getNumberOfEncodeParameters() <= 0) && (getNumberOfDecodeParameters() <= 0))
compare = print = mapEncode = hasverify = hasinit = false;
// We need to reflect the compare, print, and mapEncode flags to our child structures
for(std::size_t i = 0; i < encodables.size(); i++)
{
// Is this encodable a structure?
ProtocolStructure* structure = dynamic_cast<ProtocolStructure*>(encodables.at(i));
if(structure == nullptr)
continue;
if(compare)
structure->setCompare(true);
if(print)
structure->setPrint(true);
if(mapEncode)
structure->setMapEncode(true);
}
// Must have a structure definition to do any of these operations
if(compare || print || mapEncode || hasverify || hasinit)
forceStructureDeclaration = true;
// The file directive tells us if we are creating a separate file, or if we are appending an existing one
if(moduleName.empty())
moduleName = support.globalFileName;
// The file names
if(moduleName.empty())
{
header.setModuleNameAndPath(support.prefix, name, support.outputpath);
source.setModuleNameAndPath(support.prefix, name, support.outputpath);
}
else
{
header.setModuleNameAndPath(moduleName, support.outputpath);
source.setModuleNameAndPath(moduleName, support.outputpath);
}
if(verifymodulename.empty())
verifymodulename = support.globalVerifyName;
if(verifymodulename.empty())
{
// We can do this in C or C++ because the verify and init functions are all C-based
verifyHeader = &header;
verifySource = &source;
}
else if(hasInit() || hasVerify())
{
_verifyHeader.setModuleNameAndPath(verifymodulename, support.outputpath);
_verifySource.setModuleNameAndPath(verifymodulename, support.outputpath);
verifyHeader = &_verifyHeader;
verifySource = &_verifySource;
}
if(compare)
{
if(comparemodulename.empty())
comparemodulename = support.globalCompareName;
if(comparemodulename.empty() && (support.language == ProtocolSupport::c_language))
comparemodulename = support.prefix + name + "_compare";
if(comparemodulename.empty())
{
compareHeader = &header;
compareSource = &source;
}
else
{
_compareHeader.setModuleNameAndPath(comparemodulename, support.outputpath, ProtocolSupport::cpp_language);
_compareSource.setModuleNameAndPath(comparemodulename, support.outputpath, ProtocolSupport::cpp_language);
compareHeader = &_compareHeader;
compareSource = &_compareSource;
}
// Make sure to provide the helper functions
compareSource->makeLineSeparator();
compareSource->writeOnce(getToFormattedStringFunction());
compareSource->makeLineSeparator();
}
if(mapEncode)
{
if(mapmodulename.empty())
mapmodulename = support.globalMapName;
// In C the map outputs cannot be in the main code files, because they are c++
if(mapmodulename.empty() && (support.language == ProtocolSupport::c_language))
mapmodulename = support.prefix + name + "_map";
if(mapmodulename.empty())
{
mapHeader = &header;
mapSource = &source;
}
else
{
_mapHeader.setModuleNameAndPath(mapmodulename, support.outputpath, ProtocolSupport::cpp_language);
_mapSource.setModuleNameAndPath(mapmodulename, support.outputpath, ProtocolSupport::cpp_language);
mapHeader = &_mapHeader;
mapSource = &_mapSource;
}
}
if(print)
{
if(printmodulename.empty())
printmodulename = support.globalPrintName;
// In C the print outputs cannot be in the main code files, because they are c++
if(printmodulename.empty() && (support.language == ProtocolSupport::c_language))
printmodulename = support.prefix + name + "_print";
if(printmodulename.empty())
{
printHeader = &header;
printSource = &source;
}
else
{
_printHeader.setModuleNameAndPath(printmodulename, support.outputpath, ProtocolSupport::cpp_language);
_printSource.setModuleNameAndPath(printmodulename, support.outputpath, ProtocolSupport::cpp_language);
printHeader = &_printHeader;
printSource = &_printSource;
}
// Make sure to provide the helper functions
printSource->makeLineSeparator();
printSource->writeOnce(getToFormattedStringFunction());
printSource->makeLineSeparator();
printSource->writeOnce(getExtractTextFunction());
printSource->makeLineSeparator();
}
// Include the protocol top level module. This module may already be included, but in that case it won't be included twice
header.writeIncludeDirective(support.protoName + "Protocol");
std::vector<std::string> list;
// If we are using someone elses definition then we can't have a separate definition file
if(redefines != NULL)
{
redefines->getIncludeDirectives(list);
header.writeIncludeDirectives(list);
}
else
{
if(!defheadermodulename.empty())
{
// Handle the idea that the structure might be defined in a different file
_structHeader.setModuleNameAndPath(defheadermodulename, support.outputpath, support.language);
structHeader = &_structHeader;
}
getIncludeDirectives(list);
header.writeIncludeDirectives(list);
}
if(hasVerify() || hasInit())
{
verifyHeader->writeIncludeDirective(structHeader->fileName());
verifyHeader->writeIncludeDirective(header.fileName());
// The verification details may be spread across multiple files
list.clear();
getInitAndVerifyIncludeDirectives(list);
verifyHeader->writeIncludeDirectives(list);
verifyHeader->makeLineSeparator();
verifyHeader->write(getInitialAndVerifyDefines());
verifyHeader->makeLineSeparator();
}
// The compare details may be spread across multiple files
if(compare)
{
compareHeader->writeIncludeDirective(structHeader->fileName());
compareHeader->writeIncludeDirective(header.fileName());
compareHeader->writeIncludeDirective("string", std::string(), true, false);
compareSource->writeIncludeDirective("sstream", std::string(), true, false);
compareSource->writeIncludeDirective("iomanip", std::string(), true, false);
compareSource->writeIncludeDirective("cstring", std::string(), true, false);
if(support.language == ProtocolSupport::cpp_language)
{
// In C++ these function declarations are in the class declaration
structHeader->writeIncludeDirective("string", std::string(), true, false);
}
list.clear();
getCompareIncludeDirectives(list);
compareHeader->writeIncludeDirectives(list);
compareHeader->makeLineSeparator();
}
// The print details may be spread across multiple files
if(print)
{
printHeader->writeIncludeDirective(structHeader->fileName());
printHeader->writeIncludeDirective(header.fileName());
printHeader->writeIncludeDirective("string", std::string(), true, false);
printSource->writeIncludeDirective("sstream", std::string(), true, false);
printSource->writeIncludeDirective("iomanip", std::string(), true, false);
printSource->writeIncludeDirective("cstring", std::string(), true, false);
if(support.language == ProtocolSupport::cpp_language)
{
// In C++ these function declarations are in the class declaration
structHeader->writeIncludeDirective("string", std::string(), true, false);
printSource->writeIncludeDirective("fieldencode.hpp", std::string(), false);
}
else
printSource->writeIncludeDirective("fieldencode.h", std::string(), false);
list.clear();
getPrintIncludeDirectives(list);
printHeader->writeIncludeDirectives(list);
printHeader->makeLineSeparator();
}
// The map details may be spread across multiple files
if(mapEncode)
{
mapHeader->writeIncludeDirective(structHeader->fileName());
mapHeader->writeIncludeDirective(header.fileName());
mapHeader->writeIncludeDirective("QVariant", std::string(), true, false);
mapHeader->writeIncludeDirective("QString", std::string(), true, false);
if(support.language == ProtocolSupport::cpp_language)
{
// In C++ these function declarations are in the class declaration
structHeader->writeIncludeDirective("QString", std::string(), true, false);
structHeader->writeIncludeDirective("QVariant", std::string(), true, false);
}
list.clear();
getMapIncludeDirectives(list);
mapHeader->writeIncludeDirectives(list);
mapHeader->makeLineSeparator();
}
// Add other includes specific to this structure
parser->outputIncludes(getHierarchicalName(), *structHeader, e);
// If we are using someones elses definition we don't need to output our structure or add any of its includes
if(redefines == NULL)
{
// Include directives that may be needed for our children
list.clear();
for(std::size_t i = 0; i < encodables.size(); i++)
encodables[i]->getIncludeDirectives(list);
structHeader->writeIncludeDirectives(list);
}
// White space is good
structHeader->makeLineSeparator();
// Create the structure/class definition, this includes any sub-structures as well
structHeader->write(getStructureDeclaration(forceStructureDeclaration));
// White space is good
structHeader->makeLineSeparator();
// White space is good
source.makeLineSeparator();
list.clear();
getSourceIncludeDirectives(list);
source.writeIncludeDirectives(list);
// Outputs for the enumerations in source file, if any
for(std::size_t i = 0; i < enumList.size(); i++)
{
std::string enumoutput = enumList.at(i)->getSourceOutput();
if(!enumoutput.empty())
{
source.makeLineSeparator();
source.write(enumoutput);
}
}
// White space is good
header.makeLineSeparator();
// The encoded size of this structure as a macro that others can access
if(((encode != false) || (decode != false)) && outputUtilities && (support.language == ProtocolSupport::c_language))
{
// White space is good
header.makeLineSeparator();
// The utility functions
header.write(createUtilityFunctions(std::string()));
// White space is good
header.makeLineSeparator();
}
}// ProtocolStructureModule::setupFiles
/*!
* Create utility functions for structure lengths. The structure must
* already have been parsed to give the lengths.
* \param spacing sets the amount of space to put before each line.
* \return the string which goes in the header or class definition, depending
* on the language being output
*/
std::string ProtocolStructureModule::createUtilityFunctions(const std::string& spacing) const
{
std::string output;
if(support.language == ProtocolSupport::c_language)
{
// The macro for the minimum packet length
output += spacing + "//! return the minimum encoded length for the " + typeName + " structure\n";
output += spacing + "#define getMinLengthOf" + typeName + "() ";
if(encodedLength.minEncodedLength.empty())
output += "0\n";
else
output += "("+encodedLength.minEncodedLength + ")\n";
// The macro for the maximum packet length
output += "\n";
output += spacing + "//! return the maximum encoded length for the " + typeName + " structure\n";
output += spacing + "#define getMaxLengthOf" + typeName + "() ";
if(encodedLength.maxEncodedLength.empty())
output += "0\n";
else
output += "("+encodedLength.maxEncodedLength + ")\n";
}
else
{
// The minimum encoded length
output += spacing + "//! \\return the minimum encoded length for the structure\n";
output += spacing + "static int minLength(void) { return ";
if(encodedLength.minEncodedLength.empty())
output += "0;}\n";
else
output += "("+encodedLength.minEncodedLength + ");}\n";
// The maximum encoded length
output += "\n";
output += spacing + "//! \\return the maximum encoded length for the structure\n";
output += spacing + "static int maxLength(void) { return ";
if(encodedLength.maxEncodedLength.empty())
output += "0;}\n";
else
output += "("+encodedLength.maxEncodedLength + ");}\n";
}
return output;
}// ProtocolStructureModule::createUtilityFunctions
/*!
* Return the include directives needed for this encodable
* \param list is appended with any directives this encodable requires.
*/
void ProtocolStructureModule::getIncludeDirectives(std::vector<std::string>& list) const
{
// Our header
list.push_back(structHeader->fileName());
list.push_back(header.fileName());
// And any of our children's headers
ProtocolStructure::getIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Return the include directives that go into source code for this encodable
* \param list is appended with any directives for source code.
*/
void ProtocolStructureModule::getSourceIncludeDirectives(std::vector<std::string>& list) const
{
if(support.specialFloat)
list.push_back("floatspecial");
list.push_back("fielddecode");
list.push_back("fieldencode");
list.push_back("scaleddecode");
list.push_back("scaledencode");
// And any of our children's headers
ProtocolStructure::getSourceIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Return the include directives needed for this encodable's init and verify functions
* \param list is appended with any directives this encodable requires.
*/
void ProtocolStructureModule::getInitAndVerifyIncludeDirectives(std::vector<std::string>& list) const
{
// Our header
if(verifyHeader != nullptr)
list.push_back(verifyHeader->fileName());
// And any of our children's headers
ProtocolStructure::getInitAndVerifyIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Return the include directives needed for this encodable's map functions
* \param list is appended with any directives this encodable requires.
*/
void ProtocolStructureModule::getMapIncludeDirectives(std::vector<std::string>& list) const
{
// Our header
if(mapHeader != nullptr)
list.push_back(mapHeader->fileName());
// And any of our children's headers
ProtocolStructure::getMapIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Return the include directives needed for this encodable's compare functions
* \param list is appended with any directives this encodable requires.
*/
void ProtocolStructureModule::getCompareIncludeDirectives(std::vector<std::string>& list) const
{
// Our header
if(compareHeader != nullptr)
list.push_back(compareHeader->fileName());
// And any of our children's headers
ProtocolStructure::getCompareIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Return the include directives needed for this encodable's print functions
* \param list is appended with any directives this encodable requires.
*/
void ProtocolStructureModule::getPrintIncludeDirectives(std::vector<std::string>& list) const
{
// Our header
if(printHeader != nullptr)
list.push_back(printHeader->fileName());
// And any of our children's headers
ProtocolStructure::getPrintIncludeDirectives(list);
removeDuplicates(list);
}
/*!
* Get the string which identifies this encodable in a CAN DBC file. This is the "BO_" string and the signals that go with it.
* \param ID is the identifier to use, with the MSB set as needed for 29-bit identifiers
* \return the string to add to the DBC file
*/
std::string ProtocolStructureModule::getDBCMessageString(uint32_t ID) const
{
int bitcount = 0;
// Everything but the length
std::string output = "BO_ " + std::to_string(ID) + " " + name + ": ";
// The signal information, and the length
std::string signals = getDBCSignalString(std::string(), &bitcount);
// Finish the output - number of bytes
output += std::to_string((bitcount+7)/8) + " Vector__XXX\n";
return output + signals;
}
/*!
* Get the string which comments this encodable in a CAN DBC file. This is the
* "CM_" string which follows the message definitions.
* \param ID is the identifier to use, with the MSB set as needed for 29-bit identifiers
* \return the string to add to the DBC file
*/
std::string ProtocolStructureModule::getDBCMessageComment(uint32_t ID) const
{
std::string output;
if(!comment.empty())
output += "CM_ BO_ " + std::to_string(ID) + " \"" + truncateSentences(comment, 255) + "\";\n";
output += getDBCSignalComment(std::string(), ID);
return output;
}
/*!
* Get the string which comments this encodables enumerations in a CAN DBC file
* \param ID is the identifier to use, with the MSB set as needed for 29-bit identifiers
* \return the string to add to the DBC file
*/
std::string ProtocolStructureModule::getDBCMessageEnum(uint32_t ID) const
{
std::string output;
output += getDBCSignalEnum(std::string(), ID);
return output;
}
/*!
* Write data to the source and header files to encode and decode this structure
* and all its children.
*/
void ProtocolStructureModule::createStructureFunctions(void)
{
// The encoding and decoding prototypes of my children, if any.
// I want these to appear before me, because I'm going to call them
createSubStructureFunctions();
// Now build the top level function
createTopLevelStructureFunctions();
}// ProtocolStructureModule::createStructureFunctions
/*!
* Create the functions that encode/decode sub stuctures.
* These functions are local to the source module
*/
void ProtocolStructureModule::createSubStructureFunctions()
{
// If we are redefining someone else, then their children are already defined
if(redefines != nullptr)
return;
// The embedded structures functions
for(std::size_t i = 0; i < encodables.size(); i++)
{
ProtocolStructure* structure = dynamic_cast<ProtocolStructure*>(encodables.at(i));
if(!structure)
continue;
if(support.language == ProtocolSupport::cpp_language)
{
// In this case the initialization function is the constructor,
// which always exists if we have any parameters. It always goes
// in the source file. The constructor prototype is already in the
// class definition in the header file.
if(structure->getNumberInMemory() > 0)
{
source.makeLineSeparator();
source.write(structure->getSetToInitialValueFunctionBody());
source.makeLineSeparator();
source.write(structure->getSecondSetToInitialValueFunctionBody());
}
}
else if(hasInit() && (verifyHeader != nullptr) && (verifySource != nullptr))
{
verifyHeader->makeLineSeparator();
verifyHeader->write(structure->getSetToInitialValueFunctionPrototype());
verifySource->makeLineSeparator();
verifySource->write(structure->getSetToInitialValueFunctionBody());
}
if(encode)
{
// In C++ this is part of the class declaration
if(support.language == ProtocolSupport::c_language)
{
header.makeLineSeparator();
header.write(structure->getEncodeFunctionPrototype());
}
source.makeLineSeparator();
source.write(structure->getEncodeFunctionBody(support.bigendian));
}
if(decode)
{
// In C++ this is part of the class declaration
if(support.language == ProtocolSupport::c_language)
{
header.makeLineSeparator();
header.write(structure->getDecodeFunctionPrototype());
}
source.makeLineSeparator();
source.write(structure->getDecodeFunctionBody(support.bigendian));
}
if(hasVerify() && (verifyHeader != nullptr) && (verifySource != nullptr))
{
// In C++ this is part of the class declaration
if(support.language == ProtocolSupport::c_language)
{
verifyHeader->makeLineSeparator();
verifyHeader->write(structure->getVerifyFunctionPrototype());
}
verifySource->makeLineSeparator();
verifySource->write(structure->getVerifyFunctionBody());
}
if(compare && (compareSource != nullptr))
{
// In C++ this is part of the class declaration
if((support.language == ProtocolSupport::c_language) && (compareHeader != nullptr))
{
compareHeader->makeLineSeparator();
compareHeader->write(structure->getComparisonFunctionPrototype());
}
compareSource->makeLineSeparator();
compareSource->write(structure->getComparisonFunctionBody());
}
if(print && (printSource != nullptr))
{
// In C++ this is part of the class declaration
if((support.language == ProtocolSupport::c_language) && (printHeader != nullptr))
{
printHeader->makeLineSeparator();
printHeader->write(structure->getTextPrintFunctionPrototype());
printHeader->makeLineSeparator();
printHeader->write(structure->getTextReadFunctionPrototype());
}
printSource->makeLineSeparator();
printSource->write(structure->getTextPrintFunctionBody());
printSource->makeLineSeparator();
printSource->write(structure->getTextReadFunctionBody());
}
if(mapEncode && (mapSource != nullptr))
{
// In C++ this is part of the class declaration
if((support.language == ProtocolSupport::c_language) && (mapHeader != nullptr))
{
mapHeader->makeLineSeparator();
mapHeader->write(structure->getMapEncodeFunctionPrototype());
mapHeader->makeLineSeparator();
mapHeader->write(structure->getMapDecodeFunctionPrototype());
}
mapSource->makeLineSeparator();
mapSource->write(structure->getMapEncodeFunctionBody());
mapSource->makeLineSeparator();
mapSource->write(structure->getMapDecodeFunctionBody());
}
}// for all of our structure children
source.makeLineSeparator();
}// ProtocolStructureModule::createSubStructureFunctions
/*!
* Write data to the source and header files to encode and decode this structure
* but not its children. This is all functions for the structure, including
* constructor, encode, decode, verify, print, and map functions.
*/
void ProtocolStructureModule::createTopLevelStructureFunctions()
{
// Output the constructor first
if(hasInit() && (verifySource != nullptr))
{
// In C++ this is part of the class declaration
if((support.language == ProtocolSupport::c_language) && (verifyHeader != nullptr))
{
verifyHeader->makeLineSeparator();
verifyHeader->write(getSetToInitialValueFunctionPrototype(std::string(), false));
verifyHeader->makeLineSeparator();
verifyHeader->write(getSecondSetToInitialValueFunctionPrototype(std::string(), false));
verifyHeader->makeLineSeparator();
}
verifySource->makeLineSeparator();
verifySource->write(getSetToInitialValueFunctionBody(false));
verifySource->makeLineSeparator();
verifySource->write(getSecondSetToInitialValueFunctionBody(false));
verifySource->makeLineSeparator();
}
if(encode)
{
// In C++ this is part of the class declaration
if(support.language == ProtocolSupport::c_language)
{
header.makeLineSeparator();