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GCC Code Coverage Report

Directory:	./		Exec	Total	Coverage
File:	src/RenderFrontEnd/parseRenderFromToml.cpp	Lines:	81	85	95.3 %
Date:	2023-10-11 10:52:07	Branches:	186	217	85.7 %


/***************************************
	Auteur : Pierre Aubert
	Mail : pierre.aubert@lapp.in2p3.fr
	Licence : CeCILL-C
****************************************/

#include "parser_toml.h"

#include "parseRenderFromToml.h"

///Parse the JobNotification from toml config
/**	@param[out] jobNotification : internal representation of the RenderProject
 * 	@param dico : parsed DicoValue
*/
void parseComputingCenter(ComputingCenter & computingCenter, const DicoValue & dico){
	const DicoValue * mapComputingCenter = dico.getMap("ComputingCenter");
	if(mapComputingCenter == NULL){return;}
	computingCenter.setComputingCenterConnection(phoenix_get_string(*mapComputingCenter, "computing_center_connection", ""));
	computingCenter.setRemoteWorkingDirectory(phoenix_get_string(*mapComputingCenter, "remote_working_directory", ""));
	computingCenter.setRemoteContainerDirectory(phoenix_get_string(*mapComputingCenter, "remote_container_directory", ""));
	computingCenter.setNotification(phoenix_get_string(*mapComputingCenter, "job_notification", "complete"));
	computingCenter.setNotifyUser(phoenix_get_string(*mapComputingCenter, "notify_user", ""));
}

///Parse the Container from toml config
/**	@param[out] renderProject : internal representation of the RenderProject
 * 	@param dico : parsed DicoValue
*/
void parseContainer(RenderProject & renderProject, const DicoValue & dico){
	const DicoValue * mapContainer = dico.getMap("Blender");
	if(mapContainer == NULL){return;}

	const VecDicoValue & vecContainer = mapContainer->getVecChild();
	for(VecDicoValue::const_iterator it(vecContainer.begin()); it != vecContainer.end(); ++it){
		Container container;
		container.setUrl(phoenix_get_string(*it, "url", ""));
		container.setContainerFilename(phoenix_get_string(*it, "container_filename", "blender.sif"));
		container.setContainerRecipe(phoenix_get_string(*it, "container_recipe", "Singularity.ubuntu2204Blender"));
		container.setContainerName(phoenix_get_string(*it, "container_name", "default"));

		renderProject.getMapContainer()[container.getContainerName()] = container;
	}
}

///Parse Scene from toml config
/**	@param[out] renderProject : internal representation of the RenderProject
 * 	@param dico : parsed DicoValue
*/
void parseScene(RenderProject & renderProject, const DicoValue & dico, const std::string & workingDirectory){
	const DicoValue * mapScene = dico.getMap("Scene");
	if(mapScene == NULL){return;}
	std::cerr << "parseScene : workingDirectory = '"<<workingDirectory<<"'" << std::endl;
	const VecDicoValue & vecScene = mapScene->getVecChild();
	for(VecDicoValue::const_iterator it(vecScene.begin()); it != vecScene.end(); ++it){
		Scene scene;
		scene.setWorkingDirectory(workingDirectory);
		scene.setName(phoenix_get_string(*it, "name", "Scene"));
		scene.setBlenderInputFile(phoenix_get_string(*it, "input_file", ""));
		scene.setBlenderScene(phoenix_get_string(*it, "blender_scene", ""));
		scene.setFirstFrame(phoenix_load_value_from_config(*it, "first_frame", 1));
		scene.setLastFrame(phoenix_load_value_from_config(*it, "last_frame", 1));
		scene.setStepFrame(phoenix_load_value_from_config(*it, "step_frame", 1));
		scene.setOutputRenderDirectory(phoenix_get_string(*it, "output_render_directory", "Output"));
		scene.setRenderEngine(phoenix_get_string(*it, "render_engine", "BLENDER_EEVEE"));
		scene.setCycleDevice(phoenix_get_string(*it, "cycle_device", "CUDA"));
		scene.setOutputFormat(phoenix_get_string(*it, "output_format", "PNG"));
		scene.setExtraOptions(phoenix_get_string(*it, "extra_options", ""));
		scene.setContainerName(phoenix_get_string(*it, "container_name", "default"));
		scene.setVecGpuType(phoenix_get_vecstring(*it, "gpu_type"));
		scene.setRequestMemory(phoenix_load_value_from_config(*it, "request_memory", 2000));
		renderProject.getMapScene()[scene.getName()] = scene;
	}
}

///Parse the render project from toml config
/**	@param[out] renderProject : internal representation of the RenderProject
 * 	@param fileName : filename of the toml configuration to be used
 * 	@return true on success, false otherwise
*/
bool parseRenderSubDirFromToml(RenderProject & renderProject, const std::string & fileName, const std::string & workingDirectory){
	DicoValue dico;
	if(!parser_toml(dico, fileName)){
		std::cerr << "parseRenderSubDirFromToml : cannot parse file '"<<fileName<<"'" << std::endl;
		return false;
	}
	parseContainer(renderProject, dico);
	parseComputingCenter(renderProject.getComputingCenter(), dico);
	parseScene(renderProject, dico, workingDirectory);
	return true;
}

///Parse the render project from toml config
/**	@param[out] renderProject : internal representation of the RenderProject
 * 	@param dico : parsed DicoValue
 * 	@param fileName : filename of the toml configuration used to get dico
 * 	@return true on success, false otherwise
*/
bool parseRenderProject(RenderProject & renderProject, const DicoValue & dico, const std::string & fileName){
	const DicoValue * mapProject = dico.getMap("Project");
	if(mapProject == NULL){std::cerr << "parseRenderProject : Missing [Project] definition in file '"<<fileName<<"'" << std::endl;return false;}
	renderProject.setName(phoenix_get_string(*mapProject, "name", "ProjectName"));
	renderProject.setVecSubDirectories(phoenix_get_vecstring(*mapProject, "sub_directories"));

	renderProject.setSshExecutable(phoenix_get_string(*mapProject, "ssh_executable", "ssh"));
	renderProject.setScpExecutable(phoenix_get_string(*mapProject, "scp_executable", "scp"));
	renderProject.setCondorSubmitExecutable(phoenix_get_string(*mapProject, "condor_submit_executable", "condor_submit"));
	renderProject.setApptainerExecutable(phoenix_get_string(*mapProject, "apptainer_executable", "apptainer"));
	renderProject.setRsyncExecutable(phoenix_get_string(*mapProject, "rsync_executable", "rsync"));

	renderProject.setVecExecutableCheckGpu(phoenix_get_vecstring(*mapProject, "vec_executable_check_gpu"));
	if(renderProject.getVecExecutableCheckGpu().size() == 0lu){
		renderProject.getVecExecutableCheckGpu().push_back("nvidia-smi");
		renderProject.getVecExecutableCheckGpu().push_back("nvidia-smi -L");
	}
	std::string baseParentDir(getDirectory(fileName));
	bool b(true);
	std::vector<std::string> & vecSubDir = renderProject.getVecSubDirectories();
	for(std::vector<std::string>::iterator it(vecSubDir.begin()); it != vecSubDir.end(); ++it){
// 		std::string workingDirectory(getUnderPath(baseParentDir + "/" + (*it), renderProject.getSourceProjectDir() + "/"));
// 		std::string workingDirectory(baseParentDir + "/" + (*it));
		std::string workingDirectory(*it);
		if(workingDirectory == ""){workingDirectory = ".";}
		b &= parseRenderSubDirFromToml(renderProject, workingDirectory + "/prender.toml", workingDirectory);
	}
	return true;
}

///Parse the render project from toml config
/**	@param[out] renderProject : internal representation of the RenderProject
 * 	@param fileName : filename of the toml configuration to be used
 * 	@return true on success, false otherwise
*/
bool parseRenderFromToml(RenderProject & renderProject, const std::string & fileName){
	DicoValue dico;
	if(!parser_toml(dico, fileName)){
		std::cerr << "parseRenderFromToml : cannot parse file '"<<fileName<<"'" << std::endl;
		return false;
	}
	renderProject.setSourceProjectDir(getDirectory(fileName));
	std::cout << "parseRenderFromToml : project dir is '"+renderProject.getSourceProjectDir()+"'" << std::endl;
	bool b(parseRenderProject(renderProject, dico, fileName));
	parseContainer(renderProject, dico);
	parseComputingCenter(renderProject.getComputingCenter(), dico);
	parseScene(renderProject, dico, ".");
	return b;
}




Generated by: GCOVR (Version 4.2)

Line	Branch	Exec	Source
1			/***************************************
2			Auteur : Pierre Aubert
3			Mail : pierre.aubert@lapp.in2p3.fr
4			Licence : CeCILL-C
5			****************************************/
6
7			#include "parser_toml.h"
8
9			#include "parseRenderFromToml.h"
10
11			///Parse the JobNotification from toml config
12			/** @param[out] jobNotification : internal representation of the RenderProject
13			* @param dico : parsed DicoValue
14			*/
15		11	void parseComputingCenter(ComputingCenter & computingCenter, const DicoValue & dico){
16	✓✓	11	const DicoValue * mapComputingCenter = dico.getMap("ComputingCenter");
17	✓✓	11	if(mapComputingCenter == NULL){return;}
18	✓✓✓✓	7	computingCenter.setComputingCenterConnection(phoenix_get_string(*mapComputingCenter, "computing_center_connection", ""));
19	✓✓✓✓	7	computingCenter.setRemoteWorkingDirectory(phoenix_get_string(*mapComputingCenter, "remote_working_directory", ""));
20	✓✓✓✓	7	computingCenter.setRemoteContainerDirectory(phoenix_get_string(*mapComputingCenter, "remote_container_directory", ""));
21	✓✓✓✓	7	computingCenter.setNotification(phoenix_get_string(*mapComputingCenter, "job_notification", "complete"));
22	✓✓✓✓	7	computingCenter.setNotifyUser(phoenix_get_string(*mapComputingCenter, "notify_user", ""));
23			}
24
25			///Parse the Container from toml config
26			/** @param[out] renderProject : internal representation of the RenderProject
27			* @param dico : parsed DicoValue
28			*/
29		11	void parseContainer(RenderProject & renderProject, const DicoValue & dico){
30	✓✓	11	const DicoValue * mapContainer = dico.getMap("Blender");
31	✓✓	11	if(mapContainer == NULL){return;}
32
33		7	const VecDicoValue & vecContainer = mapContainer->getVecChild();
34	✓✓	21	for(VecDicoValue::const_iterator it(vecContainer.begin()); it != vecContainer.end(); ++it){
35	✓	28	Container container;
36	✓✓✓✓	14	container.setUrl(phoenix_get_string(*it, "url", ""));
37	✓✓✓✓	14	container.setContainerFilename(phoenix_get_string(*it, "container_filename", "blender.sif"));
38	✓✓✓✓	14	container.setContainerRecipe(phoenix_get_string(*it, "container_recipe", "Singularity.ubuntu2204Blender"));
39	✓✓✓✓	14	container.setContainerName(phoenix_get_string(*it, "container_name", "default"));
40
41	✓✓✓✓	14	renderProject.getMapContainer()[container.getContainerName()] = container;
42			}
43			}
44
45			///Parse Scene from toml config
46			/** @param[out] renderProject : internal representation of the RenderProject
47			* @param dico : parsed DicoValue
48			*/
49		11	void parseScene(RenderProject & renderProject, const DicoValue & dico, const std::string & workingDirectory){
50	✓✓	11	const DicoValue * mapScene = dico.getMap("Scene");
51	✓✓	11	if(mapScene == NULL){return;}
52		7	std::cerr << "parseScene : workingDirectory = '"<<workingDirectory<<"'" << std::endl;
53		7	const VecDicoValue & vecScene = mapScene->getVecChild();
54	✓✓	14	for(VecDicoValue::const_iterator it(vecScene.begin()); it != vecScene.end(); ++it){
55	✓	14	Scene scene;
56	✓	7	scene.setWorkingDirectory(workingDirectory);
57	✓✓✓✓	7	scene.setName(phoenix_get_string(*it, "name", "Scene"));
58	✓✓✓✓	7	scene.setBlenderInputFile(phoenix_get_string(*it, "input_file", ""));
59	✓✓✓✓	7	scene.setBlenderScene(phoenix_get_string(*it, "blender_scene", ""));
60	✓✓✓	7	scene.setFirstFrame(phoenix_load_value_from_config(*it, "first_frame", 1));
61	✓✓✓	7	scene.setLastFrame(phoenix_load_value_from_config(*it, "last_frame", 1));
62	✓✓✓	7	scene.setStepFrame(phoenix_load_value_from_config(*it, "step_frame", 1));
63	✓✓✓✓	7	scene.setOutputRenderDirectory(phoenix_get_string(*it, "output_render_directory", "Output"));
64	✓✓✓✓	7	scene.setRenderEngine(phoenix_get_string(*it, "render_engine", "BLENDER_EEVEE"));
65	✓✓✓✓	7	scene.setCycleDevice(phoenix_get_string(*it, "cycle_device", "CUDA"));
66	✓✓✓✓	7	scene.setOutputFormat(phoenix_get_string(*it, "output_format", "PNG"));
67	✓✓✓✓	7	scene.setExtraOptions(phoenix_get_string(*it, "extra_options", ""));
68	✓✓✓✓	7	scene.setContainerName(phoenix_get_string(*it, "container_name", "default"));
69	✓✓✓	7	scene.setVecGpuType(phoenix_get_vecstring(*it, "gpu_type"));
70	✓✓✓	7	scene.setRequestMemory(phoenix_load_value_from_config(*it, "request_memory", 2000));
71	✓✓✓✓	7	renderProject.getMapScene()[scene.getName()] = scene;
72			}
73			}
74
75			///Parse the render project from toml config
76			/** @param[out] renderProject : internal representation of the RenderProject
77			* @param fileName : filename of the toml configuration to be used
78			* @return true on success, false otherwise
79			*/
80		4	bool parseRenderSubDirFromToml(RenderProject & renderProject, const std::string & fileName, const std::string & workingDirectory){
81	✓	8	DicoValue dico;
82	✓✗✓	4	if(!parser_toml(dico, fileName)){
83			std::cerr << "parseRenderSubDirFromToml : cannot parse file '"<<fileName<<"'" << std::endl;
84			return false;
85			}
86	✓	4	parseContainer(renderProject, dico);
87	✓✓	4	parseComputingCenter(renderProject.getComputingCenter(), dico);
88	✓	4	parseScene(renderProject, dico, workingDirectory);
89		4	return true;
90			}
91
92			///Parse the render project from toml config
93			/** @param[out] renderProject : internal representation of the RenderProject
94			* @param dico : parsed DicoValue
95			* @param fileName : filename of the toml configuration used to get dico
96			* @return true on success, false otherwise
97			*/
98		7	bool parseRenderProject(RenderProject & renderProject, const DicoValue & dico, const std::string & fileName){
99	✓✓	7	const DicoValue * mapProject = dico.getMap("Project");
100	✗✓✗✗ ✗✗✗✗ ✗✗	7	if(mapProject == NULL){std::cerr << "parseRenderProject : Missing [Project] definition in file '"<<fileName<<"'" << std::endl;return false;}
101	✓✓✓✓	7	renderProject.setName(phoenix_get_string(*mapProject, "name", "ProjectName"));
102	✓✓✓	7	renderProject.setVecSubDirectories(phoenix_get_vecstring(*mapProject, "sub_directories"));
103
104	✓✓✓✓	7	renderProject.setSshExecutable(phoenix_get_string(*mapProject, "ssh_executable", "ssh"));
105	✓✓✓✓	7	renderProject.setScpExecutable(phoenix_get_string(*mapProject, "scp_executable", "scp"));
106	✓✓✓✓	7	renderProject.setCondorSubmitExecutable(phoenix_get_string(*mapProject, "condor_submit_executable", "condor_submit"));
107	✓✓✓✓	7	renderProject.setApptainerExecutable(phoenix_get_string(*mapProject, "apptainer_executable", "apptainer"));
108	✓✓✓✓	7	renderProject.setRsyncExecutable(phoenix_get_string(*mapProject, "rsync_executable", "rsync"));
109
110	✓✓✓	7	renderProject.setVecExecutableCheckGpu(phoenix_get_vecstring(*mapProject, "vec_executable_check_gpu"));
111	✓✓✗	7	if(renderProject.getVecExecutableCheckGpu().size() == 0lu){
112	✓✓✓	7	renderProject.getVecExecutableCheckGpu().push_back("nvidia-smi");
113	✓✓✓	7	renderProject.getVecExecutableCheckGpu().push_back("nvidia-smi -L");
114			}
115	✓	7	std::string baseParentDir(getDirectory(fileName));
116		7	bool b(true);
117	✓	7	std::vector<std::string> & vecSubDir = renderProject.getVecSubDirectories();
118	✓✓	11	for(std::vector<std::string>::iterator it(vecSubDir.begin()); it != vecSubDir.end(); ++it){
119			// std::string workingDirectory(getUnderPath(baseParentDir + "/" + (*it), renderProject.getSourceProjectDir() + "/"));
120			// std::string workingDirectory(baseParentDir + "/" + (*it));
121	✓	4	std::string workingDirectory(*it);
122	✗✓✗✗	4	if(workingDirectory == ""){workingDirectory = ".";}
123	✓✓	4	b &= parseRenderSubDirFromToml(renderProject, workingDirectory + "/prender.toml", workingDirectory);
124			}
125		7	return true;
126			}
127
128			///Parse the render project from toml config
129			/** @param[out] renderProject : internal representation of the RenderProject
130			* @param fileName : filename of the toml configuration to be used
131			* @return true on success, false otherwise
132			*/
133		7	bool parseRenderFromToml(RenderProject & renderProject, const std::string & fileName){
134	✓	14	DicoValue dico;
135	✓✗✓	7	if(!parser_toml(dico, fileName)){
136			std::cerr << "parseRenderFromToml : cannot parse file '"<<fileName<<"'" << std::endl;
137			return false;
138			}
139	✓✓	7	renderProject.setSourceProjectDir(getDirectory(fileName));
140	✓✓✓✓ ✓	7	std::cout << "parseRenderFromToml : project dir is '"+renderProject.getSourceProjectDir()+"'" << std::endl;
141	✓	7	bool b(parseRenderProject(renderProject, dico, fileName));
142	✓	7	parseContainer(renderProject, dico);
143	✓✓	7	parseComputingCenter(renderProject.getComputingCenter(), dico);
144	✓✓	7	parseScene(renderProject, dico, ".");
145		7	return b;
146			}
147
148