azure / hpcpack-linux-agent - Conditional Complexity

Intro

Conditional complexity (also called cyclomatic complexity) is a term used to measure the complexity of software. The term refers to the number of possible paths through a program function. A higher value ofter means higher maintenance and testing costs (infosecinstitute.com).
Conditional complexity is calculated by counting all conditions in the program that can affect the execution path (e.g. if statement, loops, switches, and/or operators, try and catch blocks...).
Conditional complexity is measured at the unit level (methods, functions...).
Units are classified in four categories based on the measured McCabe index: 1-5 (simple units), 6-10 (medium complex units), 11-25 (complex units), 26+ (very complex units).

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Conditional Complexity Overall

There are 635 units with 9,609 lines of code in units (19.4% of code).

0 very complex units (0 lines of code)
5 complex units (572 lines of code)
26 medium complex units (1,700 lines of code)
59 simple units (2,215 lines of code)
545 very simple units (5,122 lines of code)

Legend:

51+

26-50

11-25

6-10

1-5

Alternative Visuals

3D view of all units

Conditional Complexity per Extension

51+

26-50

11-25

6-10

1-5

Conditional Complexity per Logical Component

primary logical decomposition

51+

26-50

11-25

6-10

1-5

Most Complex Units

Top 50 most complex units

Unit	# lines	McCabe index	# params
def install() in VMExtension/hpcnodemanager.py	132	31	0
int main() in Documents/NamdSample/namd210b/lib/abf_integrate/abf_integrate.cpp	144	27	2
int main() in Documents/NamdSample/namd210/lib/abf_integrate/abf_integrate.cpp	144	27	2
pplx::task RemoteExecutor::StartJobAndTask() in nodemanager/core/RemoteExecutor.cpp	77	26	2
def daemon() in VMExtension/hpcnodemanager.py	75	26	0
void wham_E_Histogram() in Documents/NamdSample/namd210b/lib/replica/FEP_wca/wham/wham-fep.cpp	106	20	1
void wham_E_Histogram() in Documents/NamdSample/namd210/lib/replica/FEP_wca/wham/wham-fep.cpp	106	20	1
double compute_deviation() in Documents/NamdSample/namd210b/lib/abf_integrate/abf_integrate.cpp	78	19	3
double compute_deviation() in Documents/NamdSample/namd210/lib/abf_integrate/abf_integrate.cpp	78	19	3
int main() in Documents/NamdSample/namd210b/lib/replica/FEP_wca/wham/extract-repul.cpp	72	16	2
int main() in Documents/NamdSample/namd210/lib/replica/FEP_wca/wham/extract-repul.cpp	72	16	2
void ABFdata::write_bias() in Documents/NamdSample/namd210b/lib/abf_integrate/abf_data.cpp	45	15	1
void ABFdata::write_bias() in Documents/NamdSample/namd210/lib/abf_integrate/abf_data.cpp	45	15	1
pplx::task RemoteExecutor::EndJob() in nodemanager/core/RemoteExecutor.cpp	92	14	1
def _distro_release_info() in VMExtension/distro.py	33	14	1
std::vector System::GetNetworkInfo() in nodemanager/utils/System.cpp	59	13	0
void RemoteCommunicator::HandlePost() in nodemanager/core/RemoteCommunicator.cpp	119	13	1
pplx::task RemoteExecutor::StartTask() in nodemanager/core/RemoteExecutor.cpp	126	13	2
def get_dist_info() in VMExtension/hpcnodemanager.py	37	13	0
def version() in VMExtension/distro.py	30	13	3
void RemotingCommunicator::handle_post() in LinuxNodeMgr/RemotingCommunicator.cpp	64	13	1
def install_package() in VMExtension/hpcnodemanager.py	38	12	1
std::string System::GetIpAddress() in nodemanager/utils/System.cpp	29	11	2
pplx::task ExecutionFilter::ExecuteFilter() in nodemanager/filters/ExecutionFilter.cpp	104	11	5
void Process::Monitor() in nodemanager/core/Process.cpp	70	11	0
std::string Process::BuildScript() in nodemanager/core/Process.cpp	46	11	0
void wham_FEP() in Documents/NamdSample/namd210b/lib/replica/FEP_wca/wham/wham-fep.cpp	66	11	1
void wham() in Documents/NamdSample/namd210b/lib/replica/FEP_wca/wham/wham-fep.cpp	44	11	1
void wham_FEP() in Documents/NamdSample/namd210/lib/replica/FEP_wca/wham/wham-fep.cpp	66	11	1
void wham() in Documents/NamdSample/namd210/lib/replica/FEP_wca/wham/wham-fep.cpp	44	11	1
def init_suse_hostsfile() in VMExtension/hpcnodemanager.py	31	11	2
static inline bool AsteriskMatch() in nodemanager/utils/String.h	30	10	2
void UdpReporter::ReConnect() in nodemanager/core/UdpReporter.cpp	71	10	0
private async Task SendRequestInternal() in LinuxCommunicator/LinuxCommunicator.cs	71	10	6
internal static void AddLocalAccount() in LinuxCommunicator/Credentials.cs	55	10	4
def name() in VMExtension/distro.py	17	10	2
def _parse_os_release_content() in VMExtension/distro.py	19	10	1
def install() in nodemanager/scripts/setup.py	136	9	0
int HttpFetcher::Report() in nodemanager/core/HttpFetcher.cpp	46	9	0
void Monitor::Run() in nodemanager/core/Monitor.cpp	88	9	0
int main() in nodemanager/main.cpp	62	9	2
internal static void SetLocalAccountPassword() in LinuxCommunicator/Credentials.cs	51	9	3
def main() in VMExtension/hpcnodemanager.py	24	9	0
def enable() in VMExtension/hpcnodemanager.py	25	9	0
static void Log() in nodemanager/utils/Logger.h	30	8	3
int HttpReporter::Report() in nodemanager/core/HttpReporter.cpp	49	8	0
void HostsManager::UpdateHostsFile() in nodemanager/core/HostsManager.cpp	44	8	1
void NamingClient::RequestForServiceLocation() in nodemanager/core/NamingClient.cpp	44	8	3
void MetricCollectorBase::ApplyConfig() in nodemanager/core/MetricCollectorBase.cpp	79	8	2
void ABFdata::write_histogram() in Documents/NamdSample/namd210b/lib/abf_integrate/abf_data.cpp	34	8	1