Process / System

Name	Purpose	Arguments	Value returned	Example
getCurrentDirectory	no longer used - use getfilename instead	None	STRING: current process directory (including path)	var s: string; s:=getCurrentDirectory;
getEnableProcessAffinity	returns true, if the flag "set process affinity" is activated in general options - see General Options-> Calculation -> Multi-Threading	None	BOOLEAN: true: the flag is activated false: the flag is not activated	var b:boolean; b:=getEnableProcessAffinity ();
getOMPProcessorCount	returns the number of processors (for OpenMP) - see General Options-> Calculation -> Multi-Threading	None	INTEGER: the number of processors	var pc:integer; pc := getOMPProcessorCount ();
getOMPThreadCount	returns the number of threads (for OpenMP) - see General Options-> Calculation -> Multi-Threading	None	INTEGER: the number of threads	var tc:integer; tc: = getOMPThreadCount();
getProcessAfinityMask	returns the process affinity mask as 32-bit mask for the first 32 cores	None	INTEGER: the process affinity mask The example shows, if core 5 is active	var i, pam32:integer; pam32 := getProcessAffinityMask (); i := 5; c := integer (pow (2,i-1)); print (((pam32 bitand $00000010) = c) ? "1" : "0");
getProcessAfinityMask64	returns the process affinity mask as 64-bit mask for the cores 1 to 64	Two Integer: 1: 32 Bit, each Bit is assigned to one of cores 1 bis 32 2: 32 Bit, each Bit is assigned to one of cores 3 bis 64	None	var pam32, pam64: integer; getProcessAffinityMask64 (pam32, pam64);
getProcessID	returns the ID of the actual EBSILONPrefessional process	None	INTEGER: the process ID	println ("GetProcessID : ", getProcessID ());;
getSystemAffinityMask	returns number of cores provided by the system (from the range core 1 to core 32)	None	INTEGER: the system affinity mask, 32 Bit, each Bit is assigned to one of cores 1 bis 32	var pam32:integer; pam32 := getSystemAffinityMask ();
getSystemAffinityMask64	returns number of cores provided by the system (from the range core 1 to core 64)	Two Integer: 1: 32 Bit, each Bit is assigned to one of cores 1 bis 32 2: 32 Bit, each Bit is assigned to one of cores 3 bis 64	None	var pam32, pam64:integer; getSystemAffinityMask64 (pam32, pam64);
isSystem64	returns true if the current system is a 64-bit system	1: BOOLEAN: flag for distinguishing between the actual process and the current operating system TRUE: means the operating system is analyzed FALSE: means the actual (EBSILON) process is analyse	BOOLEAN: true: if the analyzed process or system is 64-bit false: otherwise	println ("IsSystem64 OS : ", isSystem64 (true)); println ("IsSystem64 EBS: ", isSystem64 (false));
isUserControl	returns true, if EBSILON process is controlled by a particular user via GUI (contrary to the process controlled via the COM interface)	None	BOOLEAN: true: if user control via GUI false: otherwise	println ("IsUserControl : ", isUserControl ());
setCurrentDirectory	no longer used - might be used as a string buffer together with getCurrentDirectory	1: STRING: the new active directory including path	Boolean: true, if directory could be activated	set CurrentDirectory("C:\\Temp");
setEnableProcessAffinity	activates / deactivates the flag "set process affinity"	1: BOOLEAN: TRUE: for activating FALSE: for deactivating	None	setEnableProcessAffinity(TRUE);
setOMPThreadCount	set the number of threads (for OpenMP)	1: INTEGER: number of threads	None	setOMPThreadCount(20);
setProcessAffinityMask	Sets processor affinity (affects the first 32 processor cores; calls WinAPI function "SetProcessAffinityMask" for the current process, setting the upper 32 bits of the 64-bit mask to 0 for 64-bit systems (see also MSDN documentation of "SetProcessAffinityMask").	Integer: 1: 32 Bit, each Bit is assigned to one of cores 1 bis 32 In the example cores 1, 2, 4, 7 and 8 are activated	None	var pam32:integer; pam32 := 199; // Bits 1 2 3 7 8 setProcessAffinityMask (pam32); // 199 = 1 + 2 + 4 + 64 + 128
setProcessAffinityMask64	Sets processor affinity (up to 64 cores; calls WinAPI function "SetProcessAffinityMask" for the current process. For 32-bit systems identical to the EbsScript function setProcessAffinityMask. See also MSDN documentation of "SetProcessAffinityMask").	Two Integer: 1: 32 Bit, each Bit is assigned to one of cores 1 bis 32 2: 32 Bit, each Bit is assigned to one of cores 3 bis 64	None	var pam32, pam64:integer; setProcessAffinityMask64 (pam32, pam64);
setUserControl	Sets the user control (see isUserControl). If no, no message boxes are output, for example.	1: BOOLEAN TRUE: for activating FALSE: for deactivating	None	setUserControl (TRUE);

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