Table of variables reports

The following table lists the variables reports by

• their numbers

• the symbols used for the variables in the bar chart

• the variables contained in the report

• the unit used for data output.

Report No.	Chart symbol	Variable	Unit
1	1	TU time	%
	.	TPR time
	3	SIH time
	<blank>	IDLE time
	-	STOP time A STOP time for inactive CPUs is output only when PROCESSOR-SPLITTING=*YES.
2	1	TU time	%
	.	TPR time
	3	SIH time
	<blank>	IDLE time
	-	STOP time A STOP time for inactive CPUs is output only when PROCESSOR-SPLITTING=*YES.
		If VM2000 is used, the sum of the values does not come to 100%, since, unlike report 1, the monitored variables are not relativized.
3	D	Disk I/O operations (without paging)	I/O operations per second
	*	I/O operations in response to paging requests (read and write operations are counted)
	T	Tape I/O operations
	.	Printer I/O operations
	0	I/O operations with all other devices On x86 servers this value contains the operations for devices with the FAMILY name TD only for 'ALL PROCESSORS'
4	0	I/O operations in response to paging requests (read and write operations are counted)	I/O operations per second
5	S	Existing system tasks	Number of tasks
	B	Existing batch tasks
	D	Existing interactive tasks
	T	Existing transaction tasks
6	*	Active logical machines	Number of machines
		This report is only output if the number of logical machines changes during the monitoring cycle.
8	+	Paging memory size	4-KB pages
	-	Main memory size
9	+	Pages used for paging on all devices	4-KB pages
	-	Maximum number of pages for paging on all devices
10	+	Channel active	%
11	+	Device utilization exclusive of paging	%
	-	Device utilization due to paging.
		A bar chart is output for each device. The paging share is only output if the corresponding monitored data is not zero.
13	W	PAM WAIT operations	Number of operations per second
	C	PAM CHECK READ operations
	0	PAM WRITE operations
	I	PAM READ operations to the file monitored by SM2; SM2R1 shortens the file name to 40 characters
14	+	Number of I/Os with PAM-WAIT	I/Os per second
	-	Number of I/Os with PAM-CHECK
	.	Number of write I/Os
	*	Number of read I/Os
15	+	Planned working sets (PPC) of active and inactive ready tasks in the system	4-KB pages
	-	Number of available main memory pages (NPP)
	.	Planned working sets (PPC) of active tasks in the system
19	+	Average response time in accordance with definition 1 (see DEFINITION operand under SET-RESP-PARAMETER	Seconds
	-	Overflow time for the response time (see the RESP-BUCKETS operand under SET-RESP-PARAMETER)
		Only those response times are used for averaging which are shorter than the specified overflow time.
20	+	Average response time in accordance with definition 2 (see DEFINITION operand under SET-RESP-PARAMETER)	Seconds
	-	Overflow time for the response time (see RESP-BUCKETS operand under SET-RESP-PARAMETER)
		Only those response times are used for averaging which are shorter than the specified overflow time.
21	T	Average transaction time	Seconds
	-	Overflow time for the response time (see TRANSACT-BUCKETS operand under SET-RESP-PARAMETER)
		Only those transaction times are used for averaging which are shorter than the specified overflow time.
22	T	Average think time	Seconds
	-	Overflow time for the think time (see THINK-BUCKETS operand under SET-RESP-PARAMETER)
		Only those think times are used for averaging which are shorter than the specified overflow time.
23	@	Transactions	Interactions per second
	*	Responses in accordance with definition 1
	.	Responses in accordance with definition 2, (see DEFINITION operand under SET-RESP-PARAMETER)
		Data exceeding the specified overflow times is not recorded.
24	A	Responses in first bucket	%
	.	Responses in second bucket
	B	Responses in third bucket
	*	Responses in fourth bucket
	C	Responses in fifth bucket
		All responses are based on definition 1 (see DEFINITION operand under SET-RESP-PARAMETER). The bucket limits are given in the bar chart and the table.
25	A	Responses in first bucket	%
	.	Responses in second bucket
	B	Responses in third bucket
	*	Responses in fourth bucket
	C	Responses in fifth bucket
		All responses are based on definition 2 (see DEFINITION operand under SET-RESP-PARAMETER). The bucket limits are given in the bar chart and in the table.
26	A	Think times in first bucket	%
	.	Think times in second bucket
	B	Think times in third bucket
	*	Think times in fourth bucket
	C	Think times in fifth bucket
		The bucket limits are given in the bar chart and in the table.
27	A	Transaction times in first bucket	%
	.	Transaction times in second bucket
	B	Transaction times in third bucket
	*	Transaction times in fourth bucket
	C	Transaction times in fifth bucket
		The bucket limits are given in the bar chart and in the table.
28	+	Number of tasks in this category	Number of tasks
	.	Minimum multiprogramming level for this category (MIN MPL)
	@	Maximum multiprogramming level for this category (MAX MPL)
		For each task category a chart and a separate line in the statistics table are output.
29	@	Planned working sets (PPC) for active tasks in this category	4-KB pages
	.	Planned working sets (PPC) for inactive ready tasks in this category
	I	Planned working sets (PPC) for inactive non-ready tasks in this category
		For each task category a chart and a separate line in the statistics table are output.
30	@	Number of active tasks in this category (Q0 – Q4)	Number of tasks
	.	Number of inactive ready tasks in this category (Q5)
	I	Number of inactive non-ready tasks in this category (Q7 – Q13)
	-	Number of tasks in this category rejected by PCS (Q6)
		For each task category a chart and a separate line in the statistics table are output.
31	1	Number of tasks of a category in task queue 1 (waiting for CPU) and in task queue 0 (serviced by CPU)	Number of tasks
	.	Number of tasks of a category in the paging queue (Q3)
	4	Number of tasks of a category in the I/O queue (Q4 with I/O pend code)
	@	Number of remaining active tasks of a category (Q2) and of tasks in queue Q4 which are not waiting for I/O
		For each task category a chart and a separate line in the statistics table are output.
32	-	Low utilization of this resource	%
	<blank>	Medium utilization of this resource
	+	High utilization of this resource
		A separate chart and a separate line in the statistics table are output for the CPU, main memory (MEM) and the paging devices (PAG).
33	-	Number of “long” ACF invocations	Number per second
	+	Number of forced task deactivations
	.	Number of system service runouts
	@	Number of active-task preemptions
34	-	Number of “short” ACF invocations	Number per second
	+	Number of activations
	.	Number of micro time slice runouts
35	+	Number of I/O operations per device	Operations per second
		A separate chart is output for each device except communication controllers; in the table, the computed values are listed separately for each device.
36	+	Average length of device queue, including the jobs currently being serviced	Number of I/O requests
		A separate chart is output for each device except communication devices; in the table, the computed values are listed separately for each device.
46	0	Average think time not exceeding the limit	Seconds
	*	Average think time Think times exceeding the overflow limit are also used in computing this value.
47	0	Average response time (TYP=1) not exceeding the limit	Seconds
	*	Average response time (TYP=1) Response times exceeding the overflow limit are also used in computing this value.
48	0	Average response time (TYP=2) not exceeding the limit	Seconds
	*	Average response time (TYP=2) Response times exceeding the overflow limit are also used in computing this value.
49	0	Average transaction time not exceeding the limit	Seconds
	*	Average transaction time Transaction times exceeding the overflow limit are also used in computing this value
50	@	Number of transactions per second	Transactions per second
	.	Number of responses per second in accordance with definition 1
	*	Number of responses per second in accordance with definition 2
		Transactions and responses exceeding the overflow limit are also used in computing this values.
52	+	Average number of page frames managed task locally (obsolete, no longer supplied)	4-KB pages
	.	Average number of page frames managed system globally
	*	Average number of read-only page frames in the free pool
	-	Average number of written page frames in the free pool
	@	Average number of page frames in the free pool which are not assigned to any page
53	+	Number of class 4 memory pages for shareable modules in the virtual address space (below 16 Mb)	4-KB pages
	.	Number of class 3 memory pages
	-	Number of class 4 memory pages
54	+	Total number of paging errors per second “Real” paging errors (access to virtually unassigned pages) are not included.	Number of paging errors per second
	.	Number of paging errors per second for which the addressed page is still in main memory
	-	Number of paging errors per second during first access to a page (see “Page fault” in Glossary)
55	*	Number of pages written to background memory (DISK) per second (see “Page fault” in Glossary)	Number of 4-KB pages per second
56	*	Number of pages read from background memory (DISK) per second (see “Page fault” in Glossary)	Number of 4-KB pages per second
57	*	Dilation factor for the specified category
		To ensure maximum accuracy in monitoring this variable, the statement SET-SYSTEM-PARAMETER DEVICES=*ALL should be issued when defining the SYSTEM monitoring program (see “Dilation factor” in the glossary).
58	@	UPG of active tasks in this category	4-KB pages
	.	UPG of inactive ready tasks in this category
	I	UPG of inactive non-ready tasks in this category
		A separate chart is output for each category, and a separate line in the statistics table
59	*	Time equivalent for the productive performance of the specified category	RST per second
		A bar chart is output for each category (For RST, see “overall performance” in the glossary).
60	*	Time equivalent for the productive performance of the specified category (CPU share)	RST per second
		A bar chart is output for each category (For RST, see “overall performance” in the glossary).
61	*	Time equivalent for the productive performance of the specified category (periphery share)	RST per second
		A bar chart is output for each category (For RST, see “overall performance” in the glossary).
62	*	Time share (TU + TPR) for the specified category	%
		A bar chart is output for each category. In the case of a multiprocessor system the average value of the processors is output (values ≤ 100%).
63	+	DMS I/O operations per category	I/O operations per second
	-	Paging I/O operations per category
		A bar chart is output for each category. For paging I/Os, only the assignable I/O operations are supplied per category. On a global basis non assignable paging I/O operations are output (for SUM) in addition to the sum for all categories (number of I/O operations in I/O chains with write operations only).
64	+	Hardware duration of DMS I/O operations for the specified category	Milliseconds
	-	Software duration of DMS I/O operations for the specified category
		A bar chart is output for each category
65	+	Hardware duration of paging I/O operations for the specified category	Milliseconds
	-	Software duration of paging I/O operations for the specified category
		A bar chart is output for each category. For paging I/O operations only the assignable I/O operations are supplied for each category. On a global basis (for SUM), the non-assignable paging I/O operations are used in addition to the average for all categories: hardware or software duration of the I/O operations in I/O chains with write operations only
66	+	Average number of requests waiting for a serialization lock for exclusively searching a partition (corresponds to a user ID) or currently using this lock	Number of requests
	.	Average number of requests waiting for the release of a buffer management table or currently using a buffer management table
	-	Average number of requests waiting for a lock for searching a partition or currently using this lock
	@	Average number of requests waiting for a lock for exclusively searching a block of a partition or currently using this lock
	0	Average number of requests waiting for a lock for exclusively searching a catalog entry of a block of a partition or currently using this lock.
		For catalog ID (CATID, 1 to 4 alphanumeric characters) is output for normal pubsets. $ is supplied as the catalog for the total of all private disks
67	+	Number of physical read accesses (CMS) in halfpages	Accesses per second
	-	Number of read accesses (half-pages) which were physically not required because the catalog entry was contained in a buffer management table (BMT)
	.	Number of physical write accesses in half-pages
	@	Number of I/O errors during physical accesses (read/write)
		For catalog ID (CATID, 1 to 4 alphanumeric characters) is output for normal pubsets. $ is supplied as the catalog for the total of all private disks
68	+	Number of local read accesses to catalog entries for files without LBN specification	Accesses per second
	-	Number of local read accesses to catalog entries for files with LBN specification
	.	Number of local accesses to catalog entries for files during scanning (SHOW-FILE-ATTRIBUTES command)
	@	Number of local write accesses to catalog entries for files (only manipulation of file attributes)
	0	Number of local write accesses to catalog entries for files (not only manipulation of file attributes)
		The catalog ID (1 – 4 alphanumeric characters) is used for normal pubsets. $ is supplied as the catalog ID for the total of all private disks. For this report a call is local if it does not originate from a remote processor.
69	+	Number of non-local read accesses to catalog entries for files without LBN specification	Accesses per second
	-	Number of non-local read accesses to catalog entries for files with LBN specification
	.	Number of non-local accesses to catalog entries for files during scanning (SHOW-FILE-ATTRIBUTES command)
	@	Number of non-local write accesses to catalog entries for files (only manipulation of file attributes)
	0	Number of non-local write accesses to catalog entries for files (not only manipulation of file attributes)
		The catalog ID (1 – 4 alphanumeric characters) is used for normal pubsets. $ is supplied as the catalog ID for the total of all private disks. For this report a call is local if it does not originate from a remote processor.
70	+	Number of local read accesses to JV entries without LBN specification	Accesses per second
	-	Number of local read accesses to JV entries with LBN specification
	.	Number of local accesses to JV entries during scanning (SHOW-JV-ATTRIBUTES command)
	@	Number of local write accesses to JV entries (only manipulation of JV attributes)
	0	Number of local write accesses to JV entries (not only manipulation of JV attributes)
		The catalog ID (1 – 4 alphanumeric characters) is used for normal pubsets. $ is supplied as the catalog ID for the total of all private disks. For this report a call is local if it does not originate from a remote processor.
71	+	Number of non-local read accesses to JV entries without LBN specification	Accesses per second
	-	Number of local read accesses to JV entries with LBN specification
	.	Number of non-local accesses to JV entries during scanning (SHOW-JV-ATTRIBUTES command)
	@	Number of non-local write accesses to JV entries (only manipulation of JV attributes)
	0	Number of non-local write accesses to JV entries (not only manipulation of JV attributes)
		The catalog ID (1 – 4 alphanumeric characters) is used for normal pubsets. $ is supplied as the catalog ID for the total of all private disks. For this report a call is local if it does not originate from a remote processor.
72	+	Average response time for read accesses to catalog entries without LBN specification	Milliseconds
	-	Average response time for read accesses to catalog entries with LBN specification
	.	Average response time for accesses to catalog entries during scanning (SHOW-JV-ATTRIBUTES/SHOW-FILE-ATTRIBUTES command)
	@	Average response time for write accesses to catalog entries (only manipulation of file/JV attributes)
	0	Average response time for write accesses to catalog entries (not only manipulation of file/JV attributes)
		The catalog ID (1 – 4 alphanumeric characters) is used for normal pubsets. $ is supplied as the catalog ID for the total of all private disks. All calls from both local and remote processors are used for this report.
73	@	Current share of system performance obtained for this category (service share)	%
	.	Current system performance share provided for this category
	+	Maximum system performance share provided for this category
	-	Minimum system performance share provided for this category
74	.	Current delay of all requests in this category	No dimension
	+	Maximum delay of all requests in this category
	-	Minimum delay of all requests in this category
		A summary report is output for the sum of all categories under the pseudo-category SUM. For SUM the MINIMUM REQUEST DELAY data is undefined. For SUM the MAXIMUM REQUEST DELAY data corresponds to the global PCS parameter REQUEST DELAY
75	+	Number of duration time slice runouts in this category	Number per second
	-	Number of duration time slice runouts with preemption in this category
		A summary report is output for the sum of all categories under the pseudo-category SUM. The value of the PCS parameter DURATION is output as an additional SM2R1 identifier. Zero is always output for SUM.
76	C	CPU service rate per category	SERVICE RATE
	M	Memory service rate per category
	I	I/O service rate per category
77	.	Current SERVICE RATE provided for this category	SERVICE RATE
	-	Currently used SERVICE RATE for this category
		A report is output for the sum of all categories under the pseudo-category SUM.
79	+	Number of read accesses to all subareas supported by the DAB cache area for which no disk access was required	I/O operations per second
		Number of read accesses to all subareas supported by the DAB cache area
		A chart is output for each DAB cache area
80	+	Number of write accesses during which the DAB cache area was written to	I/O operations per second
	-	Number of write accesses to all subareas supported by the DAB cache area
		A chart is output for each DAB cache area
81	+	Number of read accesses to the specified DAB subarea for which no disk access was required	I/O operations per second
	-	Number of read accesses to the specified DAB subarea
		A chart is output for each DAB subarea
82	+	Number of write accesses to the specified DAB subarea	I/O operations per second
	-	Number of write accesses during which data was written to the DAB cache area which supports the DAB subarea
		A chart is output for each DAB subarea
83	I	Average length of the input messages for all transactions in the specified connection set	Bytes
	0	Average length of the output messages for all transactions in the specified connection set
		A chart is output for each connection set
85	H	Number of ISAM accesses where the desired page is already in the ISAM pool, i.e. no read operation from disk is required (FIX-HIT)	Number per second
	I	Number of ISAM accesses where a read operation from disk was required (FIX-IO)
	W	Number of ISAM accesses involving a waiting period for the release of one or more buffer pages (FIX-WAIT)
86	W	Number of RESERVE-SLOT operations leading to a wait state due to a slot bottleneck	Number per second
	N	Number of RESERVE-SLOT operations where a slot is available and no wait state occurs
87	T	Average number of pages in the ISAM pool	PAM pages
	R	Average number of reserved pages in the ISAM pool
	F	Average number of fixed pages in the ISAM pool
88	@	Transactions	Number per second
	.	Responses in accordance with definition 1
	*	Responses in accordance with definition 2
		Only transactions or responses below the specified overflow values are included in the calculation.
89	0	Average think time not exceeding the limit per category	Seconds
	*	Average think time per category Think times exceeding the overflow limit are also used in computing this value.
90	0	Average response time (TYP=1) not exceeding the limit per category	Seconds
	*	Average response time (TYP=1) per category Response times exceeding the overflow limit are also used in computing this value.
91	0	Average response time (TYP=2) not exceeding the limit per category	Seconds
	*	Average response time (TYP=2) per category Response times exceeding the overflow limit are also used in computing this value.
92	0	Average transaction time not exceeding the limit per category	Seconds
	*	Average transaction time per category Transaction times exceeding the overflow limit are also used in computing this value.
93	@	Number of transactions per second for every category	Transactions per second
	.	Number of responses in accordance with definition 1 per second for each category
	*	Number of responses in accordance with definition 2 per second for each category
		Transactions and responses exceeding the overflow limit are also used in computing this value
96	*	Average number of tasks in the queue of the corresponding lock	Number of tasks
97	*	Average utilization frequency of the corresponding task lock in percent	%
98	*	Maximum CPU utilization per VM	%
	.	planned CPU utilization per VM
	-	Monitored CPU utilization per VM
99	A	Monitored active time of the server's hypervisor	%
	I	Monitored system idle time of the server (all data only for /390 servers)
100	+	Data volume for reading and writing	Bytes per I/O operation
	-	Data volume for writing
101	*	Quantity of data transmitted per channel by the PAM block transfer	PAM pages per second
	-	Quantity of data transmitted by means of byte transfer
102	*	Number of I/O operations per PAM block transfer	I/O operations per second
	-	Number of I/O operations per byte transfer
	0	Number of I/O operations without data transfer
103	+	Number of local read accesses to catalog entries of files without LBN specification	Accesses per second
	.	Number of local read accesses to catalog entries of files with LBN specification
	-	Number of local accesses to catalog entries for files when scanning (SHOW-FILE-ATTRIBUTES command)
	@	Number of local write accesses to catalog entries of files, whereby only the file attributes are manipulated
	0	Number of local write accesses to catalog entries of files, whereby not only file attributes are manipulated
104	+	Number of local read accesses to JV entries without LBN specification	Accesses per second
	.	Number of local read accesses to JV entries with LBN specification
	-	Number of local accesses to JV entries during scanning (SHOW-JV-ATTRIBUTES command)
	@	Number of local write accesses to JV entries, whereby only JV attributes are manipulated
	0	Number of local write accesses to JV entries, whereby not only JV attributes are manipulated
107	+	Average BCAM wait time	Seconds
	-	Overflow time for the BCAM wait time (see also WAIT-TIME-BUCKETS operand, SET-RESP-PARAMETER)
		Only BCAM pool wait times below the specified overflow value are included in the calculation of the average values.
108	A	BCAM pool wait times in the 1st range	%
	.	BCAM pool wait times in the 2nd range
	B	BCAM pool wait times in the 3rd range
	*	BCAM pool wait times in the 4th range
	C	BCAM pool wait times in the 5th range
109	0	Average BCAM pool wait time not exceeding the limit	Seconds
	*	Average wait time in the BCAM pool
		BCAM pool wait times above the overflow range are also included in the calculation of this variable
110	0	Average BCAM pool wait time not exceeding the limit per category	Seconds
	*	Average BCAM pool wait time per category
		BCAM pool wait times above the overflow range are also included in the calculation of this variable
123	+	Number of SVC calls per SVC by TU	SVCs per second
	-	Number of SVC calls per SVC by TPR
124	+	Load on disk device excluding paging activities	%
	-	Load on disk device due to paging activity
125	+	Number of I/O operations per disk device	Operations per second
126	+	Average length of the queue for the disk device including the jobs currently being handled	Number of I/O requests
127	+	Data volume for reading and writing	PAM blocks per I/O operation
	-	Data volume for writing
128	A	Number of asynchronous transactions of the UTM application	Number per second
	D	Number of dialog transactions of the UTM application
	S	Number of dialog steps of the UTM application
129	U	Number of users signed on to the UTM application	Number of users
130	M	Maximum number of tasks of the UTM application available for asynchronous conversations	Number of tasks
	T	Number of tasks running for the UTM application
131	D	Average time UTM waits for the execution of database calls per dialog step All dialog steps are recorded, whether or not they contain database calls.	Seconds per dialog step
	V	Average time UTM waits for a message to arrive from a remote application per dialog step All dialog steps are recorded, whether or not they contain distributed processing calls.
	T	Average time UTM waits as a result of TAC class bottlenecks per dialog step
	.	Average processing time per dialog step within the UTM task, measured from the time UTM accepts the message to the time UTM sends the message, excluding the parts covered by D, V and T
132	D	Average time UTM waits for the execution of database calls per asynchronous conversation All asynchronous conversations are recorded, whether or not they contain database calls.	Seconds per asynchronous conversation
	V	Average time UTM waits for a message to arrive from a remote application per asynchronous conversation All asynchronous conversations are recorded, whether or not they contain distributed processing calls.
	.	Average processing time per asynchronous conversation within the UTM task, measured from the start of the conversation to its end, excluding the parts covered by D and V
133	A	Number of jobs for asynchronous programs waiting for processing	Number of jobs
	P	Number of print jobs waiting for execution
	D	Number of time-driven jobs waiting for execution
134	+	Number of hits during read accesses to hiperfiles	I/O operations per second
	-	Number of read accesses to hiperfiles
135	+	Number of write accesses to hiperfiles	I/O operations per second
	-	Number of hits during write accesses to hiperfiles
136	O	Unsuccessful attempts to use cache due to overload	I/O operations per second
137	-	Total number of SVC calls from TU	Number per second
	*	Total number of SVC calls from TPR
141	F	Number of files determined in UFS file systems per second via the Inode entry	Number per second
142	S	Frequency per second with which a path name was searched for in the file system	Number per second
143	+	Read accesses to system buffers per second	Number per second
	-	Read data transfers per second between system buffer and hard disk or other block-oriented devices
144	+	Write accesses to system buffers per second	Number per second
	-	Write data transfers per second between system buffer and hard disk or other block-oriented devices
146	+	Read data transfers	Number per second
	-	Write data transfers
147	S	All types of system calls per second	Number per second
148	+	READ system calls	Number per second
	.	WRITE system calls
	0	FORK system calls
	-	EXEC system calls
149	+	Number of characters per second transferred by READ system calls	Number per second
	-	Number of characters per second transferred by WRITE system calls
150	O	Number of send and receive operations per second	Number per second
151	O	Number of semaphore activities per second	Number per second
152	S	Service rate (number of service units per second) of the task specified by TSN	Number per second
153	C	Percentage of elapsed time accounted for by the task’s TU+TPR time In the case of a multiprocessor system the average value of the processors is output (values ≤ 100%).	%
154	+	Number of all I/O operations per second	Number per second
	-	Number of page reads per second
	.	Number of physical accesses to coded files
155	U	Average UPG of the task	4-KB pages
156	S	Service rate (number of service units per second) of the task specified by the user ID	Number per second
157	C	Percentage of elapsed time accounted for by the TU+TPR time of the task specified by user ID In the case of a multiprocessor system the average value of the processors is output (values ≤ 100%).	%
158	+	Number of all I/O operations per second	Number per second
	-	Number of page reads per second
	.	Number of physical accesses to coded files
159	U	Average UPG of the task	4-KB pages
160	S	Service rate (number of service units per second) of the task specified by the job name	Number per second
161	C	Percentage of elapsed time accounted for by the TU+TPR time of the task specified by job name In the case of a multiprocessor system the average value of the processors is output (values ≤ 100%).	%
162	+	Number of all I/O operations per second	Number per second
	-	Number of page reads per second
	.	Number of physical accesses to coded files
163	U	Average UPG of the task	4-KB pages
164	*	Number of real CPUs, available to all BS2000 systems	Number of CPUs
166	+	Number of send jobs	Number per second
	-	Number of send jobs rejected due to overload
167	+	Number of server tasks requested originally	Number of tasks
	.	Number of current server tasks
	-	Number of current server tasks which can cause a bottleneck
168	+	Average total time of REQUEST WITH REPLY jobs from the beginning of the job until the first reply	Milliseconds
	-	Average wait time for REQUEST WITH REPLY jobs for the first reply from the receiving host	Milliseconds
169	*	Number of REQUESTS WITH REPLY	Number per second
170	+	Number of ENQUEUE LOCKREQUESTS from TU and TPR	Number per second
	-	Number of CONVERT LOCKREQUESTS from TU and TPR
	.	Number of DEQUEUE LOCKREQUESTS from TU and TPR
	*	Number of INFORMATION LOCKREQUESTS from TU and TPR
171	+	Number of ENQUEUE LOCKREQUESTS to NSM	Number per second
	-	Number of CONVERT LOCKREQUESTS to NSM
	.	Number of DEQUEUE LOCKREQUESTS to NSM
172	+	Number of GRANT EVENTS to TU and TPR	Number per second
	-	Number of RELEASE EVENTS to TU and TPR
173	+	Number of GRANT EVENTS from NSM	Number per second
	-	Number of RELEASE EVENTS from NSM
179	+	Total number of calls	Number per second
	.	Number of calls in which the lock server is on a remote host
	-	Number of remote calls which had to wait for disk in the token
180	+	Response time of the host to requests from other hosts	Milliseconds
181	.	Length of the NSM message buffer in tokens	KB
	A	Used length of NSM message buffer
182	C	Time between two arrivals of the token	Milliseconds
184	+	Number of lock servers	Number
185	+	Average number of requests to speedcat for singlefeature pubsets	Number of requests
	.	Average number of requests to the catalog index for system-managed pubsets
186	+	Number of TSDUs (TRANSPORT SERVICE DATA UNITS) sent	Number per second
	-	Number of TSDUs received
187	+	Data rate for sent	KB per second
	-	Data rate for received
189	*	Number of failed attempts to use a DAB cache area due to overload	I/O operations per second
190	*	Number of failed attempts to use a DAB subarea due to overload	I/O operations per second
191	*	Average access time for I/Os	Milliseconds per I/O
192	+	INWAIT times in 1st bucket	%
	.	INWAIT times in 2nd bucket
	*	INWAIT times in 3rd bucket
	-	INWAIT times in 4th bucket
	@	INWAIT times in overflow bucket
		The bucket limits are indicated in the bar chart.
193	+	REACT times in 1st bucket	%
	.	REACT times in 2nd bucket
	*	REACT times in 3rd bucket
	-	REACT times in 4th bucket
	@	REACT times in overflow bucket
		The bucket limits are indicated in the bar chart.
194	+	INPROC times in 1st bucket	%
	.	INPROC times in 2nd bucket
	*	INPROC times in 3rd bucket
	-	INPROC times in 4th bucket
	@	INPROC times in overflow bucket
		The bucket limits are indicated in the bar chart.
195	+	OUTPROC times in 1st bucket	%
	.	OUTPROC times in 2nd bucket
	*	OUTPROC times in 3rd bucket
	-	OUTPROC times in 4th bucket
	@	OUTPROC times in overflow bucket
		The bucket limits are indicated in the bar chart.
196	*	Number of TSDU’s (Transport Service Data Units) for receive jobs	Number per second
	.	Number of TSDU’s for send jobs
197	*	Data volume received	KB per TSDU
	.	Data volume sent
198	*	Maximum cache area for received data	KB
	.	Occupied cache area for received data
199	*	Maximum cache area for data for sending	KB
	.	Occupied cache area for data for sending
200	*	Number of received packets without user data	Number per second
	.	Number of sent packets without user data
201	*	Number of received packets with user data	Number per second
	.	Number of sent packets with user data
202	*	Number of send jobs during resource bottleneck	Number per second
203	*	Number of packets with Zero Window Information; i.e. the partner application prohibits the transmission of data	Number per second
205	*	Number of blocks still to be relocated to disk	2-KB pages
206	*	Number of I/O’s to write cache data back to disk	Number per second
216	+	Percentage of runtime in user mode	%
	.	Percentage of runtime in system mode
	0	Percentage of time in inactive state; process waiting for block-oriented I/O
	-	Percentage of time in inactive state
218	+	Read accesses to system buffer	Number per second
	-	Read data transfers between system buffer and disk or other block-oriented devices
219	+	Write accesses to system buffer	Number per second
	-	Write data transfers between system buffer and disk or other block-oriented devices
220	+	Read data transfers	Number per second
	-	Write data transfers
221	*	All types of system calls	Number per second
222	+	SREAD system calls	Number per second
	.	SWRITE system calls
	0	FORK system calls
	-	EXEC system calls
223	+	Number of bytes transferred by READ system calls	Number per second
	-	Number of bytes transferred by WRITE system calls
224	+	Number of index accesses	Number per second
	-	Number of index accesses for which no read operation from disk was required
225	*	Time spent by a job in the job queue of the UTM application (this value is calculated by generating an internal test message)	Milliseconds
226	+	Total of the number of active connections which existed during the entire monitoring cycle and the number of connections which were opened and/or closed during the monitoring cycle	Number
	.	Number of active connections during the entire monitoring cycle
	*	Number of connections which were opened and/or closed during the monitoring cycle
	-	Number of rejected attempts to open a connection
227	+	Average software service time (including hardware service time) for I/O operations of the specified disk	Milliseconds
	-	Average hardware service time for I/O operations of the specified disk
228	+	Data rate for reading and writing	KB per second
	-	Data rate for writing
229	*	Number of alias device names assigned to a basic device name	Number
230	+	Data rate for reading and writing	KB per second
	-	Data rate for writing
231	1	Device disconnect time for I/O operations of the specified device	Milliseconds
	2	Device connect time for I/O operations of the specified device
	+	(Remaining) service time for I/O operations of the specified device
	-	Function pending time for I/O operations of the specified device
	*	Device queue time for I/O operations of the specified device
		If DCS (Dynamic Channel Subsystem) provides no data, only the (remaining) service time and the device queue time are output.
257	+	Data volume transferred per channel via PAM-block transfer	KB per second
	-	Data volume transferred per channel via byte transfer
258	*	Average INWAIT time	Milliseconds
259	*	Average REACT time	Milliseconds
260	*	Average INPROC time	Milliseconds
261	*	Average OUTPROC time	Milliseconds
262	+	Capacity of the SF pubsets or volume sets	GB
	-	Space allocation of the SF pubsets or volume sets
263	*	Saturation level (0-6)
264	*	Relative utilization of the SF pubset or volume set	%
267	-	Monitored active time of the hypervisor in relation to the CPU pool (/390 servers only)	%
	.	Monitored IDLE time in relation to the CPU pool (/390 servers only)
	*	Utilization of the CPU pool by all virtual machines assigned to the CPU pool
268	*	Number of available real CPUs of the CPU pool	Number of CPUs
269	*	Maximum CPU utilization per VM group	%
	.	Planned CPU utilization per VM group
	-	Monitored CPU utilization per VM group
		All data are for /390 servers only.
270	*	Average number of RSC IOs processed in parallel	Number
	.	Maximum possible number of RSC IOs
271	*	Number of ISAM accesses where the desired page is already in the ISAM pool, i.e. no read operation from disk is required (FIX-HIT)	Number per second
	.	Number of ISAM accesses where a read operation from disk was required (FIX-IO)
	-	Number of ISAM accesses involving a waiting period for the release of one or more buffer pages (FIXWAIT)
272	+	Number of RESERVE-SLOT operations leading to a wait state due to a slot bottleneck	Number per second
	-	Number of RESERVE-SLOT operations where a slot is available and no wait state occurs
273	*	Average number of pages in the ISAM pool	PAM pages
	.	Average number of reserved pages in the ISAM pool
	-	Average number of fixed pages in the ISAM pool
274	+	Number of index accesses	Number per second
	-	Number of index accesses for which no read operation from disk was required
275	+	Number of used Big Pages	Number
	-	Total number of Big Pages
280	-	Maximum size of the resident memory for data transfer (input)	MB
	.	Threshold value for the size of the resident memory for data transfer (input) from which BCAM issues warnings on the console
	*	Current size of the resident memory for data transfer (input)
281	-	Maximum size of the resident memory for data transfer (output)	MB
	.	Threshold value for the size of the resident memory for data transfer (output) from which BCAM issues warnings on the console
	*	Current size of the resident memory for data transfer (output)
282	+	Data set for reading and writing	Bytes per input/output
	-	Data set for writing
		In contrary to report 100 report 282 uses a different data area in the output file. The data area used by report 100 can only represent data rates < 240 MB/s. With report 282 also higher data rates can be processed. However, the data area in the output file used in report 282 contains only data rates with an accuracy > 1 KB/s, for lower values 0 is output.
283	+	Data rate for reading and writing	KB per second
	-	Data rate for writing
		In contrary to report 230 report 283 uses a different data area in the output file. The data area used by report 230 can only represent data rates < 240 MB/s. With report 283 also higher data rates can be processed. However, the data area in the output file used in report 283 contains only data rates with an accuracy > 1 KB/s, for lower values 0 is output.
284	-	Number of DML calls	Number per second
	.	Number of SQL calls
	*	Number of SQL transactions
	@	Number of SQ operations
285	+	Number of transactions	Number per second
	-	Number of update transactions
286	-	Number of update transactions with remote partners	Number per second
	.	Number of CODASYL statements sent to remote partners
	*	Number of CODASYL statements received from remote partners
287	+	Number of logical read accesses	Number per second
	-	Number of physical read accesses
288	+	Number of logical write accesses	Number per second
	-	Number of physical write accesses
289	-	Number of physical read accesses to the RLOG file	Number per second
	.	Number of physical write accesses to the RLOG file
	*	Number of physical write accesses to the ALOG file
290	-	Number of wait states for locks	Number per second
	.	Number of data deadlocks
	*	Number of task deadlocks
291	-	Number of ITC communication operations between user and server tasks	Number per second
	.	Number of ITC communication operations between server and user tasks
	*	Number of all requests from server tasks to server tasks
	@	Number of ITC communication operations between server tasks and server tasks
292	*	Rate of successful accesses with PPP for the entire UDS/SQL session	%
293	*	Average transaction time for the entire UDS/SQL session	Seconds
294	+	Number of local CALL-DML statements	Number per second
	-	Number of local SQL statements
295	+	Number of remote CALL-DML statements	Number per second
	-	Number of remote SQL statements
296	+	Number of transactions	Number per second
	.	Number of update transactions
	*	Number of retrieval transactions
	-	Number of reset transactions
	@	Number of transaction locks
297	-	Number of SQL update statements	Number per second
	.	Number of SQL retrieval statements
	*	Number of SQL-DDL and SQL-SSL statements
	@	Number of utility statements
298	+	Number of SQL plan accesses	Number per second
	-	Number of SQL plan generations
299	+	Number of logical read accesses to the system data buffer	Number per second
	-	Number of logical write accesses to the system data buffer
300	+	Number of physical read accesses to the system data buffer	Number per second
	-	Number of physical write accesses to the system data buffer
301	+	Number of logical read accesses to the user data buffer	Number per second
	-	Number of logical write accesses to the user data buffer
302	+	Number of physical read accesses to the user data buffer	Number per second
	-	Number of physical write accesses to the user data buffer
303	+	Number of logical read accesses to the cursor files	Number per second
	-	Number of logical write accesses to the cursor files
304	+	Number of physical read accesses auf die cursor files	Number per second
	-	Number of physical write accesses to the cursor files
305	-	Number of physical write accesses to DA-LOG and CAT-LOG files	Number per second
	.	Number of physical read accesses to TA-LOG files
	*	Number of physical write accesses to TA-LOG files
306	-	Number of active threads	Number
	.	Number of ready threads
	*	Number of unused threads
307	-	Number of inactive threads because of IO	Number
	.	Number of inactive threads because of TA lock
	*	Number of inactive threads because of job execution by the service task
	@	Number of inactive threads because of semaphores, block lock or termination of a system job
308	+	Number of active service tasks	Number
	-	Number of jobs not yet executed by the service task
309	+	Data rate for sending to and receiving from the network	KB per second
310	+	Data rate for sending to the network	KB per second
	-	Data rate for receiving from the network
311	+	Data rate for reading from and writing to files	KB per second
312	+	Data rate for reading from files	KB per second
	-	Data rate for writing to files
313	+	Number of received jobs per second	Number per second
	.	Number of successfully completed jobs per second
	*	Number of aborted jobs per second
	-	Number of interrupted jobs per second
	@	Number of jobs rejected per second because of incorrect user authentication
314	+	Number of connection attempts aborted as unsuccessful per second	Number per second
	-	Number of connections aborted per second
315	+	Number of synchronous jobs in ACTIVE state	Number
	-	Number of asynchronous jobs in ACTIVE state
316	-	Number of jobs in WAIT state	Number
	.	Number of jobs in HOLD state
	*	Number of jobs in SUSPEND state
	@	Number of jobs in LOCK state
317	+	Maximum number of connections active in parallel which can be used to execute file transfer requests (openFT parameter CONNECTION-LIMIT)	Number
	-	Number of occupied connections This value can temporarily be greater than the maximum value if CONNECTION-LIMIT has been reduced.
318	+	Maximum number of jobs which can be stored in the request queue (asynchronous jobs, openFT parameter REQUEST-LIMIT)	Number
	-	Number of jobs stored in the request queue (asynchronous jobs) This value can temporarily be greater than the maximum value if REQUEST-LIMIT has been reduced.
319	*	Average number of RSC IOs processed in parallel	Number
	.	Maximum possible number of RSC IOs
320	+	Number of read accesses	Inputs/outputs per second
	-	Number of write accesses
		See also notes on the DISK-FILE monitoring program.