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Author SHA1 Message Date
Allan Bowe
98b1c44283 Merge pull request #131 from sasjs/mp_filterstore
feat: mp_filterstore macro
2021-12-26 17:28:45 +02:00
munja
ce026f19b5 feat: new mp_filterstore macro 2021-12-26 15:06:06 +00:00
munja
8e723d06b0 feat: mp_filterstore macro 2021-12-26 01:06:56 +00:00
7 changed files with 762 additions and 64 deletions

354
all.sas
View File

@@ -3351,6 +3351,97 @@ run;
drop table work.&tempds;
%mend mp_copyfolder;/**
@file
@brief Create the permanent Core tables
@details Several macros in the [core](https://github.com/sasjs/core) library
make use of permanent tables. To avoid duplication in definitions, this
macro provides a central location for managing the corresponding DDL.
Example usage:
%mp_coretable(LOCKTABLE,libds=work.locktable)
@param [in] table_ref The type of table to create. Example values:
@li FILTER_DETAIL - For storing detailed filter values. Used by
mp_filterstore.sas.
@li FILTER_SUMMARY - For storing summary filter values. Used by
mp_filterstore.sas.
@li LOCKANYTABLE - For "locking" tables prior to multipass loads. Used by
mp_lockanytable.sas
@li MAXKEYTABLE - For storing the maximum retained key information. Used
by mp_retainedkey.sas
@param [in] libds= (0) The library.dataset reference used to create the table.
If not provided, then the DDL is simply printed to the log.
<h4> Related Macros </h4>
@li mp_filterstore.sas
@li mp_lockanytable.sas
@li mp_retainedkey.sas
@version 9.2
@author Allan Bowe
**/
%macro mp_coretable(table_ref,libds=0
)/*/STORE SOURCE*/;
%local outds ;
%let outds=%sysfunc(ifc(&libds=0,_data_,&libds));
proc sql;
%if &table_ref=LOCKTABLE %then %do;
create table &outds(
lock_lib char(8),
lock_ds char(32),
lock_status_cd char(10) not null,
lock_user_nm char(100) not null ,
lock_ref char(200),
lock_pid char(10),
lock_start_dttm num format=E8601DT26.6,
lock_end_dttm num format=E8601DT26.6,
constraint pk_mp_lockanytable primary key(lock_lib,lock_ds));
%end;
%else %if &table_ref=FILTER_SUMMARY %then %do;
create table &outds(
filter_rk num not null,
filter_hash char(32) not null,
filter_table char(41) not null,
processed_dttm num not null format=E8601DT26.6,
constraint pk_mpe_filteranytable
primary key(filter_rk));
%end;
%else %if &table_ref=FILTER_DETAIL %then %do;
create table &outds(
filter_hash char(32) not null,
filter_line num not null,
group_logic char(3) not null,
subgroup_logic char(3) not null,
subgroup_id num not null,
variable_nm varchar(32) not null,
operator_nm varchar(12) not null,
raw_value varchar(4000) not null,
processed_dttm num not null format=E8601DT26.6,
constraint pk_mpe_filteranytable
primary key(filter_hash,filter_line));
%end;
%else %if &table_ref=MAXKEYTABLE %then %do;
create table &outds(
keytable varchar(41) label='Base table in libref.dataset format',
keycolumn char(32) format=$32.
label='The Retained key field containing the key values.',
max_key num label=
'Integer representing current max RK or SK value in the KEYTABLE',
processed_dttm num format=E8601DT26.6
label='Datetime this value was last updated',
constraint pk_mpe_maxkeyvalues
primary key(keytable));
%end;
%if &libds=0 %then %do;
describe table &syslast;
drop table &syslast;
%end;
%mend mp_coretable;/**
@file mp_createconstraints.sas
@brief Creates constraints
@details Takes the output from mp_getconstraints.sas as input
@@ -5098,6 +5189,218 @@ filename &outref temp;
%mend mp_filtergenerate;
/**
@file
@brief Checks & Stores an input filter table and returns the Filter Key
@details Used to generate a FILTER_RK from an input query dataset. This
process requires several permanent tables (names are configurable). The
benefit of storing query values at backend is to enable stored 'views' of
filtered tables at frontend (ie, when building [SAS-Powered Apps](
https://sasapps.io)). This macro is also used in [Data Controller for SAS](
https://datacontroller.io).
@param [in] libds= The target dataset to be filtered (lib should be assigned)
@param [in] queryds= (WORK.FILTERQUERY) The temporary input query dataset to
be validated. Has the following format:
|GROUP_LOGIC:$3|SUBGROUP_LOGIC:$3|SUBGROUP_ID:8.|VARIABLE_NM:$32|OPERATOR_NM:$10|RAW_VALUE:$32767|
|---|---|---|---|---|---|
|AND|AND|1|SOME_BESTNUM|>|1|
|AND|AND|1|SOME_TIME|=|77333|
@param [in] filter_summary= (PERM.FILTER_SUMMARY) Permanent table containing
summary filter values. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(FILTER_SUMMARY)`. Example
values:
|FILTER_RK:best.|FILTER_HASH:$32.|FILTER_TABLE:$41.|PROCESSED_DTTM:datetime19.|
|---|---|---|---|
|`1 `|`540E96F566D194AB58DD4C413C99C9DB `|`VIYA6014.MPE_TABLES `|`1956084246 `|
|`2 `|`87737DB9EEE2650F5C89956CEAD0A14F `|`VIYA6014.MPE_X_TEST `|`1956084452.1`|
|`3 `|`8048BD908DBBD83D013560734E90D394 `|`VIYA6014.MPE_TABLES `|`1956093620.6`|
@param [in] filter_detail= (PERM.FILTER_DETAIL) Permanent table containing
detailed (raw) filter values. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(FILTER_DETAIL)`. Example
values:
|FILTER_HASH:$32.|FILTER_LINE:best.|GROUP_LOGIC:$3.|SUBGROUP_LOGIC:$3.|SUBGROUP_ID:best.|VARIABLE_NM:$32.|OPERATOR_NM:$12.|RAW_VALUE:$4000.|PROCESSED_DTTM:datetime19.|
|---|---|---|---|---|---|---|---|---|
|`540E96F566D194AB58DD4C413C99C9DB `|`1 `|`AND `|`AND `|`1 `|`LIBREF `|`CONTAINS `|`DC`|`1956084245.8 `|
|`540E96F566D194AB58DD4C413C99C9DB `|`2 `|`AND `|`OR `|`2 `|`DSN `|`= `|` MPE_LOCK_ANYTABLE `|`1956084245.8 `|
|`87737DB9EEE2650F5C89956CEAD0A14F `|`1 `|`AND `|`AND `|`1 `|`PRIMARY_KEY_FIELD `|`IN `|`(1,2,3) `|`1956084451.9 `|
@param [in] lock_table= (PERM.LOCK_TABLE) Permanent locking table. Used to
manage concurrent access. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(LOCKTABLE)`.
@param [in] maxkeytable= (0) Optional permanent reference table used for
retained key tracking. Described in mp_retainedkey.sas.
@param [in] mdebug= set to 1 to enable DEBUG messages
@param [out] outresult= The result table with the FILTER_RK
@param [out] outquery= The original query, taken as extract after table load
<h4> SAS Macros </h4>
@li mf_getuniquename.sas
@li mf_getvalue.sas
@li mf_islibds.sas
@li mf_nobs.sas
@li mp_abort.sas
@li mp_filtercheck.sas
@li mp_hashdataset.sas
@li mp_retainedkey.sas
<h4> Related Macros </h4>
@li mp_filtercheck.sas
@li mp_filtergenerate.sas
@li mp_filtervalidate.sas
@li mp_filterstore.test.sas
@version 9.2
@author [Allan Bowe](https://www.linkedin.com/in/allanbowe)
**/
%macro mp_filterstore(libds=,
queryds=work.filterquery,
filter_summary=PERM.FILTER_SUMMARY,
filter_detail=PERM.FILTER_DETAIL,
lock_table=PERM.LOCK_TABLE,
maxkeytable=PERM.MAXKEYTABLE,
outresult=work.result,
outquery=work.query,
mdebug=1
);
%put &sysmacroname entry vars:;
%put _local_;
%local ds1 ds2 ds3 ds4 filter_hash;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc on macro entry)
)
%mp_abort(iftrue= (%mf_islibds(&filter_summary)=0)
,mac=mp_filterstore
,msg=%str(Invalid filter_summary value: &filter_summary)
)
%mp_abort(iftrue= (%mf_islibds(&filter_detail)=0)
,mac=mp_filterstore
,msg=%str(Invalid filter_detail value: &filter_detail)
)
%mp_abort(iftrue= (%mf_islibds(&lock_table)=0)
,mac=mp_filterstore
,msg=%str(Invalid lock_table value: &lock_table)
)
/* validate query */
%mp_filtercheck(&queryds,targetds=&libds,abort=YES)
/* hash the result */
%let ds1=%mf_getuniquename(prefix=hashds);
%mp_hashdataset(&queryds,outds=&ds1,salt=&libds)
%let filter_hash=%upcase(%mf_getvalue(&ds1,hashkey));
%if &mdebug=1 %then %do;
data _null_;
putlog "filter_hash=&filter_hash";
set &ds1;
putlog (_all_)(=);
run;
%end;
/* check if data already exists for this hash */
data &outresult;
set &filter_summary;
where filter_hash="&filter_hash";
run;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc after hash check)
)
%mp_abort(iftrue= ("&filter_hash"=" ")
,mac=mp_filterstore
,msg=%str(problem with filter_hash generation)
)
%if %mf_nobs(&outresult)=0 %then %do;
/* update detail table first */
%let ds2=%mf_getuniquename(prefix=filterdetail);
data &ds2;
if 0 then set &filter_detail;
set &queryds;
format filter_hash $hex32. filter_line 8. processed_dttm E8601DT26.6;
filter_hash="&filter_hash";
filter_line=_n_;
PROCESSED_DTTM="%sysfunc(datetime(),E8601DT26.6)"dt;
run;
%mp_lockanytable(LOCK,
lib=%scan(&filter_detail,1,.)
,ds=%scan(&filter_detail,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
proc append base=&filter_detail data=&ds2;
run;
%mp_lockanytable(UNLOCK,
lib=%scan(&filter_detail,1,.)
,ds=%scan(&filter_detail,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
/* now update summary table */
%let ds3=%mf_getuniquename(prefix=filtersum);
data &ds3;
if 0 then set &filter_summary;
filter_table=symget('libds');
filter_hash="&filter_hash";
PROCESSED_DTTM="%sysfunc(datetime(),E8601DT26.6)"dt;
output;
stop;
run;
%mp_lockanytable(LOCK,
lib=%scan(&filter_summary,1,.)
,ds=%scan(&filter_summary,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
%let ds4=%mf_getuniquename(prefix=filtersumappend);
%mp_retainedkey(
base_lib=%scan(&filter_summary,1,.)
,base_dsn=%scan(&filter_summary,2,.)
,append_lib=work
,append_dsn=&ds3
,retained_key=filter_rk
,business_key=filter_hash
,maxkeytable=&maxkeytable
,locktable=&lock_table
,outds=work.&ds4
)
proc append base=&filter_summary data=&ds4;
run;
%mp_lockanytable(UNLOCK,
lib=%scan(&filter_summary,1,.)
,ds=%scan(&filter_summary,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
data &outresult;
set &filter_summary;
where filter_hash="&filter_hash";
run;
%end;
proc sort data=&filter_detail(where=(filter_hash="&filter_hash")) out=&outquery;
by filter_line;
run;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc on macro exit)
)
%mend mp_filterstore;/**
@file
@brief Checks a generated filter query for validity
@details Runs a generated filter in proc sql with the validate option.
@@ -7584,19 +7887,8 @@ select distinct lowcase(memname)
@param [in] ref= A meaningful reference to enable the lock to be traced. Max
length is 200 characters.
@param [out] ctl_ds= (0) The control table which controls the actual locking.
Should already be assigned and available. Definition as follows:
proc sql;
create table &ctl_ds(
lock_lib char(8),
lock_ds char(32),
lock_status_cd char(10) not null,
lock_user_nm char(100) not null ,
lock_ref char(200),
lock_pid char(10),
lock_start_dttm num format=E8601DT26.6,
lock_end_dttm num format=E8601DT26.6,
constraint pk_mp_lockanytable primary key(lock_lib,lock_ds));
Should already be assigned and available. The definition is available by
running mp_coretable.sas as follows: `mp_coretable(LOCKTABLE)`.
@param [in] loops= (25) Number of times to check for a lock.
@param [in] loop_secs= (1) Seconds to wait between each lock attempt
@@ -8326,19 +8618,12 @@ run;
@li permlib.base_table - the target table to be loaded (**not** loaded by this
macro)
@li permlib.maxkeytable - optional, used to store load metaadata.
The structure is as follows:
The definition is available by running mp_coretable.sas as follows:
`mp_coretable(MAXKEYTABLE)`.
@li permlib.locktable - Necessary if maxkeytable is being populated. The
definition is available by running mp_coretable.sas as follows:
`mp_coretable(LOCKTABLE)`.
proc sql;
create table yourlib.maxkeytable(
keytable varchar(41) label='Base table in libref.dataset format',
keycolumn char(32) format=$32.
label='The Retained key field containing the key values.',
max_key num label=
'Integer representing current max RK or SK value in the KEYTABLE',
processed_dttm num format=E8601DT26.6
label='Datetime this value was last updated',
constraint pk_mpe_maxkeyvalues
primary key(keytable));
@param [in] base_lib= (WORK) Libref of the base (target) table.
@param [in] base_dsn= (BASETABLE) Name of the base (target) table.
@@ -8374,6 +8659,7 @@ run;
@li mp_lockanytable.sas
<h4> Related Macros </h4>
@li mp_filterstore.sas
@li mp_retainedkey.test.sas
@version 9.2
@@ -8403,7 +8689,7 @@ run;
%let tempds1=%mf_getuniquename();
%let tempds2=%mf_getuniquename();
%let comma_pk=%mf_getquotedstr(in_str=%str(&business_key),dlm=%str(,),quote=);
%let outds=%sysfunc(ifc(%index(&outds,.)=0,work.&outds,&outds));
/* validation checks */
%let iserr=0;
%if &syscc>0 %then %do;
@@ -8434,14 +8720,18 @@ run;
%do x=1 %to %sysfunc(countw(&business_key));
/* check business key values exist */
%let key_field=%scan(&business_key,&x,%str( ));
%if (not %mf_existvar(&app_libds,&key_field))
or (not %mf_existvar(&base_libds,&key_field))
%then %do;
%if not %mf_existvar(&app_libds,&key_field) %then %do;
%let iserr=1;
%let msg=Business key (&key_field) not found!;
%let msg=Business key (&key_field) not found on &app_libds!;
%goto err;
%end;
%else %if not %mf_existvar(&base_libds,&key_field) %then %do;
%let iserr=1;
%let msg=Business key (&key_field) not found on &base_libds!;
%goto err;
%end;
%end;
%err:
%if &iserr=1 %then %do;
/* err case so first perform an unlock of the base table before exiting */
%mp_lockanytable(
@@ -8505,7 +8795,7 @@ quit;
* Update maxkey table if link provided
*/
%if &maxkeytable ne 0 %then %do;
proc sql;
proc sql noprint;
select count(*) into: check from &maxkeytable
where upcase(keytable)="&base_libds";

92
base/mp_coretable.sas Normal file
View File

@@ -0,0 +1,92 @@
/**
@file
@brief Create the permanent Core tables
@details Several macros in the [core](https://github.com/sasjs/core) library
make use of permanent tables. To avoid duplication in definitions, this
macro provides a central location for managing the corresponding DDL.
Example usage:
%mp_coretable(LOCKTABLE,libds=work.locktable)
@param [in] table_ref The type of table to create. Example values:
@li FILTER_DETAIL - For storing detailed filter values. Used by
mp_filterstore.sas.
@li FILTER_SUMMARY - For storing summary filter values. Used by
mp_filterstore.sas.
@li LOCKANYTABLE - For "locking" tables prior to multipass loads. Used by
mp_lockanytable.sas
@li MAXKEYTABLE - For storing the maximum retained key information. Used
by mp_retainedkey.sas
@param [in] libds= (0) The library.dataset reference used to create the table.
If not provided, then the DDL is simply printed to the log.
<h4> Related Macros </h4>
@li mp_filterstore.sas
@li mp_lockanytable.sas
@li mp_retainedkey.sas
@version 9.2
@author Allan Bowe
**/
%macro mp_coretable(table_ref,libds=0
)/*/STORE SOURCE*/;
%local outds ;
%let outds=%sysfunc(ifc(&libds=0,_data_,&libds));
proc sql;
%if &table_ref=LOCKTABLE %then %do;
create table &outds(
lock_lib char(8),
lock_ds char(32),
lock_status_cd char(10) not null,
lock_user_nm char(100) not null ,
lock_ref char(200),
lock_pid char(10),
lock_start_dttm num format=E8601DT26.6,
lock_end_dttm num format=E8601DT26.6,
constraint pk_mp_lockanytable primary key(lock_lib,lock_ds));
%end;
%else %if &table_ref=FILTER_SUMMARY %then %do;
create table &outds(
filter_rk num not null,
filter_hash char(32) not null,
filter_table char(41) not null,
processed_dttm num not null format=E8601DT26.6,
constraint pk_mpe_filteranytable
primary key(filter_rk));
%end;
%else %if &table_ref=FILTER_DETAIL %then %do;
create table &outds(
filter_hash char(32) not null,
filter_line num not null,
group_logic char(3) not null,
subgroup_logic char(3) not null,
subgroup_id num not null,
variable_nm varchar(32) not null,
operator_nm varchar(12) not null,
raw_value varchar(4000) not null,
processed_dttm num not null format=E8601DT26.6,
constraint pk_mpe_filteranytable
primary key(filter_hash,filter_line));
%end;
%else %if &table_ref=MAXKEYTABLE %then %do;
create table &outds(
keytable varchar(41) label='Base table in libref.dataset format',
keycolumn char(32) format=$32.
label='The Retained key field containing the key values.',
max_key num label=
'Integer representing current max RK or SK value in the KEYTABLE',
processed_dttm num format=E8601DT26.6
label='Datetime this value was last updated',
constraint pk_mpe_maxkeyvalues
primary key(keytable));
%end;
%if &libds=0 %then %do;
describe table &syslast;
drop table &syslast;
%end;
%mend mp_coretable;

213
base/mp_filterstore.sas Normal file
View File

@@ -0,0 +1,213 @@
/**
@file
@brief Checks & Stores an input filter table and returns the Filter Key
@details Used to generate a FILTER_RK from an input query dataset. This
process requires several permanent tables (names are configurable). The
benefit of storing query values at backend is to enable stored 'views' of
filtered tables at frontend (ie, when building [SAS-Powered Apps](
https://sasapps.io)). This macro is also used in [Data Controller for SAS](
https://datacontroller.io).
@param [in] libds= The target dataset to be filtered (lib should be assigned)
@param [in] queryds= (WORK.FILTERQUERY) The temporary input query dataset to
be validated. Has the following format:
|GROUP_LOGIC:$3|SUBGROUP_LOGIC:$3|SUBGROUP_ID:8.|VARIABLE_NM:$32|OPERATOR_NM:$10|RAW_VALUE:$32767|
|---|---|---|---|---|---|
|AND|AND|1|SOME_BESTNUM|>|1|
|AND|AND|1|SOME_TIME|=|77333|
@param [in] filter_summary= (PERM.FILTER_SUMMARY) Permanent table containing
summary filter values. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(FILTER_SUMMARY)`. Example
values:
|FILTER_RK:best.|FILTER_HASH:$32.|FILTER_TABLE:$41.|PROCESSED_DTTM:datetime19.|
|---|---|---|---|
|`1 `|`540E96F566D194AB58DD4C413C99C9DB `|`VIYA6014.MPE_TABLES `|`1956084246 `|
|`2 `|`87737DB9EEE2650F5C89956CEAD0A14F `|`VIYA6014.MPE_X_TEST `|`1956084452.1`|
|`3 `|`8048BD908DBBD83D013560734E90D394 `|`VIYA6014.MPE_TABLES `|`1956093620.6`|
@param [in] filter_detail= (PERM.FILTER_DETAIL) Permanent table containing
detailed (raw) filter values. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(FILTER_DETAIL)`. Example
values:
|FILTER_HASH:$32.|FILTER_LINE:best.|GROUP_LOGIC:$3.|SUBGROUP_LOGIC:$3.|SUBGROUP_ID:best.|VARIABLE_NM:$32.|OPERATOR_NM:$12.|RAW_VALUE:$4000.|PROCESSED_DTTM:datetime19.|
|---|---|---|---|---|---|---|---|---|
|`540E96F566D194AB58DD4C413C99C9DB `|`1 `|`AND `|`AND `|`1 `|`LIBREF `|`CONTAINS `|`DC`|`1956084245.8 `|
|`540E96F566D194AB58DD4C413C99C9DB `|`2 `|`AND `|`OR `|`2 `|`DSN `|`= `|` MPE_LOCK_ANYTABLE `|`1956084245.8 `|
|`87737DB9EEE2650F5C89956CEAD0A14F `|`1 `|`AND `|`AND `|`1 `|`PRIMARY_KEY_FIELD `|`IN `|`(1,2,3) `|`1956084451.9 `|
@param [in] lock_table= (PERM.LOCK_TABLE) Permanent locking table. Used to
manage concurrent access. The definition is available by running
mp_coretable.sas as follows: `mp_coretable(LOCKTABLE)`.
@param [in] maxkeytable= (0) Optional permanent reference table used for
retained key tracking. Described in mp_retainedkey.sas.
@param [in] mdebug= set to 1 to enable DEBUG messages
@param [out] outresult= The result table with the FILTER_RK
@param [out] outquery= The original query, taken as extract after table load
<h4> SAS Macros </h4>
@li mf_getuniquename.sas
@li mf_getvalue.sas
@li mf_islibds.sas
@li mf_nobs.sas
@li mp_abort.sas
@li mp_filtercheck.sas
@li mp_hashdataset.sas
@li mp_retainedkey.sas
<h4> Related Macros </h4>
@li mp_filtercheck.sas
@li mp_filtergenerate.sas
@li mp_filtervalidate.sas
@li mp_filterstore.test.sas
@version 9.2
@author [Allan Bowe](https://www.linkedin.com/in/allanbowe)
**/
%macro mp_filterstore(libds=,
queryds=work.filterquery,
filter_summary=PERM.FILTER_SUMMARY,
filter_detail=PERM.FILTER_DETAIL,
lock_table=PERM.LOCK_TABLE,
maxkeytable=PERM.MAXKEYTABLE,
outresult=work.result,
outquery=work.query,
mdebug=1
);
%put &sysmacroname entry vars:;
%put _local_;
%local ds1 ds2 ds3 ds4 filter_hash;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc on macro entry)
)
%mp_abort(iftrue= (%mf_islibds(&filter_summary)=0)
,mac=mp_filterstore
,msg=%str(Invalid filter_summary value: &filter_summary)
)
%mp_abort(iftrue= (%mf_islibds(&filter_detail)=0)
,mac=mp_filterstore
,msg=%str(Invalid filter_detail value: &filter_detail)
)
%mp_abort(iftrue= (%mf_islibds(&lock_table)=0)
,mac=mp_filterstore
,msg=%str(Invalid lock_table value: &lock_table)
)
/* validate query */
%mp_filtercheck(&queryds,targetds=&libds,abort=YES)
/* hash the result */
%let ds1=%mf_getuniquename(prefix=hashds);
%mp_hashdataset(&queryds,outds=&ds1,salt=&libds)
%let filter_hash=%upcase(%mf_getvalue(&ds1,hashkey));
%if &mdebug=1 %then %do;
data _null_;
putlog "filter_hash=&filter_hash";
set &ds1;
putlog (_all_)(=);
run;
%end;
/* check if data already exists for this hash */
data &outresult;
set &filter_summary;
where filter_hash="&filter_hash";
run;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc after hash check)
)
%mp_abort(iftrue= ("&filter_hash"=" ")
,mac=mp_filterstore
,msg=%str(problem with filter_hash generation)
)
%if %mf_nobs(&outresult)=0 %then %do;
/* update detail table first */
%let ds2=%mf_getuniquename(prefix=filterdetail);
data &ds2;
if 0 then set &filter_detail;
set &queryds;
format filter_hash $hex32. filter_line 8. processed_dttm E8601DT26.6;
filter_hash="&filter_hash";
filter_line=_n_;
PROCESSED_DTTM="%sysfunc(datetime(),E8601DT26.6)"dt;
run;
%mp_lockanytable(LOCK,
lib=%scan(&filter_detail,1,.)
,ds=%scan(&filter_detail,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
proc append base=&filter_detail data=&ds2;
run;
%mp_lockanytable(UNLOCK,
lib=%scan(&filter_detail,1,.)
,ds=%scan(&filter_detail,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
/* now update summary table */
%let ds3=%mf_getuniquename(prefix=filtersum);
data &ds3;
if 0 then set &filter_summary;
filter_table=symget('libds');
filter_hash="&filter_hash";
PROCESSED_DTTM="%sysfunc(datetime(),E8601DT26.6)"dt;
output;
stop;
run;
%mp_lockanytable(LOCK,
lib=%scan(&filter_summary,1,.)
,ds=%scan(&filter_summary,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
%let ds4=%mf_getuniquename(prefix=filtersumappend);
%mp_retainedkey(
base_lib=%scan(&filter_summary,1,.)
,base_dsn=%scan(&filter_summary,2,.)
,append_lib=work
,append_dsn=&ds3
,retained_key=filter_rk
,business_key=filter_hash
,maxkeytable=&maxkeytable
,locktable=&lock_table
,outds=work.&ds4
)
proc append base=&filter_summary data=&ds4;
run;
%mp_lockanytable(UNLOCK,
lib=%scan(&filter_summary,1,.)
,ds=%scan(&filter_summary,2,.)
,ref=MP_FILTERSTORE update - &filter_hash
,ctl_ds=&lock_table
)
data &outresult;
set &filter_summary;
where filter_hash="&filter_hash";
run;
%end;
proc sort data=&filter_detail(where=(filter_hash="&filter_hash")) out=&outquery;
by filter_line;
run;
%mp_abort(iftrue= (&syscc ne 0)
,mac=mp_filterstore
,msg=%str(syscc=&syscc on macro exit)
)
%mend mp_filterstore;

View File

@@ -14,19 +14,8 @@
@param [in] ref= A meaningful reference to enable the lock to be traced. Max
length is 200 characters.
@param [out] ctl_ds= (0) The control table which controls the actual locking.
Should already be assigned and available. Definition as follows:
proc sql;
create table &ctl_ds(
lock_lib char(8),
lock_ds char(32),
lock_status_cd char(10) not null,
lock_user_nm char(100) not null ,
lock_ref char(200),
lock_pid char(10),
lock_start_dttm num format=E8601DT26.6,
lock_end_dttm num format=E8601DT26.6,
constraint pk_mp_lockanytable primary key(lock_lib,lock_ds));
Should already be assigned and available. The definition is available by
running mp_coretable.sas as follows: `mp_coretable(LOCKTABLE)`.
@param [in] loops= (25) Number of times to check for a lock.
@param [in] loop_secs= (1) Seconds to wait between each lock attempt

View File

@@ -24,19 +24,12 @@
@li permlib.base_table - the target table to be loaded (**not** loaded by this
macro)
@li permlib.maxkeytable - optional, used to store load metaadata.
The structure is as follows:
The definition is available by running mp_coretable.sas as follows:
`mp_coretable(MAXKEYTABLE)`.
@li permlib.locktable - Necessary if maxkeytable is being populated. The
definition is available by running mp_coretable.sas as follows:
`mp_coretable(LOCKTABLE)`.
proc sql;
create table yourlib.maxkeytable(
keytable varchar(41) label='Base table in libref.dataset format',
keycolumn char(32) format=$32.
label='The Retained key field containing the key values.',
max_key num label=
'Integer representing current max RK or SK value in the KEYTABLE',
processed_dttm num format=E8601DT26.6
label='Datetime this value was last updated',
constraint pk_mpe_maxkeyvalues
primary key(keytable));
@param [in] base_lib= (WORK) Libref of the base (target) table.
@param [in] base_dsn= (BASETABLE) Name of the base (target) table.
@@ -72,6 +65,7 @@
@li mp_lockanytable.sas
<h4> Related Macros </h4>
@li mp_filterstore.sas
@li mp_retainedkey.test.sas
@version 9.2
@@ -101,7 +95,7 @@
%let tempds1=%mf_getuniquename();
%let tempds2=%mf_getuniquename();
%let comma_pk=%mf_getquotedstr(in_str=%str(&business_key),dlm=%str(,),quote=);
%let outds=%sysfunc(ifc(%index(&outds,.)=0,work.&outds,&outds));
/* validation checks */
%let iserr=0;
%if &syscc>0 %then %do;
@@ -132,14 +126,18 @@
%do x=1 %to %sysfunc(countw(&business_key));
/* check business key values exist */
%let key_field=%scan(&business_key,&x,%str( ));
%if (not %mf_existvar(&app_libds,&key_field))
or (not %mf_existvar(&base_libds,&key_field))
%then %do;
%if not %mf_existvar(&app_libds,&key_field) %then %do;
%let iserr=1;
%let msg=Business key (&key_field) not found!;
%let msg=Business key (&key_field) not found on &app_libds!;
%goto err;
%end;
%else %if not %mf_existvar(&base_libds,&key_field) %then %do;
%let iserr=1;
%let msg=Business key (&key_field) not found on &base_libds!;
%goto err;
%end;
%end;
%err:
%if &iserr=1 %then %do;
/* err case so first perform an unlock of the base table before exiting */
%mp_lockanytable(
@@ -203,7 +201,7 @@ quit;
* Update maxkey table if link provided
*/
%if &maxkeytable ne 0 %then %do;
proc sql;
proc sql noprint;
select count(*) into: check from &maxkeytable
where upcase(keytable)="&base_libds";

View File

@@ -0,0 +1,31 @@
/**
@file
@brief Testing mp_coretable.sas macro
<h4> SAS Macros </h4>
@li mf_existds.sas
@li mp_coretable.sas
@li mp_assert.sas
**/
%mp_coretable(LOCKTABLE,libds=work.lock)
%mp_assert(
iftrue=(%mf_existds(work.lock)=1),
desc=Lock table created,
outds=work.test_results
)
%mp_coretable(LOCKTABLE)
%mp_assert(
iftrue=("&syscc"="0"),
desc=DDL export ran without errors,
outds=work.test_results
)
%mp_coretable(FILTER_SUMMARY,libds=work.sum)
%mp_assert(
iftrue=(%mf_existds(work.sum)=1),
desc=Filter summary table created,
outds=work.test_results
)

View File

@@ -0,0 +1,85 @@
/**
@file
@brief Testing mp_filterstore macro
<h4> SAS Macros </h4>
@li mp_coretable.sas
@li mp_filterstore.sas
@li mp_assertdsobs.sas
@li mp_assert.sas
**/
libname permlib (work);
%mp_coretable(LOCKTABLE,libds=permlib.locktable)
%mp_coretable(FILTER_SUMMARY,libds=permlib.filtsum)
%mp_coretable(FILTER_DETAIL,libds=permlib.filtdet)
%mp_coretable(MAXKEYTABLE,libds=permlib.maxkey)
/* valid filter */
data work.inds;
infile datalines4 dsd;
input GROUP_LOGIC:$3. SUBGROUP_LOGIC:$3. SUBGROUP_ID:8. VARIABLE_NM:$32.
OPERATOR_NM:$12. RAW_VALUE:$4000.;
datalines4;
AND,AND,1,AGE,=,12
AND,AND,1,SEX,<=,"'M'"
AND,OR,2,Name,NOT IN,"('Jane','Alfred')"
AND,OR,2,Weight,>=,77.7
AND,OR,2,Weight,NE,77.7
;;;;
run;
%mp_filterstore(libds=sashelp.class,
queryds=work.inds,
filter_summary=permlib.filtsum,
filter_detail=permlib.filtdet,
lock_table=permlib.locktable,
maxkeytable=permlib.maxkey,
outresult=work.result,
outquery=work.query,
mdebug=1
)
%mp_assert(iftrue=(&syscc>0),
desc=Ensure macro runs without errors,
outds=work.test_results
)
/* ensure only one record created */
%mp_assertdsobs(permlib.filtsum,
desc=Initial query,
test=ATMOST 1,
outds=work.test_results
)
/* check RK is correct */
proc sql noprint;
select max(filter_rk) into: test1 from work.result;
%mp_assert(iftrue=(&test1=1),
desc=Ensure filter rk is correct,
outds=work.test_results
)
/* Test 2 - load same table again and ensure we get the same RK */
%mp_filterstore(libds=sashelp.class,
queryds=work.inds,
filter_summary=permlib.filtsum,
filter_detail=permlib.filtdet,
lock_table=permlib.locktable,
maxkeytable=permlib.maxkey,
outresult=work.result,
outquery=work.query,
mdebug=1
)
/* ensure only one record created */
%mp_assertdsobs(permlib.filtsum,
desc=Initial query - same obs,
test=ATMOST 1,
outds=work.test_results
)
/* check RK is correct */
proc sql noprint;
select max(filter_rk) into: test2 from work.result;
%mp_assert(iftrue=(&test2=1),
desc=Ensure filter rk is correct for second run,
outds=work.test_results
)