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Author SHA1 Message Date
vrh
40ac3bba9a merge 2020-08-08 14:32:12 +02:00
vrh
21946e74f1 feat: mm_gettableid macro 2020-08-08 14:29:55 +02:00
Allan Bowe
6443e2d2ef Merge pull request #3 from sasjs/mp_rafal
Fix: Unique Indexes Added
2020-08-05 13:57:00 +02:00
rafgag
17f03b7507 Fix: previous changes restored 2020-08-05 13:48:16 +02:00
rafgag
c6a18a4168 Fix: Unique Indexes Added 2020-08-05 12:42:27 +02:00
vrh
dd18d1d5a8 fix: adding schema to pg output 2020-08-04 21:19:00 +02:00
vrh
fc8a39bbca fix: quoting reserved words 2020-08-04 18:45:00 +02:00
3 changed files with 298 additions and 164 deletions

267
all.sas
View File

@@ -2449,11 +2449,13 @@ create table &outds as
label x='blah'; label x='blah';
run; run;
proc sql; describe table &syslast; proc sql; describe table &syslast;
%mp_getddl(work,test,flavour=tsql,showlog=YES) %mp_getddl(work,test,flavour=tsql,showlog=YES)
<h4> Dependencies </h4>
@li mp_getconstraints.sas
@param lib libref of the library to create DDL for. Should be assigned. @param lib libref of the library to create DDL for. Should be assigned.
@param ds dataset to create ddl for @param ds dataset to create ddl for (optional)
@param fref= the fileref to which to write the DDL. If not preassigned, will @param fref= the fileref to which to write the DDL. If not preassigned, will
be assigned to TEMP. be assigned to TEMP.
@param flavour= The type of DDL to create (default=SAS). Supported=TSQL @param flavour= The type of DDL to create (default=SAS). Supported=TSQL
@@ -2462,11 +2464,9 @@ create table &outds as
,else libref) ,else libref)
@param applydttm= for non SAS DDL, choose if columns are created with native @param applydttm= for non SAS DDL, choose if columns are created with native
datetime2 format or regular decimal type datetime2 format or regular decimal type
@version 9.3 @version 9.3
@author Allan Bowe @author Allan Bowe
@source https://github.com/sasjs/core @source https://github.com/sasjs/core
**/ **/
%macro mp_getddl(libref,ds,fref=getddl,flavour=SAS,showlog=NO,schema= %macro mp_getddl(libref,ds,fref=getddl,flavour=SAS,showlog=NO,schema=
@@ -2490,16 +2490,6 @@ create table _data_ as
; ;
%local tabinfo; %let tabinfo=&syslast; %local tabinfo; %let tabinfo=&syslast;
create table _data_ as
select * from dictionary.indexes
where upcase(libname)="%upcase(&libref)"
%if %length(&ds)>0 %then %do;
and upcase(memname)="%upcase(&ds)"
%end;
order by idxusage, indxname, indxpos
;
%local idxinfo; %let idxinfo=&syslast;
create table _data_ as create table _data_ as
select * from dictionary.columns select * from dictionary.columns
where upcase(libname)="%upcase(&libref)" where upcase(libname)="%upcase(&libref)"
@@ -2508,10 +2498,43 @@ create table _data_ as
%end; %end;
; ;
%local colinfo; %let colinfo=&syslast; %local colinfo; %let colinfo=&syslast;
%local dsnlist; %local dsnlist;
select distinct upcase(memname) into: dsnlist select distinct upcase(memname) into: dsnlist
separated by ' ' separated by ' '
from &syslast; from &syslast
;
quit;
/* Extract all Primary Key and Unique data constraints */
%mp_getconstraints(lib=%upcase(&libref),ds=%upcase(&ds),outds=_data_)
%local colconst; %let colconst=&syslast;
%macro addConst();
data _null_;
length ctype $11;
set &colconst (where=(table_name="&curds" and constraint_type in ('PRIMARY','UNIQUE'))) end=last;
file &fref mod;
by constraint_type constraint_name;
if upcase(strip(constraint_type)) = 'PRIMARY' then ctype='PRIMARY KEY';
else ctype=strip(constraint_type);
%if &flavour=TSQL %then %do;
column_name=catt('[',column_name,']');
constraint_name=catt('[',constraint_name,']');
%end;
%else %if &flavour=PGSQL %then %do;
column_name=catt('"',column_name,'"');
constraint_name=catt('"',constraint_name,'"');
%end;
if first.constraint_name then do;
put " ,CONSTRAINT " constraint_name ctype "(" ;
put ' ' column_name;
end;
else put ' ,' column_name;
if last.constraint_name then put " )";
run;
%mend;
data _null_; data _null_;
file &fref; file &fref;
put "/* DDL generated by &sysuserid on %sysfunc(datetime(),datetime19.) */"; put "/* DDL generated by &sysuserid on %sysfunc(datetime(),datetime19.) */";
@@ -2520,13 +2543,14 @@ run;
%local x curds; %local x curds;
%if &flavour=SAS %then %do; %if &flavour=SAS %then %do;
data _null_; data _null_;
file &fref; file &fref mod;
put "proc sql;"; put "proc sql;";
run; run;
%do x=1 %to %sysfunc(countw(&dsnlist)); %do x=1 %to %sysfunc(countw(&dsnlist));
%let curds=%scan(&dsnlist,&x); %let curds=%scan(&dsnlist,&x);
data _null_; data _null_;
file &fref mod; file &fref mod;
if _n_ eq 1 then put "/* SAS Flavour DDL for %upcase(&libref).&curds */";
length nm lab $1024; length nm lab $1024;
set &colinfo (where=(upcase(memname)="&curds")) end=last; set &colinfo (where=(upcase(memname)="&curds")) end=last;
@@ -2545,22 +2569,14 @@ run;
lab=" label="!!quote(trim(label)); lab=" label="!!quote(trim(label));
if notnull='yes' then notnul=' not null'; if notnull='yes' then notnul=' not null';
put name type len fmt notnul lab; put name type len fmt notnul lab;
if last then put ');';
run; run;
/* Extra step for data constraints */
%addConst()
data _null_; data _null_;
length ds $128;
set &idxinfo (where=(memname="&curds")) end=last;
file &fref mod; file &fref mod;
by idxusage indxname; put ');';
if unique='yes' then uniq=' unique';
ds=cats(libname,'.',memname);
if first.indxname then do;
put 'create ' uniq ' index ' indxname;
put ' on ' ds '(' name @@;
end;
else put ',' name @@;
if last.indxname then put ');';
run; run;
/* /*
ods output IntegrityConstraints=ic; ods output IntegrityConstraints=ic;
@@ -2582,7 +2598,7 @@ run;
%let curds=%scan(&dsnlist,&x); %let curds=%scan(&dsnlist,&x);
data _null_; data _null_;
file &fref mod; file &fref mod;
put "/* DDL for &schema..&curds */"; put "/* TSQL Flavour DDL for &schema..&curds */";
data _null_; data _null_;
file &fref mod; file &fref mod;
set &colinfo (where=(upcase(memname)="&curds")) end=last; set &colinfo (where=(upcase(memname)="&curds")) end=last;
@@ -2605,31 +2621,12 @@ run;
else if length le 8000 then fmt='[varchar]('!!cats(length)!!')'; else if length le 8000 then fmt='[varchar]('!!cats(length)!!')';
else fmt=cats('[varchar](max)'); else fmt=cats('[varchar](max)');
if notnull='yes' then notnul=' NOT NULL'; if notnull='yes' then notnul=' NOT NULL';
put name fmt notnul; put "[" name +(-1) "]" fmt notnul;
run;
data _null_;
length ds $128;
set &idxinfo (where=(memname="&curds"));
file &fref mod;
by idxusage indxname;
if unique='yes' then uniq=' unique';
ds=cats(libname,'.',memname);
if first.indxname then do;
if unique='yes' and nomiss='yes' then do;
put ' ,constraint [' indxname '] PRIMARY KEY';
end;
else if unique='yes' then do;
/* add nonclustered in case of multiple unique indexes */
put ' ,index [' indxname '] UNIQUE NONCLUSTERED';
end;
put ' (';
put ' [' name ']';
end;
else put ' ,[' name ']';
if last.indxname then do;
put ' )';
end;
run; run;
/* Extra step for data constraints */
%addConst()
data _null_; data _null_;
file &fref mod; file &fref mod;
put ')'; put ')';
@@ -2661,7 +2658,9 @@ run;
from dictionary.libnames from dictionary.libnames
where libname="&libref" and engine='POSTGRES'; where libname="&libref" and engine='POSTGRES';
%let schema=%sysfunc(coalescec(&schemaactual,&schema,&libref)); %let schema=%sysfunc(coalescec(&schemaactual,&schema,&libref));
data _null_;
file &fref mod;
put "CREATE SCHEMA &schema;";
%do x=1 %to %sysfunc(countw(&dsnlist)); %do x=1 %to %sysfunc(countw(&dsnlist));
%let curds=%scan(&dsnlist,&x); %let curds=%scan(&dsnlist,&x);
data _null_; data _null_;
@@ -2689,34 +2688,19 @@ run;
else if type='num' then fmt=' DOUBLE PRECISION'; else if type='num' then fmt=' DOUBLE PRECISION';
else fmt='VARCHAR('!!cats(length)!!')'; else fmt='VARCHAR('!!cats(length)!!')';
if notnull='yes' then notnul=' NOT NULL'; if notnull='yes' then notnul=' NOT NULL';
put name fmt notnul; /* quote column names in case they represent reserved words */
run; name2=quote(trim(name));
data _null_; put name2 fmt notnul;
length ds $128;
set &idxinfo (where=(memname="&curds"));
file &fref mod;
by idxusage indxname;
if unique='yes' then uniq=' unique';
ds=cats(libname,'.',memname);
if first.indxname then do;
if unique='yes' and nomiss='yes' then do;
put ' ,PRIMARY KEY ';
end;
else if unique='yes' then do;
/* add nonclustered in case of multiple unique indexes */
put ' ,UNIQUE ';
end;
put ' (' name ;
end;
else put ' ,' name ;
if last.indxname then do;
put ' )';
end;
run; run;
/* Extra step for data constraints */
%addConst()
data _null_; data _null_;
file &fref mod; file &fref mod;
put ');'; put ');';
run; run;
%end; %end;
%end; %end;
%if &showlog=YES %then %do; %if &showlog=YES %then %do;
@@ -2728,8 +2712,7 @@ run;
run; run;
%end; %end;
%mend; %mend;/**
/**
@file mp_getmaxvarlengths.sas @file mp_getmaxvarlengths.sas
@brief Scans a dataset to find the max length of the variable values @brief Scans a dataset to find the max length of the variable values
@details @details
@@ -3928,64 +3911,6 @@ proc sql
%mp_binarycopy(inloc="&inloc",outref=_webout) %mp_binarycopy(inloc="&inloc",outref=_webout)
%mend;/**
@file mp_testwritespeedlibrary.sas
@brief Tests the write speed of a new table in a SAS library
@details Will create a new table of a certain size in an
existing SAS library. The table will have one column,
and will be subsequently deleted.
%mp_testwritespeedlibrary(
lib=work
,size=0.5
,outds=work.results
)
@param lib= (WORK) The library in which to create the table
@param size= (0.1) The size in GB of the table to create
@param outds= (WORK.RESULTS) The output dataset to be created.
<h4> Dependencies </h4>
@li mf_getuniquename.sas
@li mf_existds.sas
@version 9.4
@author Allan Bowe
**/
%macro mp_testwritespeedlibrary(lib=WORK
,outds=work.results
,size=0.1
)/*/STORE SOURCE*/;
%local ds start;
/* find an unused, unique name for the new table */
%let ds=%mf_getuniquename();
%do %until(%mf_existds(&lib..&ds)=0);
%let ds=%mf_getuniquename();
%end;
%let start=%sysfunc(datetime());
data &lib..&ds(compress=no keep=x);
header=128*1024;
size=(1073741824/8 * &size) - header;
do x=1 to size;
output;
end;
run;
proc sql;
drop table &lib..&ds;
data &outds;
lib="&lib";
start_dttm=put(&start,datetime19.);
end_dttm=put(datetime(),datetime19.);
duration_seconds=end_dttm-start_dttm;
run;
%mend;/** %mend;/**
@file mp_unzip.sas @file mp_unzip.sas
@brief Unzips a zip file @brief Unzips a zip file
@@ -8086,6 +8011,72 @@ run;
%mend; %mend;
/** /**
@file mm_gettableid.sas
@brief Get the metadata id for a particular table
@details Provide a libref and table name to return the corresponding metadata id
in an output datataset.
Usage:
- get a table id
%mm_gettableid(libref=METALIB,ds=SOMETABLE,outds=iwant)
@param libref= The libref to search
@param ds= The input dataset to check
@param outds= the dataset to create that contains the `tableuri``
@param mDebug= set to 1 to show debug messages in the log
@returns outds dataset containing `tableuri` and `tablename`
@version 9.2
@author Allan Bowe
**/
%macro mm_gettableid(
libref=
,ds=
,outds=work.mm_gettableid
,mDebug=0
)/*/STORE SOURCE*/;
%local mD;
%if &mDebug=1 %then %let mD=;
%else %let mD=%str(*);
%&mD.put Executing &sysmacroname..sas;
%&mD.put _local_;
data &outds;
length uri usingpkguri id type tableuri tablename tmpuri $256;
call missing(of _all_);
keep tableuri tablename;
n=1;
rc=0;
if metadata_getnobj("omsobj:SASLibrary?@Libref='&libref'",n,uri)<1 then do;
put "Library &libref not found";
stop;
end;
&mD.putlog "uri is " uri;
if metadata_getnasn(uri, "UsingPackages", 1, usingpkguri)>0 then do;
rc=metadata_resolve(usingpkguri,type,id);
&mD.putlog "Type is " type;
end;
if type='DatabaseSchema' then tmpuri=usingpkguri;
else tmpuri=uri;
t=1;
do while(metadata_getnasn(tmpuri, "Tables", t, tableuri)>0);
t+1;
rc= metadata_getattr(tableuri, "Name", tablename);
&mD.putlog "Table is " tablename;
if upcase(tablename)="%upcase(&ds)" then do;
output;
end;
end;
run;
%mend;/**
@file @file
@brief Creates a dataset with all metadata tables for a particular library @brief Creates a dataset with all metadata tables for a particular library
@details Will only show the tables to which a user has the requisite @details Will only show the tables to which a user has the requisite

View File

@@ -68,35 +68,52 @@ create table _data_ as
separated by ' ' separated by ' '
from &syslast from &syslast
; ;
quit;
create table _data_ as
select * from dictionary.indexes
where upcase(libname)="%upcase(&libref)"
%if %length(&ds)>0 %then %do;
and upcase(memname)="%upcase(&ds)"
%end;
order by idxusage, indxname, indxpos
;
%local idxinfo; %let idxinfo=&syslast;
/* Extract all Primary Key and Unique data constraints */ /* Extract all Primary Key and Unique data constraints */
%mp_getconstraints(lib=%upcase(&libref),ds=%upcase(&ds),outds=_data_) %mp_getconstraints(lib=%upcase(&libref),ds=%upcase(&ds),outds=_data_)
%local colconst; %let colconst=&syslast; %local colconst; %let colconst=&syslast;
%macro addConst(); %macro addConst();
data _null_; %global constraints_used;
length ctype $11; data _null_;
set &colconst (where=(table_name="&curds" and constraint_type in ('PRIMARY','UNIQUE'))) end=last; length ctype $11 constraint_name_orig $256 constraints_used $5000;
file &fref mod; set &colconst (where=(table_name="&curds" and constraint_type in ('PRIMARY','UNIQUE'))) end=last;
by constraint_type constraint_name; file &fref mod;
if upcase(strip(constraint_type)) = 'PRIMARY' then ctype='PRIMARY KEY'; by constraint_type constraint_name;
else ctype=strip(constraint_type); retain constraints_used;
%if &flavour=TSQL %then %do; constraint_name_orig=constraint_name;
column_name=catt('[',column_name,']'); if upcase(strip(constraint_type)) = 'PRIMARY' then ctype='PRIMARY KEY';
constraint_name=catt('[',constraint_name,']'); else ctype=strip(constraint_type);
%end; %if &flavour=TSQL %then %do;
%else %if &flavour=PGSQL %then %do; column_name=catt('[',column_name,']');
column_name=catt('"',column_name,'"'); constraint_name=catt('[',constraint_name,']');
constraint_name=catt('"',constraint_name,'"'); %end;
%end; %else %if &flavour=PGSQL %then %do;
if first.constraint_name then do; column_name=catt('"',column_name,'"');
put " ,CONSTRAINT " constraint_name ctype "(" ; constraint_name=catt('"',constraint_name,'"');
put ' ' column_name; %end;
end; if first.constraint_name then do;
else put ' ,' column_name; constraints_used = catx(' ', constraints_used, constraint_name_orig);
if last.constraint_name then put " )"; put " ,CONSTRAINT " constraint_name ctype "(" ;
run; put ' ' column_name;
end;
else put ' ,' column_name;
if last.constraint_name then do;
put " )";
call symput('constraints_used',strip(constraints_used));
end;
run;
%put &=constraints_used;
%mend; %mend;
data _null_; data _null_;
@@ -108,13 +125,13 @@ run;
%if &flavour=SAS %then %do; %if &flavour=SAS %then %do;
data _null_; data _null_;
file &fref mod; file &fref mod;
put "/* SAS Flavour DDL for %upcase(&libref).&curds */";
put "proc sql;"; put "proc sql;";
run; run;
%do x=1 %to %sysfunc(countw(&dsnlist)); %do x=1 %to %sysfunc(countw(&dsnlist));
%let curds=%scan(&dsnlist,&x); %let curds=%scan(&dsnlist,&x);
data _null_; data _null_;
file &fref mod; file &fref mod;
if _n_ eq 1 then put "/* SAS Flavour DDL for %upcase(&libref).&curds */";
length nm lab $1024; length nm lab $1024;
set &colinfo (where=(upcase(memname)="&curds")) end=last; set &colinfo (where=(upcase(memname)="&curds")) end=last;
@@ -142,6 +159,25 @@ run;
file &fref mod; file &fref mod;
put ');'; put ');';
run; run;
/* Create Unique Indexes, but only if they were not already defined within the Constraints section. */
data _null_;
*length ds $128;
set &idxinfo (where=(memname="&curds" and unique='yes' and indxname not in (%sysfunc(tranwrd("&constraints_used",%str( ),%str(","))))));
file &fref mod;
by idxusage indxname;
/* ds=cats(libname,'.',memname); */
if first.indxname then do;
put 'CREATE UNIQUE INDEX ' indxname "ON &libref..&curds (" ;
put ' ' name ;
end;
else put ' ,' name ;
*else put ' ,' name ;
if last.indxname then do;
put ');';
end;
run;
/* /*
ods output IntegrityConstraints=ic; ods output IntegrityConstraints=ic;
proc contents data=testali out2=info; proc contents data=testali out2=info;
@@ -191,6 +227,24 @@ run;
/* Extra step for data constraints */ /* Extra step for data constraints */
%addConst() %addConst()
/* Create Unique Indexes, but only if they were not already defined within the Constraints section. */
data _null_;
*length ds $128;
set &idxinfo (where=(memname="&curds" and unique='yes' and indxname not in (%sysfunc(tranwrd("&constraints_used",%str( ),%str(","))))));
file &fref mod;
by idxusage indxname;
*ds=cats(libname,'.',memname);
if first.indxname then do;
/* add nonclustered in case of multiple unique indexes */
put ' ,index [' indxname +(-1) '] UNIQUE NONCLUSTERED (';
put ' [' name +(-1) ']';
end;
else put ' ,[' name +(-1) ']';
if last.indxname then do;
put ' )';
end;
run;
data _null_; data _null_;
file &fref mod; file &fref mod;
put ')'; put ')';
@@ -222,7 +276,9 @@ run;
from dictionary.libnames from dictionary.libnames
where libname="&libref" and engine='POSTGRES'; where libname="&libref" and engine='POSTGRES';
%let schema=%sysfunc(coalescec(&schemaactual,&schema,&libref)); %let schema=%sysfunc(coalescec(&schemaactual,&schema,&libref));
data _null_;
file &fref mod;
put "CREATE SCHEMA &schema;";
%do x=1 %to %sysfunc(countw(&dsnlist)); %do x=1 %to %sysfunc(countw(&dsnlist));
%let curds=%scan(&dsnlist,&x); %let curds=%scan(&dsnlist,&x);
data _null_; data _null_;
@@ -250,7 +306,9 @@ run;
else if type='num' then fmt=' DOUBLE PRECISION'; else if type='num' then fmt=' DOUBLE PRECISION';
else fmt='VARCHAR('!!cats(length)!!')'; else fmt='VARCHAR('!!cats(length)!!')';
if notnull='yes' then notnul=' NOT NULL'; if notnull='yes' then notnul=' NOT NULL';
put name fmt notnul; /* quote column names in case they represent reserved words */
name2=quote(trim(name));
put name2 fmt notnul;
run; run;
/* Extra step for data constraints */ /* Extra step for data constraints */
@@ -261,6 +319,24 @@ run;
put ');'; put ');';
run; run;
/* Create Unique Indexes, but only if they were not already defined within the Constraints section. */
data _null_;
*length ds $128;
set &idxinfo (where=(memname="&curds" and unique='yes' and indxname not in (%sysfunc(tranwrd("&constraints_used",%str( ),%str(","))))));
file &fref mod;
by idxusage indxname;
/* ds=cats(libname,'.',memname); */
if first.indxname then do;
put 'CREATE UNIQUE INDEX "' indxname +(-1) '" ' "ON &schema..&curds (" ;
put ' "' name +(-1) '"' ;
end;
else put ' ,"' name +(-1) '"';
*else put ' ,' name ;
if last.indxname then do;
put ');';
end;
run;
%end; %end;
%end; %end;
%if &showlog=YES %then %do; %if &showlog=YES %then %do;

67
meta/mm_gettableid.sas Normal file
View File

@@ -0,0 +1,67 @@
/**
@file mm_gettableid.sas
@brief Get the metadata id for a particular table
@details Provide a libref and table name to return the corresponding metadata id
in an output datataset.
Usage:
- get a table id
%mm_gettableid(libref=METALIB,ds=SOMETABLE,outds=iwant)
@param libref= The libref to search
@param ds= The input dataset to check
@param outds= the dataset to create that contains the `tableuri``
@param mDebug= set to 1 to show debug messages in the log
@returns outds dataset containing `tableuri` and `tablename`
@version 9.2
@author Allan Bowe
**/
%macro mm_gettableid(
libref=
,ds=
,outds=work.mm_gettableid
,mDebug=0
)/*/STORE SOURCE*/;
%local mD;
%if &mDebug=1 %then %let mD=;
%else %let mD=%str(*);
%&mD.put Executing &sysmacroname..sas;
%&mD.put _local_;
data &outds;
length uri usingpkguri id type tableuri tablename tmpuri $256;
call missing(of _all_);
keep tableuri tablename;
n=1;
rc=0;
if metadata_getnobj("omsobj:SASLibrary?@Libref='&libref'",n,uri)<1 then do;
put "Library &libref not found";
stop;
end;
&mD.putlog "uri is " uri;
if metadata_getnasn(uri, "UsingPackages", 1, usingpkguri)>0 then do;
rc=metadata_resolve(usingpkguri,type,id);
&mD.putlog "Type is " type;
end;
if type='DatabaseSchema' then tmpuri=usingpkguri;
else tmpuri=uri;
t=1;
do while(metadata_getnasn(tmpuri, "Tables", t, tableuri)>0);
t+1;
rc= metadata_getattr(tableuri, "Name", tablename);
&mD.putlog "Table is " tablename;
if upcase(tablename)="%upcase(&ds)" then do;
output;
end;
end;
run;
%mend;