Fix test case from a8ccf4e93
Commit a8ccf4e93 uses the same table name "distinct_tbl" in both
select_distinct.sql and select_distinct_on.sql, which could cause
conflicts when these two test scripts are run in parallel.
Fix by renaming the table in select_distinct_on.sql to
"distinct_on_tbl".
Per
pg_amcheck: Use CppAsString2() for relkind and relpersistence in queries
This utility has been using hardcoded values for relkind and
relpersistence in its queries generated. These queries are switched to
use CppAsString2() instead, with the values fetched directly from the
header of pg_class. T
Remove dead code in get_param_path_clause_serials()
The function get_param_path_clause_serials() is used to get the set of
pushed-down clauses enforced within a parameterized Path. Since we
don't currently support parameterized MergeAppend paths, and it
doesn't look like that is going to change a
Reordering DISTINCT keys to match input path's pathkeys
The ordering of DISTINCT items is semantically insignificant, so we
can reorder them as needed. In fact, in the parser, we absorb the
sorting semantics of the sortClause as much as possible into the
distinctClause, ensuring that one clause i
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Fix NULLIF()'s handling of read-write expanded objects.
If passed a read-write expanded object pointer, the EEOP_NULLIF
code would hand that same pointer to the equality function
and then (unless equality was reported) also return the same
pointer as its value. This is no good, because a function
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
Avoid "you don't own a lock of type ExclusiveLock" in GRANT TABLESPACE.
This WARNING appeared because SearchSysCacheLocked1() read
cc_relisshared before catcache initialization, when the field is false
unconditionally. On the basis of reading false there, it constructed a
locktag as though pg_tab
pg_dump: Add dumpSchema and dumpData derivative flags.
Various parts of pg_dump consult the --schema-only and --data-only
options to determine whether to run a section of code. While this
is simple enough for two mutually-exclusive options, it will become
progressively more complicated as more op
Clean up reference in meson.build.
Commit bc5a4dfc accidentally left a check for in
meson.build's header_checks. Synchronize with configure, which no
longer defines HAVE_STDBOOL_H.
There is still a reference to in an earlier test to see if
we need -std=c99 to get C99 features, like autoconf 2
Clean up reference in meson.build.
Commit bc5a4dfc accidentally left a check for in
meson.build's header_checks. Synchronize with configure, which no
longer defines HAVE_STDBOOL_H.
There is still a reference to in an earlier test to see if
we need -std=c99 to get C99 features, like autoconf 2
Clean up reference in meson.build.
Commit bc5a4dfc accidentally left a check for in
meson.build's header_checks. Synchronize with configure, which no
longer defines HAVE_STDBOOL_H.
There is still a reference to in an earlier test to see if
we need -std=c99 to get C99 features, like autoconf 2
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Update configure probes for CFLAGS needed for ARM CRC instructions.
On ARM platforms where the baseline CPU target lacks CRC instructions,
we need to supply a -march flag to persuade the compiler to compile
such instructions. It turns out that our existing choice of
"-march=armv8-a+crc" has not w
Support runtime CRC feature probing on NetBSD/ARM using sysctl().
Commit aac831caf left this as a to-do; here's code to do it.
Like the previous patch, this is HEAD-only for now.
Discussion: https://postgr.es/m/4496616.iHFcN1HehY@portable-bastien
Branch
--
master
Details
---
https://git
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Add support for Tcl 9
Tcl 9 changed several API functions to take Tcl_Size, which is
ptrdiff_t, instead of int, for 64-bit enablement. We have to change a
few local variables to be compatible with that. We also provide a
fallback typedef of Tcl_Size for older Tcl versions.
The affected variable
Assume that conforms to the C standard.
Previously we checked "for that conforms to C99" using
autoconf's AC_HEADER_STDBOOL macro. We've required C99 since PostgreSQL
12, so the test was redundant, and under C23 it was broken: autoconf
2.69's implementation doesn't understand C23's new empty he
Assume that conforms to the C standard.
Previously we checked "for that conforms to C99" using
autoconf's AC_HEADER_STDBOOL macro. We've required C99 since PostgreSQL
12, so the test was redundant, and under C23 it was broken: autoconf
2.69's implementation doesn't understand C23's new empty he
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