In count_usable_fds(), duplicate stderr not stdin.
We had a complaint that the postmaster fails to start if the invoking
program closes stdin. That happens because count_usable_fds expects
to be able to dup(0), and if it can't, we conclude there are no free
FDs and go belly-up. So far as I can f
In count_usable_fds(), duplicate stderr not stdin.
We had a complaint that the postmaster fails to start if the invoking
program closes stdin. That happens because count_usable_fds expects
to be able to dup(0), and if it can't, we conclude there are no free
FDs and go belly-up. So far as I can f
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Fix float4/float8 hash functions to produce uniform results for NaNs.
The IEEE 754 standard allows a wide variety of bit patterns for NaNs,
of which at least two ("NaN" and "-NaN") are pretty easy to produce
from SQL on most machines. This is problematic because our btree
comparison functions dee
Remove superfluous variable assignment
Commit a4205fa00 moved setting conn to NULL directly after the call
to PQfinish, but the original conn = NULL; remained a few lines down.
Fix by removing the superfluous assignment.
Author: Bharath Rupireddy
Discussion:
https://postgr.es/m/calj2acvrinvmdhy
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