There are several different ways of building PostgreSQL on
Windows. The simplest way to build with
- Microsoft tools is to install a supported version of the
-
Microsoft Windows SDK and use the included
+ Microsoft tools is to install
Visual Studio Express 2012+ for Windows Desktop and use the included
compiler. It is also possible to build with the full
Microsoft Visual C++ 2005, 2008 or 2010. In some cases
that requires the installation of the
Windows SDK Visual Studio Express or some versions of the
Microsoft Windows SDK. If you do not already have a
Visual Studio environment set up, the easiest
- way is to use the compilers in the
Windows SDK,
- which is a free download from Microsoft.
+ ways are to use the compilers in the
Windows SDK 7.1+ or those from
Visual Studio Express 2012 for Windows+ Desktop, which are both free downloads from Microsoft.
PostgreSQL is known to support compilation using the compilers shipped with
-
Visual Studio 2010 (including Express editions),
+
Visual Studio 2012 (including Express editions),
as well as standalone Windows SDK releases 6.0 to 7.1.
64-bit PostgreSQL builds are only supported with
-
Microsoft Windows SDK version 6.0a
and above or
+
Microsoft Windows SDK version 6.0a
to 7.1 or
Visual Studio 2008 and above.
- It is recommended that you upgrade to the latest supported version
- of the
Microsoft Windows SDK (currently
+ If your build environment doesn't ship with a supported version of the
+
Microsoft Windows SDK it
+ is recommended that you upgrade to the latest version (currently
version 7.1), available for download from
You must always include the
Windows Headers and Libraries part of the SDK.
- If you install
the Windows SDK+ If you install
a Windows SDK including the
Visual C++ Compilers,
you don't need
Visual Studio to build.
+ Note that as of Version 8.0a the Windows SDK no longer ships with a
+ complete command-line build environment.
#if defined(WIN32) && defined(LC_MESSAGES)
/*
- * Convert Windows locale name to the ISO formatted one
- * if possible.
+ * Convert a Windows setlocale() argument to a Unix-style one.
*
- * This function returns NULL if conversion is impossible,
- * otherwise returns the pointer to a static area which
- * contains the iso formatted locale name.
+ * Regardless of platform, we install message catalogs under a Unix-style
+ * LL[_CC][.ENCODING][@VARIANT] naming convention. Only LC_MESSAGES settings
+ * following that style will elicit localized interface strings.
+ *
+ * Before Visual Studio 2012 (msvcr110.dll), Windows setlocale() accepted "C"
+ * (but not "c") and strings of the form [_][.],
+ * case-insensitive. setlocale() returns the fully-qualified form; for
+ * example, setlocale("thaI") returns "Thai_Thailand.874". Internally,
+ * setlocale() and _create_locale() select a "locale identifier"[1] and store
+ * it in an undocumented _locale_t field. From that LCID, we can retrieve the
+ * ISO 639 language and the ISO 3166 country. Character encoding does not
+ * matter, because the server and client encodings govern that.
+ *
+ * Windows Vista introduced the "locale name" concept[2], closely following
+ * RFC 4646. Locale identifiers are now deprecated. Starting with Visual
+ * Studio 2012, setlocale() accepts locale names in addition to the strings it
+ * accepted historically. It does not standardize them; setlocale("Th-tH")
+ * returns "Th-tH". setlocale(category, "") still returns a traditional
+ * string. Furthermore, msvcr110.dll changed the undocumented _locale_t
+ * content to carry locale names instead of locale identifiers.
+ *
+ * MinGW headers declare _create_locale(), but msvcrt.dll lacks that symbol.
+ * IsoLocaleName() always fails in a MinGW-built postgres.exe, so only
+ * Unix-style values of the lc_messages GUC can elicit localized messages. In
+ * particular, every lc_messages setting that initdb can select automatically
+ * will yield only C-locale messages. XXX This could be fixed by running the
+ * fully-qualified locale name through a lookup table.
+ *
+ * This function returns a pointer to a static buffer bearing the converted
+ * name or NULL if conversion fails.
+ *
+ * [1] http://msdn.microsoft.com/en-us/library/windows/desktop/dd373763.aspx
+ * [2] http://msdn.microsoft.com/en-us/library/windows/desktop/dd373814.aspx
*/
static char *
IsoLocaleName(const char *winlocname)
loct = _create_locale(LC_CTYPE, winlocname);
if (loct != NULL)
{
+#if (_MSC_VER >= 1700) /* Visual Studio 2012 or later */
+ size_t rc;
+ char *hyphen;
+
+ /* Locale names use only ASCII, any conversion locale suffices. */
+ rc = wchar2char(iso_lc_messages, loct->locinfo->locale_name[LC_CTYPE],
+ sizeof(iso_lc_messages), NULL);
+ _free_locale(loct);
+ if (rc == -1 || rc == sizeof(iso_lc_messages))
+ return NULL;
+
+ /*
+ * Since the message catalogs sit on a case-insensitive filesystem, we
+ * need not standardize letter case here. So long as we do not ship
+ * message catalogs for which it would matter, we also need not
+ * translate the script/variant portion, e.g. uz-Cyrl-UZ to
+ * uz_UZ@cyrillic. Simply replace the hyphen with an underscore.
+ *
+ * Note that the locale name can be less-specific than the value we
+ * would derive under earlier Visual Studio releases. For example,
+ * French_France.1252 yields just "fr". This does not affect any of
+ * the country-specific message catalogs available as of this writing
+ * (pt_BR, zh_CN, zh_TW).
+ */
+ hyphen = strchr(iso_lc_messages, '-');
+ if (hyphen)
+ *hyphen = '_';
+#else
char isolang[32],
isocrty[32];
LCID lcid;
if (!GetLocaleInfoA(lcid, LOCALE_SISO3166CTRYNAME, isocrty, sizeof(isocrty)))
return NULL;
snprintf(iso_lc_messages, sizeof(iso_lc_messages) - 1, "%s_%s", isolang, isocrty);
+#endif
return iso_lc_messages;
}
return NULL;
/*
* Convert lc_ctype to a language name by stripping everything after an
- * underscore. Just for paranoia, we also stop at '.' or '@'.
+ * underscore (usual case) or a hyphen (Windows "locale name"; see
+ * comments at IsoLocaleName()).
+ *
+ * XXX Should ' ' be a stop character? This would select "norwegian" for
+ * the Windows locale "Norwegian (Nynorsk)_Norway.1252". If we do so, we
+ * should also accept the "nn" and "nb" Unix locales.
+ *
+ * Just for paranoia, we also stop at '.' or '@'.
*/
if (lc_type == NULL)
langname = pg_strdup("");
else
{
ptr = langname = pg_strdup(lc_type);
- while (*ptr && *ptr != '_' && *ptr != '.' && *ptr != '@')
+ while (*ptr &&
+ *ptr != '_' && *ptr != '-' && *ptr != '.' && *ptr != '@')
ptr++;
*ptr = '\0';
}
#ifdef WIN32
/*
- * On Windows, use CP instead of the nl_langinfo() result
+ * On Windows, use CP instead of the nl_langinfo() result
+ *
+ * Visual Studio 2012 expanded the set of valid LC_CTYPE values, so have its
+ * locale machinery determine the code page. See comments at IsoLocaleName().
+ * For other compilers, follow the locale's predictable format.
+ *
+ * Returns a malloc()'d string for the caller to free.
*/
static char *
win32_langinfo(const char *ctype)
{
- char *r;
+ char *r = NULL;
+
+#if (_MSC_VER >= 1700)
+ _locale_t loct = NULL;
+
+ loct = _create_locale(LC_CTYPE, ctype);
+ if (loct != NULL)
+ {
+ r = malloc(16); /* excess */
+ if (r != NULL)
+ sprintf(r, "CP%u", loct->locinfo->lc_codepage);
+ _free_locale(loct);
+ }
+#else
char *codepage;
- int ln;
/*
* Locale format on Win32 is _. . For
- * example, English_USA.1252.
+ * example, English_United States.1252.
*/
codepage = strrchr(ctype, '.');
- if (!codepage)
- return NULL;
- codepage++;
- ln = strlen(codepage);
- r = malloc(ln + 3);
- sprintf(r, "CP%s", codepage);
+ if (codepage != NULL)
+ {
+ int ln;
+
+ codepage++;
+ ln = strlen(codepage);
+ r = malloc(ln + 3);
+ if (r != NULL)
+ sprintf(r, "CP%s", codepage);
+ }
+#endif
return r;
}
package MSBuildProject;
#
-# Package that encapsulates a MSBuild (Visual C++ 2010) project file
+# Package that encapsulates a MSBuild project file (Visual C++ 2010 or greater)
#
# src/tools/msvc/MSBuildProject.pm
#
return $self;
}
+package VC2012Project;
+
+#
+# Package that encapsulates a Visual C++ 2012 project file
+#
+
+use strict;
+use warnings;
+use base qw(MSBuildProject);
+
+sub new
+{
+ my $classname = shift;
+ my $self = $classname->SUPER::_new(@_);
+ bless($self, $classname);
+
+ $self->{vcver} = '11.00';
+
+ return $self;
+}
+
+# This override adds the
element+# to the PropertyGroup labeled "Configuration"
+sub WriteConfigurationPropertyGroup
+{
+ my ($self, $f, $cfgname, $p) = @_;
+ my $cfgtype =
+ ($self->{type} eq "exe")
+ ?'Application'
+ :($self->{type} eq "dll"?'DynamicLibrary':'StaticLibrary');
+
+ print $f <
+
{platform}'" Label="Configuration">+ $cfgtype
+ false
+ MultiByte
+ $p->{wholeopt}
+
+EOF
+}
+
1;
(Mkvcbuild.pm) which creates the Visual Studio project and solution files.
It does this by using VSObjectFactory::CreateSolution to create an object
implementing the Solution interface (this could be either a VS2005Solution,
-a VS2008Solution or a VS2010Solution, all in Solution.pm, depending on the
-user's build environment) and adding objects implementing the corresponding
-Project interface (VC2005Project or VC2008Project from VCBuildProject.pm or
-VC2010Project from MSBuildProject.pm) to it.
+a VS2008Solution, a VS2010Solution or a VS2012Solution, all in Solution.pm,
+depending on the user's build environment) and adding objects implementing
+the corresponding Project interface (VC2005Project or VC2008Project from
+VCBuildProject.pm or VC2010Project or VC2012Project from MSBuildProject.pm)
+to it.
When Solution::Save is called, the implementations of Solution and Project
save their content in the appropriate format.
The final step of starting the appropriate build program (msbuild or vcbuild)
{
my $self = shift;
- # Determine if we are in 32 or 64-bit mode. Do this by seeing if CL has
- # 64-bit only parameters.
+ # Examine CL help output to determine if we are in 32 or 64-bit mode.
$self->{platform} = 'Win32';
- open(P, "cl /? 2>NUL|") || die "cl command not found";
+ open(P, "cl /? 2>&1 |") || die "cl command not found";
{
- if (/^\/favor:
+ if (/^\/favor:<.+AMD64/)
{
$self->{platform} = 'x64';
last;
return $self;
}
+package VS2012Solution;
+
+#
+# Package that encapsulates a Visual Studio 2012 solution file
+#
+
+use Carp;
+use strict;
+use warnings;
+use base qw(Solution);
+
+sub new
+{
+ my $classname = shift;
+ my $self = $classname->SUPER::_new(@_);
+ bless($self, $classname);
+
+ $self->{solutionFileVersion} = '12.00';
+ $self->{vcver} = '11.00';
+ $self->{visualStudioName} = 'Visual Studio 2012';
+
+ return $self;
+}
+
1;
{
return new VS2010Solution(@_);
}
+ elsif ($visualStudioVersion eq '11.00')
+ {
+ return new VS2012Solution(@_);
+ }
else
{
croak "The requested Visual Studio version is not supported.";
{
return new VC2010Project(@_);
}
+ elsif ($visualStudioVersion eq '11.00')
+ {
+ return new VC2012Project(@_);
+ }
else
{
croak "The requested Visual Studio version is not supported.";
{
# Determine version of nmake command, to set proper version of visual studio
-# we use nmake as it has existed for a long time and still exists in visual studio 2010
+# we use nmake as it has existed for a long time and still exists in current visual studio versions
open(P, "nmake /? 2>&1 |")
|| croak
"Unable to determine Visual Studio version: The nmake command wasn't found.";
sub _GetVisualStudioVersion
{
my ($major, $minor) = @_;
- if ($major > 10)
+ if ($major > 11)
{
carp
"The determined version of Visual Studio is newer than the latest supported version. Returning the latest supported version instead.";
- return '10.00';
+ return '11.00';
}
elsif ($major < 6)
{
# ... and do it
-if ($buildwhat and $vcver eq '10.00')
+if ($buildwhat and $vcver >= 10.00)
{
system(
"msbuild $buildwhat.vcxproj /verbosity:detailed /p:Configuration=$bconf");
next if $pieces[6] =~ /^\(/;
next if $pieces[6] =~ /^__real/;
next if $pieces[6] =~ /^__imp/;
+ next if $pieces[6] =~ /^__xmm/;
next if $pieces[6] =~ /NULL_THUNK_DATA$/;
next if $pieces[6] =~ /^__IMPORT_DESCRIPTOR/;
next if $pieces[6] =~ /^__NULL_IMPORT/;
projects / postgresql.git / commitdiff