--- steghide-0.5.1/src/AuData.h
+++ steghide-0.5.1/src/AuData.h
@@ -26,22 +26,22 @@
 
 // AuMuLawAudioData
 typedef AudioDataImpl<AuMuLaw,BYTE> AuMuLawAudioData ;
-inline BYTE AuMuLawAudioData::readValue (BinaryIO* io) const { return (io->read8()) ; }
-inline void AuMuLawAudioData::writeValue (BinaryIO* io, BYTE v) const { io->write8(v) ; }
+template<> inline BYTE AuMuLawAudioData::readValue (BinaryIO* io) const { return (io->read8()) ; }
+template<> inline void AuMuLawAudioData::writeValue (BinaryIO* io, BYTE v) const { io->write8(v) ; }
 
 // AuPCM8AudioData
 typedef AudioDataImpl<AuPCM8,SBYTE> AuPCM8AudioData ;
-inline SBYTE AuPCM8AudioData::readValue (BinaryIO* io) const { return ((SBYTE) io->read8()) ; }
-inline void AuPCM8AudioData::writeValue (BinaryIO* io, SBYTE v) const { io->write8((BYTE) v) ; }
+template<> inline SBYTE AuPCM8AudioData::readValue (BinaryIO* io) const { return ((SBYTE) io->read8()) ; }
+template<> inline void AuPCM8AudioData::writeValue (BinaryIO* io, SBYTE v) const { io->write8((BYTE) v) ; }
 
 // AuPCM16AudioData
 typedef AudioDataImpl<AuPCM16,SWORD16> AuPCM16AudioData ;
-inline SWORD16 AuPCM16AudioData::readValue (BinaryIO* io) const { return ((SWORD16) io->read16_be()) ; }
-inline void AuPCM16AudioData::writeValue (BinaryIO* io, SWORD16 v) const { io->write16_be((UWORD16) v) ; }
+template<> inline SWORD16 AuPCM16AudioData::readValue (BinaryIO* io) const { return ((SWORD16) io->read16_be()) ; }
+template<> inline void AuPCM16AudioData::writeValue (BinaryIO* io, SWORD16 v) const { io->write16_be((UWORD16) v) ; }
 
 // AuPCM32AudioData
 typedef AudioDataImpl<AuPCM32,SWORD32> AuPCM32AudioData ;
-inline SWORD32 AuPCM32AudioData::readValue (BinaryIO* io) const { return ((SWORD32) io->read32_be()) ; }
-inline void AuPCM32AudioData::writeValue (BinaryIO* io, SWORD32 v) const { io->write32_be((UWORD32) v) ; }
+template<> inline SWORD32 AuPCM32AudioData::readValue (BinaryIO* io) const { return ((SWORD32) io->read32_be()) ; }
+template<> inline void AuPCM32AudioData::writeValue (BinaryIO* io, SWORD32 v) const { io->write32_be((UWORD32) v) ; }
 
 #endif // ndef SH_AUDATA_H
--- steghide-0.5.1/src/AuSampleValues.cc
+++ steghide-0.5.1/src/AuSampleValues.cc
@@ -21,17 +21,17 @@
 #include "AuSampleValues.h"
 
 // AuMuLawSampleValue
-const BYTE AuMuLawSampleValue::MinValue = 0 ;
-const BYTE AuMuLawSampleValue::MaxValue = BYTE_MAX ;
+template<> const BYTE AuMuLawSampleValue::MinValue = 0 ;
+template<> const BYTE AuMuLawSampleValue::MaxValue = BYTE_MAX ;
 
 // AuPCM8SampleValue
-const SBYTE AuPCM8SampleValue::MinValue = SBYTE_MIN ;
-const SBYTE AuPCM8SampleValue::MaxValue = SBYTE_MAX ;
+template<> const SBYTE AuPCM8SampleValue::MinValue = SBYTE_MIN ;
+template<> const SBYTE AuPCM8SampleValue::MaxValue = SBYTE_MAX ;
 
 // AuPCM16SampleValue
-const SWORD16 AuPCM16SampleValue::MinValue = SWORD16_MIN ;
-const SWORD16 AuPCM16SampleValue::MaxValue = SWORD16_MAX ;
+template<> const SWORD16 AuPCM16SampleValue::MinValue = SWORD16_MIN ;
+template<> const SWORD16 AuPCM16SampleValue::MaxValue = SWORD16_MAX ;
 
 // AuPCM32SampleValue
-const SWORD32 AuPCM32SampleValue::MinValue = SWORD32_MIN ;
-const SWORD32 AuPCM32SampleValue::MaxValue = SWORD32_MAX ;
+template<> const SWORD32 AuPCM32SampleValue::MinValue = SWORD32_MIN ;
+template<> const SWORD32 AuPCM32SampleValue::MaxValue = SWORD32_MAX ;
--- steghide-0.5.1/src/Graph.cc
+++ steghide-0.5.1/src/Graph.cc
@@ -18,6 +18,7 @@
  *
  */
 
+#include <climits>
 #include <ctime>
 #include <list>
 #include <map>
: New record.
(rshiny-shepherd-service-type): New variable.
* doc/guix.texi (Miscellaneous Services): Document it.
* gnu/local.mk (GNU_SYSTEM_MODULES): Add it.
</span></span></td><td>Efraim Flashner</td></tr>