we build a complete program and compile it to an executable program with the GHC and Javascript backends. Preliminaries Before proceeding, make sure that you installed Agda and a compatible version of as well. Closed natural numbers are represented as Haskell integers at compile-time. The compiler backends compile natural numbers to the appropriate number type in the target language. Enabled binding the with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. Preliminaries Before proceeding, make sure that you installed Agda and a compatible version of as well. Closed natural numbers are represented as Haskell integers at compile-time. The compiler backends compile natural numbers to the appropriate number type in the target language. Enabled binding the with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. Preliminaries Before proceeding, make sure that you installed Agda and a compatible version of as well. Closed natural numbers are represented as Haskell integers at compile-time. The compiler backends compile natural numbers to the appropriate number type in the target language. Enabled binding the with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version compile-time. 30 Chapter 3. Language Reference Agda User Manual, Release 2.6.2.2 • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version compile-time. 30 Chapter 3. Language Reference Agda User Manual, Release 2.6.2.1 • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version • Closed natural numbers are represented as Haskell integers at compile-time. • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. Preliminaries Before proceeding, make sure that you installed Agda and a compatible version of as well. Closed natural numbers are represented as Haskell integers at compile-time. The compiler backends compile natural numbers to the appropriate number type in the target language. Enabled binding the with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version • Closed natural numbers are represented as Haskell integers at compile-time. • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version • Closed natural numbers are represented as Haskell integers at compile-time. • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations

we build a complete program and compile it to an executable program with the GHC and Javascript backends. 2.4.1 Preliminaries Before proceeding, make sure that you installed Agda and a compatible version • Closed natural numbers are represented as Haskell integers at compile-time. • The compiler backends compile natural numbers to the appropriate number type in the target language. • Enabled binding with the --safe option. The function primFloatToWord64 cannot be guaranteed to be consistent across backends, therefore relying on the specific result may result in inconsistencies. The rounding operations