2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers and compiler version, or the computer architecture. If the package is built again from the same sources but with different settings, (e.g. for a different architecture), a new, different binary will be generated is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers and compiler version, or the computer architecture. If the package is built again from the same sources but with different settings, (e.g. for a different architecture), a new, different binary will be generated is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers and compiler version, or the computer architecture. If the package is built again from the same sources but with different settings, (e.g. for a different architecture), a new, different binary will be generated is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers and compiler version, or the computer architecture. If the package is built again from the same sources but with different settings, (e.g. for a different architecture), a new, different binary will be generated is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers and compiler version, or the computer architecture. If the package is built again from the same sources but with different settings, (e.g. for a different architecture), a new, different binary will be generated is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler, build type, etc. These binaries can be created and uploaded to a server with the same allow users to define a con- figuration set for things like the compiler, build configuration, architecture, shared or static libraries, etc. Conan, by default, will not try to detect a profile automatically

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler, build type, etc. These binaries can be created and uploaded to a server with the same is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler, build type, etc. These binaries can be created and uploaded to a server with the same is saved. Note: Conan generates a default profile with your detected settings (OS, compiler, architecture...) and that configu- ration is printed at the top of every conan install command. However, it

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler, build type, etc. These binaries can be created and uploaded to a server with the same allow users to define a con- figuration set for things like the compiler, build configuration, architecture, shared or static libraries, etc. Conan, by default, will not try to detect a profile automatically

2 Decentralized package manager Conan is a decentralized package manager with a client-server architecture. This means that clients can fetch packages from, as well as upload packages to, different servers arbitrary number of binaries, one for each different platform and configuration: operating system, architecture, compiler, build type, etc. These binaries can be created and uploaded to a server with the same allow users to define a con- figuration set for things like the compiler, build configuration, architecture, shared or static libraries, etc. Conan, by default, will not try to detect a profile automatically