package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository previous page) .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-

package is designed to support both 32-bit and 64-bit architectures, requiring us to download two distinct sets of toolchain binaries. Which binary the package ends up with depends on the settings_target multiple conanfile.py files to exist within the same Git repository, with each file exported under its distinct revision. When scm or scm_folder is selected, the Git commit will be used, but by default the repository from all deps .... # Creates a file with this information that the build system will use This aggregation could be useful in cases where the build system cannot easily use independent dependencies or com-