 Just-in-Time Compilation - J F Bastien - CppCon 2020primitives than even what a CISC processor does. JiTs can benefit from this size saving by only compiling the code that matters, and leaving the rest in a compressed form.3. Interpreted programs tend to word…Java “Java” That’s right, I said it, at a C++ conference…Java At least I didn’t say “Rust”…Compiling Java just in time Avoiding unnecessary overhead is crucial for fast compilation. In many compilers compilers, constructing an intermediate representation (IR) of a method is a standard process. When compiling from Java bytecode, however, we can eliminate that overhead. The bytecodes themselves are an IR0 码力 | 111 页 | 3.98 MB | 6 月前3 Just-in-Time Compilation - J F Bastien - CppCon 2020primitives than even what a CISC processor does. JiTs can benefit from this size saving by only compiling the code that matters, and leaving the rest in a compressed form.3. Interpreted programs tend to word…Java “Java” That’s right, I said it, at a C++ conference…Java At least I didn’t say “Rust”…Compiling Java just in time Avoiding unnecessary overhead is crucial for fast compilation. In many compilers compilers, constructing an intermediate representation (IR) of a method is a standard process. When compiling from Java bytecode, however, we can eliminate that overhead. The bytecodes themselves are an IR0 码力 | 111 页 | 3.98 MB | 6 月前3
 Conan 1.31 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 721 页 | 5.41 MB | 1 年前3 Conan 1.31 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 721 页 | 5.41 MB | 1 年前3
 Conan 1.25 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 655 页 | 5.45 MB | 1 年前3 Conan 1.25 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 655 页 | 5.45 MB | 1 年前3
 Conan 1.26 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 669 页 | 5.51 MB | 1 年前3 Conan 1.26 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 669 页 | 5.51 MB | 1 年前3
 Conan 1.30 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 715 页 | 5.39 MB | 1 年前3 Conan 1.30 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). To address these0 码力 | 715 页 | 5.39 MB | 1 年前3
 Conan 1.36 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). Important: build_requires0 码力 | 765 页 | 5.71 MB | 1 年前3 Conan 1.36 Documentationeven maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature of them might not even be taken into account when a package like zlib is created, such as cross-compiling it to Android (in which the Android toolchain would be a build requirement too). Important: build_requires0 码力 | 765 页 | 5.71 MB | 1 年前3
 Conan 1.37 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 793 页 | 6.98 MB | 1 年前3 Conan 1.37 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 793 页 | 6.98 MB | 1 年前3
 Conan 1.38 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 809 页 | 7.02 MB | 1 年前3 Conan 1.38 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 809 页 | 7.02 MB | 1 年前3
 Conan 1.39 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 819 页 | 7.05 MB | 1 年前3 Conan 1.39 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 819 页 | 7.05 MB | 1 年前3
 Conan 1.40 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 823 页 | 7.06 MB | 1 年前3 Conan 1.40 Documentationstored in project directories, which can be useful for specific compilation cases, for example cross-compiling. Profiles are stored in text files with no file extension. An example profile: CROSS_GCC=arm-linux-gnueabihf even maintained by dedicated teams. This approach helps to isolate and reusing code helps with compiling times and reduces the likelihood of including files that not correspond to the API of the required are also packaged with Conan. Read this section first, and get more information specific to cross compiling in the dedicated section of the docs: Cross building. Note: Conan v1.24 introduced a new feature0 码力 | 823 页 | 7.06 MB | 1 年前3
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