Guide: Porting Winforms Applications,内文提到如何将NClass移植到 Linux Mono 上的过程。
D3DMetal、MSync、高分辨率模式打开 然后Wine配置里选择Windows版本为Windows 11 然后需要在 https://developer.apple.com/games/game-porting-toolkit / 下载Tdpk2.0 打开dmg文件 在Game Porting Toolkit里选择Evaluation environment for Windows games 2.0 找到redist目录把lib
third_party\musl\porting\liteos_m\kernel\include\bits\fcntl.h。另外,还有些其他文件创建标签或文件状态标签可以通过逻辑与进行指定。 其余的为文件状态标签,这些标签定义文件中third_party\musl\porting\liteos_m\kernel\include\bits\fcntl.h中。 参数中的struct stat结构体定义在文件third_party\musl\porting\liteos_m\kernel\include\bits\stat.h中。 返回值类型DIR是struct __dirstream的别名,定义在文件中third_party\musl\porting\liteos_m\kernel\include\dirent.h。 结构体定义在文件third_party\musl\porting\liteos_m\kernel\include\bits\dirent.h中。函数closedir用于关闭一个目录。
有个小工具打印这些信息,参考porting.c[1]。2.使用汇编实现寄存器的保存和恢复,不同系统的汇编语法有差异,目前几个系统都已经实现,可以参考现有的汇编实现。 •$sp stack pointer•$s0–$s7 saved temporaries 我们修改porting.c[11],增加MIPS下的print_jmpbuf,并在OpenWRT上执行,可以看到 /porting OS specs: __linux__: 1 CPU specs: __mips__: 1, __mips:32, __mips_isa_rev:2, _MIPSEL:1 Compiler References [1] porting.c: https://github.com/ossrs/state-threads/blob/srs/tools/porting/porting.c [2] : https://github.com/ossrs/state-threads/blob/ed6c73030881daea8f4f25f8a55120d2d4c9c7c1/porting/porting.c
案例研究:将chardet移植到Python 3(porting chardet to Python 3)描述了如何运行这个脚本,然后展示了一些它不能自动修复的情况。 详见:http://woodpecker.org.cn/diveintopython3/porting-code-to-python-3-with-2to3.html
这里我借助了一个代码检查工具——porting advisor,这个工具可以扫描出迁移目录下代码调用了哪些SO库。 通过porting advisor扫描,模型代码总共调用了55个SO库。找出这些SO库后,就会出现迁移过程的第二道难关——SO存放在哪个仓库中?
使用的都是同一个纯C的协议porting。这样无论cocos还是unity框架接入都不困难了。其他的框架也可以直接用这个纯C的porting来接入。
关于QT6的移植,可以参考博客:- Porting to Qt 6 如下图所示: ? blog/qt-6.0-released) Getting Started with Qt Offline Qt Downloads Qt Project Git Repository Browser Porting
本文翻译"Porting"、"Power"、"Synchronization"、"User Interface"和"Performance Considerations"部分。 Porting Developers often want to port part or all of an existing application to a mobile device. following guidelines when designing to port your existing application to a mobile device: • If you are porting are rarely designed to suit a small screen size and limited memory and disk resources. • If you are porting considerations section of this chapter for specific advice. • Research and utilize tools to assist in porting
这个过程叫做 Porting(我们一般说把MF给Port到STM32上去)。 从v4.0开始,微软就把MF开源了(http://netmf.codeplex.com/)。 现在最新版本是MF v4.2,里面带有一个STM32的Porting模板,有兴趣的同学可以逐步尝试。
最近做omap 平台的 camera porting,发现有个问题,就是进焦距起camera,或是在镜头前有遮挡物时起camera,预览图像是花屏.
CHECKSUM_BY_HARDWARE=1" ]}config("public") { defines = [ "_BSD_SOURCE=1" ] include_dirs = [ "porting /include" ] + LWIP_PORTING_INCLUDE_DIRS + LWIP_INCLUDE_DIRS}在//device/soc/chipsea/cst85/liteos_m/sdk/ modules/lwip-2.1/porting/include/lwip/lwipopts.h文件中,说明原有lwip配置选项保持不变,软总线会依赖这些配置选项,并且新增硬件适配的配置项,如下:#ifndef _PORTING_LWIPOPTS_H_#define _PORTING_LWIPOPTS_H_#include_next "lwip/lwipopts.h" --- 保持原来的配置项不变#define _ */在//device/soc/chipsea/cst85/liteos_m/sdk/modules/lwip-2.1/porting/net_al.c文件中,说明对ethernet网卡初始化的适配
Here are some things I noticed that were not mentioned in the porting docs. The porting docs mention that “the models table names were defined to be compatible with those used on
TencentOS tiny移植指南(KEIL版本): https://github.com/Tencent/TencentOS-tiny/blob/master/doc/TencentOS-tiny-porting-keil.md TencentOS tiny移植指南(IAR版本): https://github.com/Tencent/TencentOS-tiny/blob/master/doc/TencentOS-tiny-porting-iar.md TencentOS tiny移植指南(GCC版本): https://github.com/Tencent/TencentOS-tiny/blob/master/doc/TencentOS-tiny-porting-gcc.md
除了支持NXP i.MXRT MCU系列外,更可以PORTING支持其他硬件平台,如Cortex M4。 ?
几个月前,我们开始将 Slint 移植到微控制器 (MCU) ReadMore:https://slint-ui.com/blog/porting-slint-to-microcontrollers.html
} } }C库适配为了整个系统不区分用户态内核态,上层组件与内核共用一套基于musl的C库,本方案使用musl C,三方库见//third_party/musl/porting kernel另外对malloc相应的code进行了改造适配,适配文件见//kernel/liteos_m/kal/libc/musl/porting/src/malloc.c。 import("$LITEOSTHIRDPARTY/lwip/lwip.gni") import("$LITEOSTOPDIR/components/net/lwip-2.1/lwip_porting.gni "ohos_security_huks_mbedtls_porting_path = \"//device/soc/asrmicro/asr582x/liteos_m/components/mbedtls 例如,可在以下文件修改lwIP组件: //kernel_liteos_m/blob/master/components/net/lwip-2.1/porting/include/lwip/lwipopts.h
1288977701579161601&format_id=10003&support_redirect=0&mmversion=false HelloWave 源码下载链接:https://github.com/RiceChen/Porting_GuiLite_to_RT-Thread.git ,在Porting_GuiLite_HelloStar分支上
SensorType:不同的类型主要是针对PD pixel和PD value是由sensor还是ISP处理;接触较多的Type 2 PDAF_SUPPORT_CAMSV Sensor Type Character Porting guide Type1 PD pixel corrected by sensor PD value calculate by sensor Type1 PDAF porting Type2 PD pixel corrected by sensor PD pixel output to ISP via VC Type2 PDAF porting Type3 PD pixel corrected ISP PD pixel extracted by ISP from raw image PD pixel extracted by PDAF algo on ISP3.0 Type3 PDAF porting correct PD pixel PD pixel extracted by ISP, under mode 1 PD pixel output to ISP under mode 3 DualPD PDAF porting
首先,由于newlib中已经存在这些函数的符号,因此需要用到gcc的wrap的链接选项替换这些函数符号为内核的实现,内核的实现为 //kernel/liteos_m/kal/libc/newlib/porting /include" ] + LWIP_PORTING_INCLUDE_DIRS + LWIP_INCLUDE_DIRS}在//device/soc/bestechnic/bes2600/liteos_m /components/net/lwip-2.1/porting/include/lwip/lwipopts.h文件中,说明原有lwip配置选项保持不变,软总线会依赖这些配置选项,并且新增硬件适配的配置项 ,如下:#ifndef _PORTING_LWIPOPTS_H_#define _PORTING_LWIPOPTS_H_#include_next "lwip/lwipopts.h" --- 保持原来的配置项不变 _ */在//device/soc/bestechnic/bes2600/liteos_m/components/net/lwip-2.1/porting/src/ethernetif.c文件中,说明对