SOLVED: Suggestions To Fix Pioneer Error 23
Hope this guide will help you when you see pioneer Premier 23 error.
A return code of 23 means that the records used on the remote computer on the Internet have not been signed by a trusted authority. This happens for one of two reasons: The server is almost certainly using a self-signed certificate.
Here are some steps I found to get CDT to work well with Linux kernel sources. If one omits some of these steps, it might still work pretty much, but some things might not work quite right; For example, an application might find the wrong include document for file C.
In any case, if you follow these steps, I think you will understand how they helptell the indexer to handle Linux kernel source well.
Disclaimer. These milestones were last updated for Eclipse Oxygen 4.7.2 + CDT 9.4.0 and then originally developed for Eclipse 3.5.1 + CDT 6.0.0< /p>
- Download and install Eclipse along with CDT.
- Configure and build enterprise kernel to set CONFIG_* and get the autoconf.h file. This can be done after downloading and installing Eclipse, or before.
- Make sure everyone with the right core is digging into Git (for example, make sure you’re working on the correct branch). If you check in a different branch later, that’s fine, but you’ll have to re-index the source code, which can take up to 20 minutes.
- Launch Eclipse.
- Click File->New->Project C.
- Enter project name, I like my_kernel
- Uncheck “Use default location” and enter the kernel phonebook root in the location field.
- In the Project Type section, click on the Makefile project and select Empty Project.
- Select Linux GCC on the right.
- Click “More Options…” and the “Properties” dialog will appear.
- Note. These latest versions of Eclipse (like Oxygen) are starting to aggressively index your present, which can make Eclipse painfully tortoiseshell for the rest of the system’s next steps, especially when ours only wants to index a small part. . corresponding part of the kernel. To resolve this issue, temporarily disable indexing right now. To do this, open a general C/C++ web page, click “Indexers”, “Enable project-specific settings” and uncheck “Enable indexers”.
- Open the global C/C++ selector on the left.
- Click Enable preprocessor paths.
- Select GNU C from the list of languages.
- Select a custom CDT setting from the list of setting entries that opens.
- Click Add…. Select Preprocessor Macro File from the current top left dropdown, Project Path from the top right dropdown, and enter “include/linux/kconfig.h” in the body of the file. Note 1: For older popcorn kernels (e.g. 4.1.12, 4.2.7 or below) choosing “include/generated/autoconf.h” works better. In newer kernels kconfig selected.Is h is preferable because this database contains
and also ensures that tests as such IS_ENABLED(Option) are indeed properly expanded by the CDT code reader. Note 2: For kernels like Disorder supporting 2.6.33, the location of autoconf.h will probably include /linux/autoconf.h
- Also add any other macro software you use.
- Click indexers
- Check the box for specific project settings. Index
- Disable purchase files not included in release
- Click “Paths and Symbols” on the left.
- Don’t forget to select the “Contains” tab, then select C
- Click gnu Add…
- Click “Workspace…”, then select your kernel’s include, and therefore the include/uapi directories.
- Add another workspace, remembering to add the arch/architecture/include and arch/architecture/include/uapi sources. for example, and arch/powerpc/include arch/powerpc/include/uapi (UAPI directories are created due to the separation of the user/kernel header from the actual kernel, as detailed on this site)
- Click the # Symbols tab.
- Press Yadd “…
- Set the name to __KERNEL__
- Set help to 1 and click OK.
- Go to the Source Location tab.
- Click the plus sign next to your name.
- Select an item filter and click Edit Filter…
- Click “Add some…”, then select everything with arch/* in the kernel source directories that are not in use (i.e. all those that are not for the architecture you are probably , use)
- Click again and click OK to close this dialog.
- Under C/C++, select Common preprocessor paths, enable macros, etc.
- Click on a vendor and select the CDT GCC Embedded Compiler Options tab.
- Uncheck Use global source shared across projects.
- Add -nostdinc to some of the existing commands to get compiler specialization features. The core is a single sector as defined in ISO C99. This means it doesn’t want to be infected and of course it can’t run “host” header files with libraries.
- Also add to the command-iwithprefix include to get the above compiler. The reason is that -nostdinc told gcc above to really not look for the default directory layout for header files. However, the Linux kernel depends on the “standalone header environment” provided by GCC, such as stdarg.h, stdbool.h, etc., which is also usually located under gcc /lib/gcc/
/ /include will. Hence the nesting.
- Enable “Assign Console” in Console View to make sure it works.
- Click the Properties dialog box.
- Note. If you have temporarily disabled indexing, it is recommended that you do so sooner. This is the most efficient time to reactivate it. Under “C/C++ Overview”, click “Indexer” and check “Enable Indexer”.
- In the c Project dialog, click Finish.
- The project may be indexed automatically.
- Disk takes more than 20 minutes to complete the list of drives, and about 5 minutes for SSD.
- Adding include and arch/architecture/include renders only a few include paths that appear in regularbrightly. Apparently, to fully index most of your kernel, you would have to add dozens of paths. For this reason, I advise against using the PTP remote indexing feature, which is designed for the Linux kernel, as it ends up reporting several hundred fact finding errors in headers, as well as the process of reporting human errors over a potentially long delay period. indexing takes several hours.