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RUTOS Software Development Kit (SDK) Instruction (view source)

Revision as of 11:33, 21 November 2023

140 bytes added ,  11:33, 21 November 2023
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  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 244: Line 245:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 269: Line 271:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 300: Line 303:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 337: Line 341:  
  gzip [file]
 
  gzip [file]
   −
If your logo is compressed to'''.gz format''', you can extract it *if needed* via terminal by following command:
+
If your logo is compressed to'''.gz format''', you can extract it, if needed, via terminal by following command:
    
  gzip -d [file]
 
  gzip -d [file]
Line 349: Line 353:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 383: Line 388:  
  gzip [file]
 
  gzip [file]
   −
If your logo is compressed to'''.gz format''', you can extract it *if needed* via terminal by following command:
+
If your logo is compressed to'''.gz format''', you can extract it ,if needed, via terminal by following command:
    
  gzip -d [file]
 
  gzip -d [file]
Line 395: Line 400:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
Line 429: Line 435:  
  make clean
 
  make clean
   −
Following that, we can execute the "'''nproc'''" command to determine the number of processors, and it will return a number, such as 1, allowing us to run command. “'''make -j1 V=sc'''” for verbose output. This way you will see more logs that may help to troubleshoot compilation issues.
+
Following that, when compiling firmware using '''make''' command, specifying the number of processors to be used is possible, thus speeding it up. To determine the number of available processors, you can use '''nproc''' command. Then, pass this number to the '''-j''' option in '''make''' command.
 +
make -j1 V=sc
    
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
 
The exact path to the firmware depends on the target. In this example, the firmware can be found in the following directory:
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