No rule to make target needed by stop ошибка

One of frequent mistakes might be typo in another file name.

You example is quite straightforward but what may sometimes confuse are
messages of make itself. Lets consider an example.

My folder contents is:

$ ls -1
another_file
index.md
makefile

Whereas my makefile looks like

all: index.html

%.html: %.md wrong_path_to_another_file
    @echo $@ $<

Although I do have index.md where it should be and there is no mistake in the name of it, the message from make will be

make: *** No rule to make target `index.html', needed by `all'.  Stop.

To be honest the message is confusing. It just says, that there is no rule. In fact, it means that the rule is wrong, but due to wildcard (pattern) rules make cannot determine what exactly caused the issue.

Lets alter makefile a little, which is to say replace patterns with explicit rules:

index.html: index.md wrong_path_to_another_file

And now the message we get will be:

make: *** No rule to make target `wrong_path_to_another_file', needed by `index.html'.  Stop.

Miracle! The following might be concluded:

• Messages of make depends on rules and does not always point to the root of problems

• There might be other problems in your makefile different from specified by this message

Now we’ve come up with the idea of checking other dependencies in a rule as well:

all: index.html

%.html: %.md another_file
    @echo $@ $<

Only this will provide us with the desired result:

$ make
index.html index.md

No rule to make target

make: *** No rule to make target ‘main.cpp’, needed by ‘main.o’. Stop.

GNUmakefile:1: *** missing separator. Stop.

Если вы видите ошибку

GNUmakefile:1: *** missing separator. Stop.

Syntax error : end of file unexpected (expecting «fi»)

Если вы видите ошибку

Syntax error : end of file unexpected (expecting «fi»)

OLDPWD not set

Если внутри makefile вы выполняете cd и видите ошибку

OLDPWD not set

Попробуйте сперва явно перейти в текущую директорию с помощью

CURDIR

cd $(CURDIR)

@echo: command not found

Если внутри makefile вы пытаетесь подавить вывод echo и получаете

@echo: command not found

Скорее всего echo это не первая команда в строке

НЕПРАВИЛЬНО:

if [ ! -f /home/andrei/Downloads/iso/centos_netinstall.iso ]; then
rm ./CentOS-7-x86_64-NetInstall-*;
wget -r -np «http://builder.hel.fi.ssh.com/privx-builds/latest/PrivX-master/Deliverables/» -A «CentOS-7-x86_64-NetInstall-2009.iso

-*.iso;
else
@echo «WARNING: centos_netinstall.iso already exists»;

ПРАВИЛЬНО:

@if [ ! -f /home/andrei/Downloads/iso/centos_netinstall.iso ]; then
rm ./CentOS-7-x86_64-NetInstall-*;
wget -r -np «http://builder.hel.fi.ssh.com/privx-builds/latest/PrivX-master/Deliverables/» -A «CentOS-7-x86_64-NetInstall-2009.iso

-*.iso;
else
echo «WARNING: centos_netinstall.iso already exists»;

-bash: make: command not found

Ошибка

-bash: make: command not found

sudo yum -y install make

sudo apt -y install make

The no rule to make target cmake bug nearly always affects scripts and documents without an adequate vertex file or command. In addition, developers and programmers must ensure they are in the correct directory when creating the file to avoid the no rule to make target cs50 invalid code snippet that halts all operations.

This comprehensive guide answers the hot network questions tagged by beginners and less skillful developers, provides the syntaxes that replicate the bug, and lists the possible solution principles.

So, you are at the best place if you want to learn how to obliterate the no rule to make target so errors from your document without any complications or obstacles.

Why No Rule To Make Target Exists? Explaining the Possible Causes

The no rule to make target Ubuntu error is caused when programmers have a document or a script without a fair vertex file or command. Unfortunately, users may also experience the no rule to make target o exceptions when the functions, values, or powers have several spelling errors and inconsistencies.

Furthermore, our experts confirmed an identical code snippet exception when their build configurations lack proper directories or values. For instance, the system may display the annoying no rule to make target in C bug when the project location or workspace location is wrong, although users wrote most of the code successfully.

In this case, developers must create another workspace in the uppermost directory to repair the no rule to make target all. Again, readers must learn more about the possible culprits and incorrect syntaxes before discovering plausible solutions.

In addition, this error can affect your programming experience when your project misses or has a corrupted primary makefile. Still, this instance is different from typical, and only a few developers have encountered it, but knowing it exists is critical.

In addition, readers must be aware this guide discusses the no rule to make target vs code differences because they are irrelevant when learning how to debug your document. So, let us begin exemplifying the possible culprits for this aggravating mistake that affects short and complex programs or applications.

– Using GCC Linux With Make File

The first instance we exemplify in this guide attempt to use a make file to compile the project on GCC Linux. The script includes several elements and commands that introduce the primary and secondary operations, but the program faces an entirely incorrect code snippet.

However, we will only show you the complete project with some documents and files because our experts would like to focus on the make file. But first, let us learn about the exception that stops the processes and blocks your project.

Readers can discover the entire message in this example:

“No rule to make target ‘vertex.cpp’, needed by ‘vertex.oo’. Stop.”

This snippet confirms the script has issues with the vertex file, so it launches a stop. Still, debugging the mistake is easy, as you will soon learn. We will now provide the make file syntax that provokes this bug due to the lack of correct vertex files.

The following code uses the make file in GCC Linux:

Although looking at the directory listing of this file is beneficial, it is irrelevant when applying the debugging solutions discussed later.

– The File Is Not in the Current Directory

As the previous chapter explained, the lack of adequate make files is one of the most common causes of this error. However, unlike that example where the vertex file did not exist, this script confuses the command because the file is not in the current directory.

In addition, programmers wrote this syntax on Linux, so several properties and elements might overlap. This time, however, we will provide the running command for the operation.

This script provides the make file commands:

This code snippet confirms the map file exists in a different folder than the primary directory. Henceforth, the system has nothing to catch on to, displaying the error that halts further operations.

Still, readers must learn more about the running command shown below:

As you can tell, the exception snippet is nearly identical because it stops a specific file.

– Building a Template Project on MPLABX

A few programmers reported an identical invalid syntax when building a template project on MPLABX, either in new or old versions. The user attempts to call out the project in the XC16 compiler guide, but the entire build fails, and the system launches this message.

This is especially typical for new users that install the MPLABX software and the adequate compiler suite without playing around with the values and settings. As a result, one of the C source files confuses your system and prevents developers from finishing their projects.

The following sequence captures the commands and processes:

In theory, this mistake should not affect your project in MPLABX because the C file is full-proof and is not case-sensitive. But, unfortunately, the special cases and characters in Windows 7 64-bit folder names can launch several inconsistencies.

Ultimately, the bug happens because the compiler version does not match the original one. So, let us now begin solving this mistake that obliterates your user experience.

No Rule To Make Target: Presenting The Ultimate Solution

You can debug the no rule to make target by double-checking your code for any obvious mistakes in the make file that might confuse your system or application. Moreover, the ultimate solution to this error is fixing the backlash in multi-line rule.



For instance, the messages inside the files sometimes need to be clarified, especially in projects with many commands, processes, and operations. Luckily, this guide takes you on a step-by-step journey to clear your script.

Let us first learn about the folder contents:

Everything looks ordinary and functional here so we will discover the make file and its properties in the following example:

Unfortunately, this example is not functional because the dependencies are invalid. In addition, although developers might try to change the patterns with explicit rules, the error will persist. Luckily, developers can follow our code to check the directories and fix any typos in the script.

The following example checks other dependencies and rules:

For instance, the make file messages depend on the rules and only sometimes point to the problem’s root. As a result, programmers must think outside the box and fix the locations and typos in different files.

Consequently, this clears your script and outputs the following result:

This snippet completes the primary solution for this bug. Fortunately, this guide includes other possible solutions and fixes that repair the backlash in the multi-line rule.

– Fixing the Backlash in the Multi-line Rule

Although the solution is sometimes as straightforward as checking if the specified file exists, readers must learn alternative approaches in case something else is needed. In addition, developers can confirm they are in the correct directory, which only takes a few seconds.

However, this chapter fixes the backlash in multi-line rules and adds the right symbols to the source libraries. These solutions are full-proof and will not affect other commands and processes in your script.

First, we will provide the source library with invalid commands:

This example is incorrect due to a single symbol before the source. Instead, developers must repeat the following script:

The plus symbol in this syntax is vital when debugging your code because it establishes the purpose. In addition, users can change the multi-line rules in the make file.

The following example provides the invalid values:

The backlash at the end of the configuration in the file list causes this bug. So, deleting it removes the error without further complications, as shown here:

As you can tell, a few single code changes can replenish your code and enable all commands and functions. This example also confirms symbols are critical when programming and programmers must never misplace them.

Conclusion

The no rule to make target bug nearly always affects scripts and documents without an adequate vertex file or command, but it can happen due to a lack of correct symbols. So, the following bullet list will help you remember the vital points covered in our in-depth guide:

• This bug affects all operating systems and programs, although it is most common in Linux
• The error has several common culprits exemplified in this guide’s introductory chapters
• Programmers and developers must always double-check the script for typos or incorrect directories
• The alternative solutions are full-proof and easy to replicate, although each syntax is unique
• Removing the invalid code snippet allows developers to complete the project

Experiencing bugs and errors is typical when programming and should not put off beginners or developers who are just starting their programming journey. Hopefully, this guide helped you overcome the rule target error from your script.