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5 min readIn GitHub, commit messages are stored as part of the Git repository data. Each commit in a repository contains information such as the commit message, author, date, and a reference to the previous commit. These details are stored in a special file called the commit object, which is stored in the .git directory of the repository. When a new commit is made, the Git system creates a new commit object with the message provided by the user.
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5 min readTo merge two parallel branches in a git repository, you can use the git merge command. First, you need to switch to the branch you want to merge into (usually the main branch). Then, run the command git merge branch-name where branch-name is the name of the branch you want to merge into the current branch. Git will automatically merge the changes from the other branch into the current branch. If there are any conflicts, you will need to resolve them manually before finalizing the merge.
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4 min readUsing sess.run() in TensorFlow can be expensive in terms of computational resources, as it involves executing the operations defined within the TensorFlow computational graph. The cost of running sess.run() will depend on factors such as the complexity of the operations being executed, the size of the input data, the hardware being used, and the overall computational workload.
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3 min readTo revert back your local changes using Git, you can use the command:git checkout -- This command will discard the changes in the specified file and revert it back to the version in the last commit. Alternatively, you can use the command git reset --hard to discard all changes and revert back to the last commit in your repository. Be cautious when using this command as it will remove all local changes and cannot be undone.[rating:ac02108b-fd50-45de-b562-c8e4d0f6fbc8]How do I undo changes in git.
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4 min readTo write an argmax function in TensorFlow, you can use the tf.argmax() function provided by the TensorFlow library. This function takes an input tensor and returns the indices of the maximum values along a specified axis. By default, the axis parameter is set to 0, which means that the function will return the index of the maximum value along the first axis of the input tensor. You can also specify a different axis if needed.
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4 min readIf you have deleted a branch in Git, you can still access its commit history and files by creating a new branch that points to the same commit where the deleted branch was last pointing. To do this, you can use the reflog command to retrieve the commit hash of the deleted branch, and then create a new branch using that commit hash. This allows you to "branch" off from the deleted branch and continue working on the code.
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7 min readTo use the transform_graph tool to optimize a TensorFlow model, you first need to install the TensorFlow Transform library. This tool allows you to apply various graph transformations to the model, such as constant folding, function inlining, and dead code elimination. By using transform_graph, you can simplify the model's graph structure, improve its performance, and reduce its size.
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5 min readTo merge two directories into the same branch using Git, you can follow these steps:First, create a new branch off the target branch where you want to merge the directories.Use the git checkout command to switch to the new branch.Use the git merge command to merge the two directories into the new branch.Resolve any conflicts that may arise during the merge process.Once the merge is complete, switch back to the target branch.
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3 min readTo rollback from the last commit in Git, you can use the "git reset" command. This command allows you to move the HEAD pointer to a previous commit, effectively undoing the last commit. You can use the "git reset --soft HEAD~1" command to rollback to the previous commit while keeping the changes staged. Or you can use the "git reset --hard HEAD~1" command to rollback to the previous commit and discard any changes made in the last commit.
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4 min readTo combine CNN and LSTM in TensorFlow, you first need to create a CNN model for the image processing part and an LSTM model for the sequence processing part. You can use the Conv2D and MaxPooling2D layers to build the CNN model and the LSTM layer to build the LSTM model.After training both models separately, you can then combine them by using the LSTM layer as the input to the CNN model.
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5 min readTo build a tag tree in Git, you can start by creating a new tag with the command "git tag ". Once you have created the tag, you can push it to the remote repository with "git push --tags". You can also create lightweight tags without annotations using "git tag ".To list tags in your repository, you can use the command "git tag". If you want to delete a tag, you can do so with "git tag -d ".