A screenshot of a bunch of buildings with a bunch of pictures

Create a graphical summary folder for a bioinformatics computing course that contains the following topics:
Module I (Sistema Operacional)
1. Papel do SO:
1.1. memory;
1.2. Processos;
1.3. Entrada/exit.
2. Basic Commands:
2.1. Copy/Drive/Filtro;
3. Communication between Processes:
3.1. Standard entry and exit;
3.2. Streams;
3.3. Pipes;
3.4. Redirecionamento.
Module II (Git)
1. Create repositories 1.1. Conceito de Git
1.2. Configurar Git (nome, e-mail, chave ssh)
1.3. Versionamento e Commits (git add, commit, push, pull, reset)
1.4. Communication between Local and Remote repository 2. Gerenciar Branches
2.1. Conceito e tipos de Branches do lab
2.2. Trabalhando com Branches
2.3. Strategies de gerenciamento loca/remoto
2.4. Comparing versions of the same Branch 2.5. Mesclagem de Branches
3. Resolver conflitos de mesclagem
3.1. Cronologia de Commits
3.2. Resolution and Code Editors 3.3. Strategies: Decoupling and Isolation of Modules 4. Manage remote repositories 4.1. GitLab
4.2. ReadMe.md
4.3. Merge requests
4.4. User roles: Owner, Manteiner, Developer, Reporter e Guest
Module III (bash)
1. Conhecendo o BASh:
1.1. Main functions in Unix-based Systems;
2. Manipulating directories and files;
2.1. Arquivos de texto (head, tail, less, nano, because...)
3. Conditionals and recurrence:
3.1. Loop, for, while
4. Advanced commands:
4.1. grep
4.2. awk
4.3. sed
5. Genomic files:
5.1. .BED
5.2. .VCF
Module IV (SLURM)
1. Estrutura do SLURM:
1.1. Num. de Threads
1.2. Uso de RAM
1.3. Partitions 1.4. SLURM do LGCM
2. Arquivo .slurm
2.1. Editores: VIM e NANO
2.2. Comando Touch
3. Estrutu

Create a graphical summary folder for a bioinformatics computing course that contains the following topics: Module I (Sistema Operacional) 1 . Papel do SO: 1 . 1 . memory ; 1 . 2 . Processos ; 1 . 3 . Entrada/exit . 2 . Basic Commands: 2 . 1 . Copy/Drive/Filtro ; 3 . Communication between Processes: 3 . 1 . Standard entry and exit ; 3 . 2 . Streams ; 3 . 3 . Pipes ; 3 . 4 . Redirecionamento . Module II (Git) 1 . Create repositories 1 . 1 . Conceito de Git 1 . 2 . Configurar Git (nome , e-mail , chave ssh) 1 . 3 . Versionamento e Commits (git add , commit , push , pull , reset) 1 . 4 . Communication between Local and Remote repository 2 . Gerenciar Branches 2 . 1 . Conceito e tipos de Branches do lab 2 . 2 . Trabalhando com Branches 2 . 3 . Strategies de gerenciamento loca/remoto 2 . 4 . Comparing versions of the same Branch 2 . 5 . Mesclagem de Branches 3 . Resolver conflitos de mesclagem 3 . 1 . Cronologia de Commits 3 . 2 . Resolution and Code Editors 3 . 3 . Strategies: Decoupling and Isolation of Modules 4 . Manage remote repositories 4 . 1 . GitLab 4 . 2 . ReadMe . md 4 . 3 . Merge requests 4 . 4 . User roles: Owner , Manteiner , Developer , Reporter e Guest Module III (bash) 1 . Conhecendo o BASh: 1 . 1 . Main functions in Unix-based Systems ; 2 . Manipulating directories and files ; 2 . 1 . Arquivos de texto (head , tail , less , nano , because ... ) 3 . Conditionals and recurrence: 3 . 1 . Loop , for , while 4 . Advanced commands: 4 . 1 . grep 4 . 2 . awk 4 . 3 . sed 5 . Genomic files: 5 . 1 . . BED 5 . 2 . . VCF Module IV (SLURM) 1 . Estrutura do SLURM: 1 . 1 . Num . de Threads 1 . 2 . Uso de RAM 1 . 3 . Partitions 1 . 4 . SLURM do LGCM 2 . Arquivo . slurm 2 . 1 . Editores: VIM e NANO 2 . 2 . Comando Touch 3 . Estrutu

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Mar 28, 2024

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upscale

Checkpoint & LoRA

epiCRealism

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