dotbashrc

#!/bin/bash

# don't break scp with echo in .bashrc
if [ -z "$PS1" ]; then
    return
fi

# the buffer string
export bufferstring="============================================================"

# function to get into MPI environment 
# (for compiling/running Rayleigh)

alias loadmpi="module purge; module load mpi-hpe; module load comp-intel"

loadmpirome () {
    module purge
    module load gcc/13.2 mpi-hpe/mpt
    fftwlib=/home4/nfeather/software/fftw-3.3.10-Rome/
    blaslib=/home4/nfeather/software/OpenBLAS-0.3.27-Rome/
    export LD_LIBRARY_PATH=$blaslib\lib:$fftwlib\lib:$LD_LIBRARY_PATH
    export OMP_NUM_THREADS=1
}

# load firefox
alias loadff="module load firefox"
alias resetff="rm -f ~/.mozilla/firefox/*/.parentlock"

# state what's going on
echo $bufferstring
echo "Executing $HOME/environment/dotbashrc"

# Note (04/20/22):
# This file sets the default environment on the PFEs / LFEs
# Very little of the environment is changed in this file per se
# loading all the "standard" settings is accomplished by running
# sbpfe (source the bashrc_pfe file in the ~/environment repo)
# ---or, analogously, sblfe
# this ensures the environments on compute nodes / pbspl1 remain 
# "uncorrupted" by default
# depending on the hostname, more defaults will be loaded via
# sbpfe, sblfe, sblcd, sbmac

# the following are environmental aliases
# in any environment, I have the option of getting into 
# my bigger environments)

# specific HOME directory(s) (what $HOME defaults to on a given system)
export HOME_LFE=/lou/la2/lmatilsk
export HOME_PFE=/home1/lmatilsk
export HOME_LCD=/home5/loma3853
export HOME_MAC=/home/loren

# the environment git repo
export envdir=$HOME/environment 
# the $HOME variable should be good no matter the system

# short "dot bashrc" file (i.e., this file)
export dotbrc=$envdir/dotbashrc

# long bashrc files (the big environments)
export brcpfe=$envdir/bashrc_pfe
export brcconda=$envdir/bashrc_loadconda
export brclfe=$envdir/bashrc_lfe
export brclcd=$envdir/bashrc_lcd
export brcmac=$envdir/bashrc_mac

# supporting "common" files for the big environments
export brccommon=$envdir/bashrc_common
export brcra=$envdir/bashrc_ra_routines

# commands to source each env file
alias sbpfe="source $brcpfe"
alias sbconda="source $brcconda"
alias sblfe="source $brclfe"
alias sblcd="source $brclcd"
alias sbmac="source $brcmac"
alias sbcommon="source $brccommon"
alias sbra="source $brcra"
alias sbdot="source $dotbrc"

# commands to edit each env file
alias vbpfe="vim $brcpfe"
alias vbconda="vim $brcconda"
alias vblfe="vim $brclfe"
alias vblcd="vim $brclcd"
alias vbmac="vim $brcmac"
alias vbcommon="vim $brccommon"
alias vbcommon="vim $brccommon"
alias vbra="vim $brcra"
alias vbdot="vim $dotbrc"

# command to source bashrc_pfe and then launch jupyter notebook server
jserve() {
    sbpfe
    sbconda
    jupyter lab --sock /tmp/user.sock --no-browser --certfile=~/.jupyter/jupyter.pem --keyfile ~/.jupyter/jupyter.key
    #jupyter notebook --sock /tmp/user.sock --no-browser
}

# only do anything (automatically) on specific hosts

# LFE hosts
host=`hostname`
if [[ "$host" == "lfe"* ]] || [[ "$host" == "ldan"* ]]; then
    # Enable auto-completion in git
    #source /etc/bash_completion.d/git.sh 
    source /usr/share/bash-completion/completions/git
    sblfe
    sbconda
fi

# PFE or AFE hosts (almost the same except for conda)
if [[ "$host" == "pfe"* ]] || [[ "$host" == "afe"* ]]; then
    # Enable auto-completion in git
    source /usr/share/bash-completion/completions/git
    sbpfe
    if [[ "$host" == "pfe"* ]]; then
        # also get into conda environment
        sbconda
    fi
fi

# LCD hosts
if [[ "$host" == *"colorado.edu" ]]; then
    # Enable auto-completion in bash
    source ~/git-bash-completion
    sblcd
fi

# MAC hosts
if [[ "$host" == "lorensMac"* ]] || [[ "$host" == "cu-genvpn"* ]] || [[ "$host" == *"eduroam"* ]]; then
    source ~/.git-completion.bash
    sbmac
fi

echo $bufferstring

# define current path and then way to reset path
export PATH0=$PATH
alias resetpath="export PATH=$PATH0"