bitcoin

#!/usr/bin/env zsh

###############################################################################
#                                                                             #
#                            BITCOIN CORE DOT FILE                            #
#                                                                             #
#                    (`b` and `B` - prefixes for bitcoin)                     #
#                                                                             #
###############################################################################
#                                                                             #
# 1. Intended for macos but can be easily modified for other UNIX and Linux.  #
#                                                                             #
# 2. To include it in your shell write the following line in ~/.zshrc         #
#    `source <path-to-this-file>`                                             #
#                                                                             #
# 3. All git operations assume you are working from your fork of bitcoin      #
#                                                                             #
# 4. Read all `Caution!` tags in the file before first use of this file       #
#    or just live with the consequences!                                      #
#                                                                             #
# 5. The file has two sections, checklists and zsh                            #
#    - To go through procedures for everyday work use the checklists below as #
#      a reference which is by no means exhastive                             #
#    - To change intended behavior or optimise commands edit the zsh section  #
#                                                                             #
# 6. Visual Studio Code optional integration                                  #
#    - If you are using visual studio code, there is an optional associated   #
#      file with debug configuration options and instructions in its comments #
#      section                                                                #                                                                       
#    - Also, if you select vscode as the default editor below, difftool is    # 
#      setup to open the diffs there as well for more visual aid on changes   #
#                                                                             #
# 7. To check what an alias does after sourcing the file, try:                #
#    % alias | grep <alias-name>                                              #
#                                                                             #
###############################################################################



#\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
#                                  CHECKLISTS                                 #
#                       (`bh`  - prefix for bitcoin help                      #
#//////////////////////////////////////////////////////////////////////////////

bh() {
    echo """
#-----------------------------------------------------------------------------#
#                     UPDATE, BUILD, TEST & RUN REFERENCE                     #
#-----------------------------------------------------------------------------#

(1) Get all updates from upstream, this leaves us to the master branch 
    % bg-update

(2) cmake
    % bcmake-<options>  # Configure what to build
    % bcbuild           # Build without tests
    % bctest            # Unit tests only

(3) Combos
    % bb                # Build and unit test together
    % bbf               # Build, unit tests and functional tests 
    % bbe               # Build, unit, functional and extended tests
    % bbd               # Build for debug

(4) Individualy run tests after compilation
    % btest             
    % btest-ext

(5) Housekeeping
    % bnuke             # Wipe out all build data
    % bg-clean          # Git removes all untracked files

(6) Run fork binaries found in under /build/src
    % bd                
    % bdqt
    % bcli
    % bclin             # With named arguments
    % bkill
"""
}

bh-pr() {
    echo """
#-----------------------------------------------------------------------------#
#                                   PR REVIEWS                                #
#-----------------------------------------------------------------------------#

Note: Can use \"gh pr list\" and \"gh pr view <pr-number>\" to get info on the 
terminal instead of Github

(1) Get the PR to review from upstream
    % bg-getpr <pr-number>

(2) Checkout the pr to review with \"git checkout pr/<number>\"
    Note: We need to locate the last commit from GitHub
    % bg-pr <pr-number> 

(3) Checkout the commit to test
    % git checkout <commit>

(4) Build and run the tests, look at the <build and test reference> section

(5) Locate how many commits the pr have until the last merge
    % bg-oneline

(6) Get the changed file names
    % bgd-files <number-of-commits-backwards> # or
    % git diff --name-only <last-reviewed-commit> <new-commit>

(7) Examine differences

    - In a re-review check the differences since the last review using
    % bgd-range <previous-pr-head> <current-pr-head> <number-of-pr-commits>

    - Go through each commit from old to new to examine the individual changes
      each one interoduced. Just check how many commits the pr includes
    % bg-show <number-of-commit-back>

    - Or, you can use interactive rebase starting from the last merge before
      the PR like:
    % git rebase -i <last-merge-commit>

    - Examine the changes in each file, will launch on the prefered editor
      can use the HEAD~ for a shortcut to the commit hases as well
    % git difftool <last-reviewed-commit> <new-commit> -- <file>

    - Note: If the \"-- <file>\" is left over, it will go to all of them sequentially

    - Open all the changed files witout the diff info
    % bgd-files-open <number-of-commits-backwards>
"""
}

bh-pr-create() {
    echo """
#-----------------------------------------------------------------------------#
#                                   CREATE PR                                 #
#-----------------------------------------------------------------------------#

(0) Create a local branch 
    % git branch <new-branch-name>

(1) Update from upstream
    % git fetch upstream

(2) Rebase on upstream to get all recent changes
    % git rebase upstream/master

(3) Push to fork
    % git push --force origin <new-branch-name>

(4) Open a PR from Github (Caution: Select the correct branch!)

(5) Write a meaningful description

(6) Add reviewers as cc @<nym>
"""
}

bh-pr-rebase() {
    echo """
#-----------------------------------------------------------------------------#
#                                   REBASE PR                                 #
#-----------------------------------------------------------------------------#

Note: Rebase just for the ci with no changes in the code

    % bg-update
    % git checkout <branch-name>
    % git rebase upstream/master
    % git push origin <branch-name> --force
"""
}

bh-debug-cpp() {
    echo """
#-----------------------------------------------------------------------------#
#                              DEBUG CPP - WITH VSCODE                        #
#-----------------------------------------------------------------------------#

(1) Build for debugging
    % bbd

(2) Open workspace on vscode depending on what to debug and follow the 
    instructions at the .vscode-workspace file of the workspace
    % vs-bitcoin

(3) Choose between the debug configurations for bitcoin or unit tests
"""
}

bh-debug-py() {
    echo """
#-----------------------------------------------------------------------------#
#                          DEBUG PY --> CPP WITH VSCODE                       #
#-----------------------------------------------------------------------------#

(1) Build for debugging
    % bbd

(2) Open workspace on vscode depending on what to debug and follow the 
    instructions at the .vscode-workspace file of the workspace
    % vs-bitcoin

(3) Set breakpoints to both cpp and py files 

(4) Launch the debugger for the test through the "launch" configuration

(5) Execution stops at the py breakpoint

(6) Attach the python process with the token from the dropdown to lldb 

(7) Run to continue debugging on the cpp file
"""
}

bh-lldb() {
    echo """
#-----------------------------------------------------------------------------#
#                               DEBUG WITH LLDB                               #
#-----------------------------------------------------------------------------#

(1) Build for debugging
    % bbd

(2) Open an lldb session on a unit test 
    Note: See description on how to run unit tests above
    % lldb -- build/src/test/test_bitcoin ---log_level=all \
              --run_test=<module>/<test-case>

(3) Launch lldb
    (lldb) r # or
    (lldb) run # or
    (lldb) process launch

(3) Set breakpoints on lines
    (lldb) b <file>:<line>
    (lldb) breakpoint set --file <file-name> --line <line-number>

    Set breakpoint on a symbols
    (lldb) b <symbol-name>
    (lldb) b reakpoint set --name myFunction

    List and delete breakpoints
    (lldb) breakpoint list
    (lldb) breakpoint delete # deletes them all
    (lldb) breakpoint delete <breakpoint-id>

(4) Set watchpoints
    (lldb) watch set var <variable-name>
   
    Stop when the variable has a value we desire
    (lldb) watch modify -c '(variable-name==desired-value)'

    View all watchpoints
    (lldb) watch list -v

(5) You can opt for tui mode after setting break points and 
    starting the session
    (lldb) gui
    And return to cli with
    (lldb) quit

(6) Start a debugging session
    (lldb) run

(7) Step into
    (lldb) s 

    Step over
    (lldb) n
    
    Finish current function
    (lldb) finish

    Run until the next breakpoint
    (lldb) complete

(8) Print a variable
    (lldb) p <variable-name>
    (lldb) fr v <variable-name>
    (lldb) fr v # displays all variables

(9) Threads
    (lldb) thread step-in
    (lldb) thread step-over
    (lldb) thread step-out
    (lldb) thread list
    (lldb) thread backtrace
    lldb) thread backtrace all
    (lldb) thread select <thread-number>

(10) Attach lldb to existing process
    
    Get the process id from the process name
    % pgrep -l <process-name>

    See all info about the process
    % ps aux | grep <process-name>

    Alternatively, you can do the above interactive with htop
    % htop
    and search for the process name on the pane

    (lldb) process attach --pid <process-id>
    (lldb) process attach -p <process-id>
    (lldb) process attach --name <process-name>
    (lldb) process attach --name <process-name> --waitfor

(11) Attach lldb to a future process

    % b
    % lldb
    (lldb) process attach --name test_bitcoin --waitfor
 
    Open another terminal window
    % btest-unit-one <module> <test-case>

    Return to lldb terminal, set your breakpoints and hit `continue`

"""
}

#\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
#                                       ZSH                                   #
#//////////////////////////////////////////////////////////////////////////////


#-----------------------------------------------------------------------------#
#                                   VARIABLES                                 #
#                  (`_` - suffix for all variables in this file)              #
#-----------------------------------------------------------------------------#

# Export the LLVM Brew path in order to overide the system default LLVM
# clang-tidy is now also dscoverable by bear
export PATH="$(brew --prefix)/opt/llvm/bin:$PATH"

# System tools
export ED_=code # or vim
export BC_=/opt/homebrew/opt/llvm/bin/clang
export BRCT_=/opt/homebrew/opt/llvm/bin/run-clang-tidy
export BCPP_=/opt/homebrew/opt/llvm/bin/clang++
export BLLDB_=/opt/homebrew/opt/llvm/bin/lldb

# System info
export NCORES_="$(($(sysctl -n hw.physicalcpu)+1))"

# Number of jobs for parallel testing
# ** Caution! ** Optimised for my system, you may begin with smaller numbers
export NJOBS_16_=16
export NJOBS_64_=64

# RAM disc to be used with normal functional tests
# Size calc: { 4096 MiB * 2048 blocks/MiB = 8388608 blocks for 4 GiB }
# Size calc: { 8192 MiB * 2048 blocks/MiB = 16777216 blocks for 8 GiB}
# Size calc: { 12288 MiB * 2048 blocks/MiB = 25165824 blocks for 12 GiB }
export RAMDISK_SIZE_=25165824

# RAM disc to be used with normal extended functional tests
# Size calc: { 12288 MiB * 2048 blocks/MiB = 25165824 blocks for 12 GiB }
# ** Caution! ** Check how much RAM your system supports first 
export RAMDISK_SIZE_EXT_=25165824

# Bitcoin paths
export BITDEV_="~/Documents/projects/bitdev"
export BPATH_="$BITDEV_/bitcoin"
export BDATA_="~/Library/Application\ Support/Bitcoin"
export BDATA_LOKI_="/Volumes/loki/Bitcoin"
export BDOT_="$BITDEV_/bitcoin-dot" # Location of THIS file
export BTEST_="$BPATH_/test"
export BFUNC_="$BPATH_/build/test/functional"
export BTEST_LOGS_="/var/folders/qy/mc4396sn0ql8dpl5q852sng40000gn/T"
export BDOX_="$BPATH_/doc/doxygen/html"

# Master branch name (could be `main` for more modern repositories)
export BGMASTER_="master"

#-----------------------------------------------------------------------------#
#                                INSTALLATIONS                                #
#-----------------------------------------------------------------------------#

# Install brew dependencies
alias btools="brew install cmake ccache llvm berkeley-db@4 automake boost \
              libevent libnatpmp libtool miniupmpc pkg-config python \
              qrencode qt@5 sqlite zeromq flame doxygen graphviz lcov \
              bear clang-format flake8 mypy codespell vulture"

# Install Xcode tools
# % xcode-select --install

# Upadte all installed brew packages
btools-update() {
    brew update; 
    echo "Running brew upgrade..."
    brew upgrade; 
    echo "Running brew cleanup..."
    brew cleanup;
}

# Make sure you are using the latest python 3 release first with `which python`  
alias bpips="/usr/bin/python3 -m pip install pyzmq"

#-----------------------------------------------------------------------------#
#                                 PATH SHORTCUTS                              #
#-----------------------------------------------------------------------------#

# This file in read mode
alias bdot-r="vim -R $BDOT_/bitcoin"

# Bitcoin paths
alias bitdev="cd $BITDEV_;pwd"
alias b="cd $BPATH_;pwd"
alias bdata="cd $BDATA_;pwd"    # Local disk
alias bdata-loki="cd $BDATA_LOKI_;pwd" # External disk
alias bdot="cd $BDOT_;pwd"
alias btestlogs="cd $BTEST_LOGS_;pwd"

# Open Bitcoin files on local disk
alias bconf="$ED_ $BDATA_/bitcoin.conf"
alias blog-main="$ED_ $BDATA_/debug.log"
alias blog-test="$ED_ $BDATA_/testnet3/debug.log"
alias blog-signet="$ED_ $BDATA_/signet/debug.log"
alias blog-regtest="$ED_ $BDATA_/regtest/debug.log"

# Open Bitcoin files on external disk
alias bconf-loki="$ED_ $BDATA_LOKI_/bitcoin.conf"
alias blog-main-loki="$ED_ $BDATA_LOKI_/debug.log"
alias blog-test-loki="$ED_ $BDATA_LOKI_/testnet3/debug.log"
alias blog-signet-loki="$ED_ $BDATA_LOKI_/signet/debug.log"
alias blog-regtest-loki="$ED_ $BDATA_LOKI_/regtest/debug.log"

# Visual Studio Code launch and debug workspace configurations
alias vs-bitcoin="code $BDOT_/bitcoin.code-workspace"

#-----------------------------------------------------------------------------#
#                           BITCOIND AND BITCOIN-CLI                          #
#-----------------------------------------------------------------------------#

# GLOBAL: System-wide bitcoind and bitcoin-cli found in /usr/local/bin
# Build with `make install` and only for the latest stable release!
# % bitcoind # kept as is
# % bitcoin-cli # kept as is
alias bitcoind="bitcoind -datadir=$BDATA_LOKI_"
alias bitcoin-clin="bitcoin-cli -named"

# LOCAL: bitcoind and bitcoin-cli within the scope of bitcoin core project path
alias bd="$BPATH_/build/src/bitcoind"
alias bd-loki="$BPATH_/build/src/bitcoind -datadir=$BDATA_LOKI_" 
alias bdqt="$BPATH_/build/src/qt/bitcoin-qt"
alias bcli="$BPATH_/build/src/bitcoin-cli"
alias bclin="$BPATH_/build/src/bitcoin-cli -named"

# Kill bitcoind if forgotten to stop it properly
alias bkill="pkill -9 bitcoind"

#-----------------------------------------------------------------------------#
#                                     GIT                                     #
#                           (bg and BG - prefixes)                            #
#-----------------------------------------------------------------------------#

# TODO: Move as much from this section to .gitcongig link it to a gitconfig
# file in this project?

#---------------------------===<<< Git configuration >>>===-------------------#

# Git difftool and mergetool default editor set up to vs code (default is vim)
bg-ed-setup() {
    git config --global diff.tool vscode
    git config --global difftool.vscode.cmd 'code --wait --diff $LOCAL $REMOTE'
    git config --global merge.tool vscode
    git config --global mergetool.vscode.cmd 'code --wait $MERGED'
}

# Open git global editor for manual editing
alias bg-ed="git config --global -e"

#-----------------------------===<<< Git basic >>>===-------------------------#

# Show information and changes of this commit
# % git status
# % git show

# Name of the current branch
alias bg-name="git branch --show-current"

# Commit hash of the current commit
alias bg-last="git rev-parse HEAD"

# Commit hash of the initial commit
alias bg-first="git log --reverse | head -n 1"

# List all tracked files in the repository
alias bg-ls="git ls-files"

# Reset any changes and remove new files since the last commit
alias bg-reset="git reset --hard HEAD; git clean -fd;"

# Clean all untracked files to get a clean project
alias bg-clean="git clean -dfx"

#-----------------------------===<<< Git PR >>>===----------------------------#

bg-getpr() {
    # $1: PR number
    git fetch upstream pull/$1/head:pr-$1
}

# Checkout a pr
bg-pr() {
    # $1: PR number
    git checkout pr-$1
}

bg-show() {
    # $1: Commit back
    git show HEAD~$1
}

#--------------------------===<<< Git fork handling >>>===--------------------#

# Update the fork localy and on github from the original repository
bg-update() {
    b
    git fetch upstream
    git checkout master
    git merge upstream/master
    git push origin master
    echo "Enjoy 😉!"
}

# Update the current branch with all changes from master
bg-branch-update() {
    # $1: Branch name
    git checkout $1
    git rebase
}

#------------------------===<<< Git lists of files >>>===---------------------#

# Search for files including a pattern in a repository
alias bgg="git grep -n " # <pattern> <optional:branch-name> -- <path>
alias bgg-files-only="git grep -l " # <pattern> <optional:branch-name> -- <path>


# List of files w/differences between given number of commits, default is 1
# Hint: Run git log before to see how many commits back is the upstream/master
bgd-files() { 
    # $1: Number of commits backwards
    if [ $# -eq 0 ]; then
        git diff --name-only HEAD HEAD~1
    else
        git diff --name-only HEAD HEAD~$1 
    fi
}

# Open the changed files with vs code
bgd-files-open() {
    # $1: Number of commits backwards
    code $(bgd-files $1)
}

# List of files  differences  between two commits
alias bgd-commits=" git diff --name-only " # <commit-1> <commit-2>

# List of files differences between this branch and the upstream
alias bgd-files-upstream="git diff --name-only upstream/$BGMASTER_ HEAD"

# Differences between ranges of commits to use after rebasing. Use it to
# compare changes between rebases of a pr
bgd-range() {
    # $1: commit-1
    # $2: commit-2
    # $3: range 
    git range-diff $1~$3..$1 $2~$3..$2
}

#------------------------===<<< Git changes in file >>>===--------------------#

# File changes on current branch compared to upstream 
alias bgd-tool="git difftool upstream/$BGMASTER_ " # <file>

# File changes generic case 
# % git difftool <commit-to-compare-with-current> <file>
# % git difftool <commit1> <commit2> -- <file> # Open this specific file only
# % git difftool <commit1> <commit2> # Will open all changed files, one by one

# Examine differences in code that have been moved elsewhere
# % git diff --color-moved=dimmed-zebra <commit-1> <commit-2>

#--------------------------===<<< Git archaeology >>>===----------------------#

# Display all the commits including the master's if on a branch
alias bg-oneline="git log --oneline "

# Can specify how many commits back with:
# % git log -n <number-of-commits> --oneline

# Display all commits of the branch since the fork from master
alias bg-commits="bg-oneline $BGMASTER_.."

# Display the number of commits of the branch since the fork from master
alias bg-commits-n="bg-commits | wc -l"

# Get the commit which changed last a line in a file
bg-blame() {
    # $1: line number
    # $2: file path
    git blame -L$1,$1 $2
}

# Get all the commits that changed the file provided as argument
alias bg-log-p="git log -p " # <path>

# Search commits the item (ex. a function name) is modified
alias bg-log-s="git log -S " # <item>

# Search commits the item (ex. a function name) is moved
alias bg-log-g="git log -G " # <item>

# Trace a span of lines in a file 
bg-log-l() {
    # $1: start line
    # $2: end line
    # $3: file path
    git log -L $1,$2:$3
}

# Follow the history of a file even if it was renamed at some point
alias bg-log-follow="git log --follow " # <path>

# See the history of a removed file
alias bg-log-removed="git log -- " # <path>

# TODO: Remove?
# Get the PR discussion from a commit hash
bg-logp-r() {
    # $1: commit hash
    git log --merges --reverse --oneline --ancestry-path \
        $1..origin/$BGMASTER_ | head -n 1
}

#-----------------------------===<<< Git rebase >>>===------------------------#

# Rebase a local branch

# 1. Open interactive rebase to edit a given last number of commits
# Note: In case of a one commit pr, use `git rebase -i HEAD~ instead` 
bg-rebase-i() {
    # $1: Number of last commits
    git rebase -i HEAD~$1
}

# 2. Select `pick`, `squash` or `edit` to modify the commit contents
#    save and close, follow the terminal instructions

# 3. Open the files you want to change with an editor

# 4. Add the file if it had a conflict i.e. change
# % git add <file-with-conflict>

# 5. Continue editing the next commit within the interactive rebase process
alias bg-continue="git rebase --continue"

# 6. Force push changes from rebase 
# ** Caution! ** is irreversible
alias bg-force="git push --force " # origin <branch-name> 

#-----------------------------------------------------------------------------#
#                                    BUILD                                    #
#-----------------------------------------------------------------------------#

# LLVM used with ccache by default
alias bc=$BC_ 
alias bcpp=$BCPP_ 
alias blldb=$BLLDB_

# CMake
# https://github.com/bitcoin/bitcoin/blob/master/doc/build-osx.md
# Note: Use `ccmake build` to check the cmake configuration

# List all cmake build options
alias bcmake-options="cmake -B build -LH"

# Standard config
alias bcmake="cmake -B build -DWITH_BDB=ON \
             -DCMAKE_C_COMPILER=$BC_ -DCMAKE_CXX_COMPILER=$BCPP_"

# Debug symbols, use ccmake to confirm DCMAKE_BUILD_TYPE is set to Debug
alias bcmake-debug="cmake -B build -DWITH_BDB=ON \
                    -DCMAKE_C_COMPILER=$BC_ -DCMAKE_CXX_COMPILER=$BCPP_ \
                    -DCMAKE_BUILD_TYPE=Debug"

# With gui
alias bcmake-gui= "cmake -B build -DBUILD_GUI=ON \
                  -DCMAKE_C_COMPILER=$BC_ -DCMAKE_CXX_COMPILER=$BCPP"

# Without wallet
alias bcmake-nowallet="cmake -B build -DENABLE_WALLET=OFF \
                      -DCMAKE_C_COMPILER=$BC_ -DCMAKE_CXX_COMPILER=$BCPP"

# Clang-tidy
alias bcmake-ct="cmake -B build \
                  -DCMAKE_C_COMPILER=$BC_ -DCMAKE_CXX_COMPILER=$BCPP_ \ 
                  -DCMAKE_EXPORT_COMPILE_COMMANDS=ON"

# CMake builds
alias bcbuild="cmake --build build -j $NCORES_"
alias bctest="ctest --test-dir build -j $NCORES_"

# Build complete toolchain
alias bb="bcmake && bcbuild && bctest"

# Nuke the build directory to start from scratch
alias bnuke="rm -fr $BPATH_/build"

# Make plain commands to be executed from within the build directory
# Note: For versions prior to v28.0 
alias bdistclean="make distclean" # Includes make clean as well
alias bclean="make clean"
alias bmake="make -j $NCORES_"
alias bcheck="make -j $NCORES_ check" # Unit and util tests
alias bcache-clean="ccache -C"

# Configure commands used before transition to cmake
# Note: For versions prior to v28.0 
alias bconfigure="./autogen.sh && ./configure CC=$BC_ CXX=$BCPP_ \
                  --with-incompatible-bdb --enable-surpress-external-warnings"
alias bconfigure-bare="./autogen.sh && ./configure CC=$BC_ CXX=$BCPP_"
alias bconfigure-debug="./autogen.sh && ./configure CC=$BC_ CXX=$BCPP_ \
                        --with-incompatible-bdb 
                        --enable-surpress-external-warnings --enable-debug"
alias bconfigure-tsan="bconfigure-debug -sanitize=thread -02 -g"
alias bconfigure-fuzz="./autogen.sh && ./configure CC=$BC_ CXX=$BCPP_ \
                      --enable-fuzz --with-sanitizers=fuzzer,address,undefined"


# Sign the bitcoin binaries in order for macos to let you run them
bsign() {
    #$1: /path/to/bitcoin/build/src for development, or 
    #    /usr/local/bin for system wide installation
    cd $1
    xattr -d com.apple.quarantine bitcoin-cli bitcoin-qt bitcoin-tx \
             bitcoin-util bitcoin-wallet bitcoind test_bitcoin
    codesign -s - bitcoin-cli bitcoin-qt bitcoin-tx bitcoin-util \
             bitcoin-wallet bitcoind test_bitcoin
}

#-----------------------------------------------------------------------------#
#                                    TESTS                                    #
#-----------------------------------------------------------------------------#

#---------------------------===<<< Test support >>>===------------------------#

# RAM disks to speed up or constraint testing environment size
# Note: If defined as normal aliases, disk images are implicitly created
bcreate-ram() {
    diskutil erasevolume HFS+ ramdisk \
    $(hdiutil attach -nomount ram://$RAMDISK_SIZE_)
}

bcreate-ram-ext() {
    diskutil erasevolume HFS+ ramdisk \
    $(hdiutil attach -nomount ram://$RAMDISK_SIZE_EXT_)
}

alias bdestroy-ram="umount /Volumes/ramdisk"

# Clean up node seeding and debug files after manual tests
alias bdata-clear-main="rm -fr $BDATA_/anchors.dat $BDATA_/peers.dat \
                        $BDATA_/debug.log"

alias bdata-clear-test="rm -fr $BDATA_/testnet3/anchors.dat \
                        $BDATA_/testnet3/peers.dat $BDATA_/testnet3/debug.log"

alias bdata-clear-signet="rm -fr $BDATA_/signet/anchors.dat \
                        $BDATA_/signet/peers.dat $BDATA_/signet/debug.log"

alias bdata-clear-regtest="rm -fr $BDATA_/regtest/anchors.dat \
                        $BDATA_/regtest/peers.dat $BDATA_/regtest/debug.log"

# Wipe out regtest for a clean run
alias bdata-erase-regtest="rm -fr $BDATA_/regtest/*"

# Clean up test environment
alias btest-clean="rm -rf $BTEST_/cache; pkill -9 bitcoind;"

#-------------------------===<<< Functional tests >>>===----------------------#

# Functional tests
alias btest-plain="$BFUNC_/test_runner.py"

# Attach ramdisk support to functional tests
# Note: Have to manually create and destroy the ramdisk
alias btest-ram="btest-plain --cachedir=/Volumes/ramdisk/cache \
                --tmpdir=/Volumes/ramdisk/tmp"

# Functional tests (optimum standalone configuration)
alias btest="bcreate-ram && btest-ram --jobs=$NJOBS_64_ && bdestroy-ram"

# Extended functional tests excluding db_crash
alias btest-ext-db="bcreate-ram-ext && btest-ram --jobs=$NJOBS_16_ --extended \
                --exclude=feature_dbcrash.py && bdestroy-ram"
# and then run db_crash only with
alias btest-db-only="btest-plain feature_dbcrash.py"

# Extended functional tests (optimum standalone configuration)
alias btest-ext="bcreate-ram-ext && btest-ram --jobs=$NJOBS_16_ \
                --extended && bdestroy-ram"

# Coverage for the exteded functional tests to uncover missing rpcs from harness
alias btest-cov="bcreate-ram-ext && btest-ram --jobs=$NJOBS_16_ --extended \
                --coverage && bdestroy-ram"

#----------------------------===<<< Unit tests >>>===-------------------------#

# The `bb` command  above runs both the unit and util tests
# To get a list of all unit test cases run
# % /build/src/test/test_bitcoin --list_content

# Run the unit test without re-compiling
btest-unit() {
    b
    cd build/src/test/
    test_bitcoin
    b
}

btest-unit-one() {
    # $1: module (file name)
    # $2: test case
    b
    ./build/src/test/test_bitcoin --run_test=$1/$2
}

# Run util tests without recompiling
alias btest-util="$BPATH_/build/test/util/test_runner.py"

#----------------------------===<<< Lint checks >>>===------------------------#

# Run locally all the lint checks that the CI does on Github
btest-lint() {
    b
    cd test/lint/test_runner && cargo fmt && cargo clippy && cargo run
    b
}

#---------------------------===<<< Clang tidy  >>>===-------------------------#

# Build specifically for clang tidy
alias bct-build="bcmake-ct && bcbuild"

# Run clang-tidy on src
alias bct="( cd ./src/ && $BRCT_ -p ../build -j $NCORES_ )"

# Run clang-tidy with the cppcoreguidelines suport on a source file
alias bct-cg="$BRCT_ -p ../build -checks=cppcoreguidelines-" # <source-file>

#----------------------------===<<< Fuzz tests >>>===-------------------------#

# TODO: Fuzz tests

#---------------------------===<<< Test reports >>>===------------------------#

# Unit test coverage report
alias btest-report="open -a /Applications/Firefox.app \
                    $BPATH_/test_bitcoin.coverage/index.html"

# Unit and functional test coverage report
alias btest-report-total="open -a /Applications/Firefox.app \
                         $BPATH_/total.coverage/index.html"

# TODO: Test coverage

#-----------------------------===<<< Benchmark >>>===-------------------------#

# Build benchmark support after configuring build with bconfigure-debug
alias bbench-make="make -C src bitcoin_bench"

# Run the benchmarks
alias bbench="src/bench/bench_bitcoin"

# Get help
alias bbench-help="bbench -h"

# List all benchmarks
alias bbench-list="bbench -list"

#----------------------===<<< Build and test combos  >>>===-------------------#

# Built and unit tests
# % bb

# Build and run unit and functional tests
alias bbf="bb && btest"

# Build and run unit functional and extended tests
alias bbe="bb && btest-ext"

# Build for debugging with no tests involved
alias bbd="bcmake-debug && bcbuild"

#-----------------------------------------------------------------------------#
#                       DOCUMENTATION AND CODING STYLE                        #
#-----------------------------------------------------------------------------#

# Doxygen (run from the project root)
alias bdox-make="make docs"
alias bdox-clean="make clean-docs"

# Format last commit with 0 lines of context, call from the git root folder,
# uses clang-format with the config defined in src/.clang-format
alias bformat="git diff -U0 HEAD~1.. | \
              ./contrib/devtools/clang-format-diff.py -p1 -i -v"

# View doxygen generated documentation on firefox
alias bdox="open -a /Applications/Firefox.app $BDOX_/index.html"

#-----------------------------------------------------------------------------#
#                               TROUBLESHOOTING                               #
#-----------------------------------------------------------------------------#

# Clean up everything in the build and test chains in case of trouble
alias bclean-all="bclean; bcache-clean; btest-clean; bdox-clean"

# Wipe out the entire build with
# % bnuke

#-----------------------------------------------------------------------------#
#                               BONUS - WARNET                                #
#-----------------------------------------------------------------------------#

warnet-run() {
    bitdev
    cd warnet
    python3.13 -m venv .venv && source .venv/bin/activate && pip3.12 install -e .
    open /Applications/Docker.app
    kubectl config set-context --current --namespace=warnet
    warnet setup
    test/rpc_test.py
}

# Usefull commands

# Run a simulation
# % warnet deploy <path-to-network>

# Get a dashboard on `localhost:2323`
# % kubectl port-forward fork-observer 2323

# Check the kuberbetes pods
# % k9s

# warnet --help
# warnet logs
# warnet deploy test/data/bitcoin_conf
# warnet run resources/scenario/invdos.py
# warnet bitcoin rpc tank-0016 getpeerinfo