Constantin1489 · February 6, 2024 13:18
diff --git a/0-go-os-arch.md b/0-go-os-arch.md
diff --git a/1-main1.go b/1-main1.go
 package main

 func main() {}
diff --git a/2-make1.sh b/2-make1.sh
 #!/bin/bash

 # This list is based on:
 # https://github.com/golang/go/blob/master/src/go/build/syslist.go
 gooses=(
    aix android darwin dragonfly freebsd hurd illumos ios js \
    linux nacl netbsd openbsd plan9 solaris windows zos
 )
 gooses=($(printf -- '%s\n' "${gooses[@]}" | sort))

 # This list is based on:
 # https://github.com/golang/go/blob/master/src/go/build/syslist.go
 goarches=(
    386 amd64 amd64p32 arm armbe arm64 arm64be ppc64 ppc64le \
    loong64 mips mipsle mips64 mips64le mips64p32 mips64p32le \
    ppc riscv riscv64 s390 s390x sparc sparc64 wasm
 )
 goarches=($(printf -- '%s\n' "${goarches[@]}" | sort))

 ###

 # Results
 ootb_gooses=()
 ootb_goarches=()
 ootb_platforms=()

 for goos in "${gooses[@]}"
 do
    is_goos_ootb=0
    for goarch in "${goarches[@]}"
    do
        GOOS="$goos" GOARCH="$goarch" go build -o /dev/null 1-main1.go >out.log 2>err.log
        if [ $? -eq 0 ]
        then
            if [ $is_goos_ootb -eq 0 ]
            then
                ootb_gooses+=("$goos")
                is_goos_ootb=1
            fi
            ootb_goarches+=("$goarch")
            ootb_platforms+=("$goos/$goarch")
        else
            if grep -qe '^cmd/go: unsupported GOOS/GOARCH pair' err.log
            then
                :
            else
                mv err.log $goos-$goarch.err.log
            fi
        fi
        if [ -s out.log ]
        then
            mv out.log $goos-$goarch.out.log
        fi
    done
 done
 ootb_goarches=($(printf -- '%s\n' "${ootb_goarches[@]}" | sort | uniq))
 rm -f out.log err.log

 ###

 # Usage:
 # print_array $array_name
 print_array()
 {
    array_name="$1"
    array_ref="$array_name[@]"
    printf -- '%s=(\n' "$array_name"
    printf -- '    %s\n' "${!array_ref}"
    printf -- ')\n\n'
 }

 ###

 {
    print_array 'ootb_gooses'
    print_array 'ootb_goarches'
    print_array 'ootb_platforms'
 } > out1.sh
diff --git a/3-main2.go b/3-main2.go
 package main

 const (
 	hello uint = 0xfedcba9876543210
 )

 func main() {}
diff --git a/4-make2.sh b/4-make2.sh
 #!/bin/bash

 source out1.sh

 ###

 # Results
 ootb_goarches_32=()
 ootb_goarches_64=()
 ootb_platforms_32=()
 ootb_platforms_64=()

 for ootb_platform in "${ootb_platforms[@]}"
 do
    ootb_goos=${ootb_platform%/*}
    ootb_goarch=${ootb_platform#*/}
    GOOS="${ootb_goos}" GOARCH="${ootb_goarch}" go build -o /dev/null 3-main2.go >/dev/null 2>&1
    if [ $? -eq 0 ]
    then
        ootb_goarches_64+=(${ootb_goarch})
        ootb_platforms_64+=(${ootb_platform})
    else
        ootb_goarches_32+=(${ootb_goarch})
        ootb_platforms_32+=(${ootb_platform})
    fi
 done
 ootb_goarches_32=($(printf -- '%s\n' "${ootb_goarches_32[@]}" | sort | uniq))
 ootb_goarches_64=($(printf -- '%s\n' "${ootb_goarches_64[@]}" | sort | uniq))

 ###

 # Usage:
 # print_array $array_name
 print_array()
 {
    array_name="$1"
    array_ref="$array_name[@]"
    printf -- '%s=(\n' "$array_name"
    printf -- '    %s\n' "${!array_ref}"
    printf -- ')\n\n'
 }

 ###

 {
    print_array 'ootb_goarches_32'
    print_array 'ootb_goarches_64'
    print_array 'ootb_platforms_32'
    print_array 'ootb_platforms_64'
 } > out2.sh
diff --git a/5-gen.sh b/5-gen.sh
 #!/bin/bash

 source out1.sh
 source out2.sh

 ###

 # This list is based on:
 # https://github.com/golang/go/blob/master/src/go/build/syslist.go
 gooses=(
    aix android darwin dragonfly freebsd hurd illumos ios js \
    linux nacl netbsd openbsd plan9 solaris windows zos
 )
 gooses=($(printf -- '%s\n' "${gooses[@]}" | sort))

 # This list is based on:
 # https://github.com/golang/go/blob/master/src/go/build/syslist.go
 goarches=(
    386 amd64 amd64p32 arm armbe arm64 arm64be ppc64 ppc64le \
    loong64 mips mipsle mips64 mips64le mips64p32 mips64p32le \
    ppc riscv riscv64 s390 s390x sparc sparc64 wasm
 )
 goarches=($(printf -- '%s\n' "${goarches[@]}" | sort))

 # This list is based on my knowledge, the result of 4-make2.sh, and the link below:
 # https://golang.org/doc/install/source
 goarches_32=(
    386 amd64p32 arm armbe mips mipsle \
    mips64p32 mips64p32le ppc riscv s390 sparc
 )
 goarches_32=($(printf -- '%s\n' "${goarches_32[@]}" | sort))

 # This list is based on my knowledge, the result of 4-make2.sh, and the link below:
 # https://golang.org/doc/install/source
 goarches_64=(
    amd64 arm64 arm64be ppc64 ppc64le loong64 \
    mips64 mips64le riscv64 s390x sparc64 wasm
 )
 goarches_64=($(printf -- '%s\n' "${goarches_64[@]}" | sort))

 ###

 #############################
 # Functions for Computation #
 #############################

 # Usage:
 # is_in_array $target ${array[@]}
 is_in_array()
 {
    target="$1"
    shift

    array=("$@")
    for item in "${array[@]}"
    do
        if [ "$item" = "$target" ]
        then
            return 0
        fi
    done

    return 1
 }

 # Usage:
 # cmp_arrays $len_base_array ${base_array[@]} ${filtered_array[@]}
 cmp_arrays()
 {
    len_base_array=$1
    shift

    base_array=()
    for ((i=0; i<len_base_array; i++))
    do
        base_array+=("$1")
        shift
    done

    filtered_array=("$@")
    len_filtered_array=${#filtered_array[@]}

    i=0
    for item in "${base_array[@]}"
    do
        if [ $i -lt $len_filtered_array -a "$item" = "${filtered_array[i]}" ]
        then
            printf -- '1\n'
            ((++i))
        else
            printf -- '0\n'
        fi
    done
 }

 # Usage:
 # cmp3_arrays $len_base_array ${base_array[@]} $len_filtered_array1 ${filtered_array1[@]} ${filtered_array2[@]}
 cmp3_arrays()
 {
    len_base_array=$1
    shift

    base_array=()
    for ((i=0; i<len_base_array; i++))
    do
        base_array+=("$1")
        shift
    done

    len_filtered_array1=$1
    shift

    filtered_array1=()
    for ((i=0; i<len_filtered_array1; i++))
    do
        filtered_array1+=("$1")
        shift
    done

    filtered_array2=("$@")
    len_filtered_array2=${#filtered_array2[@]}

    i=0
    j=0
    for item in "${base_array[@]}"
    do
        if [ $i -lt $len_filtered_array1 -a "$item" = "${filtered_array1[i]}" ]
        then
            if [ $j -lt $len_filtered_array2 -a "$item" = "${filtered_array2[j]}" ]
            then
                printf -- '1\n'
                ((++j))
            else
                printf -- '2\n'
            fi
            ((++i))
        else
            printf -- '0\n'
        fi
    done
 }

 # Usage:
 # add_prefix_to_array $prefix ${array[@]}
 add_prefix_to_array()
 {
    prefix="$1"
    shift

    array=("$@")
    for item in "${array[@]}"
    do
        printf -- '%s%s\n' "$prefix" "$item"
    done
 }

 # Usage:
 # filter_array_by_prefix $prefix ${array[@]}
 filter_array_by_prefix()
 {
    prefix="$1"
    len_prefix=${#prefix}
    shift

    array=("$@")
    for item in "${array[@]}"
    do
        if [ "${item:0:$len_prefix}" = "$prefix" ]
        then
            printf -- '%s\n' "$item"
        fi
    done
 }

 ###

 # Results
 platforms=()
 platforms_32=()
 platforms_64=()

 platforms=($(go tool dist list))
 platforms=($(printf -- '%s\n' "${platforms[@]}" | sort))

 for platform in "${platforms[@]}"
 do
    goarch="${platform#*/}"
    if is_in_array "$goarch" "${goarches_32[@]}"
    then
        platforms_32+=("$platform")
    else
        platforms_64+=("$platform")
    fi
 done

 ###

 #################################
 # Functions for Printing Result #
 #################################

 repeat()
 {
    ch="$1"
    n=$2
    for ((i=0; i<n; i++))
    do
        printf -- '%s' "$ch"
    done
 }

 left()
 {
    n=$1
    printf -- ':'
    repeat '-' $((n-1))
 }

 right()
 {
    n=$1
    repeat '-' $((n-1))
    printf -- ':'
 }

 center()
 {
    n=$1
    printf -- ':'
    repeat '-' $((n-2))
    printf -- ':'
 }

 code()
 {
    printf -- '`%s`\n' "$@"
 }

 bold()
 {
    printf -- '**%s**\n' "$@"
 }

 bold_code()
 {
    printf -- '**`%s`**\n' "$@"
 }

 ###

 # Usage:
 # print_table $col_count row_count headers... alignments... is_bools... col1... col2... ...
 print_table()
 {
    has_footer=$1
    col_count=$2
    row_count=$3
    shift 3

    headers=()
    for ((c=0; c<col_count; c++))
    do
        headers+=("$1")
        shift
    done

    if [ $has_footer -ne 0 ]
    then
        footers=()
        for ((c=0; c<col_count; c++))
        do
            if [ "${headers[c]}" = '' ]
            then
                footers+=('')
                continue
            fi
            footers+=($(bold "${headers[c]}"))
        done
    fi

    alignments=()
    for ((c=0; c<col_count; c++))
    do
        alignments+=("$1")
        shift
    done

    is_bools=()
    for ((c=0; c<col_count; c++))
    do
        is_bools+=($1)
        shift
    done

    body=("$@")

    lens=()
    for ((c=0; c<col_count; c++))
    do
        maxlen=${#headers[c]}
        for ((r=0; r<row_count; r++))
        do
            len=${#body[c*row_count+r]}
            if [ $len -gt $maxlen ]
            then
                maxlen=$len
            fi
        done
        if [ $maxlen -lt 3 ]
        then
            maxlen=3
        fi
        lens+=($maxlen)
    done

    fmts=()
    for ((c=0; c<col_count; c++))
    do
        if [ ${is_bools[c]} -eq 0 ]
        then
            fmt=$(printf -- '| %%-%ds ' ${lens[c]})
        else
            fmt=$(printf -- '| %%s%%-%ds ' $((lens[c] - 1)))    # -1 for the length of $ootb
        fi
        # Last column
        if [ $c -eq $((col_count - 1)) ]
        then
            fmt+='|\n'
        fi
        fmts+=("$fmt")
    done
    fmt=$(printf -- '%s' "${fmts[@]}")

    # Print Header
    _headers=()
    for ((c=0; c<col_count; c++))
    do
        if [ ${is_bools[c]} -eq 0 ]
        then
            _headers+=("${headers[c]}")
        else
            _headers+=('' "${headers[c]}")
        fi
    done
    printf -- "$fmt" "${_headers[@]}"

    # Print Separator
    seps=()
    for ((c=0; c<col_count; c++))
    do
        if [ ${is_bools[c]} -eq 0 ]
        then
            seps+=("$(${alignments[c]} ${lens[c]})")
        else
            seps+=('' "$(${alignments[c]} ${lens[c]})")
        fi
    done
    printf -- "$fmt" "${seps[@]}"

    # Print Body
    for ((r=0; r<row_count; r++))
    do
        row=()
        for ((c=0; c<col_count; c++))
        do
            cell="${body[c*row_count+r]}"
            if [ ${is_bools[c]} -eq 0 ]
            then
                row+=("$cell")
            else
                if [ $cell -eq 0 ]
                then
                    row+=(' ' '')
                elif [ $cell -eq 1 ]
                then
                    row+=('✅' '')      # This counts 3 bytes in printf, so it must be handled separately
                elif [ $cell -eq 2 ]
                then
                    row+=('☑️' '')      # This counts 3 bytes in printf, so it must be handled separately
                else
                    # Panic
                    printf -- 'Unknown value of $cell: %d\n' $cell
                    exit
                fi
            fi
        done
        printf -- "$fmt" "${row[@]}"
    done

    # Print Footer
    if [ $has_footer -ne 0 ]
    then
        printf -- '| %s ' "${footers[@]}"
        printf -- '|\n'
    fi

    printf -- '\n'
 }

 print_list()
 {
    arr=("$@")
    fmt='"%s"'
    printf -- '```text\n'
    for elem in "${arr[@]}"
    do
        printf -- "$fmt" "$elem"
        fmt=', "%s"'
    done
    printf -- '\n```\n\n'
 }

 print_gooses_table()
 {
    headers=('GOOS' 'Out of the Box')
    alignments=(left center)
    is_bools=(0 1)
    col1=($(code "${gooses[@]}"))
    col2=($(cmp_arrays ${#gooses[@]} "${gooses[@]}" "${ootb_gooses[@]}"))
    col_count=${#headers[@]}
    row_count=${#col1[@]}
    print_table 0 $col_count $row_count \
        "${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
        "${col1[@]}" ${col2[@]}
 }

 print_goarches_table()
 {
    headers=('GOARCH' 'Out of the Box' '32-bit' '64-bit')
    alignments=(left center center center)
    is_bools=(0 1 1 1)
    col1=($(code "${goarches[@]}"))
    col2=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${ootb_goarches[@]}"))
    col3=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${goarches_32[@]}"))
    col4=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${goarches_64[@]}"))
    col_count=${#headers[@]}
    row_count=${#col1[@]}
    print_table 0 $col_count $row_count \
        "${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
        "${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]}
 }

 print_platforms_table()
 {
    headers=('Platform' 'Out of the Box' '32-bit' '64-bit')
    alignments=(left center center center)
    is_bools=(0 1 1 1)
    col1=($(code "${platforms[@]}"))
    col2=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${ootb_platforms[@]}"))
    col3=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${platforms_32[@]}"))
    col4=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${platforms_64[@]}"))
    col_count=${#headers[@]}
    row_count=${#col1[@]}
    print_table 0 $col_count $row_count \
        "${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
        "${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]}
 }

 grid_column()
 {
    prefix="$1/"
    base_column=($(add_prefix_to_array "$prefix" "${goarches[@]}"))
    filtered_column1=($(filter_array_by_prefix "$prefix" "${platforms[@]}"))
    filtered_column2=($(filter_array_by_prefix "$prefix" "${ootb_platforms[@]}"))
    col=($(cmp3_arrays ${#base_column[@]} "${base_column[@]}" "${#filtered_column1[@]}" "${filtered_column1[@]}" "${filtered_column2[@]}"))
    printf -- '%s\n' "${col[@]}"
 }

 print_support_grid_1()
 {
    oses=(android darwin ios js linux windows)
    headers=('' $(code "${oses[@]}") '')
    footers=('' $(bold_code "${oses[@]}") '')
    alignments=(right center center center center center center left)
    is_bools=(0 1 1 1 1 1 1 0)
    col1=($(bold_code "${goarches[@]}"))
    col2=($(grid_column "${oses[0]}"))
    col3=($(grid_column "${oses[1]}"))
    col4=($(grid_column "${oses[2]}"))
    col5=($(grid_column "${oses[3]}"))
    col6=($(grid_column "${oses[4]}"))
    col7=($(grid_column "${oses[5]}"))
    # col8=("${col1[@]}")
    col_count=${#headers[@]}
    row_count=${#col1[@]}
    print_table 1 $col_count $row_count \
        "${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
        "${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]} \
        ${col5[@]} ${col6[@]} ${col7[@]} "${col1[@]}"
 }

 print_support_grid_2()
 {
    oses=(aix dragonfly freebsd hurd illumos nacl netbsd openbsd plan9 solaris zos)
    oses_abbr=(a d f h i m n o p s z)
    headers=('' $(code "${oses_abbr[@]}") '')
    footers=('' $(bold_code "${oses_abbr[@]}") '')
    alignments=(right center center center center center center center center center center center left)
    is_bools=(0 1 1 1 1 1 1 1 1 1 1 1 0)
    col1=($(bold_code "${goarches[@]}"))
    col2=($(grid_column "${oses[0]}"))
    col3=($(grid_column "${oses[1]}"))
    col4=($(grid_column "${oses[2]}"))
    col5=($(grid_column "${oses[3]}"))
    col6=($(grid_column "${oses[4]}"))
    col7=($(grid_column "${oses[5]}"))
    col8=($(grid_column "${oses[6]}"))
    col9=($(grid_column "${oses[7]}"))
    col10=($(grid_column "${oses[8]}"))
    col11=($(grid_column "${oses[9]}"))
    col12=($(grid_column "${oses[10]}"))
    # col13=("${col1[@]}")
    col_count=${#headers[@]}
    row_count=${#col1[@]}
    print_table 1 $col_count $row_count \
        "${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
        "${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]} \
        ${col5[@]} ${col6[@]} ${col7[@]} ${col8[@]} \
        ${col9[@]} ${col10[@]} ${col11[@]} ${col12[@]} \
        "${col1[@]}"

    # Print Key
    printf -- '### Key\n'
    printf -- '\n'
    fmt='`%s` = `%s`'
    len=${#oses[@]}
    for ((i=0; i<len; i++))
    do
        printf -- "$fmt" "${oses_abbr[i]}" "${oses[i]}"
        fmt=', `%s` = `%s`'
    done
    printf -- '\n\n'
 }

 ###

 printf -- '# Go (Golang) GOOS and GOARCH\n'
 printf -- '\n'
 printf -- 'All of the following information is based on `%s`.\n' "$(go version)"
 printf -- '\n'

 ###

 printf -- '## GOOS Values\n'
 printf -- '\n'
 print_gooses_table

 printf -- 'All GOOS values:\n'
 print_list "${gooses[@]}"

 printf -- '"Out of the box" GOOS values:\n'
 print_list "${ootb_gooses[@]}"

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> "Out of the box" means the GOOS is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> The full list is based on https://github.com/golang/go/blob/master/src/go/build/syslist.go. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below.\n'
 printf -- '\n'

 ###

 printf -- '## GOARCH Values\n'
 printf -- '\n'
 print_goarches_table

 printf -- 'All GOARCH values:\n'
 print_list "${goarches[@]}"

 printf -- 'All 32-bit GOARCH values:\n'
 print_list "${goarches_32[@]}"

 printf -- 'All 64-bit GOARCH values:\n'
 print_list "${goarches_64[@]}"

 printf -- '"Out of the box" GOARCH values:\n'
 print_list "${ootb_goarches[@]}"

 printf -- '"Out of the box" 32-bit GOARCH values:\n'
 print_list "${ootb_goarches_32[@]}"

 printf -- '"Out of the box" 64-bit GOARCH values:\n'
 print_list "${ootb_goarches_64[@]}"

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> "Out of the box" means the GOARCH is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> The full list is based on https://github.com/golang/go/blob/master/src/go/build/syslist.go. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below. The "32-bit/64-bit" information is based on the result of [4-make2.sh](#file-4-make2-sh) below and https://golang.org/doc/install/source.\n'
 printf -- '\n'

 ###

 printf -- '## Platform Values\n'
 printf -- '\n'
 print_platforms_table

 printf -- 'All Platform values:\n'
 print_list "${platforms[@]}"

 printf -- 'All 32-bit Platform values:\n'
 print_list "${platforms_32[@]}"

 printf -- 'All 64-bit Platform values:\n'
 print_list "${platforms_64[@]}"

 printf -- '"Out of the box" Platform values:\n'
 print_list "${ootb_platforms[@]}"

 printf -- '"Out of the box" 32-bit Platform values:\n'
 print_list "${ootb_platforms_32[@]}"

 printf -- '"Out of the box" 64-bit Platform values:\n'
 print_list "${ootb_platforms_64[@]}"

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> "Out of the box" means the platform is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> The full list is based on the result of the command `go tool dist list`. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below. The "32-bit/64-bit" information is based on the result of [4-make2.sh](#file-4-make2-sh) below and https://golang.org/doc/install/source.\n'
 printf -- '\n'

 ###

 printf -- '## Support Grid 1\n'
 printf -- '\n'
 print_support_grid_1

 printf -- '## Support Grid 2\n'
 printf -- '\n'
 print_support_grid_2

 printf -- '✅: Supported (out of the box)\n'
 printf -- '\n'
 printf -- '☑️: Supported (with the help of a C compiler, etc.)\n'
 printf -- '\n'
 printf -- '(blank): Unsupported\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> The `nacl` GOOS was dropped since `go version 1.14`\n'
 printf -- '>\n'
 printf -- '> The `amd64p32` GOARCH, which is related to the `nacl` GOOS, was also dropped since `go version 1.14` (I believe that `mips64p32` and `mips64p32le` are also related, but I could not find any reference)\n'
 printf -- '>\n'
 printf -- '> Reference: https://golang.org/doc/go1.14#nacl\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> The `darwin/386` port was dropped since `go version 1.15`\n'
 printf -- '>\n'
 printf -- '> Reference: https://golang.org/doc/go1.15#darwin\n'
 printf -- '\n'

 printf -- '> NOTE\n'
 printf -- '>\n'
 printf -- '> On before `go version 1.16`:\n'
 printf -- '> - `darwin/amd64` means **macOS**\n'
 printf -- '> - `darwin/arm64` means **iOS**\n'
 printf -- '>\n'
 printf -- '> With the introduction of Apple Silicon (a.k.a. the M1 chip), on `go version 1.16` or later:\n'
 printf -- '> - `darwin/amd64` means **macOS** with Intel CPU\n'
 printf -- '> - `darwin/arm64` updates to mean **macOS** with Apple Silicon CPU\n'
 printf -- '> - `ios/amd64` is the new port for **iOS Simulator** on macOS with Intel CPU\n'
 printf -- '> - `ios/arm64` is the new port for **iOS**\n'
 printf -- '>\n'
 printf -- '> Reference: https://golang.org/doc/go1.16#darwin\n'
GOOS	Out of the Box
`aix`	✅
`android`	✅
`darwin`	✅
`dragonfly`	✅
`freebsd`	✅
`hurd`
`illumos`	✅
`ios`	✅
`js`	✅
`linux`	✅
`nacl`
`netbsd`	✅
`openbsd`	✅
`plan9`	✅
`solaris`	✅
`windows`	✅
`zos`
GOARCH	Out of the Box	32-bit	64-bit
`386`	✅	✅
`amd64`	✅		✅
`amd64p32`		✅
`arm`	✅	✅
`arm64`	✅		✅
`arm64be`			✅
`armbe`		✅
`loong64`			✅
`mips`	✅	✅
`mips64`	✅		✅
`mips64le`	✅		✅
`mips64p32`		✅
`mips64p32le`		✅
`mipsle`	✅	✅
`ppc`		✅
`ppc64`	✅		✅
`ppc64le`	✅		✅
`riscv`		✅
`riscv64`	✅		✅
`s390`		✅
`s390x`	✅		✅
`sparc`		✅
`sparc64`			✅
`wasm`	✅		✅
Platform	Out of the Box	32-bit	64-bit
`aix/ppc64`	✅		✅
`android/386`		✅
`android/amd64`			✅
`android/arm`		✅
`android/arm64`	✅		✅
`darwin/amd64`	✅		✅
`darwin/arm64`	✅		✅
`dragonfly/amd64`	✅		✅
`freebsd/386`	✅	✅
`freebsd/amd64`	✅		✅
`freebsd/arm`	✅	✅
`freebsd/arm64`	✅		✅
`illumos/amd64`	✅		✅
`ios/amd64`	✅		✅
`ios/arm64`			✅
`js/wasm`	✅		✅
`linux/386`	✅	✅
`linux/amd64`	✅		✅
`linux/arm`	✅	✅
`linux/arm64`	✅		✅
`linux/mips`	✅	✅
`linux/mips64`	✅		✅
`linux/mips64le`	✅		✅
`linux/mipsle`	✅	✅
`linux/ppc64`	✅		✅
`linux/ppc64le`	✅		✅
`linux/riscv64`	✅		✅
`linux/s390x`	✅		✅
`netbsd/386`	✅	✅
`netbsd/amd64`	✅		✅
`netbsd/arm`	✅	✅
`netbsd/arm64`	✅		✅
`openbsd/386`	✅	✅
`openbsd/amd64`	✅		✅
`openbsd/arm`	✅	✅
`openbsd/arm64`	✅		✅
`openbsd/mips64`	✅		✅
`plan9/386`	✅	✅
`plan9/amd64`	✅		✅
`plan9/arm`	✅	✅
`solaris/amd64`	✅		✅
`windows/386`	✅	✅
`windows/amd64`	✅		✅
`windows/arm`	✅	✅
`windows/arm64`	✅		✅
	`android`	`darwin`	`ios`	`js`	`linux`	`windows`
`386`	☑️ (α1)				✅	✅	`386`
`amd64`	☑️ (α2)	✅	✅		✅	✅	`amd64`
`amd64p32`							`amd64p32`
`arm`	☑️ (α2)				✅	✅	`arm`
`arm64`	✅	✅	☑️ (β)		✅	✅	`arm64`
`arm64be`							`arm64be`
`armbe`							`armbe`
`loong64`							`loong64`
`mips`					✅		`mips`
`mips64`					✅		`mips64`
`mips64le`					✅		`mips64le`
`mips64p32`							`mips64p32`
`mips64p32le`							`mips64p32le`
`mipsle`					✅		`mipsle`
`ppc`							`ppc`
`ppc64`					✅		`ppc64`
`ppc64le`					✅		`ppc64le`
`riscv`							`riscv`
`riscv64`					✅		`riscv64`
`s390`							`s390`
`s390x`					✅		`s390x`
`sparc`							`sparc`
`sparc64`					(γ)		`sparc64`
`wasm`				✅			`wasm`
	`android`	`darwin`	`ios`	`js`	`linux`	`windows`
	#!/bin/bash

	# This list is based on:
	# https://github.com/golang/go/blob/master/src/go/build/syslist.go
	gooses=(
	aix android darwin dragonfly freebsd hurd illumos ios js \
	linux nacl netbsd openbsd plan9 solaris windows zos
	)
	gooses=($(printf -- '%s\n' "${gooses[@]}" \| sort))

	# This list is based on:
	# https://github.com/golang/go/blob/master/src/go/build/syslist.go
	goarches=(
	386 amd64 amd64p32 arm armbe arm64 arm64be ppc64 ppc64le \
	loong64 mips mipsle mips64 mips64le mips64p32 mips64p32le \
	ppc riscv riscv64 s390 s390x sparc sparc64 wasm
	)
	goarches=($(printf -- '%s\n' "${goarches[@]}" \| sort))

	###

	# Results
	ootb_gooses=()
	ootb_goarches=()
	ootb_platforms=()

	for goos in "${gooses[@]}"
	do
	is_goos_ootb=0
	for goarch in "${goarches[@]}"
	do
	GOOS="$goos" GOARCH="$goarch" go build -o /dev/null 1-main1.go >out.log 2>err.log
	if [ $? -eq 0 ]
	then
	if [ $is_goos_ootb -eq 0 ]
	then
	ootb_gooses+=("$goos")
	is_goos_ootb=1
	fi
	ootb_goarches+=("$goarch")
	ootb_platforms+=("$goos/$goarch")
	else
	if grep -qe '^cmd/go: unsupported GOOS/GOARCH pair' err.log
	then
	:
	else
	mv err.log $goos-$goarch.err.log
	fi
	fi
	if [ -s out.log ]
	then
	mv out.log $goos-$goarch.out.log
	fi
	done
	done
	ootb_goarches=($(printf -- '%s\n' "${ootb_goarches[@]}" \| sort \| uniq))
	rm -f out.log err.log

	###

	# Usage:
	# print_array $array_name
	print_array()
	{
	array_name="$1"
	array_ref="$array_name[@]"
	printf -- '%s=(\n' "$array_name"
	printf -- ' %s\n' "${!array_ref}"
	printf -- ')\n\n'
	}

	###

	{
	print_array 'ootb_gooses'
	print_array 'ootb_goarches'
	print_array 'ootb_platforms'
	} > out1.sh
	package main

	const (
	hello uint = 0xfedcba9876543210
	)

	func main() {}
	#!/bin/bash

	source out1.sh

	###

	# Results
	ootb_goarches_32=()
	ootb_goarches_64=()
	ootb_platforms_32=()
	ootb_platforms_64=()

	for ootb_platform in "${ootb_platforms[@]}"
	do
	ootb_goos=${ootb_platform%/*}
	ootb_goarch=${ootb_platform#*/}
	GOOS="${ootb_goos}" GOARCH="${ootb_goarch}" go build -o /dev/null 3-main2.go >/dev/null 2>&1
	if [ $? -eq 0 ]
	then
	ootb_goarches_64+=(${ootb_goarch})
	ootb_platforms_64+=(${ootb_platform})
	else
	ootb_goarches_32+=(${ootb_goarch})
	ootb_platforms_32+=(${ootb_platform})
	fi
	done
	ootb_goarches_32=($(printf -- '%s\n' "${ootb_goarches_32[@]}" \| sort \| uniq))
	ootb_goarches_64=($(printf -- '%s\n' "${ootb_goarches_64[@]}" \| sort \| uniq))

	###

	# Usage:
	# print_array $array_name
	print_array()
	{
	array_name="$1"
	array_ref="$array_name[@]"
	printf -- '%s=(\n' "$array_name"
	printf -- ' %s\n' "${!array_ref}"
	printf -- ')\n\n'
	}

	###

	{
	print_array 'ootb_goarches_32'
	print_array 'ootb_goarches_64'
	print_array 'ootb_platforms_32'
	print_array 'ootb_platforms_64'
	} > out2.sh
	#!/bin/bash

	source out1.sh
	source out2.sh

	###

	# This list is based on:
	# https://github.com/golang/go/blob/master/src/go/build/syslist.go
	gooses=(
	aix android darwin dragonfly freebsd hurd illumos ios js \
	linux nacl netbsd openbsd plan9 solaris windows zos
	)
	gooses=($(printf -- '%s\n' "${gooses[@]}" \| sort))

	# This list is based on:
	# https://github.com/golang/go/blob/master/src/go/build/syslist.go
	goarches=(
	386 amd64 amd64p32 arm armbe arm64 arm64be ppc64 ppc64le \
	loong64 mips mipsle mips64 mips64le mips64p32 mips64p32le \
	ppc riscv riscv64 s390 s390x sparc sparc64 wasm
	)
	goarches=($(printf -- '%s\n' "${goarches[@]}" \| sort))

	# This list is based on my knowledge, the result of 4-make2.sh, and the link below:
	# https://golang.org/doc/install/source
	goarches_32=(
	386 amd64p32 arm armbe mips mipsle \
	mips64p32 mips64p32le ppc riscv s390 sparc
	)
	goarches_32=($(printf -- '%s\n' "${goarches_32[@]}" \| sort))

	# This list is based on my knowledge, the result of 4-make2.sh, and the link below:
	# https://golang.org/doc/install/source
	goarches_64=(
	amd64 arm64 arm64be ppc64 ppc64le loong64 \
	mips64 mips64le riscv64 s390x sparc64 wasm
	)
	goarches_64=($(printf -- '%s\n' "${goarches_64[@]}" \| sort))

	###

	#############################
	# Functions for Computation #
	#############################

	# Usage:
	# is_in_array $target ${array[@]}
	is_in_array()
	{
	target="$1"
	shift

	array=("$@")
	for item in "${array[@]}"
	do
	if [ "$item" = "$target" ]
	then
	return 0
	fi
	done

	return 1
	}

	# Usage:
	# cmp_arrays $len_base_array ${base_array[@]} ${filtered_array[@]}
	cmp_arrays()
	{
	len_base_array=$1
	shift

	base_array=()
	for ((i=0; i<len_base_array; i++))
	do
	base_array+=("$1")
	shift
	done

	filtered_array=("$@")
	len_filtered_array=${#filtered_array[@]}

	i=0
	for item in "${base_array[@]}"
	do
	if [ $i -lt $len_filtered_array -a "$item" = "${filtered_array[i]}" ]
	then
	printf -- '1\n'
	((++i))
	else
	printf -- '0\n'
	fi
	done
	}

	# Usage:
	# cmp3_arrays $len_base_array ${base_array[@]} $len_filtered_array1 ${filtered_array1[@]} ${filtered_array2[@]}
	cmp3_arrays()
	{
	len_base_array=$1
	shift

	base_array=()
	for ((i=0; i<len_base_array; i++))
	do
	base_array+=("$1")
	shift
	done

	len_filtered_array1=$1
	shift

	filtered_array1=()
	for ((i=0; i<len_filtered_array1; i++))
	do
	filtered_array1+=("$1")
	shift
	done

	filtered_array2=("$@")
	len_filtered_array2=${#filtered_array2[@]}

	i=0
	j=0
	for item in "${base_array[@]}"
	do
	if [ $i -lt $len_filtered_array1 -a "$item" = "${filtered_array1[i]}" ]
	then
	if [ $j -lt $len_filtered_array2 -a "$item" = "${filtered_array2[j]}" ]
	then
	printf -- '1\n'
	((++j))
	else
	printf -- '2\n'
	fi
	((++i))
	else
	printf -- '0\n'
	fi
	done
	}

	# Usage:
	# add_prefix_to_array $prefix ${array[@]}
	add_prefix_to_array()
	{
	prefix="$1"
	shift

	array=("$@")
	for item in "${array[@]}"
	do
	printf -- '%s%s\n' "$prefix" "$item"
	done
	}

	# Usage:
	# filter_array_by_prefix $prefix ${array[@]}
	filter_array_by_prefix()
	{
	prefix="$1"
	len_prefix=${#prefix}
	shift

	array=("$@")
	for item in "${array[@]}"
	do
	if [ "${item:0:$len_prefix}" = "$prefix" ]
	then
	printf -- '%s\n' "$item"
	fi
	done
	}

	###

	# Results
	platforms=()
	platforms_32=()
	platforms_64=()

	platforms=($(go tool dist list))
	platforms=($(printf -- '%s\n' "${platforms[@]}" \| sort))

	for platform in "${platforms[@]}"
	do
	goarch="${platform#*/}"
	if is_in_array "$goarch" "${goarches_32[@]}"
	then
	platforms_32+=("$platform")
	else
	platforms_64+=("$platform")
	fi
	done

	###

	#################################
	# Functions for Printing Result #
	#################################

	repeat()
	{
	ch="$1"
	n=$2
	for ((i=0; i<n; i++))
	do
	printf -- '%s' "$ch"
	done
	}

	left()
	{
	n=$1
	printf -- ':'
	repeat '-' $((n-1))
	}

	right()
	{
	n=$1
	repeat '-' $((n-1))
	printf -- ':'
	}

	center()
	{
	n=$1
	printf -- ':'
	repeat '-' $((n-2))
	printf -- ':'
	}

	code()
	{
	printf -- '`%s`\n' "$@"
	}

	bold()
	{
	printf -- '%s\n' "$@"
	}

	bold_code()
	{
	printf -- '`%s`\n' "$@"
	}

	###

	# Usage:
	# print_table $col_count row_count headers... alignments... is_bools... col1... col2... ...
	print_table()
	{
	has_footer=$1
	col_count=$2
	row_count=$3
	shift 3

	headers=()
	for ((c=0; c<col_count; c++))
	do
	headers+=("$1")
	shift
	done

	if [ $has_footer -ne 0 ]
	then
	footers=()
	for ((c=0; c<col_count; c++))
	do
	if [ "${headers[c]}" = '' ]
	then
	footers+=('')
	continue
	fi
	footers+=($(bold "${headers[c]}"))
	done
	fi

	alignments=()
	for ((c=0; c<col_count; c++))
	do
	alignments+=("$1")
	shift
	done

	is_bools=()
	for ((c=0; c<col_count; c++))
	do
	is_bools+=($1)
	shift
	done

	body=("$@")

	lens=()
	for ((c=0; c<col_count; c++))
	do
	maxlen=${#headers[c]}
	for ((r=0; r<row_count; r++))
	do
	len=${#body[c*row_count+r]}
	if [ $len -gt $maxlen ]
	then
	maxlen=$len
	fi
	done
	if [ $maxlen -lt 3 ]
	then
	maxlen=3
	fi
	lens+=($maxlen)
	done

	fmts=()
	for ((c=0; c<col_count; c++))
	do
	if [ ${is_bools[c]} -eq 0 ]
	then
	fmt=$(printf -- '\| %%-%ds ' ${lens[c]})
	else
	fmt=$(printf -- '\| %%s%%-%ds ' $((lens[c] - 1))) # -1 for the length of $ootb
	fi
	# Last column
	if [ $c -eq $((col_count - 1)) ]
	then
	fmt+='\|\n'
	fi
	fmts+=("$fmt")
	done
	fmt=$(printf -- '%s' "${fmts[@]}")

	# Print Header
	_headers=()
	for ((c=0; c<col_count; c++))
	do
	if [ ${is_bools[c]} -eq 0 ]
	then
	_headers+=("${headers[c]}")
	else
	_headers+=('' "${headers[c]}")
	fi
	done
	printf -- "$fmt" "${_headers[@]}"

	# Print Separator
	seps=()
	for ((c=0; c<col_count; c++))
	do
	if [ ${is_bools[c]} -eq 0 ]
	then
	seps+=("$(${alignments[c]} ${lens[c]})")
	else
	seps+=('' "$(${alignments[c]} ${lens[c]})")
	fi
	done
	printf -- "$fmt" "${seps[@]}"

	# Print Body
	for ((r=0; r<row_count; r++))
	do
	row=()
	for ((c=0; c<col_count; c++))
	do
	cell="${body[c*row_count+r]}"
	if [ ${is_bools[c]} -eq 0 ]
	then
	row+=("$cell")
	else
	if [ $cell -eq 0 ]
	then
	row+=(' ' '')
	elif [ $cell -eq 1 ]
	then
	row+=('✅' '') # This counts 3 bytes in printf, so it must be handled separately
	elif [ $cell -eq 2 ]
	then
	row+=('☑️' '') # This counts 3 bytes in printf, so it must be handled separately
	else
	# Panic
	printf -- 'Unknown value of $cell: %d\n' $cell
	exit
	fi
	fi
	done
	printf -- "$fmt" "${row[@]}"
	done

	# Print Footer
	if [ $has_footer -ne 0 ]
	then
	printf -- '\| %s ' "${footers[@]}"
	printf -- '\|\n'
	fi

	printf -- '\n'
	}

	print_list()
	{
	arr=("$@")
	fmt='"%s"'
	printf -- '```text\n'
	for elem in "${arr[@]}"
	do
	printf -- "$fmt" "$elem"
	fmt=', "%s"'
	done
	printf -- '\n```\n\n'
	}

	print_gooses_table()
	{
	headers=('GOOS' 'Out of the Box')
	alignments=(left center)
	is_bools=(0 1)
	col1=($(code "${gooses[@]}"))
	col2=($(cmp_arrays ${#gooses[@]} "${gooses[@]}" "${ootb_gooses[@]}"))
	col_count=${#headers[@]}
	row_count=${#col1[@]}
	print_table 0 $col_count $row_count \
	"${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
	"${col1[@]}" ${col2[@]}
	}

	print_goarches_table()
	{
	headers=('GOARCH' 'Out of the Box' '32-bit' '64-bit')
	alignments=(left center center center)
	is_bools=(0 1 1 1)
	col1=($(code "${goarches[@]}"))
	col2=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${ootb_goarches[@]}"))
	col3=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${goarches_32[@]}"))
	col4=($(cmp_arrays ${#goarches[@]} "${goarches[@]}" "${goarches_64[@]}"))
	col_count=${#headers[@]}
	row_count=${#col1[@]}
	print_table 0 $col_count $row_count \
	"${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
	"${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]}
	}

	print_platforms_table()
	{
	headers=('Platform' 'Out of the Box' '32-bit' '64-bit')
	alignments=(left center center center)
	is_bools=(0 1 1 1)
	col1=($(code "${platforms[@]}"))
	col2=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${ootb_platforms[@]}"))
	col3=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${platforms_32[@]}"))
	col4=($(cmp_arrays ${#platforms[@]} "${platforms[@]}" "${platforms_64[@]}"))
	col_count=${#headers[@]}
	row_count=${#col1[@]}
	print_table 0 $col_count $row_count \
	"${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
	"${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]}
	}

	grid_column()
	{
	prefix="$1/"
	base_column=($(add_prefix_to_array "$prefix" "${goarches[@]}"))
	filtered_column1=($(filter_array_by_prefix "$prefix" "${platforms[@]}"))
	filtered_column2=($(filter_array_by_prefix "$prefix" "${ootb_platforms[@]}"))
	col=($(cmp3_arrays ${#base_column[@]} "${base_column[@]}" "${#filtered_column1[@]}" "${filtered_column1[@]}" "${filtered_column2[@]}"))
	printf -- '%s\n' "${col[@]}"
	}

	print_support_grid_1()
	{
	oses=(android darwin ios js linux windows)
	headers=('' $(code "${oses[@]}") '')
	footers=('' $(bold_code "${oses[@]}") '')
	alignments=(right center center center center center center left)
	is_bools=(0 1 1 1 1 1 1 0)
	col1=($(bold_code "${goarches[@]}"))
	col2=($(grid_column "${oses[0]}"))
	col3=($(grid_column "${oses[1]}"))
	col4=($(grid_column "${oses[2]}"))
	col5=($(grid_column "${oses[3]}"))
	col6=($(grid_column "${oses[4]}"))
	col7=($(grid_column "${oses[5]}"))
	# col8=("${col1[@]}")
	col_count=${#headers[@]}
	row_count=${#col1[@]}
	print_table 1 $col_count $row_count \
	"${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
	"${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]} \
	${col5[@]} ${col6[@]} ${col7[@]} "${col1[@]}"
	}

	print_support_grid_2()
	{
	oses=(aix dragonfly freebsd hurd illumos nacl netbsd openbsd plan9 solaris zos)
	oses_abbr=(a d f h i m n o p s z)
	headers=('' $(code "${oses_abbr[@]}") '')
	footers=('' $(bold_code "${oses_abbr[@]}") '')
	alignments=(right center center center center center center center center center center center left)
	is_bools=(0 1 1 1 1 1 1 1 1 1 1 1 0)
	col1=($(bold_code "${goarches[@]}"))
	col2=($(grid_column "${oses[0]}"))
	col3=($(grid_column "${oses[1]}"))
	col4=($(grid_column "${oses[2]}"))
	col5=($(grid_column "${oses[3]}"))
	col6=($(grid_column "${oses[4]}"))
	col7=($(grid_column "${oses[5]}"))
	col8=($(grid_column "${oses[6]}"))
	col9=($(grid_column "${oses[7]}"))
	col10=($(grid_column "${oses[8]}"))
	col11=($(grid_column "${oses[9]}"))
	col12=($(grid_column "${oses[10]}"))
	# col13=("${col1[@]}")
	col_count=${#headers[@]}
	row_count=${#col1[@]}
	print_table 1 $col_count $row_count \
	"${headers[@]}" "${alignments[@]}" ${is_bools[@]} \
	"${col1[@]}" ${col2[@]} ${col3[@]} ${col4[@]} \
	${col5[@]} ${col6[@]} ${col7[@]} ${col8[@]} \
	${col9[@]} ${col10[@]} ${col11[@]} ${col12[@]} \
	"${col1[@]}"

	# Print Key
	printf -- '### Key\n'
	printf -- '\n'
	fmt='`%s` = `%s`'
	len=${#oses[@]}
	for ((i=0; i<len; i++))
	do
	printf -- "$fmt" "${oses_abbr[i]}" "${oses[i]}"
	fmt=', `%s` = `%s`'
	done
	printf -- '\n\n'
	}

	###

	printf -- '# Go (Golang) GOOS and GOARCH\n'
	printf -- '\n'
	printf -- 'All of the following information is based on `%s`.\n' "$(go version)"
	printf -- '\n'

	###

	printf -- '## GOOS Values\n'
	printf -- '\n'
	print_gooses_table

	printf -- 'All GOOS values:\n'
	print_list "${gooses[@]}"

	printf -- '"Out of the box" GOOS values:\n'
	print_list "${ootb_gooses[@]}"

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> "Out of the box" means the GOOS is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> The full list is based on https://github.com/golang/go/blob/master/src/go/build/syslist.go. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below.\n'
	printf -- '\n'

	###

	printf -- '## GOARCH Values\n'
	printf -- '\n'
	print_goarches_table

	printf -- 'All GOARCH values:\n'
	print_list "${goarches[@]}"

	printf -- 'All 32-bit GOARCH values:\n'
	print_list "${goarches_32[@]}"

	printf -- 'All 64-bit GOARCH values:\n'
	print_list "${goarches_64[@]}"

	printf -- '"Out of the box" GOARCH values:\n'
	print_list "${ootb_goarches[@]}"

	printf -- '"Out of the box" 32-bit GOARCH values:\n'
	print_list "${ootb_goarches_32[@]}"

	printf -- '"Out of the box" 64-bit GOARCH values:\n'
	print_list "${ootb_goarches_64[@]}"

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> "Out of the box" means the GOARCH is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> The full list is based on https://github.com/golang/go/blob/master/src/go/build/syslist.go. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below. The "32-bit/64-bit" information is based on the result of [4-make2.sh](#file-4-make2-sh) below and https://golang.org/doc/install/source.\n'
	printf -- '\n'

	###

	printf -- '## Platform Values\n'
	printf -- '\n'
	print_platforms_table

	printf -- 'All Platform values:\n'
	print_list "${platforms[@]}"

	printf -- 'All 32-bit Platform values:\n'
	print_list "${platforms_32[@]}"

	printf -- 'All 64-bit Platform values:\n'
	print_list "${platforms_64[@]}"

	printf -- '"Out of the box" Platform values:\n'
	print_list "${ootb_platforms[@]}"

	printf -- '"Out of the box" 32-bit Platform values:\n'
	print_list "${ootb_platforms_32[@]}"

	printf -- '"Out of the box" 64-bit Platform values:\n'
	print_list "${ootb_platforms_64[@]}"

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> "Out of the box" means the platform is supported out of the box, i.e. the stocked `go` command can build the source code without the help of a C compiler, etc.\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> The full list is based on the result of the command `go tool dist list`. The "out of the box" information is based on the result of [2-make1.sh](#file-2-make1-sh) below. The "32-bit/64-bit" information is based on the result of [4-make2.sh](#file-4-make2-sh) below and https://golang.org/doc/install/source.\n'
	printf -- '\n'

	###

	printf -- '## Support Grid 1\n'
	printf -- '\n'
	print_support_grid_1

	printf -- '## Support Grid 2\n'
	printf -- '\n'
	print_support_grid_2

	printf -- '✅: Supported (out of the box)\n'
	printf -- '\n'
	printf -- '☑️: Supported (with the help of a C compiler, etc.)\n'
	printf -- '\n'
	printf -- '(blank): Unsupported\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> The `nacl` GOOS was dropped since `go version 1.14`\n'
	printf -- '>\n'
	printf -- '> The `amd64p32` GOARCH, which is related to the `nacl` GOOS, was also dropped since `go version 1.14` (I believe that `mips64p32` and `mips64p32le` are also related, but I could not find any reference)\n'
	printf -- '>\n'
	printf -- '> Reference: https://golang.org/doc/go1.14#nacl\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> The `darwin/386` port was dropped since `go version 1.15`\n'
	printf -- '>\n'
	printf -- '> Reference: https://golang.org/doc/go1.15#darwin\n'
	printf -- '\n'

	printf -- '> NOTE\n'
	printf -- '>\n'
	printf -- '> On before `go version 1.16`:\n'
	printf -- '> - `darwin/amd64` means macOS\n'
	printf -- '> - `darwin/arm64` means iOS\n'
	printf -- '>\n'
	printf -- '> With the introduction of Apple Silicon (a.k.a. the M1 chip), on `go version 1.16` or later:\n'
	printf -- '> - `darwin/amd64` means macOS with Intel CPU\n'
	printf -- '> - `darwin/arm64` updates to mean macOS with Apple Silicon CPU\n'
	printf -- '> - `ios/amd64` is the new port for iOS Simulator on macOS with Intel CPU\n'
	printf -- '> - `ios/arm64` is the new port for iOS\n'
	printf -- '>\n'
	printf -- '> Reference: https://golang.org/doc/go1.16#darwin\n'