t0021-config.sh

#!/bin/sh

test_description="Test config command"

. lib/test-lib.sh

# we use a function so that we can run it both offline + online
test_config_cmd_set() {

  # flags (like --bool in "ipfs config --bool")
  cfg_flags="" # unset in case.
  test "$#" = 3 && { cfg_flags=$1; shift; }

  cfg_key=$1
  cfg_val=$2
  test_expect_success "ipfs config succeeds" '
    ipfs config $cfg_flags "$cfg_key" "$cfg_val"
  '

  test_expect_success "ipfs config output looks good" '
    echo "$cfg_val" >expected &&
    ipfs config "$cfg_key" >actual &&
    test_cmp expected actual
  '

  # also test our lib function. it should work too.
  cfg_key="Lib.$cfg_key"
  test_expect_success "test_config_set succeeds" '
    test_config_set $cfg_flags "$cfg_key" "$cfg_val"
  '

  test_expect_success "test_config_set value looks good" '
    echo "$cfg_val" >expected &&
    ipfs config "$cfg_key" >actual &&
    test_cmp expected actual
  '
}

# this is a bit brittle. the problem is we need to test
# with something that will be forced to unmarshal as a struct.
# (i.e. just setting 'ipfs config --json foo "[1, 2, 3]"') may
# set it as astring instead of proper json. We leverage the
# unmarshalling that has to happen.
CONFIG_SET_JSON_TEST='{
  "MDNS": {
    "Enabled": true,
    "Interval": 10
  }
}'

test_config_cmd() {
  test_config_cmd_set "beep" "boop"
  test_config_cmd_set "beep1" "boop2"
  test_config_cmd_set "beep1" "boop2"
  test_config_cmd_set "--bool" "beep2" "true"
  test_config_cmd_set "--bool" "beep2" "false"
  test_config_cmd_set "--json" "beep3" "true"
  test_config_cmd_set "--json" "beep3" "false"
  test_config_cmd_set "--json" "Discovery" "$CONFIG_SET_JSON_TEST"

}

test_init_ipfs

# should work offline
test_config_cmd

# should work online
test_launch_ipfs_daemon
test_config_cmd
test_kill_ipfs_daemon


test_done