kubo/test/sharness/t0100-name.sh
Petar Maymounkov b4ad66eda4 add --ipns-base to publish and subs commands
add sharness tests for --ipns-base in name publish and subs commands
2020-08-17 21:43:02 -07:00

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#!/usr/bin/env bash
#
# Copyright (c) 2014 Jeromy Johnson
# MIT Licensed; see the LICENSE file in this repository.
#
test_description="Test ipfs repo operations"
. lib/test-lib.sh
test_name_with_self() {
SELF_ALG=$1
test_expect_success "ipfs init (variant self $SELF_ALG)" '
export IPFS_PATH="$(pwd)/.ipfs" &&
case $SELF_ALG in
default)
ipfs init --profile=test > /dev/null
;;
rsa)
ipfs init --profile=test -a=rsa > /dev/null
;;
ed25519)
ipfs init --profile=test -a=ed25519 > /dev/null
;;
esac &&
export PEERID=`ipfs key list --ipns-base=base36 -l | grep self | cut -d " " -f1` &&
test_check_peerid "${PEERID}"
'
# test publishing a hash
test_expect_success "'ipfs name publish --allow-offline' succeeds" '
ipfs name publish --allow-offline "/ipfs/$HASH_WELCOME_DOCS" >publish_out
'
test_expect_success "publish output looks good" '
echo "Published to ${PEERID}: /ipfs/$HASH_WELCOME_DOCS" >expected1 &&
test_cmp expected1 publish_out
'
test_expect_success "'ipfs name resolve' succeeds" '
ipfs name resolve "$PEERID" >output
'
test_expect_success "resolve output looks good" '
printf "/ipfs/%s\n" "$HASH_WELCOME_DOCS" >expected2 &&
test_cmp expected2 output
'
# test publishing with -Q option
test_expect_success "'ipfs name publish --quieter' succeeds" '
ipfs name publish --allow-offline -Q "/ipfs/$HASH_WELCOME_DOCS" >publish_out
'
test_expect_success "publish --quieter output looks good" '
echo "${PEERID}" >expected1 &&
test_cmp expected1 publish_out
'
test_expect_success "'ipfs name resolve' succeeds" '
ipfs name resolve "$PEERID" >output
'
test_expect_success "resolve output looks good" '
printf "/ipfs/%s\n" "$HASH_WELCOME_DOCS" >expected2 &&
test_cmp expected2 output
'
# now test with a path
test_expect_success "'ipfs name publish --allow-offline' succeeds" '
ipfs name publish --allow-offline "/ipfs/$HASH_WELCOME_DOCS/help" >publish_out
'
test_expect_success "publish a path looks good" '
echo "Published to ${PEERID}: /ipfs/$HASH_WELCOME_DOCS/help" >expected3 &&
test_cmp expected3 publish_out
'
test_expect_success "'ipfs name resolve' succeeds" '
ipfs name resolve "$PEERID" >output
'
test_expect_success "resolve output looks good" '
printf "/ipfs/%s/help\n" "$HASH_WELCOME_DOCS" >expected4 &&
test_cmp expected4 output
'
test_expect_success "ipfs cat on published content succeeds" '
ipfs cat "/ipfs/$HASH_WELCOME_DOCS/help" >expected &&
ipfs cat "/ipns/$PEERID" >actual &&
test_cmp expected actual
'
# publish with an explicit node ID
test_expect_failure "'ipfs name publish --allow-offline <local-id> <hash>' succeeds" '
echo ipfs name publish --allow-offline "${PEERID}" "/ipfs/$HASH_WELCOME_DOCS" &&
ipfs name publish --allow-offline "${PEERID}" "/ipfs/$HASH_WELCOME_DOCS" >actual_node_id_publish
'
test_expect_failure "publish with our explicit node ID looks good" '
echo "Published to ${PEERID}: /ipfs/$HASH_WELCOME_DOCS" >expected_node_id_publish &&
test_cmp expected_node_id_publish actual_node_id_publish
'
# test publishing with B36CID and B58MH resolve to the same B36CID
test_expect_success "verify self key output" '
B58MH_ID=`ipfs key list --ipns-base=b58mh -l | grep self | cut -d " " -f1` &&
B36CID_ID=`ipfs key list --ipns-base=base36 -l | grep self | cut -d " " -f1` &&
test_check_peerid "${B58MH_ID}" &&
test_check_peerid "${B36CID_ID}"
'
test_expect_success "'ipfs name publish --allow-offline --key=<peer-id> <hash>' succeeds" '
ipfs name publish --allow-offline --key=${B58MH_ID} "/ipfs/$HASH_WELCOME_DOCS" >b58mh_published_id_base36 &&
ipfs name publish --allow-offline --key=${B36CID_ID} "/ipfs/$HASH_WELCOME_DOCS" >base36_published_id_base36 &&
ipfs name publish --allow-offline --key=${B58MH_ID} --ipns-base=b58mh "/ipfs/$HASH_WELCOME_DOCS" >b58mh_published_id_b58mh &&
ipfs name publish --allow-offline --key=${B36CID_ID} --ipns-base=b58mh "/ipfs/$HASH_WELCOME_DOCS" >base36_published_id_b58mh
'
test_expect_success "publish an explicit node ID as two key in B58MH and B36CID, name looks good" '
echo "Published to ${B36CID_ID}: /ipfs/$HASH_WELCOME_DOCS" >expected_published_id_base36 &&
echo "Published to ${B58MH_ID}: /ipfs/$HASH_WELCOME_DOCS" >expected_published_id_b58mh &&
test_cmp expected_published_id_base36 b58mh_published_id_base36 &&
test_cmp expected_published_id_base36 base36_published_id_base36 &&
test_cmp expected_published_id_b58mh b58mh_published_id_b58mh &&
test_cmp expected_published_id_b58mh base36_published_id_b58mh
'
test_expect_success "'ipfs name resolve' succeeds" '
ipfs name resolve "$B36CID_ID" >output
'
test_expect_success "resolve output looks good" '
printf "/ipfs/%s\n" "$HASH_WELCOME_DOCS" >expected2 &&
test_cmp expected2 output
'
# test IPNS + IPLD
test_expect_success "'ipfs dag put' succeeds" '
HELLO_HASH="$(echo "\"hello world\"" | ipfs dag put)" &&
OBJECT_HASH="$(echo "{\"thing\": {\"/\": \"${HELLO_HASH}\" }}" | ipfs dag put)"
'
test_expect_success "'ipfs name publish --allow-offline /ipld/...' succeeds" '
test_check_peerid "${PEERID}" &&
ipfs name publish --allow-offline "/ipld/$OBJECT_HASH/thing" >publish_out
'
test_expect_success "publish a path looks good" '
echo "Published to ${PEERID}: /ipld/$OBJECT_HASH/thing" >expected3 &&
test_cmp expected3 publish_out
'
test_expect_success "'ipfs name resolve' succeeds" '
ipfs name resolve "$PEERID" >output
'
test_expect_success "resolve output looks good (IPNS + IPLD)" '
printf "/ipld/%s/thing\n" "$OBJECT_HASH" >expected4 &&
test_cmp expected4 output
'
# test publishing nothing
test_expect_success "'ipfs name publish' fails" '
printf '' | test_expect_code 1 ipfs name publish --allow-offline >publish_out 2>&1
'
test_expect_success "publish output has the correct error" '
grep "argument \"ipfs-path\" is required" publish_out
'
test_expect_success "'ipfs name publish' fails" '
printf '' | test_expect_code 1 ipfs name publish -Q --allow-offline >publish_out 2>&1
'
test_expect_success "publish output has the correct error" '
grep "argument \"ipfs-path\" is required" publish_out
'
test_expect_success "'ipfs name publish --help' succeeds" '
ipfs name publish --help
'
# test offline resolve
test_expect_success "'ipfs name resolve --offline' succeeds" '
ipfs name resolve --offline "$PEERID" >output
'
test_expect_success "resolve output looks good (offline resolve)" '
printf "/ipld/%s/thing\n" "$OBJECT_HASH" >expected4 &&
test_cmp expected4 output
'
test_expect_success "'ipfs name resolve --offline -n' succeeds" '
ipfs name resolve --offline -n "$PEERID" >output
'
test_expect_success "resolve output looks good (offline resolve, -n)" '
printf "/ipld/%s/thing\n" "$OBJECT_HASH" >expected4 &&
test_cmp expected4 output
'
test_launch_ipfs_daemon
test_expect_success "'ipfs name resolve --offline' succeeds" '
ipfs name resolve --offline "$PEERID" >output
'
test_expect_success "resolve output looks good (with daemon)" '
printf "/ipld/%s/thing\n" "$OBJECT_HASH" >expected4 &&
test_cmp expected4 output
'
test_expect_success "'ipfs name resolve --offline -n' succeeds" '
ipfs name resolve --offline -n "$PEERID" >output
'
test_expect_success "resolve output looks good (with daemon, -n)" '
printf "/ipld/%s/thing\n" "$OBJECT_HASH" >expected4 &&
test_cmp expected4 output
'
test_expect_success "empty request to name publish doesn't panic and returns error" '
curl -X POST "http://$API_ADDR/api/v0/name/publish" > curl_out || true &&
grep "argument \"ipfs-path\" is required" curl_out
'
test_kill_ipfs_daemon
# Test daemon in offline mode
test_launch_ipfs_daemon --offline
test_expect_success "'ipfs name publish' fails offline mode" '
test_expect_code 1 ipfs name publish "/ipfs/$HASH_WELCOME_DOCS"
'
test_kill_ipfs_daemon
test_expect_success "clean up ipfs dir" '
rm -rf "$IPFS_PATH"
'
}
test_name_with_self 'default'
test_name_with_self 'rsa'
test_name_with_self 'ed25519'
test_name_with_key() {
GEN_ALG=$1
test_expect_success "ipfs init (key variant $GEN_ALG)" '
export IPFS_PATH="$(pwd)/.ipfs" &&
ipfs init --profile=test > /dev/null
'
test_expect_success "'prepare keys" '
case $GEN_ALG in
rsa)
export KEY=`ipfs key gen --ipns-base=b58mh --type=rsa --size=2048 key` &&
export KEY_B36CID=`ipfs key list --ipns-base=base36 -l | grep key | cut -d " " -f1`
;;
ed25519_b58)
export KEY=`ipfs key gen --ipns-base=b58mh --type=ed25519 key`
export KEY_B36CID=`ipfs key list --ipns-base=base36 -l | grep key | cut -d " " -f1`
;;
ed25519_b36)
export KEY=`ipfs key gen --ipns-base=base36 --type=ed25519 key`
export KEY_B36CID=$KEY
;;
esac &&
test_check_peerid "${KEY}"
'
# publish with an explicit node ID as key name
test_expect_success "'ipfs name publish --allow-offline --key=<peer-id> <hash>' succeeds" '
ipfs name publish --allow-offline --key=${KEY} "/ipfs/$HASH_WELCOME_DOCS" >actual_node_id_publish
'
test_expect_success "publish an explicit node ID as key name looks good" '
echo "Published to ${KEY_B36CID}: /ipfs/$HASH_WELCOME_DOCS" >expected_node_id_publish &&
test_cmp expected_node_id_publish actual_node_id_publish
'
# cleanup
test_expect_success "clean up ipfs dir" '
rm -rf "$IPFS_PATH"
'
}
test_name_with_key 'rsa'
test_name_with_key 'ed25519_b58'
test_name_with_key 'ed25519_b36'
test_done