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9 Commits
4 changed files with 219 additions and 113 deletions
+2 -1
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@@ -16,7 +16,8 @@
"test:integration:local": "RESTURL=http://localhost:3000/v4/ mocha --timeout 30000 test/integration",
"test:integration:local:bchn": "RESTURL=http://localhost:3000/v4/ bash test/integration/test-bchn-integration.sh",
"test:integration:local:testnet": "RESTURL=http://localhost:4000/v4/ mocha --timeout 30000 test/integration/testnet",
"test:temp": "export RESTURL=http://localhost:3000/v4/ && export IS_USING_FREE_TIER=true && mocha --timeout 30000 test/integration/chains/bchn/",
"test:temp": "export RESTURL=http://localhost:3000/v4/ && mocha --timeout 30000 -g '#validateTxid2' test/integration/",
"test:temp2": "mocha --timeout 30000 -g 'tokenUtxoDetails' test/unit/",
"coverage": "nyc report --reporter=text-lcov | coveralls",
"coverage:report": "nyc --reporter=html mocha --timeout 25000 test/unit/",
"docs": "./node_modules/.bin/apidoc -i src/ -o docs"
+62 -21
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@@ -431,10 +431,14 @@ class Utils {
* '00ea27261196a411776f81029c0ebe34362936b4a9847deb1f7a40a02b3a1476',
* valid: true } ]
*/
// This function has two responses. If SLPDB is working correctly, the output
// will be like the examples above. If SLPDB has fallen behind real-time
// processing, it will return this output:
// [ null ]
async validateTxid(txid) {
const path = `${this.restURL}slp/validateTxid`
// console.log(`txid: ${JSON.stringify(txid, null, 2)}`)
console.log(`txid: ${JSON.stringify(txid, null, 2)}`)
// Handle a single TXID or an array of TXIDs.
let txids
@@ -449,7 +453,9 @@ class Utils {
},
_this.axiosOptions
)
// console.log(`response.data: ${JSON.stringify(response.data, null, 2)}`)
console.log(
`validateTxid response.data: ${JSON.stringify(response.data, null, 2)}`
)
const validatedTxids = response.data
@@ -1052,7 +1058,7 @@ class Utils {
// utxo list may have duplicate tx_hash, varying tx_pos
// only need to call decodeOpReturn once for those
const decodeOpReturnCache = {}
const cachedTxValidation = {}
// const cachedTxValidation = {}
// Throw error if input is not an array.
if (!Array.isArray(utxos)) throw new Error("Input must be an array.")
@@ -1288,22 +1294,52 @@ class Utils {
// property. i.e. it has been successfully hydrated with SLP
// information.
// CT 12/13/2020: Disabling the cache until I get processing of tokens
// to be more stable.
// If the value has been cached, use the cached version first.
let isValid = cachedTxValidation[utxo.txid]
// let isValid = cachedTxValidation[utxo.txid]
let isValid = null
// There are two possible responses from SLPDB. If SLPDB is functioning
// correctly, then validateTxid() will return this:
// isValid: [
// {
// "txid": "ff0c0354f8d3ddb34fa36f73494eb58ea24f8b8da6904aa8ed43b7a74886c583",
// "valid": true
// }
// ]
//
// If SLPDB has fallen behind real-time processing, it will return this:
// isValid: [
// null
// ]
//
// Note: validateTxid3() has the same output as validateTxid().
// validateTxid2() uses slp-validate, which has a different output format.
// If not in the cache, try the general SLPDB.
if (isValid == null) {
if (isValid === null) {
// console.log(`utxo: ${JSON.stringify(utxo, null, 2)}`)
isValid = await this.validateTxid(utxo.txid)
// console.log(
// `validateTxid() isValid: ${JSON.stringify(isValid, null, 2)}`
// )
if (isValid !== null) {
isValid = isValid[0].valid
// Handle corner case where SLPDB returns an array with a null element.
if (isValid[0] === null)
isValid = [{ txid: utxo.txid, valid: null }]
// Save the result to the local cache.
cachedTxValidation[utxo.txid] = isValid
}
isValid = isValid[0].valid
// Save the result to the local cache.
// cachedTxValidation[utxo.txid] = isValid
}
// console.log(`isValid: ${JSON.stringify(isValid, null, 2)}`)
// console.log(
// `pre-validateTxid3() isValid: ${JSON.stringify(isValid, null, 2)}`
// )
// If still null, check the whitelist SLPDB
if (isValid === null) {
// console.log(
@@ -1337,28 +1373,33 @@ class Utils {
// )}`
// )
if (isValid !== null) {
isValid = isValid[0].valid
if (isValid[0] !== null) isValid = isValid[0].valid
// Save the result to the local cache.
cachedTxValidation[utxo.txid] = isValid
}
// Save the result to the local cache.
// cachedTxValidation[utxo.txid] = isValid
}
}
// console.log(
// `pre-validateTxid2() isValid: ${JSON.stringify(isValid, null, 2)}`
// )
// If still null, as a last resort, check it against slp-validate
if (isValid === null) {
isValid = await this.validateTxid2(utxo.txid)
try {
isValid = await this.validateTxid2(utxo.txid)
} catch (err) {
// Mark as invalid if validateTxid2() throws an error.
isValid = null
}
// console.log(
// `slp-validate isValid: ${JSON.stringify(isValid, null, 2)}`
// )
if (isValid !== null) {
isValid = isValid.isValid
if (isValid !== null) isValid = isValid.isValid
// Save the result to the local cache.
cachedTxValidation[utxo.txid] = isValid
}
// Save the result to the local cache.
// cachedTxValidation[utxo.txid] = isValid
}
// console.log(`isValid: ${JSON.stringify(isValid, null, 2)}`)
+97 -91
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@@ -464,97 +464,27 @@ describe(`#SLP`, () => {
assert.equal(data[0].isValid, false)
})
// it("should handle a range of UTXO types", async () => {
// const utxos = [
// // Malformed SLP tx
// {
// note: "Malformed SLP tx",
// tx_hash:
// "f7e5199ef6669ad4d078093b3ad56e355b6ab84567e59ad0f08a5ad0244f783a",
// tx_pos: 1,
// value: 546
// },
// // Normal TX (non-SLP)
// {
// note: "Normal TX (non-SLP)",
// tx_hash:
// "01cdaec2f8b311fc2d6ecc930247bd45fa696dc204ab684596e281fe1b06c1f0",
// tx_pos: 0,
// value: 400000
// },
// // Valid PSF SLP tx
// {
// note: "Valid PSF SLP tx",
// tx_hash:
// "daf4d8b8045e7a90b7af81bfe2370178f687da0e545511bce1c9ae539eba5ffd",
// tx_pos: 1,
// value: 546
// },
// // Valid SLP token not in whitelist
// {
// note: "Valid SLP token not in whitelist",
// tx_hash:
// "3a4b628cbcc183ab376d44ce5252325f042268307ffa4a53443e92b6d24fb488",
// tx_pos: 1,
// value: 546
// },
// // Token send on BCHN network.
// {
// note: "Token send on BCHN network",
// tx_hash:
// "402c663379d9699b6e2dd38737061e5888c5a49fca77c97ab98e79e08959e019",
// tx_pos: 1,
// value: 546
// },
// // Token send on ABC network.
// {
// note: "Token send on ABC network",
// tx_hash:
// "336bfe2168aac4c3303508a9e8548a0d33797a83b85b76a12d845c8d6674f79d",
// tx_pos: 1,
// value: 546
// },
// // Known invalid SLP token send of PSF tokens.
// {
// note: "Known invalid SLP token send of PSF tokens",
// tx_hash:
// "2bf691ad3679d928fef880b8a45b93b233f8fa0d0a92cf792313dbe77b1deb74",
// tx_pos: 1,
// value: 546
// }
// ]
//
// const data = await bchjs.SLP.Utils.tokenUtxoDetails(utxos)
// // console.log(`data: ${JSON.stringify(data, null, 2)}`)
//
// // Malformed SLP tx
// assert.equal(data[0].tx_hash, utxos[0].tx_hash)
// assert.equal(data[0].isValid, false)
//
// // Normal TX (non-SLP)
// assert.equal(data[1].tx_hash, utxos[1].tx_hash)
// assert.equal(data[1].isValid, false)
//
// // Valid PSF SLP tx
// assert.equal(data[2].tx_hash, utxos[2].tx_hash)
// assert.equal(data[2].isValid, true)
//
// // Valid SLP token not in whitelist
// assert.equal(data[3].tx_hash, utxos[3].tx_hash)
// assert.equal(data[3].isValid, true)
//
// // Token send on BCHN network
// assert.equal(data[4].tx_hash, utxos[4].tx_hash)
// assert.equal(data[4].isValid, null)
//
// // Token send on ABC network
// assert.equal(data[5].tx_hash, utxos[5].tx_hash)
// assert.equal(data[5].isValid, true)
//
// // Known invalid SLP token send of PSF tokens
// assert.equal(data[6].tx_hash, utxos[6].tx_hash)
// assert.equal(data[6].isValid, false)
// })
it("should handle null SLPDB validations", async () => {
const utxos = [
{
height: 665577,
tx_hash:
"4b89405c54d1c0bde8aa476a47561a42a6e7a5e927daa2ec69d428810eae3419",
tx_pos: 1,
value: 546
},
{
height: 665577,
tx_hash:
"3a4b628cbcc183ab376d44ce5252325f042268307ffa4a53443e92b6d24fb488",
tx_pos: 1,
value: 546
}
]
const data = await bchjs.SLP.Utils.tokenUtxoDetails(utxos)
console.log(`data: ${JSON.stringify(data, null, 2)}`)
})
})
describe("#balancesForAddress", () => {
@@ -695,6 +625,82 @@ describe(`#SLP`, () => {
console.log("Error: ", err)
}
})
it("should handle null SLPDB validations", async () => {
const utxos = [
{
height: 665577,
tx_hash:
"4b89405c54d1c0bde8aa476a47561a42a6e7a5e927daa2ec69d428810eae3419",
tx_pos: 1,
value: 546
},
{
height: 665577,
tx_hash:
"f7e5199ef6669ad4d078093b3ad56e355b6ab84567e59ad0f08a5ad0244f783a",
tx_pos: 1,
value: 546
}
]
const data = await bchjs.SLP.Utils.hydrateUtxos([{ utxos: utxos }])
console.log(`data: ${JSON.stringify(data, null, 2)}`)
})
})
describe("#validateTxid", () => {
/*
it("should return null on a known invalid TXID", async () => {
const txid =
"f7e5199ef6669ad4d078093b3ad56e355b6ab84567e59ad0f08a5ad0244f783a"
const result = await bchjs.SLP.Utils.validateTxid(txid)
console.log(`result: ${JSON.stringify(result, null, 2)}`)
assert.isArray(result)
assert.property(result[0], "txid")
assert.equal(result[0].txid, txid)
assert.property(result[0], "valid")
assert.equal(result[0].valid, null)
})
it("should return true a known valid TXID", async () => {
const txid =
"3a4b628cbcc183ab376d44ce5252325f042268307ffa4a53443e92b6d24fb488"
const result = await bchjs.SLP.Utils.validateTxid(txid)
console.log(`result: ${JSON.stringify(result, null, 2)}`)
assert.isArray(result)
assert.property(result[0], "txid")
assert.equal(result[0].txid, txid)
assert.property(result[0], "valid")
assert.equal(result[0].valid, true)
})
*/
// This test is not necessary.
it("should handle a null response from SLPDB", async () => {
const txid =
"4b89405c54d1c0bde8aa476a47561a42a6e7a5e927daa2ec69d428810eae3419"
const result = await bchjs.SLP.Utils.validateTxid(txid)
console.log(`result: ${JSON.stringify(result, null, 2)}`)
})
it("should handle a null response from SLPDB", async () => {
const txid = [
"4b89405c54d1c0bde8aa476a47561a42a6e7a5e927daa2ec69d428810eae3419",
"3a4b628cbcc183ab376d44ce5252325f042268307ffa4a53443e92b6d24fb488"
]
const result = await bchjs.SLP.Utils.validateTxid(txid)
console.log(`result: ${JSON.stringify(result, null, 2)}`)
})
})
describe("#validateTxid2", () => {
+58
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@@ -1771,6 +1771,64 @@ describe("#SLP Utils", () => {
// The UTXO should have been validated by the third validation source.
assert.equal(data[0].isValid, true)
})
it("should handle SLPDB returning null corner case", async () => {
// Mock the call to REST API
// Stub the calls to decodeOpReturn.
sandbox
.stub(uut.Utils, "decodeOpReturn")
.onCall(0)
.resolves({
tokenType: 1,
txType: "SEND",
tokenId:
"497291b8a1dfe69c8daea50677a3d31a5ef0e9484d8bebb610dac64bbc202fb7",
amounts: ["200000000", "99887500000000"]
})
.onCall(1)
.resolves({
tokenType: 1,
txType: "GENESIS",
ticker: "TOK-CH",
name: "TokyoCash",
tokenId:
"497291b8a1dfe69c8daea50677a3d31a5ef0e9484d8bebb610dac64bbc202fb7",
documentUri: "",
documentHash: "",
decimals: 8,
mintBatonVout: 0,
qty: "2100000000000000"
})
// Force default SLPDB to return 'null' corner case.
sandbox.stub(uut.Utils, "validateTxid").resolves([null])
// Mock the response from slp-api
sandbox.stub(uut.Utils, "validateTxid2").resolves({
txid:
"fde117b1f176b231e2fa9a6cb022e0f7c31c288221df6bcb05f8b7d040ca87cb",
isValid: true,
msg: ""
})
const utxos = [
{
txid:
"fde117b1f176b231e2fa9a6cb022e0f7c31c288221df6bcb05f8b7d040ca87cb",
vout: 1,
amount: 0.00000546,
satoshis: 546,
height: 596089,
confirmations: 748
}
]
const data = await uut.Utils.tokenUtxoDetails(utxos)
// console.log(`data: ${JSON.stringify(data, null, 2)}`)
// The UTXO should have been validated by the third validation source.
assert.equal(data[0].isValid, true)
})
})
describe("#txDetails", () => {