convert tests to ava tests

2 files changed, 29 insertions, 29 deletions

diff --git a/src/crypto/cryptoApi-test.ts b/src/crypto/cryptoApi-test.ts
index 89b74d776..cc5d1156e 100644
--- a/src/crypto/cryptoApi-test.ts
+++ b/src/crypto/cryptoApi-test.ts
@@ -1,6 +1,6 @@
 import {CryptoApi} from "./cryptoApi";
 import {ReserveRecord, DenominationRecord, DenominationStatus} from "../types";
-import {test, TestLib} from "talertest";
+import {test} from "ava";
 
 let masterPub1: string = "CQQZ9DY3MZ1ARMN5K1VKDETS04Y2QCKMMCFHZSWJWWVN82BTTH00";
 
@@ -45,15 +45,15 @@ let denomValid1: DenominationRecord = {
 let denomInvalid1 = JSON.parse(JSON.stringify(denomValid1));
 denomInvalid1.value.value += 1;
 
-test("string hashing", async (t: TestLib) => {
+test("string hashing", async t => {
   let crypto = new CryptoApi();
   let s = await crypto.hashString("hello taler");
   let sh = "8RDMADB3YNF3QZBS3V467YZVJAMC2QAQX0TZGVZ6Q5PFRRAJFT70HHN0QF661QR9QWKYMMC7YEMPD679D2RADXCYK8Y669A2A5MKQFR";
-  t.assert(s == sh);
+  t.true(s == sh);
   t.pass();
 });
 
-test("precoin creation", async (t: TestLib) => {
+test("precoin creation", async t => {
   let crypto = new CryptoApi();
   let {priv, pub} = await crypto.createEddsaKeypair();
   let r: ReserveRecord = {
@@ -73,12 +73,12 @@ test("precoin creation", async (t: TestLib) => {
   t.pass();
 });
 
-test("denom validation", async (t: TestLib) => {
+test("denom validation", async t => {
   let crypto = new CryptoApi();
   let v: boolean;
   v = await crypto.isValidDenom(denomValid1, masterPub1);
-  t.assert(v);
+  t.true(v);
   v = await crypto.isValidDenom(denomInvalid1, masterPub1);
-  t.assert(!v);
+  t.true(!v);
   t.pass();
 });
diff --git a/src/crypto/emscInterface-test.ts b/src/crypto/emscInterface-test.ts
index 4f57bf802..dc98308fb 100644
--- a/src/crypto/emscInterface-test.ts
+++ b/src/crypto/emscInterface-test.ts
@@ -1,55 +1,55 @@
-import {test, TestLib} from "talertest";
+import {test} from "ava";
 import * as native from "./emscInterface";
 
-test("string hashing", (t: TestLib) => {
+test("string hashing", t => {
   let x = native.ByteArray.fromStringWithNull("hello taler");
   let h = "8RDMADB3YNF3QZBS3V467YZVJAMC2QAQX0TZGVZ6Q5PFRRAJFT70HHN0QF661QR9QWKYMMC7YEMPD679D2RADXCYK8Y669A2A5MKQFR"
   let hc = x.hash().toCrock();
   console.log(`# hc ${hc}`);
-  t.assert(h === hc, "must equal");
+  t.true(h === hc, "must equal");
   t.pass();
 });
 
-test("signing", (t: TestLib) => {
+test("signing", t => {
   let x = native.ByteArray.fromStringWithNull("hello taler");
   let priv = native.EddsaPrivateKey.create();
   let pub = priv.getPublicKey();
   let purpose = new native.EccSignaturePurpose(native.SignaturePurpose.TEST, x);
   let sig = native.eddsaSign(purpose, priv);
-  t.assert(native.eddsaVerify(native.SignaturePurpose.TEST, purpose, sig, pub));
+  t.true(native.eddsaVerify(native.SignaturePurpose.TEST, purpose, sig, pub));
   t.pass();
 });
 
-test("signing-fixed-data", (t: TestLib) => {
+test("signing-fixed-data", t => {
   let x = native.ByteArray.fromStringWithNull("hello taler");
   let purpose = new native.EccSignaturePurpose(native.SignaturePurpose.TEST, x);
   const privStr = "G9R8KRRCAFKPD0KW7PW48CC2T03VQ8K2AN9J6J6K2YW27J5MHN90";
   const pubStr = "YHCZB442FQFJ0ET20MWA8YJ53M61EZGJ6QKV1KTJZMRNXDY45WT0";
   const sigStr = "7V6XY4QGC1406GPMT305MZQ1HDCR7R0S5BP02GTGDQFPSXB6YD2YDN5ZS7NJQCNP61Y39MRHXNXQ1Z15JY4CJY4CPDA6CKQ3313WG38";
   let priv = native.EddsaPrivateKey.fromCrock(privStr);
-  t.assert(privStr == priv.toCrock())
+  t.true(privStr == priv.toCrock())
   let pub = priv.getPublicKey();
-  t.assert(pubStr == pub.toCrock());
+  t.true(pubStr == pub.toCrock());
   let sig = native.EddsaSignature.fromCrock(sigStr);
-  t.assert(sigStr == sig.toCrock())
+  t.true(sigStr == sig.toCrock())
   let sig2 = native.eddsaSign(purpose, priv);
-  t.assert(sig.toCrock() == sig2.toCrock());
-  t.assert(native.eddsaVerify(native.SignaturePurpose.TEST, purpose, sig, pub));
+  t.true(sig.toCrock() == sig2.toCrock());
+  t.true(native.eddsaVerify(native.SignaturePurpose.TEST, purpose, sig, pub));
   t.pass();
 });
 
 const denomPubStr1 = "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";
 
-test("rsa-encode", (t: TestLib) => {
+test("rsa-encode", t => {
   const pubHashStr = "JM63YM5X7X547164QJ3MGJZ4WDD47GEQR5DW5SH35G4JFZXEJBHE5JBNZM5K8XN5C4BRW25BE6GSVAYBF790G2BZZ13VW91D41S4DS0"
   let denomPub = native.RsaPublicKey.fromCrock(denomPubStr1);
   let pubHash = denomPub.encode().hash();
-  t.assert(pubHashStr == pubHash.toCrock());
+  t.true(pubHashStr == pubHash.toCrock());
   t.pass();
 });
 
 
-test("withdraw-request", (t: TestLib) => {
+test("withdraw-request", t => {
   const reservePrivStr = "G9R8KRRCAFKPD0KW7PW48CC2T03VQ8K2AN9J6J6K2YW27J5MHN90";
   const reservePriv = native.EddsaPrivateKey.fromCrock(reservePrivStr);
   const reservePub = reservePriv.getPublicKey();
@@ -72,30 +72,30 @@ test("withdraw-request", (t: TestLib) => {
   var sigStr = "AD3T8W44NV193J19RAN3NAJHPP6RVB0R3NWV7ZK5G8Q946YDK0B6F8YJBNRRBXSPVTKY31S7BVZPJFFTJJRMY61DH51X4JSXK677428";
 
   var sig = native.eddsaSign(withdrawRequest.toPurpose(), reservePriv);
-  t.assert(native.eddsaVerify(native.SignaturePurpose.RESERVE_WITHDRAW, withdrawRequest.toPurpose(), sig, reservePub));
-  t.assert(sig.toCrock() == sigStr);
+  t.true(native.eddsaVerify(native.SignaturePurpose.RESERVE_WITHDRAW, withdrawRequest.toPurpose(), sig, reservePub));
+  t.true(sig.toCrock() == sigStr);
   t.pass();
 });
 
-test("withdraw-request", (t: TestLib) => {
+test("withdraw-request", t => {
   const a1 = new native.Amount({currency: "KUDOS", value: 1, fraction: 50000000});
   const a2 = new native.Amount({currency: "KUDOS", value: 1, fraction: 50000000});
   a1.add(a2);
   let x = a1.toJson();
-  t.assert(x.currency == "KUDOS");
-  t.assert(x.fraction == 0);
-  t.assert(x.value == 3);
+  t.true(x.currency == "KUDOS");
+  t.true(x.fraction == 0);
+  t.true(x.value == 3);
   t.pass();
 });
 
 
-test("ecdsa", (t: TestLib) => {
+test("ecdsa", t => {
   const priv = native.EcdsaPrivateKey.create();
   const pub1 = priv.getPublicKey();
   t.pass();
 });
 
-test("ecdhe", (t: TestLib) => {
+test("ecdhe", t => {
   const priv = native.EcdhePrivateKey.create();
   const pub = priv.getPublicKey();
   t.pass();