extract 2 different deployment methods depending on metadata condition; move condition to the caller

src/app/tabs/runTab/contractDropdown.js

@@ -193,7 +193,7 @@ class ContractDropdownUI {
         {
           label: 'Force Send',
           fn: () => {
-            this.blockchain.deployContract(selectedContract, args, contractMetadata, compilerContracts, {continueCb, promptCb, statusCb, finalCb}, confirmationCb)
+            this.deployContract(selectedContract, args, contractMetadata, compilerContracts, {continueCb, promptCb, statusCb, finalCb}, confirmationCb)
           }}, {
             label: 'Cancel',
             fn: () => {
@@ -201,7 +201,16 @@ class ContractDropdownUI {
             }
           })
     }
-    this.blockchain.deployContract(selectedContract, args, contractMetadata, compilerContracts, {continueCb, promptCb, statusCb, finalCb}, confirmationCb)
+    this.deployContract(selectedContract, args, contractMetadata, compilerContracts, {continueCb, promptCb, statusCb, finalCb}, confirmationCb)
+  }
+
+  deployContract (selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb) {
+    const { statusCb } = callbacks
+    if (!contractMetadata || (contractMetadata && contractMetadata.autoDeployLib)) {
+      return this.blockchain.deployContractAndLibraries(selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb)
+    }
+    if (Object.keys(selectedContract.bytecodeLinkReferences).length) statusCb(`linking ${JSON.stringify(selectedContract.bytecodeLinkReferences, null, '\t')} using ${JSON.stringify(contractMetadata.linkReferences, null, '\t')}`)
+    this.blockchain.deployContractWithLibrary(selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb)
   }
 
   getConfirmationCb (modalDialog, confirmDialog) {

src/blockchain/blockchain.js

@@ -86,12 +86,10 @@ class Blockchain {
     })
   }
 
-  async deployContract (selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb) {
+  deployContractAndLibraries (selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb) {
     const { continueCb, promptCb, statusCb, finalCb } = callbacks
-
     const constructor = selectedContract.getConstructorInterface()
-    if (!contractMetadata || (contractMetadata && contractMetadata.autoDeployLib)) {
-      return txFormat.buildData(selectedContract.name, selectedContract.object, compilerContracts, true, constructor, args, (error, data) => {
+    txFormat.buildData(selectedContract.name, selectedContract.object, compilerContracts, true, constructor, args, (error, data) => {
       if (error) return statusCb(`creation of ${selectedContract.name} errored: ` + error)
 
       statusCb(`creation of ${selectedContract.name} pending...`)
@@ -101,7 +99,10 @@ class Blockchain {
       this.runTx(data, confirmationCb, continueCb, promptCb, runTxCallback)
     })
   }
-    if (Object.keys(selectedContract.bytecodeLinkReferences).length) statusCb(`linking ${JSON.stringify(selectedContract.bytecodeLinkReferences, null, '\t')} using ${JSON.stringify(contractMetadata.linkReferences, null, '\t')}`)
+
+  deployContractWithLibrary (selectedContract, args, contractMetadata, compilerContracts, callbacks, confirmationCb) {
+    const { continueCb, promptCb, statusCb, finalCb } = callbacks
+    const constructor = selectedContract.getConstructorInterface()
     txFormat.encodeConstructorCallAndLinkLibraries(selectedContract.object, args, constructor, contractMetadata.linkReferences, selectedContract.bytecodeLinkReferences, (error, data) => {
       if (error) return statusCb(`creation of ${selectedContract.name} errored: ` + error)