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87a802e210
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f25616328d
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f25616328d | ||
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fc415265de |
1
main.go
1
main.go
@ -279,6 +279,7 @@ func nodeCreate(w http.ResponseWriter, r *http.Request) {// {{{
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})
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})
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}// }}}
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}// }}}
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func nodeUpdate(w http.ResponseWriter, r *http.Request) {// {{{
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func nodeUpdate(w http.ResponseWriter, r *http.Request) {// {{{
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log.Println("/node/update")
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var err error
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var err error
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var session Session
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var session Session
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@ -54,7 +54,11 @@ export class NodeUI extends Component {
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let page = ''
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let page = ''
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switch(this.page.value) {
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switch(this.page.value) {
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case 'node':
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case 'node':
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if(node.ID > 0) {
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if(node.ID == 0) {
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page = html`
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${children.length > 0 ? html`<div class="child-nodes">${children}</div>` : html``}
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`
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} else {
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let padlock = ''
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let padlock = ''
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if(node.CryptoKeyID > 0)
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if(node.CryptoKeyID > 0)
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padlock = html`<img src="/images/${window._VERSION}/padlock-black.svg" style="height: 24px;" />`
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padlock = html`<img src="/images/${window._VERSION}/padlock-black.svg" style="height: 24px;" />`
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@ -209,7 +213,8 @@ export class NodeUI extends Component {
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}//}}}
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}//}}}
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saveNode() {//{{{
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saveNode() {//{{{
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let content = this.nodeContent.current.contentDiv.current.value
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let content = this.nodeContent.current.contentDiv.current.value
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this.node.value.save(content, ()=>this.props.app.nodeModified.value = false)
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this.node.value.setContent(content)
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this.node.value.save(()=>this.props.app.nodeModified.value = false)
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}//}}}
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}//}}}
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renameNode() {//{{{
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renameNode() {//{{{
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let name = prompt("New name")
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let name = prompt("New name")
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@ -299,7 +304,7 @@ class NodeContent extends Component {
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textarea.parentNode.dataset.replicatedValue = textarea.value
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textarea.parentNode.dataset.replicatedValue = textarea.value
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}//}}}
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}//}}}
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unlock() {//{{{
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unlock() {//{{{
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let pass = prompt("Password")
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let pass = prompt(`Password for "${this.props.model.description}"`)
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if(!pass)
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if(!pass)
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return
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return
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@ -397,21 +402,21 @@ export class Node {
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})
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})
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.catch(this.app.responseError)
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.catch(this.app.responseError)
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}//}}}
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}//}}}
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async save(content, callback) {//{{{
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async save(callback) {//{{{
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let update_content = content
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try {
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/*
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await this.#encrypt()
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* XXX - fix encrypting when saving
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if(this.CryptoKeyID != 0)
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update_content = await this.#encrypt(content)
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*/
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this.app.request('/node/update', {
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let req = {
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NodeID: this.ID,
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NodeID: this.ID,
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Content: update_content,
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Content: this._content,
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CryptoKeyID: this.CryptoKeyID,
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CryptoKeyID: this.CryptoKeyID,
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})
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}
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.then(callback)
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this.app.request('/node/update', req)
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.catch(this.app.responseError)
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.then(callback)
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.catch(this.app.responseError)
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} catch (err) {
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this.app.responseError(err)
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}
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}//}}}
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}//}}}
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rename(name, callback) {//{{{
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rename(name, callback) {//{{{
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this.app.request('/node/rename', {
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this.app.request('/node/rename', {
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@ -454,30 +459,26 @@ export class Node {
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})
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})
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}//}}}
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}//}}}
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content() {//{{{
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content() {//{{{
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if(this.CryptoKeyID != 0 && !this._decrypted) {
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if(this.CryptoKeyID != 0 && !this._decrypted)
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this.#decrypt()
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this.#decrypt()
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}
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return this._content
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return this._content
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}//}}}
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}//}}}
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setContent(new_content) {//{{{
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async encrypt(obj_key) {//{{{
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this._content = new_content
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if(obj_key.ID != this.CryptoKeyID)
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if(this.CryptoKeyID == 0)
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throw('Invalid key')
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// Logic behind plaintext not being decrypted is that
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// only encrypted values can be in a decrypted state.
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let crypto = new Crypto(obj_key.key)
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this._decrypted = false
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this._decrypted = false
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else
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this._decrypted = true
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let counter = await obj_key.counter()
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}//}}}
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async setCryptoKey(new_key) {//{{{
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this.content = sjcl.codec.base64.fromBits(
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return this.#encrypt(true, new_key)
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crypto.encrypt(
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sjcl.codec.utf8String.toBits(this.content),
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counter,
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false,
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)
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)
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}//}}}
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}//}}}
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#decrypt() {//{{{
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#decrypt() {//{{{
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if(this.CryptoKeyID == 0 || this._decrypted)
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return
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let obj_key = this.app.nodeUI.current.getKey(this.CryptoKeyID)
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let obj_key = this.app.nodeUI.current.getKey(this.CryptoKeyID)
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if(obj_key === null || obj_key.ID != this.CryptoKeyID)
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if(obj_key === null || obj_key.ID != this.CryptoKeyID)
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throw('Invalid key')
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throw('Invalid key')
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@ -485,7 +486,7 @@ export class Node {
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// Ask user to unlock key first
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// Ask user to unlock key first
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var pass = null
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var pass = null
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while(pass || obj_key.status() == 'locked') {
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while(pass || obj_key.status() == 'locked') {
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pass = prompt("Password")
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pass = prompt(`Password for "${obj_key.description}"`)
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if(!pass)
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if(!pass)
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throw new Error(`Key "${obj_key.description}" is locked`)
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throw new Error(`Key "${obj_key.description}" is locked`)
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@ -506,10 +507,25 @@ export class Node {
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crypto.decrypt(this._content)
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crypto.decrypt(this._content)
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)
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)
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}//}}}
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}//}}}
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/*
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async #encrypt(change_key = false, new_key = null) {//{{{
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async #encrypt(content) {//{{{
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// Nothing to do if not changing key and already encrypted.
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let obj_key = this.app.nodeUI.current.getKey(this.CryptoKeyID)
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if(!change_key && this.CryptoKeyID != 0 && !this._decrypted)
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if(obj_key === null || obj_key.ID != this.CryptoKeyID)
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return this._content
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let content = this.content()
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// Changing key to no encryption or already at no encryption -
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// set to not decrypted (only encrypted values can be
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// decrypted) and return plain value.
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if((change_key && new_key === null) || (!change_key && this.CryptoKeyID == 0)) {
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this._decrypted = false
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this.CryptoKeyID = 0
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return content
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}
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let key_id = change_key ? new_key.ID : this.CryptoKeyID
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let obj_key = this.app.nodeUI.current.getKey(key_id)
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if(obj_key === null || obj_key.ID != key_id)
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throw('Invalid key')
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throw('Invalid key')
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if(obj_key.status() == 'locked')
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if(obj_key.status() == 'locked')
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@ -518,9 +534,11 @@ export class Node {
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let crypto = new Crypto(obj_key.key)
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let crypto = new Crypto(obj_key.key)
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let content_bits = sjcl.codec.utf8String.toBits(content)
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let content_bits = sjcl.codec.utf8String.toBits(content)
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let counter = await this.app.nodeUI.current.keyCounter()
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let counter = await this.app.nodeUI.current.keyCounter()
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return crypto.encrypt(content_bits, counter, true)
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this.CryptoKeyID = obj_key.ID
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this._content = crypto.encrypt(content_bits, counter, true)
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this._decrypted = false
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return this._content
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}//}}}
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}//}}}
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*/
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}
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}
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class Menu extends Component {
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class Menu extends Component {
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@ -681,38 +699,26 @@ class NodeProperties extends Component {
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</div>
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</div>
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`
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`
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}//}}}
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}//}}}
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save() {//{{{
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async save() {//{{{
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let nodeui = this.props.nodeui
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let nodeui = this.props.nodeui
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let node = nodeui.node.value
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let node = nodeui.node.value
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// Find the actual key object used for encryption
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// Find the actual key object used for encryption
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let encrypt_key = nodeui.getKey(this.selected_key_id)
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let new_key = nodeui.getKey(this.selected_key_id)
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let decrypt_key = nodeui.getKey(node.CryptoKeyID)
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let current_key = nodeui.getKey(node.CryptoKeyID)
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if(decrypt_key && decrypt_key.status() == 'locked') {
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if(current_key && current_key.status() == 'locked') {
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alert("Decryption key is locked and can not be used.")
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alert("Decryption key is locked and can not be used.")
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return
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return
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}
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}
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if(encrypt_key && encrypt_key.status() == 'locked') {
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if(new_key && new_key.status() == 'locked') {
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alert("Key is locked and can not be used.")
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alert("Key is locked and can not be used.")
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return
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return
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}
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}
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// Currently not encrypted - encrypt with new key.
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await node.setCryptoKey(new_key)
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let crypto = new Crypto(selected_key.key)
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node.save(()=>this.props.nodeui.showPage('node'))
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if(node.CryptoKeyID == 0) {
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let encrypted = crypto.encrypt(
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sjcl.codec.utf8String.toBits(node.Content()),
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1n,
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)
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console.log(encrypted)
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}
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/*
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crypto.encrypt(
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)
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*/
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}//}}}
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}//}}}
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}
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}
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