VOTING POWER100.00%
DOWNVOTE POWER100.00%
RESOURCE CREDITS100.00%
REPUTATION PROGRESS0.00%
Net Worth
0.006USD
STEEM
0.092STEEM
SBD
0.002SBD
Effective Power
1.201SP
├── Own SP
0.000SP
└── Incoming DelegationsDeleg
+1.201SP
Detailed Balance
| STEEM | ||
| balance | 0.092STEEM | STEEM |
| market_balance | 0.000STEEM | STEEM |
| savings_balance | 0.000STEEM | STEEM |
| reward_steem_balance | 0.000STEEM | STEEM |
| STEEM POWER | ||
| Own SP | 0.000SP | SP |
| Delegated Out | 0.000SP | SP |
| Delegation In | 1.201SP | SP |
| Effective Power | 1.201SP | SP |
| Reward SP (pending) | 0.000SP | SP |
| SBD | ||
| sbd_balance | 0.002SBD | SBD |
| sbd_conversions | 0.000SBD | SBD |
| sbd_market_balance | 0.000SBD | SBD |
| savings_sbd_balance | 0.000SBD | SBD |
| reward_sbd_balance | 0.000SBD | SBD |
{
"balance": "0.092 STEEM",
"savings_balance": "0.000 STEEM",
"reward_steem_balance": "0.000 STEEM",
"vesting_shares": "0.000000 VESTS",
"delegated_vesting_shares": "0.000000 VESTS",
"received_vesting_shares": "1953.311140 VESTS",
"sbd_balance": "0.002 SBD",
"savings_sbd_balance": "0.000 SBD",
"reward_sbd_balance": "0.000 SBD",
"conversions": []
}Account Info
| name | armandor |
| id | 1140986 |
| rank | 1,613,518 |
| reputation | 211421706 |
| created | 2018-09-22T19:06:30 |
| recovery_account | steem |
| proxy | None |
| post_count | 15 |
| comment_count | 0 |
| lifetime_vote_count | 0 |
| witnesses_voted_for | 0 |
| last_post | 2020-01-03T14:49:27 |
| last_root_post | 2020-01-03T14:49:27 |
| last_vote_time | 2020-01-03T14:50:03 |
| proxied_vsf_votes | 0, 0, 0, 0 |
| can_vote | 1 |
| voting_power | 0 |
| delayed_votes | 0 |
| balance | 0.092 STEEM |
| savings_balance | 0.000 STEEM |
| sbd_balance | 0.002 SBD |
| savings_sbd_balance | 0.000 SBD |
| vesting_shares | 0.000000 VESTS |
| delegated_vesting_shares | 0.000000 VESTS |
| received_vesting_shares | 1953.311140 VESTS |
| reward_vesting_balance | 0.000000 VESTS |
| vesting_balance | 0.000 STEEM |
| vesting_withdraw_rate | 0.000000 VESTS |
| next_vesting_withdrawal | 1969-12-31T23:59:59 |
| withdrawn | 202105571 |
| to_withdraw | 202105571 |
| withdraw_routes | 0 |
| savings_withdraw_requests | 0 |
| last_account_recovery | 1970-01-01T00:00:00 |
| reset_account | null |
| last_owner_update | 2019-10-28T19:00:36 |
| last_account_update | 2019-10-28T19:00:36 |
| mined | No |
| sbd_seconds | 0 |
| sbd_last_interest_payment | 1970-01-01T00:00:00 |
| savings_sbd_last_interest_payment | 1970-01-01T00:00:00 |
{
"active": {
"account_auths": [],
"key_auths": [
[
"STM8DQaG9nWi7Vpv8NAbKkUtziKAvLe2Ht8Qp4sVo2EXsbAMXgPs2",
1
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],
"weight_threshold": 1
},
"balance": "0.092 STEEM",
"can_vote": true,
"comment_count": 0,
"created": "2018-09-22T19:06:30",
"curation_rewards": 0,
"delegated_vesting_shares": "0.000000 VESTS",
"downvote_manabar": {
"current_mana": 488327785,
"last_update_time": 1588919616
},
"guest_bloggers": [],
"id": 1140986,
"json_metadata": "{\"profile\":{\"profile_image\":\"https://cdn.steemitimages.com/DQmbXnJQsE9wuNwWNsFpKraJ1EBXwvWT3qxHQShJb8SbfpL/image.jpeg\",\"location\":\"🇻🇪\"}}",
"last_account_recovery": "1970-01-01T00:00:00",
"last_account_update": "2019-10-28T19:00:36",
"last_owner_update": "2019-10-28T19:00:36",
"last_post": "2020-01-03T14:49:27",
"last_root_post": "2020-01-03T14:49:27",
"last_vote_time": "2020-01-03T14:50:03",
"lifetime_vote_count": 0,
"market_history": [],
"memo_key": "STM6YpDnyfwxkvN4MRbJPDGBVaigyk5DPjQi4sSjWdvrmYNFMCGCy",
"mined": false,
"name": "armandor",
"next_vesting_withdrawal": "1969-12-31T23:59:59",
"other_history": [],
"owner": {
"account_auths": [],
"key_auths": [
[
"STM8jWgJRojQiw7eJYXEQfLoiCyDKw2oXYy7P2iQSd1ZZNt4rfpGu",
1
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],
"weight_threshold": 1
},
"pending_claimed_accounts": 0,
"post_bandwidth": 0,
"post_count": 15,
"post_history": [],
"posting": {
"account_auths": [],
"key_auths": [
[
"STM6UnEV31fxzzXb5VnSLEgoqnEsxreFfuFuiiUNCFwQmW1UAKvxf",
1
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"weight_threshold": 1
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"posting_json_metadata": "{\"profile\":{\"profile_image\":\"https://cdn.steemitimages.com/DQmbXnJQsE9wuNwWNsFpKraJ1EBXwvWT3qxHQShJb8SbfpL/image.jpeg\",\"location\":\"🇻🇪\"}}",
"posting_rewards": 0,
"proxied_vsf_votes": [
0,
0,
0,
0
],
"proxy": "",
"received_vesting_shares": "1953.311140 VESTS",
"recovery_account": "steem",
"reputation": 211421706,
"reset_account": "null",
"reward_sbd_balance": "0.000 SBD",
"reward_steem_balance": "0.000 STEEM",
"reward_vesting_balance": "0.000000 VESTS",
"reward_vesting_steem": "0.000 STEEM",
"savings_balance": "0.000 STEEM",
"savings_sbd_balance": "0.000 SBD",
"savings_sbd_last_interest_payment": "1970-01-01T00:00:00",
"savings_sbd_seconds": "0",
"savings_sbd_seconds_last_update": "1970-01-01T00:00:00",
"savings_withdraw_requests": 0,
"sbd_balance": "0.002 SBD",
"sbd_last_interest_payment": "1970-01-01T00:00:00",
"sbd_seconds": "0",
"sbd_seconds_last_update": "2018-09-22T21:03:36",
"tags_usage": [],
"to_withdraw": 202105571,
"transfer_history": [],
"vesting_balance": "0.000 STEEM",
"vesting_shares": "0.000000 VESTS",
"vesting_withdraw_rate": "0.000000 VESTS",
"vote_history": [],
"voting_manabar": {
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"last_update_time": 1588919616
},
"voting_power": 0,
"withdraw_routes": 0,
"withdrawn": 202105571,
"witness_votes": [],
"witnesses_voted_for": 0,
"rank": 1613518
}Withdraw Routes
| Incoming | Outgoing |
|---|---|
Empty | Empty |
{
"incoming": [],
"outgoing": []
}From Date
To Date
2020/05/08 06:33:36
2020/05/08 06:33:36
| delegatee | armandor |
| delegator | steem |
| vesting shares | 1953.311140 VESTS |
| Transaction Info | Block #43189870/Trx 93965ad64133018375f8cf07179b08636363e7e3 |
View Raw JSON Data
{
"block": 43189870,
"op": [
"delegate_vesting_shares",
{
"delegatee": "armandor",
"delegator": "steem",
"vesting_shares": "1953.311140 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2020-05-08T06:33:36",
"trx_id": "93965ad64133018375f8cf07179b08636363e7e3",
"trx_in_block": 20,
"virtual_op": 0
}2020/04/03 15:14:42
2020/04/03 15:14:42
| delegatee | armandor |
| delegator | steem |
| vesting shares | 9785.288408 VESTS |
| Transaction Info | Block #42217498/Trx b655a356f2cb0a4071193224042806ad5df976f3 |
View Raw JSON Data
{
"block": 42217498,
"op": [
"delegate_vesting_shares",
{
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"delegator": "steem",
"vesting_shares": "9785.288408 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2020-04-03T15:14:42",
"trx_id": "b655a356f2cb0a4071193224042806ad5df976f3",
"trx_in_block": 11,
"virtual_op": 0
}armandorupvoted (100.00%) @armandor / january-update-key-art2020/01/03 14:50:03
armandorupvoted (100.00%) @armandor / january-update-key-art
2020/01/03 14:50:03
| author | armandor |
| permlink | january-update-key-art |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #39607591/Trx e737f46d097fab104d9287bf5e8b7b622fc9d285 |
View Raw JSON Data
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}armandorpublished a new post: january-update-key-art2020/01/03 14:49:27
armandorpublished a new post: january-update-key-art
2020/01/03 14:49:27
| author | armandor |
| body | http://forum.netmarble.com/futurefight_en/view/2227/1568357  Greetings, Agents! This is CM Fragment of the MARVEL Future Fight team. It seems like most of the January update teasers have already been revealed! To express our gratitude for your interest in our first start, here is a surprise! Check out the image below, Agents!  We’ll be posting the update details soon so stay tuned!  |
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| parent author | |
| parent permlink | marvelfuturefight |
| permlink | january-update-key-art |
| title | January Update Key Art |
| Transaction Info | Block #39607579/Trx 3f9c9d4416e435a53e0331e0055be331557f7027 |
View Raw JSON Data
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"op": [
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"body": "http://forum.netmarble.com/futurefight_en/view/2227/1568357\n\n\n\nGreetings, Agents!\n\n \n\nThis is CM Fragment of the MARVEL Future Fight team.\n\n\nIt seems like most of the January update teasers have already been revealed!\n\nTo express our gratitude for your interest in our first start, here is a surprise!\n\n\nCheck out the image below, Agents!\n\n\nWe’ll be posting the update details soon so stay tuned!\n\n",
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}armandorupvoted (100.00%) @armandor / january-update-promotion-video2020/01/03 14:44:42
armandorupvoted (100.00%) @armandor / january-update-promotion-video
2020/01/03 14:44:42
| author | armandor |
| permlink | january-update-promotion-video |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #39607484/Trx dfb6300be4adb5ad209d1606cf81425aabbf231d |
View Raw JSON Data
{
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}armandorpublished a new post: january-update-promotion-video2020/01/03 14:43:03
armandorpublished a new post: january-update-promotion-video
2020/01/03 14:43:03
| author | armandor |
| body | http://forum.netmarble.com/futurefight_en/view/2227/1568363  <iframe width="560" height="315" src="https://www.youtube.com/embed/bygNkbnGPPU" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> [[Highlights] ALL-NEW ORIGINAL UPDATE!](https://www.youtube.com/watch?v=bygNkbnGPPU#action=share)  |
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| parent author | |
| parent permlink | marvelfuturefight |
| permlink | january-update-promotion-video |
| title | January Update Promotion Video |
| Transaction Info | Block #39607451/Trx d497705d8c090d9abcb50b65201bf3146ed3d27d |
View Raw JSON Data
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"body": "http://forum.netmarble.com/futurefight_en/view/2227/1568363\n\n\n\n<iframe width=\"560\" height=\"315\" src=\"https://www.youtube.com/embed/bygNkbnGPPU\" frameborder=\"0\" allow=\"accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture\" allowfullscreen></iframe>\n\n[[Highlights] ALL-NEW ORIGINAL UPDATE!](https://www.youtube.com/watch?v=bygNkbnGPPU#action=share)\n\n",
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}armandorupvoted (100.00%) @armandor / january-update-sneak-peek-42020/01/03 14:37:33
armandorupvoted (100.00%) @armandor / january-update-sneak-peek-4
2020/01/03 14:37:33
| author | armandor |
| permlink | january-update-sneak-peek-4 |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #39607341/Trx 10d8d63478b68cd713ec693df99a0c80018e3cf1 |
View Raw JSON Data
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}armandorpublished a new post: january-update-sneak-peek-42020/01/03 14:37:18
armandorpublished a new post: january-update-sneak-peek-4
2020/01/03 14:37:18
| author | armandor |
| body | http://forum.netmarble.com/futurefight_en/view/2227/1568062  Greetings, Agent! This is CM Fragment of the MARVEL Future Fight team! HQ has decided to provide full support to help some characters in their training. We’ve invited young characters who only received limited training to conduct a large-scale Agent training event! Let me show you what these invitees look like so you'll know who will become a hero in the future. **▣ Which character has powerful martial arts skills?** <iframe width="560" height="315" src="https://www.youtube.com/embed/iUYI4rwEDhU" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> Let’s look forward to seeing what these characters learned during their training! That’s all that I have for you today, Agents! More details will be shared soon, so stay tuned! Thank you.  |
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| parent author | |
| parent permlink | marvelfuturefight |
| permlink | january-update-sneak-peek-4 |
| title | January Update Sneak Peek #4 |
| Transaction Info | Block #39607336/Trx c75a233efa58783e1877fa2a124d7ff8d354b12f |
View Raw JSON Data
{
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"author": "armandor",
"body": "http://forum.netmarble.com/futurefight_en/view/2227/1568062\n\n\nGreetings, Agent!\n\n \n\nThis is CM Fragment of the MARVEL Future Fight team!\n\n \n\nHQ has decided to provide full support to help some characters in their training.\nWe’ve invited young characters who only received limited training to conduct a large-scale Agent training event!\n\n \n\nLet me show you what these invitees look like so you'll know who will become a hero in the future.\n\n \n\n \n\n**▣ Which character has powerful martial arts skills?**\n\n<iframe width=\"560\" height=\"315\" src=\"https://www.youtube.com/embed/iUYI4rwEDhU\" frameborder=\"0\" allow=\"accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture\" allowfullscreen></iframe>\n\nLet’s look forward to seeing what these characters learned during their training!\n \nThat’s all that I have for you today, Agents!\nMore details will be shared soon, so stay tuned!\n\n \n\nThank you.\n\n",
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}armandorupvoted (100.00%) @armandor / january-update-sneak-peek-32020/01/03 14:35:57
armandorupvoted (100.00%) @armandor / january-update-sneak-peek-3
2020/01/03 14:35:57
| author | armandor |
| permlink | january-update-sneak-peek-3 |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #39607309/Trx 21878159044f02dcce4ef89f2792fd5a64c0b686 |
View Raw JSON Data
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}armandorpublished a new post: january-update-sneak-peek-32020/01/03 14:31:15
armandorpublished a new post: january-update-sneak-peek-3
2020/01/03 14:31:15
| author | armandor |
| body | http://forum.netmarble.com/futurefight_en/view/2227/1567435  Greetings, Agent! This is CM Fragment of the MARVEL Future Fight team! Other characters are also working hard in order to help our Agents in the new year! I saw them training day in and day out. One character that stands out is a well-known Agent! Who do you think owns the Spear and Shield? **▣ Who is the owner of these weapons?**  If you know who owns these weapons, please enter the correct answer in the link below! http://mar.by/v2/[Enter the correct answer] Ex) If you think the answer is Wave, type http://mar.by/v2/Wave in the address bar. I’m off to explore some other training spots. Please look forward to more details! Thank you.  |
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| parent permlink | marvelfuturefight |
| permlink | january-update-sneak-peek-3 |
| title | January Update Sneak Peek #3 |
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"body": "http://forum.netmarble.com/futurefight_en/view/2227/1567435\n\n\nGreetings, Agent!\n\n \n\nThis is CM Fragment of the MARVEL Future Fight team!\n\n \n\nOther characters are also working hard in order to help our Agents in the new year!\nI saw them training day in and day out.\n\n \n\nOne character that stands out is a well-known Agent!\nWho do you think owns the Spear and Shield?\n\n \n\n**▣ Who is the owner of these weapons?**\n \n\n\n\n\nIf you know who owns these weapons, please enter the correct answer in the link below! \nhttp://mar.by/v2/[Enter the correct answer]\nEx) If you think the answer is Wave, type http://mar.by/v2/Wave in the address bar.\n\n \n\nI’m off to explore some other training spots.\n\n \n\nPlease look forward to more details!\n\n \n\nThank you.\n\n \n ",
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}armandorupvoted (100.00%) @armandor / january-update-sneak-peek-22019/12/30 16:22:30
armandorupvoted (100.00%) @armandor / january-update-sneak-peek-2
2019/12/30 16:22:30
| author | armandor |
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}armandorpublished a new post: january-update-sneak-peek-22019/12/30 16:21:57
armandorpublished a new post: january-update-sneak-peek-2
2019/12/30 16:21:57
| author | armandor |
| body |  Greetings, Agent! This is CM Fragment of the MARVEL Future Fight team! We have proven that time travel is possible and that multiverse exists, so doing surveillance to monitor these new spaces is becoming more and more vital. That is why we put a call out for those willing to take this risk of exploring for the greater good. The results of the recruitment yielded three characters who are willing to risk their lives. They are the first characters that you met in MARVEL Future Fight! **▣ Characters that were sent to explore new places** <iframe width="560" height="315" src="https://www.youtube.com/embed/az-MtaMLu8k" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> Let’s look forward to the information that they will find. More information will be shared so please stay tuned! Thank you.  By: [CM Fragment](http://forum.netmarble.com/futurefight_en/profile/5) |
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| permlink | january-update-sneak-peek-2 |
| title | January Update Sneak Peek #2 |
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"body": "\nGreetings, Agent!\n\n \n\nThis is CM Fragment of the MARVEL Future Fight team!\n\n \n\nWe have proven that time travel is possible and that multiverse exists, so doing surveillance to monitor these new spaces is becoming more and more vital. That is why we put a call out for those willing to take this risk of exploring for the greater good.\n\n \n\nThe results of the recruitment yielded three characters who are willing to risk their lives. They are the first characters that you met in MARVEL Future Fight!\n\n \n\n**▣ Characters that were sent to explore new places**\n<iframe width=\"560\" height=\"315\" src=\"https://www.youtube.com/embed/az-MtaMLu8k\" frameborder=\"0\" allow=\"accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture\" allowfullscreen></iframe>\n\nLet’s look forward to the information that they will find.\n\n \n\nMore information will be shared so please stay tuned!\n\n \n\nThank you.\n\n\nBy: [CM Fragment](http://forum.netmarble.com/futurefight_en/profile/5)",
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}armandorupvoted (100.00%) @armandor / mega-tier-list-v5602019/12/27 17:51:09
armandorupvoted (100.00%) @armandor / mega-tier-list-v560
2019/12/27 17:51:09
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}armandorpublished a new post: mega-tier-list-v5602019/12/27 17:50:48
armandorpublished a new post: mega-tier-list-v560
2019/12/27 17:50:48
| author | armandor |
| body | Hello, Agents! This is the newest version of the Marvel Future Fight Mega Tier List v560.  For better viewing [here](https://i.redd.it/89s746oirq541.jpg) • The most up to date version of the Tier List [(Live Tier List) can be found here](https://futurefightflair.github.io/tierlist/). Best resolution for mobile devices Credits: [erceyazici](https://www.reddit.com/user/erceyazici/) |
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| parent permlink | marvelfuturefight |
| permlink | mega-tier-list-v560 |
| title | Mega Tier List v560 |
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"body": "Hello, Agents! This is the newest version of the Marvel Future Fight Mega Tier List v560.\n\n\nFor better viewing [here](https://i.redd.it/89s746oirq541.jpg)\n\n• The most up to date version of the Tier List [(Live Tier List) can be found here](https://futurefightflair.github.io/tierlist/). Best resolution for mobile devices\n\nCredits: [erceyazici](https://www.reddit.com/user/erceyazici/)",
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}armandorupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky2019/12/27 16:40:12
armandorupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky
2019/12/27 16:40:12
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}armandorupvoted (100.00%) @armandor / january-update-sneak-peek-12019/12/27 16:40:06
armandorupvoted (100.00%) @armandor / january-update-sneak-peek-1
2019/12/27 16:40:06
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}armandorpublished a new post: january-update-sneak-peek-12019/12/27 15:01:03
armandorpublished a new post: january-update-sneak-peek-1
2019/12/27 15:01:03
| author | armandor |
| body |  Greetings, Agent! This is CM Fragment of the MARVEL Future Fight team! The NEW Original team that we teased during the Thailand and Malaysia game shows is ready! The Warriors of the Sky Team has arrived in MARVEL Future Fight! The powers of the 4 protectors and the identity of the Sky Kyrin will be revealed in the January Update. **▣ Join the Warriors of the Sky Team!** <iframe width="560" height="315" src="https://www.youtube.com/embed/1AGae_ueimM" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> Please welcome the new characters that will accompany you on your missions! Which of the characters are you most curious to meet? [**Pre-registration page link**](http://www.marvelfuturefight.com/warriorsofthesky/en) Curious to know more about the New Year’s first update? Stay tuned to learn more! Thank you.  [Source of the publication](http://forum.netmarble.com/futurefight_en/view/2227/1567020) By: [**CM Fragment**](http://forum.netmarble.com/futurefight_en/profile/5) |
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| parent permlink | marvelfuturefight |
| permlink | january-update-sneak-peek-1 |
| title | January Update Sneak Peek #1 |
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"body": "\nGreetings, Agent!\n\n \n\nThis is CM Fragment of the MARVEL Future Fight team!\n\n \n\nThe NEW Original team that we teased during the Thailand and Malaysia game shows is ready!\n\n \n\nThe Warriors of the Sky Team has arrived in MARVEL Future Fight!\nThe powers of the 4 protectors and the identity of the Sky Kyrin will be revealed in the January Update.\n\n\n**▣ Join the Warriors of the Sky Team!**\n<iframe width=\"560\" height=\"315\" src=\"https://www.youtube.com/embed/1AGae_ueimM\" frameborder=\"0\" allow=\"accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture\" allowfullscreen></iframe>\n\nPlease welcome the new characters that will accompany you on your missions!\nWhich of the characters are you most curious to meet?\n[**Pre-registration page link**](http://www.marvelfuturefight.com/warriorsofthesky/en)\n\n \n\nCurious to know more about the New Year’s first update? Stay tuned to learn more!\n\n \n\nThank you. \n\n\n[Source of the publication](http://forum.netmarble.com/futurefight_en/view/2227/1567020)\n\nBy: [**CM Fragment**](http://forum.netmarble.com/futurefight_en/profile/5)",
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}rubinkaupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky2019/12/17 18:54:39
rubinkaupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky
2019/12/17 18:54:39
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}greencmetahaupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky2019/12/17 18:50:54
greencmetahaupvoted (100.00%) @armandor / pre-registration-for-the-new-original-team-warriors-of-the-sky
2019/12/17 18:50:54
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}armandorpublished a new post: pre-registration-for-the-new-original-team-warriors-of-the-sky2019/12/17 18:34:06
armandorpublished a new post: pre-registration-for-the-new-original-team-warriors-of-the-sky
2019/12/17 18:34:06
| author | armandor |
| body | https://hedwig-cf.netmarble.com/forum-common/mherosgb/futurefight_en/thumbnail/8af10a6d09604abea21870269ddd3689_1576474907100_d.jpg Greetings, Agents! This is CM Fragment from the MARVEL Future Fight Team. Collect the 4 Warriors of the Sky characters and summon the “SKY KYRIN” to save the World! Participate in the Pre-registration to celebrate our new Original Team and show your love for them! ▣ Pre-registration for the NEW original team “Warriors of the Sky” - Pre-registration Period: 12/17 After the Notice Posted - before the update maintenance - Event contents: Depending on the number of participants, various rewards will be given!  [Go to Pre-registration Page](http://www.marvelfuturefight.com/warriorsofthesky/en) **Click the Image above to access the Pre-registration page.** [How to Pre-register] On the Pre-registration event page, enter your E-mail address and click the [OK] button to pre-register. [Event Reward]  **The reward for the pre-registration participation level will be sent to the Inbox after the update.** **The following Characters are not included in the Selector: Tier-2 Character:** Characters from the Daily Biometrics/ X-Gene Characters / Characters from the Daily X-Gene / Native Tier-2 Characters / Epic Quest Deluxe Characters (Magneto. Psylocke, Invisible Woman), Hero Quest Exclusive Characters (Arachknight, White Fox, Wave) / Gwenpool, Vulture, Inferno. Ultimate Heroes (Blue Marvel, Nova, and Anti-Man) / Emma Frost / Sabretooth/ Iceman, Danger Room Characters (Rachel Summers, Negasonic Teenage Warhead) Plus, keep an eye out! A new Hero will soon be joining Marvel Future Fight! Thank you.  [**Source of the publication**](http://forum.netmarble.com/futurefight_en/view/2517/1565337) By: [**CM Fragment**](http://forum.netmarble.com/futurefight_en/profile/5) *Note: I publish this event so that it reaches more people interested in the game. I hope it doesn't bother anyone. Thank you.* |
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| parent author | |
| parent permlink | netmarble |
| permlink | pre-registration-for-the-new-original-team-warriors-of-the-sky |
| title | Pre-registration for the NEW original team “Warriors of the Sky” |
| Transaction Info | Block #39123349/Trx 6e7d2c8e082927595cefe0da944e506733b958bb |
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"body": "https://hedwig-cf.netmarble.com/forum-common/mherosgb/futurefight_en/thumbnail/8af10a6d09604abea21870269ddd3689_1576474907100_d.jpg\nGreetings, Agents!\n\n \n\nThis is CM Fragment from the MARVEL Future Fight Team. \n\nCollect the 4 Warriors of the Sky characters and summon the “SKY KYRIN” to save the World!\n \nParticipate in the Pre-registration to celebrate our new Original Team and show your love for them!\n\n\n▣ Pre-registration for the NEW original team “Warriors of the Sky” \n \n- Pre-registration Period: 12/17 After the Notice Posted - before the update maintenance\n- Event contents: Depending on the number of participants, various rewards will be given!\n\n\n[Go to Pre-registration Page](http://www.marvelfuturefight.com/warriorsofthesky/en)\n\n**Click the Image above to access the Pre-registration page.**\n\n \n\n[How to Pre-register]\nOn the Pre-registration event page, enter your E-mail address and click the [OK] button to pre-register.\n\n\n[Event Reward]\n\n\n**The reward for the pre-registration participation level will be sent to the Inbox after the update.**\n**The following Characters are not included in the Selector: Tier-2 Character:**\nCharacters from the Daily Biometrics/ X-Gene Characters / Characters from the Daily X-Gene / Native Tier-2 Characters / Epic Quest Deluxe Characters (Magneto. Psylocke, Invisible Woman), Hero Quest Exclusive Characters (Arachknight, White Fox, Wave) / Gwenpool, Vulture, Inferno. Ultimate Heroes (Blue Marvel, Nova, and Anti-Man) / Emma Frost / Sabretooth/ Iceman, Danger Room Characters (Rachel Summers, Negasonic Teenage Warhead)\n\n\nPlus, keep an eye out! A new Hero will soon be joining Marvel Future Fight!\n \nThank you.\n\n\n\n\n[**Source of the publication**](http://forum.netmarble.com/futurefight_en/view/2517/1565337)\n\nBy: [**CM Fragment**](http://forum.netmarble.com/futurefight_en/profile/5)\n\n\n*Note: I publish this event so that it reaches more people interested in the game. I hope it doesn't bother anyone. Thank you.*",
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}armandorpublished a new post: character-building-power-book-v-5-12019/10/30 12:22:15
armandorpublished a new post: character-building-power-book-v-5-1
2019/10/30 12:22:15
| author | armandor |
| body |  Hey guys! Have you ever heard about Marvel Future Fight Character Building Power Book? Basically it is a guide that will help you to build your character. But hey not only that! Not only character building, but the book will also help you how to play with your character! And now I'm going to post the updated version of Power Book which currently has the same version with the game (v.5.3). What's new in this updated version of Power Book? 1. Introducing new element : SP. In this column you will see special information about character's supportive role aside as main hitter. 2. New content : Current ABX and WBU Metas! 3. All of new character introduced in 5.0, 5.1 and missing character in the previous Power Book has been added. 4. CTP of Rage will no longer recommended since literally almost every single character (except Sharon Rogers, Cable, Gambit) will perform so much better with it. Also the fact that Rage can make a character able to defeat every single WBUs compared to their performance without Rage will make the WBU assessment kind of misleading. Hope everyone can enjoy this updated version of Power Book! Please drop any advice to help me improve this in the next update! The next version of Power Book will be released when update v.5.1 dropped. Cheers!            Credits to Puppet Titan |
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| permlink | character-building-power-book-v-5-1 |
| title | Character Building Power Book V.5.1 |
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"body": "\nHey guys!\n\nHave you ever heard about Marvel Future Fight Character Building Power Book? Basically it is a guide that will help you to build your character. But hey not only that! Not only character building, but the book will also help you how to play with your character! And now I'm going to post the updated version of Power Book which currently has the same version with the game (v.5.3).\n\nWhat's new in this updated version of Power Book?\n\n1. Introducing new element : SP. In this column you will see special information about character's supportive role aside as main hitter.\n\n2. New content : Current ABX and WBU Metas!\n\n3. All of new character introduced in 5.0, 5.1 and missing character in the previous Power Book has been added.\n\n4. CTP of Rage will no longer recommended since literally almost every single character (except Sharon Rogers, Cable, Gambit) will perform so much better with it. Also the fact that Rage can make a character able to defeat every single WBUs compared to their performance without Rage will make the WBU assessment kind of misleading. \n\nHope everyone can enjoy this updated version of Power Book! Please drop any advice to help me improve this in the next update! The next version of Power Book will be released when update v.5.1 dropped. Cheers!\n\n\n\n\n\n\n\n\n\n\n\n\n\nCredits to Puppet Titan",
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}armandorupvoted (100.00%) @armandor / character-building-power-book-v-5-12019/10/29 12:16:00
armandorupvoted (100.00%) @armandor / character-building-power-book-v-5-1
2019/10/29 12:16:00
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}armandorpublished a new post: character-building-power-book-v-5-12019/10/28 19:36:30
armandorpublished a new post: character-building-power-book-v-5-1
2019/10/28 19:36:30
| author | armandor |
| body |  Hey guys! Have you ever heard about Marvel Future Fight Character Building Power Book? Basically it is a guide that will help you to build your character. But hey not only that! Not only character building, but the book will also help you how to play with your character! And now I'm going to post the updated version of Power Book which currently has the same version with the game (v.5.3). What's new in this updated version of Power Book? 1. Introducing new element : SP. In this column you will see special information about character's supportive role aside as main hitter. 2. New content : Current ABX and WBU Metas! 3. All of new character introduced in 5.0, 5.1 and missing character in the previous Power Book has been added. 4. CTP of Rage will no longer recommended since literally almost every single character (except Sharon Rogers, Cable, Gambit) will perform so much better with it. Also the fact that Rage can make a character able to defeat every single WBUs compared to their performance without Rage will make the WBU assessment kind of misleading. Hope everyone can enjoy this updated version of Power Book! Please drop any advice to help me improve this in the next update! The next version of Power Book will be released when update v.5.1 dropped. Cheers!            Credits to Puppet Titan |
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| permlink | character-building-power-book-v-5-1 |
| title | Character Building Power Book V.5.1 |
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"body": "\nHey guys!\n\nHave you ever heard about Marvel Future Fight Character Building Power Book? Basically it is a guide that will help you to build your character. But hey not only that! Not only character building, but the book will also help you how to play with your character! And now I'm going to post the updated version of Power Book which currently has the same version with the game (v.5.3).\n\nWhat's new in this updated version of Power Book?\n\n1. Introducing new element : SP. In this column you will see special information about character's supportive role aside as main hitter.\n\n2. New content : Current ABX and WBU Metas!\n\n3. All of new character introduced in 5.0, 5.1 and missing character in the previous Power Book has been added.\n\n4. CTP of Rage will no longer recommended since literally almost every single character (except Sharon Rogers, Cable, Gambit) will perform so much better with it. Also the fact that Rage can make a character able to defeat every single WBUs compared to their performance without Rage will make the WBU assessment kind of misleading. \n\nHope everyone can enjoy this updated version of Power Book! Please drop any advice to help me improve this in the next update! The next version of Power Book will be released when update v.5.1 dropped. Cheers!\n\n\n\n\n\n\n\n\n\n\n\n\n\nCredits to Puppet Titan",
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}armandorupdated their account properties2019/10/28 19:00:36
armandorupdated their account properties
2019/10/28 19:00:36
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}2019/09/22 20:21:33
2019/09/22 20:21:33
| author | steemitboard |
| body | Congratulations @armandor! You received a personal award! <table><tr><td>https://steemitimages.com/70x70/http://steemitboard.com/@armandor/birthday1.png</td><td>Happy Birthday! - You are on the Steem blockchain for 1 year!</td></tr></table> <sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@armandor) and compare to others on the [Steem Ranking](https://steemitboard.com/ranking/index.php?name=armandor)_</sub> **Do not miss the last post from @steemitboard:** <table><tr><td><a href="https://steemit.com/steemfest/@steemitboard/steemitboard-supports-the-steemfest-travel-reimbursement-fund"><img src="https://steemitimages.com/64x128/https://cdn.steemitimages.com/DQmXDHs9xfx8ZZ3DESFUqHRUQAcQT5kUWobArsRoJg2Yz1F/image.png"></a></td><td><a href="https://steemit.com/steemfest/@steemitboard/steemitboard-supports-the-steemfest-travel-reimbursement-fund">SteemitBoard supports the SteemFest⁴ Travel Reimbursement Fund.</a></td></tr></table> ###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes! |
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"body": "Congratulations @armandor! You received a personal award!\n\n<table><tr><td>https://steemitimages.com/70x70/http://steemitboard.com/@armandor/birthday1.png</td><td>Happy Birthday! - You are on the Steem blockchain for 1 year!</td></tr></table>\n\n<sub>_You can view [your badges on your Steem Board](https://steemitboard.com/@armandor) and compare to others on the [Steem Ranking](https://steemitboard.com/ranking/index.php?name=armandor)_</sub>\n\n\n**Do not miss the last post from @steemitboard:**\n<table><tr><td><a href=\"https://steemit.com/steemfest/@steemitboard/steemitboard-supports-the-steemfest-travel-reimbursement-fund\"><img src=\"https://steemitimages.com/64x128/https://cdn.steemitimages.com/DQmXDHs9xfx8ZZ3DESFUqHRUQAcQT5kUWobArsRoJg2Yz1F/image.png\"></a></td><td><a href=\"https://steemit.com/steemfest/@steemitboard/steemitboard-supports-the-steemfest-travel-reimbursement-fund\">SteemitBoard supports the SteemFest⁴ Travel Reimbursement Fund.</a></td></tr></table>\n\n###### [Vote for @Steemitboard as a witness](https://v2.steemconnect.com/sign/account-witness-vote?witness=steemitboard&approve=1) to get one more award and increased upvotes!",
"json_metadata": "{\"image\":[\"https://steemitboard.com/img/notify.png\"]}",
"parent_author": "armandor",
"parent_permlink": "programming-language-1",
"permlink": "steemitboard-notify-armandor-20190922t202132000z",
"title": ""
}
],
"op_in_trx": 0,
"timestamp": "2019-09-22T20:21:33",
"trx_id": "b06b16aad834a3e8914f67a73a58eec13aaa5f91",
"trx_in_block": 15,
"virtual_op": 0
}armandorupdated their account properties2019/06/04 15:20:33
armandorupdated their account properties
2019/06/04 15:20:33
| account | armandor |
| active | {"account_auths":[],"key_auths":[["STM7F2JJ1wFpeoZRM1HDpMdaaqsFWHDLKzVKZr5hdAukmqzsGU2Y9",1]],"weight_threshold":1} |
| json metadata | {"profile":{"profile_image":"https://cdn.steemitimages.com/DQmbXnJQsE9wuNwWNsFpKraJ1EBXwvWT3qxHQShJb8SbfpL/image.jpeg","location":"🇻🇪"}} |
| memo key | STM8EBGfnDAgafJ8rTN253dM2KkZDYKSZDuakEjrqXcyCRhctZHUq |
| owner | {"account_auths":[],"key_auths":[["STM6bDfTVdMggoN2E1N9DLufoDVtnAgEFnTaqP5BL8fQVs7BdT6qj",1]],"weight_threshold":1} |
| posting | {"account_auths":[],"key_auths":[["STM6nQECM4CK96koMGPrXuWF9oaYqvPsWq8sAAeTHVTg85spirs6R",1]],"weight_threshold":1} |
| Transaction Info | Block #33507881/Trx d33262b3fbf06451b1690c991aefc45279dab419 |
View Raw JSON Data
{
"block": 33507881,
"op": [
"account_update",
{
"account": "armandor",
"active": {
"account_auths": [],
"key_auths": [
[
"STM7F2JJ1wFpeoZRM1HDpMdaaqsFWHDLKzVKZr5hdAukmqzsGU2Y9",
1
]
],
"weight_threshold": 1
},
"json_metadata": "{\"profile\":{\"profile_image\":\"https://cdn.steemitimages.com/DQmbXnJQsE9wuNwWNsFpKraJ1EBXwvWT3qxHQShJb8SbfpL/image.jpeg\",\"location\":\"🇻🇪\"}}",
"memo_key": "STM8EBGfnDAgafJ8rTN253dM2KkZDYKSZDuakEjrqXcyCRhctZHUq",
"owner": {
"account_auths": [],
"key_auths": [
[
"STM6bDfTVdMggoN2E1N9DLufoDVtnAgEFnTaqP5BL8fQVs7BdT6qj",
1
]
],
"weight_threshold": 1
},
"posting": {
"account_auths": [],
"key_auths": [
[
"STM6nQECM4CK96koMGPrXuWF9oaYqvPsWq8sAAeTHVTg85spirs6R",
1
]
],
"weight_threshold": 1
}
}
],
"op_in_trx": 0,
"timestamp": "2019-06-04T15:20:33",
"trx_id": "d33262b3fbf06451b1690c991aefc45279dab419",
"trx_in_block": 13,
"virtual_op": 0
}armandorreceived 0.000 STEEM from power down installment (0.000 SP)2019/01/04 05:05:39
armandorreceived 0.000 STEEM from power down installment (0.000 SP)
2019/01/04 05:05:39
| deposited | 0.000 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 0.000005 VESTS |
| Transaction Info | Block #29151565/Virtual Operation #20 |
View Raw JSON Data
{
"block": 29151565,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.000 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "0.000005 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2019-01-04T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 20
}2019/01/03 05:18:15
2019/01/03 05:18:15
| delegatee | armandor |
| delegator | steem |
| vesting shares | 10048.907528 VESTS |
| Transaction Info | Block #29123077/Trx 15bf970f63499bc2248ebf5fd0dbb2a8ab90f3f5 |
View Raw JSON Data
{
"block": 29123077,
"op": [
"delegate_vesting_shares",
{
"delegatee": "armandor",
"delegator": "steem",
"vesting_shares": "10048.907528 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2019-01-03T05:18:15",
"trx_id": "15bf970f63499bc2248ebf5fd0dbb2a8ab90f3f5",
"trx_in_block": 1,
"virtual_op": 0
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/12/28 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/12/28 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #28950159/Virtual Operation #3 |
View Raw JSON Data
{
"block": 28950159,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-12-28T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 3
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/12/21 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/12/21 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #28748648/Virtual Operation #39 |
View Raw JSON Data
{
"block": 28748648,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-12-21T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 39
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/12/14 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/12/14 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #28547187/Virtual Operation #3 |
View Raw JSON Data
{
"block": 28547187,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-12-14T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 3
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/12/07 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/12/07 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #28345738/Virtual Operation #7 |
View Raw JSON Data
{
"block": 28345738,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-12-07T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 7
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/11/30 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/11/30 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #28144217/Virtual Operation #7 |
View Raw JSON Data
{
"block": 28144217,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-11-30T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 7
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/11/23 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/11/23 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #27942723/Virtual Operation #20 |
View Raw JSON Data
{
"block": 27942723,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-11-23T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 20
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/11/16 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/11/16 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #27741199/Virtual Operation #3 |
View Raw JSON Data
{
"block": 27741199,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-11-16T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 3
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/11/09 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/11/09 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #27539743/Virtual Operation #7 |
View Raw JSON Data
{
"block": 27539743,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-11-09T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 7
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/11/02 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/11/02 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #27338319/Virtual Operation #7 |
View Raw JSON Data
{
"block": 27338319,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-11-02T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 7
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/10/26 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/10/26 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #27136854/Virtual Operation #3 |
View Raw JSON Data
{
"block": 27136854,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-10-26T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 3
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/10/19 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/10/19 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #26935406/Virtual Operation #7 |
View Raw JSON Data
{
"block": 26935406,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-10-19T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 7
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/10/12 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/10/12 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #26733957/Virtual Operation #3 |
View Raw JSON Data
{
"block": 26733957,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-10-12T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 3
}armandorreceived 0.007 STEEM from power down installment (0.010 SP)2018/10/05 05:05:39
armandorreceived 0.007 STEEM from power down installment (0.010 SP)
2018/10/05 05:05:39
| deposited | 0.007 STEEM |
| from account | armandor |
| to account | armandor |
| withdrawn | 15.546582 VESTS |
| Transaction Info | Block #26532500/Virtual Operation #2 |
View Raw JSON Data
{
"block": 26532500,
"op": [
"fill_vesting_withdraw",
{
"deposited": "0.007 STEEM",
"from_account": "armandor",
"to_account": "armandor",
"withdrawn": "15.546582 VESTS"
}
],
"op_in_trx": 0,
"timestamp": "2018-10-05T05:05:39",
"trx_id": "0000000000000000000000000000000000000000",
"trx_in_block": 4294967295,
"virtual_op": 2
}sensationupvoted (100.00%) @armandor / programming-language-12018/10/04 05:54:12
sensationupvoted (100.00%) @armandor / programming-language-1
2018/10/04 05:54:12
| author | armandor |
| permlink | programming-language-1 |
| voter | sensation |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26504695/Trx e1ee8aa8faf25f54fd7bf4a850793817b1fe68fd |
View Raw JSON Data
{
"block": 26504695,
"op": [
"vote",
{
"author": "armandor",
"permlink": "programming-language-1",
"voter": "sensation",
"weight": 10000
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T05:54:12",
"trx_id": "e1ee8aa8faf25f54fd7bf4a850793817b1fe68fd",
"trx_in_block": 16,
"virtual_op": 0
}councilupvoted (10.00%) @armandor / programming-language-12018/10/04 05:12:33
councilupvoted (10.00%) @armandor / programming-language-1
2018/10/04 05:12:33
| author | armandor |
| permlink | programming-language-1 |
| voter | council |
| weight | 1000 (10.00%) |
| Transaction Info | Block #26503862/Trx 399cd6f94498612d3dc7cadcc22bf63df0d6bd70 |
View Raw JSON Data
{
"block": 26503862,
"op": [
"vote",
{
"author": "armandor",
"permlink": "programming-language-1",
"voter": "council",
"weight": 1000
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T05:12:33",
"trx_id": "399cd6f94498612d3dc7cadcc22bf63df0d6bd70",
"trx_in_block": 46,
"virtual_op": 0
}sensationupvoted (100.00%) @armandor / lenguaje-de-programacion-12018/10/04 04:54:57
sensationupvoted (100.00%) @armandor / lenguaje-de-programacion-1
2018/10/04 04:54:57
| author | armandor |
| permlink | lenguaje-de-programacion-1 |
| voter | sensation |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26503510/Trx 16ceb6177842625b7018e255d3742e1296c8e8b4 |
View Raw JSON Data
{
"block": 26503510,
"op": [
"vote",
{
"author": "armandor",
"permlink": "lenguaje-de-programacion-1",
"voter": "sensation",
"weight": 10000
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T04:54:57",
"trx_id": "16ceb6177842625b7018e255d3742e1296c8e8b4",
"trx_in_block": 4,
"virtual_op": 0
}2018/10/04 04:51:39
2018/10/04 04:51:39
| author | filipino |
| body | I upvoted your post. Mabuhay, keep steeming. @Filipino Posted using https://Steeming.com condenser site. |
| json metadata | {} |
| parent author | armandor |
| parent permlink | programming-language-1 |
| permlink | re-armandor-programming-language-1-20181004t045138196z |
| title | fossbot voter comment |
| Transaction Info | Block #26503444/Trx 02f44fbdf536e05a303737b25a734ab9972b4257 |
View Raw JSON Data
{
"block": 26503444,
"op": [
"comment",
{
"author": "filipino",
"body": "I upvoted your post.\r\n\r\nMabuhay, keep steeming.\r\n@Filipino\r\n\r\nPosted using https://Steeming.com condenser site.",
"json_metadata": "{}",
"parent_author": "armandor",
"parent_permlink": "programming-language-1",
"permlink": "re-armandor-programming-language-1-20181004t045138196z",
"title": "fossbot voter comment"
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T04:51:39",
"trx_id": "02f44fbdf536e05a303737b25a734ab9972b4257",
"trx_in_block": 3,
"virtual_op": 0
}filipinoupvoted (10.00%) @armandor / programming-language-12018/10/04 04:51:30
filipinoupvoted (10.00%) @armandor / programming-language-1
2018/10/04 04:51:30
| author | armandor |
| permlink | programming-language-1 |
| voter | filipino |
| weight | 1000 (10.00%) |
| Transaction Info | Block #26503441/Trx 0527386aa2d9a446c50f2c614810f484ffe28e8d |
View Raw JSON Data
{
"block": 26503441,
"op": [
"vote",
{
"author": "armandor",
"permlink": "programming-language-1",
"voter": "filipino",
"weight": 1000
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T04:51:30",
"trx_id": "0527386aa2d9a446c50f2c614810f484ffe28e8d",
"trx_in_block": 23,
"virtual_op": 0
}armandorupvoted (100.00%) @armandor / lenguaje-de-programacion-12018/10/04 04:26:57
armandorupvoted (100.00%) @armandor / lenguaje-de-programacion-1
2018/10/04 04:26:57
| author | armandor |
| permlink | lenguaje-de-programacion-1 |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26502950/Trx 1ba0c262fd11b6e159579e2720113750b9774c3e |
View Raw JSON Data
{
"block": 26502950,
"op": [
"vote",
{
"author": "armandor",
"permlink": "lenguaje-de-programacion-1",
"voter": "armandor",
"weight": 10000
}
],
"op_in_trx": 0,
"timestamp": "2018-10-04T04:26:57",
"trx_id": "1ba0c262fd11b6e159579e2720113750b9774c3e",
"trx_in_block": 16,
"virtual_op": 0
}armandorupvoted (100.00%) @popurri / re-armandor-lenguaje-de-programacion-1-20181004t041435382z2018/10/04 04:26:45
armandorupvoted (100.00%) @popurri / re-armandor-lenguaje-de-programacion-1-20181004t041435382z
2018/10/04 04:26:45
| author | popurri |
| permlink | re-armandor-lenguaje-de-programacion-1-20181004t041435382z |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26502946/Trx 46e25f07ef424fd16650057649cdad56cb866957 |
View Raw JSON Data
{
"block": 26502946,
"op": [
"vote",
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introduce.botupvoted (1.00%) @armandor / lenguaje-de-programacion-1
2018/10/04 04:26:42
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}armandorupvoted (100.00%) @armandor / programming-language-12018/10/04 04:26:33
armandorupvoted (100.00%) @armandor / programming-language-1
2018/10/04 04:26:33
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}nageshwar0369upvoted (100.00%) @armandor / programming-language-12018/10/04 04:26:12
nageshwar0369upvoted (100.00%) @armandor / programming-language-1
2018/10/04 04:26:12
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}armandorpublished a new post: programming-language-12018/10/04 04:26:00
armandorpublished a new post: programming-language-1
2018/10/04 04:26:00
| author | armandor |
| body | http://www.netmedia.mx/wp-content/uploads/2016/01/Lenguaje-de-programaci%C3%B3n-600x300.jpg A programming language is a language designed to describe the set of consecutive actions that a team must execute. Therefore, a programming language is a practical way for human beings to give instructions to a team. On the other hand, the term "natural language" defines a means of communication shared by a group of people (for example: English or French). The languages that the teams use to communicate with each other have nothing to do with the programming languages; they are known as communication protocols. It is about two totally different concepts. A programming language is very strict: EACH instruction corresponds ONE processor action. Characteristics of languages Compiled: In a compiled language the source code before being executed is converted to machine language (C, C ++) although it can also be converted to intermediate representation that is later interpreted and converted to JIT machine language (Java, C #). The compiler can detect a large number of errors that in an interpreted language or dynamic typing would be discovered at runtime. Interpreted: In an interpreted language the source code is compiled to machine code at the time of its execution (Python, Ruby, PHP, JavaScript). Oriented to objects: Part of the success of object-oriented languages is due to concepts such as inheritance which is a way to reuse the code of the class from which it is inherited, the polymorphism with which the same method can be implemented in a different way depending on the class that implements it in the hierarchy of classes built with the inheritance, the overload using the same method with different parameters and also the same or more important the encapsulation with which the internal details of the operation of the class are hidden, being only possible to manage the class through the interface (methods) that it offers. Static typing: In a static typing language type checks are performed at compile time (C, C ++, Java). The types can be declared explicitly or inferred according to the analysis of the source code performed by the compiler. Static versus Dynamic typing Dynamic typing: By contrast, dynamic typing checks the types at the time of program execution (PHP, Python, Groovy, JavaScript). These languages are known as dynamic languages. The Inconvenient Truth About Dynamic vs. Static Typing Strongly and weakly typed In a strongly typed language a data with one type can not be used as if it were from another. Although some languages such as Java are said to be strongly typed, they have some laxities. For example, in Java a float can be used as if it were a double and in other languages with less degree of typing as PHP a string can be used as a numerical data. Languages strongly, weakly, statically and dynamically typed Other features that are often mentioned when talking about programming languages. Type inference Based on the analysis of the source code, the type of variables can be inferred, preventing the programmer from explicitly declaring them continuously. Closures and Lambdas A closure is a reference to a function that can reference the variables of the context in which it is defined. A lambda is simply a reference to an anonymous function. In Java, lambdas can reference variables declared as final, that is, they are constants. Defaults methods and Traits A trait defines a collection of methods possibly including their implementation, in addition, they can define properties. Java defaults methods can define implementations in some interface methods. Wikipedia. High Order Functions Higher order functions are functions that take one or more functions as arguments or return another function as a result. Currying Curriculum is to transform a function with at least two arguments into a function with at least one argument less. Typing Duck This concept is used in dynamic typing languages, treating variables not by their type or inheritance, but based on the properties and methods they support (Python, PHP, Groovy, JavaScript). Wikipedia. Intersection types and Union types Ceylon has a more advanced (and complex) type system than Java, an expression is assignable to an intersection types X & Y if that expression is assignable to X and Y individually. An expression is assignable to a union type X | And if it is assignable to X or Y. Union, intersection, and enumerated types Named arguments When we invoke a method with arguments, the arguments are assigned to the parameters of the function according to the order in which they are declared. The named arguments allow you to assign the arguments to the parameters of the function by their names. Wikipedia. Destructuring assignment The unstructured assignment allows extracting data from arrays and objects using a replication syntax of the construction of arrays and literals of objects. MDN. Tuples The tuples are a data structure formed by several types, in Java 8 the vavr library can be used that adds this and other interesting functionalities. In some languages it can be combined with unstructured allocation. Ceylon Tuples. Language Imperative language: They are a type of programming language that has the characteristic is that it is based on procedures, that is, giving instructions to do something, its characteristic is the use of commands and variables, started in the 50's. Functional language: It is based on the declaration of arithmetic functions, it tries to be an expressive and mathematically elegant language. Logical language: Study the use of logic for the approach of problems and control over the rules of inference to reach the automatic solution It is that type of programming that allows the software to "reason", that is, to make reasoning, for example, deductive type or inductive. Object-oriented language: They treat programs as sets of objects that help each other to perform actions. Understanding as an object the entities that contain data. Allowing programs to be easier to write, maintain and reuse. Programming environment A programming environment is a program or set of programs that encompass all the tasks necessary for the development of a program or application. These tasks are basically the following: Editing the program. Compilation and linking. In programming language we must bear in mind these descriptions of languages: Syntax: is the set of rules that regulate and coordinate the different variables and their association. Semantics: is considered an application of logical mathematics. Semantics reflects the meaning of programs or functions. Programmatic: is the process by which the source code of a computer program is written, tested and maintained. Grammar: is a finite set of rules that describe the entire sequence of symbols belonging to a specific language. BNF Notation Backus-Naur Form notation: is a metalanguage used to express context-free grammars: that is, a formal way of describing formal languages. The BNF is widely used as notation for the grammars of computer programming languages, command systems and communication protocols, as well as a notation for representing parts of the grammars of natural language. Syntactic diagrams It is a graphic representation of the syntax. It has the advantage of being more intuitive. It represents a graphic alternative for Backus-Naur Form (BNF). Language processor Are all programs that through a written input in a programming language can manipulate software tools and hardware of a computer. Interpreter [does not generate additional code]: it is a program that simultaneously analyzes and executes a program written in source language. The first phase of analysis is the same as the compiler. • It is easier to implement. • It is not necessary to have all the source code in memory. Pure interpreter: the process is through the analysis of each sentence and its execution until the end of the entire source program. • Designed for machines with memory limitations. • If an error occurs at any time, it must be executed from the beginning. Advanced interpreter: They incorporate a previous step of analysis of the entire source program. • They subsequently generate a language executed by the parser. • They use more advanced languages and allow code optimization. Incremental interpreter: Directed to languages that can not be compiled. • You can create objects and functions at runtime. • The static parts are compiled. Interpreter Applications: Command interpreters: taking the source language and running on the operating system (C-SHELL, KORN-SHELL, JCL). Programming environments: languages with special characteristics and whose compilation is not effective. [Python, Ruby, Perl]. Compiler: compilers are programs that receive a source language and transform it into an object program, which can be assembler or machine code. Types of Compilers: Crossed compilers: generate code for a system other than the one they are running. Optimizing compilers: they make changes in the code to improve their efficiency, but maintaining the functionality of the original program. Single pass compilers: generate the machine code from a single reading of the source code. Multi-pass compilers: they need to read the source code several times before they can produce the machine code. JIT compilers: they are part of an interpreter and compile parts of the code as needed. Virtual machines It is a software implementation of a physical machine, either a server or a PC. It is a perfectly isolated software container that can run its own operating systems and applications as if it were a physical computer. Creates a virtual environment between the operating system and the hardware so that the end user can run applications on an abstract machine. To put it more simply, a virtual machine is an application that simulates the operation of a real machine on which you can install operating systems, applications, browse safely, print from any application, use USB devices, etc. The virtual machine behaves exactly like a physical computer and contains its own virtual CPU, memory, hard disk and network interface card. A virtual machine consists exclusively of software and does not contain any kind of hardware component. Types of virtual machines: Virtual machines of hardware also called virtual machines of system: they are applications that try to emulate the hardware directly. Calls to the hardware of the installed operating system will be captured and converted into calls to the emulated hardware system. In general, hardware emulation is called virtualization. By emulating the hardware directly, the user has the impression that the machine he is working on is completely independent. These virtual machines allow the underlying physical machine to multiply itself among several virtual machines, each one running its own operating system. The software layer that allows virtualization is called the virtual machine monitor or hypervisor. A virtual machine monitor can be executed either directly on the hardware or on an operating system ("host operating system"). Virtual machines of software also called like virtual machines of process: this type of virtual machines situate above the operating system and try to isolate to the applications of the surroundings on which they execute. The machine starts automatically when the process that you want to execute is launched and stops when it finishes. Its goal is to provide an execution environment independent of the hardware platform and the operating system, which hides the details of the underlying platform and allows a program to always run in the same way on any platform. The virtual machine of Java or the virtual machine of the environment .NET are two clear examples of virtual machines software. Interpreters It is a software that receives a program in high level language, analyzes it and executes it. To analyze the complete program, it translates code sentences and executes them if they are correct, thus completing the source program. Compilers It is a computer program that translates a program written in a programming language into another programming language. High level language It is characterized by expressing the algorithms in a way appropriate to the human cognitive capacity, instead of the capacity with which the machines execute them. Emergence: High level languages, also known as evolved languages, emerge after the previous ones, with the following objectives, among others: Achieve independence of the machine, being able to use the same program in different equipment with the only condition of having a translator or compiler program, which is supplied by the manufacturer, to obtain the executable program in binary language of the machine in question. In addition, you do not need to know the specific hardware of that machine. Approach natural language, so that the program can be written and read in a simpler way, eliminating many of the possibilities of making mistakes that were given in the machine language, since words (in English) are used instead of strings symbols without any apparent meaning. Include routines of frequent use such as the input / output, mathematical functions, table management, etc., which are contained in a kind of language library, so that they can be used whenever they want without having to program them each time. Principal problem: It can be said that the main problem presented by high-level languages is the large number of them that currently exist in use (FORTRAN, LISP, ALGOL, COBOL, APL, SNOBOL, PROLOG, MODULA2, ALGOL68, PASCAL, SIMULA67, ADA, C ++, LIS, EUCLID, BASIC), in addition to the different versions or dialects that have been developed from some of them. Fortran: abbreviation of Formula Translator (formula translator), was defined around the year 1955 in the United States by the company IBM. It is the oldest of the high level languages, because before its appearance all programs were written in assembly language or machine language. It is a language specialized in technical and scientific applications, characterized by its power in mathematical calculations, but being limited in the applications of management, file management, character string processing and report editing. Throughout its existence have appeared different versions, among which the one made in 1966 by ANSI (American National Standard Institute) in which new rules of the language were defined and the independence of the same with respect to the machine was made, is say, the transportability of language began. This version was called FORTRAN IV or FORTRAN 66. In 1977, a new, more evolved version appeared that was called FORTRAN V or FORTRAN 77, this version is reflected in the document "ANSI X3.9-1978: Programming Language FORTRAN" and defines two levels of the language called FORTRAN 77 complete and FORTRAN 77 basic, the second being a subset of the first. This latest version also includes instructions for the handling of character and file strings, as well as others for the use of structured programming techniques. These characteristics make the language also valid for certain management applications. Cobol: is the language most used in management applications, created in 1960 by a committee called CODASYL, sponsored by the Department of Defense of the United States, in order to have a universal language for commercial applications as expressed by its name (COmmon Business Oriented Language). Among its characteristics, it can be cited its resemblance to natural language (English), is self-documented and has great capacity in the handling of files, as well as in the edition of written reports. Among its drawbacks are its rigid rules of writing formats, the need to describe all the elements to the greatest detail, the excessive extension in their sentences and even duplication in some cases, the lack of mathematical functions and, finally, their lack of adaptation to the techniques of structured programming. Pl / 1: was created at the beginning of the 60s by IBM to be used in its 360 system equipments. The PL / I (Programming Language 1) was developed taking inspiration from the ALGOL, COBOL and FORTRAN languages, taking the best features of the previous ones and adding some new ones, in order to obtain a language as general as possible, useful for technical-scientific, commercial, text processing, database and systems programming applications. Among its novelties is its great freedom in the writing format of the programs, supporting structured programming and modular design. However, it has not exceeded its parents in its specific application due in part to its size and therefore, the size of its compiler, which until now could only be installed on large computers. Basic: was designed by professors John G. Kemeny and Thomas E. Kurtz of Dartmouth College in 1965 with the main objective of achieving an easy language to learn for beginners, as indicated in his name Benginner's All-purpose Symbolic Instruction Code ( Symbolic instruction code of general purpose for beginners). Among its main novelties are those of being an interpreted language and of conversational use, useful for technical and management applications. These characteristics, together with the popularization of microcomputers and personal computers, have made its use enormously widespread, while at the same time it has fostered the emergence of a wide variety of versions that extend and adapt the original language to specific needs. There are many interpreters and language compilers. Pascal: was created by the Swiss mathematician Niklaus Wirth in 1970, based on the language AL-GOL, in whose design he had participated in the 60s. Its name comes from the seventeenth-century French philosopher and mathematician Blaise Pascal, who invented the first machine of mechanical type to add. Although in principle the idea of the designer was to provide a suitable language for teaching the concepts and techniques of programming, over time has become a widely used language in all types of applications, possessing great facilities for programming systems and design of graphics. It contributes the concepts of data type, structured programming and descending design, among others, in addition to having become the predecessor of other more modern languages, such as MODULA-2 and ADA. C: was created in 1972 by Dennis Ritchie from the work done by his colleague from the Bell Telephone Laboratories, Ken Thompson. They had previously designed the UNIX operating system, and their intention in developing the C language was to achieve an ideal language for system programming that was independent of the machine with which to write their UNIX system. Although it was initially designed for the programming of systems, later its use has been extended to technical-scientific applications, databases, text processing, etc. The optimal use of this language is achieved within its natural environment, which is the UNIX operating system. Among its features is the use of structured programming to solve low-level tasks, as well as the extensive library of routines available. Ada: is the latest attempt to obtain a single language for all types of applications and includes the latest advances in programming techniques. Its design was commissioned by the Department of Defense of the United States to the company Honeywell-Bull after a rigorous selection among several proposals made on a series of language requirements and having negatively evaluated twenty three existing languages. Of these, PASCAL, ALGOL and PL / I were selected as the basis for the creation of the new language. The standardization of language was published in 1983 with the name of ADA in honor of the considered first programmer of history Augusta Ada Byron, countess of Lovelace. Among the characteristics of the language are the separate compilation, the abstract types of data, concurrent programming, structured programming, freedom of writing formats, etc., presenting as its main drawback its great extension. |
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"body": "http://www.netmedia.mx/wp-content/uploads/2016/01/Lenguaje-de-programaci%C3%B3n-600x300.jpg\nA programming language is a language designed to describe the set of consecutive actions that a team must execute. Therefore, a programming language is a practical way for human beings to give instructions to a team.\nOn the other hand, the term \"natural language\" defines a means of communication shared by a group of people (for example: English or French).\nThe languages that the teams use to communicate with each other have nothing to do with the programming languages; they are known as communication protocols. It is about two totally different concepts. A programming language is very strict:\nEACH instruction corresponds ONE processor action.\n\n\nCharacteristics of languages\nCompiled:\nIn a compiled language the source code before being executed is converted to machine language (C, C ++) although it can also be converted to intermediate representation that is later interpreted and converted to JIT machine language (Java, C #). The compiler can detect a large number of errors that in an interpreted language or dynamic typing would be discovered at runtime.\nInterpreted:\nIn an interpreted language the source code is compiled to machine code at the time of its execution (Python, Ruby, PHP, JavaScript).\nOriented to objects:\nPart of the success of object-oriented languages is due to concepts such as inheritance which is a way to reuse the code of the class from which it is inherited, the polymorphism with which the same method can be implemented in a different way depending on the class that implements it in the hierarchy of classes built with the inheritance, the overload using the same method with different parameters and also the same or more important the encapsulation with which the internal details of the operation of the class are hidden, being only possible to manage the class through the interface (methods) that it offers.\nStatic typing:\nIn a static typing language type checks are performed at compile time (C, C ++, Java). The types can be declared explicitly or inferred according to the analysis of the source code performed by the compiler.\nStatic versus Dynamic typing\nDynamic typing:\nBy contrast, dynamic typing checks the types at the time of program execution (PHP, Python, Groovy, JavaScript). These languages are known as dynamic languages.\nThe Inconvenient Truth About Dynamic vs. Static Typing\nStrongly and weakly typed\nIn a strongly typed language a data with one type can not be used as if it were from another. Although some languages such as Java are said to be strongly typed, they have some laxities. For example, in Java a float can be used as if it were a double and in other languages with less degree of typing as PHP a string can be used as a numerical data.\nLanguages strongly, weakly, statically and dynamically typed\nOther features that are often mentioned when talking about programming languages.\nType inference\nBased on the analysis of the source code, the type of variables can be inferred, preventing the programmer from explicitly declaring them continuously.\nClosures and Lambdas\nA closure is a reference to a function that can reference the variables of the context in which it is defined. A lambda is simply a reference to an anonymous function. In Java, lambdas can reference variables declared as final, that is, they are constants.\nDefaults methods and Traits\nA trait defines a collection of methods possibly including their implementation, in addition, they can define properties. Java defaults methods can define implementations in some interface methods. Wikipedia.\nHigh Order Functions\nHigher order functions are functions that take one or more functions as arguments or return another function as a result.\n\nCurrying\nCurriculum is to transform a function with at least two arguments into a function with at least one argument less.\nTyping Duck\nThis concept is used in dynamic typing languages, treating variables not by their type or inheritance, but based on the properties and methods they support (Python, PHP, Groovy, JavaScript). Wikipedia.\nIntersection types and Union types\nCeylon has a more advanced (and complex) type system than Java, an expression is assignable to an intersection types X & Y if that expression is assignable to X and Y individually. An expression is assignable to a union type X | And if it is assignable to X or Y.\nUnion, intersection, and enumerated types\n\nNamed arguments\nWhen we invoke a method with arguments, the arguments are assigned to the parameters of the function according to the order in which they are declared. The named arguments allow you to assign the arguments to the parameters of the function by their names. Wikipedia.\nDestructuring assignment\nThe unstructured assignment allows extracting data from arrays and objects using a replication syntax of the construction of arrays and literals of objects. MDN.\nTuples\nThe tuples are a data structure formed by several types, in Java 8 the vavr library can be used that adds this and other interesting functionalities. In some languages it can be combined with unstructured allocation. Ceylon Tuples.\n\nLanguage\nImperative language:\nThey are a type of programming language that has the characteristic is that it is based on procedures, that is, giving instructions to do something, its characteristic is the use of commands and variables, started in the 50's.\nFunctional language:\nIt is based on the declaration of arithmetic functions, it tries to be an expressive and mathematically elegant language.\nLogical language:\nStudy the use of logic for the approach of problems and control over the rules of inference to reach the automatic solution It is that type of programming that allows the software to \"reason\", that is, to make reasoning, for example, deductive type or inductive.\nObject-oriented language:\nThey treat programs as sets of objects that help each other to perform actions. Understanding as an object the entities that contain data. Allowing programs to be easier to write, maintain and reuse.\n\n\nProgramming environment\nA programming environment is a program or set of programs that encompass all the tasks necessary for the development of a program or application. These tasks are basically the following: Editing the program. Compilation and linking.\nIn programming language we must bear in mind these descriptions of languages:\nSyntax: is the set of rules that regulate and coordinate the different variables and their association.\nSemantics: is considered an application of logical mathematics. Semantics reflects the meaning of programs or functions.\nProgrammatic: is the process by which the source code of a computer program is written, tested and maintained.\nGrammar: is a finite set of rules that describe the entire sequence of symbols belonging to a specific language.\n\n\nBNF Notation\nBackus-Naur Form notation: is a metalanguage used to express context-free grammars: that is, a formal way of describing formal languages.\nThe BNF is widely used as notation for the grammars of computer programming languages, command systems and communication protocols, as well as a notation for representing parts of the grammars of natural language.\n\nSyntactic diagrams\nIt is a graphic representation of the syntax. It has the advantage of being more intuitive. It represents a graphic alternative for Backus-Naur Form (BNF).\n\nLanguage processor\nAre all programs that through a written input in a programming language can manipulate software tools and hardware of a computer.\nInterpreter [does not generate additional code]: it is a program that simultaneously analyzes and executes a program written in source language. The first phase of analysis is the same as the compiler.\n• It is easier to implement.\n• It is not necessary to have all the source code in memory.\nPure interpreter: the process is through the analysis of each sentence and its execution until the end of the entire source program.\n• Designed for machines with memory limitations.\n• If an error occurs at any time, it must be executed from the beginning.\nAdvanced interpreter: They incorporate a previous step of analysis of the entire source program.\n• They subsequently generate a language executed by the parser.\n• They use more advanced languages and allow code optimization.\nIncremental interpreter: Directed to languages that can not be compiled.\n• You can create objects and functions at runtime.\n• The static parts are compiled.\nInterpreter Applications:\nCommand interpreters: taking the source language and running on the operating system (C-SHELL, KORN-SHELL, JCL).\nProgramming environments: languages with special characteristics and whose compilation is not effective. [Python, Ruby, Perl].\nCompiler: compilers are programs that receive a source language and transform it into an object program, which can be assembler or machine code.\nTypes of Compilers:\nCrossed compilers: generate code for a system other than the one they are running.\nOptimizing compilers: they make changes in the code to improve their efficiency, but maintaining the functionality of the original program.\nSingle pass compilers: generate the machine code from a single reading of the source code.\nMulti-pass compilers: they need to read the source code several times before they can produce the machine code.\nJIT compilers: they are part of an interpreter and compile parts of the code as needed.\n\nVirtual machines\nIt is a software implementation of a physical machine, either a server or a PC. It is a perfectly isolated software container that can run its own operating systems and applications as if it were a physical computer. Creates a virtual environment between the operating system and the hardware so that the end user can run applications on an abstract machine. To put it more simply, a virtual machine is an application that simulates the operation of a real machine on which you can install operating systems, applications, browse safely, print from any application, use USB devices, etc. The virtual machine behaves exactly like a physical computer and contains its own virtual CPU, memory, hard disk and network interface card. A virtual machine consists exclusively of software and does not contain any kind of hardware component.\nTypes of virtual machines:\nVirtual machines of hardware also called virtual machines of system: they are applications that try to emulate the hardware directly. Calls to the hardware of the installed operating system will be captured and converted into calls to the emulated hardware system. In general, hardware emulation is called virtualization. By emulating the hardware directly, the user has the impression that the machine he is working on is completely independent. These virtual machines allow the underlying physical machine to multiply itself among several virtual machines, each one running its own operating system. The software layer that allows virtualization is called the virtual machine monitor or hypervisor. A virtual machine monitor can be executed either directly on the hardware or on an operating system (\"host operating system\").\nVirtual machines of software also called like virtual machines of process: this type of virtual machines situate above the operating system and try to isolate to the applications of the surroundings on which they execute. The machine starts automatically when the process that you want to execute is launched and stops when it finishes. Its goal is to provide an execution environment independent of the hardware platform and the operating system, which hides the details of the underlying platform and allows a program to always run in the same way on any platform. The virtual machine of Java or the virtual machine of the environment .NET are two clear examples of virtual machines software.\n\n\nInterpreters\nIt is a software that receives a program in high level language, analyzes it and executes it. To analyze the complete program, it translates code sentences and executes them if they are correct, thus completing the source program.\n\nCompilers\nIt is a computer program that translates a program written in a programming language into another programming language.\n\nHigh level language\nIt is characterized by expressing the algorithms in a way appropriate to the human cognitive capacity, instead of the capacity with which the machines execute them.\nEmergence:\nHigh level languages, also known as evolved languages, emerge after the previous ones, with the following objectives, among others:\nAchieve independence of the machine, being able to use the same program in different equipment with the only condition of having a translator or compiler program, which is supplied by the manufacturer, to obtain the executable program in binary language of the machine in question. In addition, you do not need to know the specific hardware of that machine.\nApproach natural language, so that the program can be written and read in a simpler way, eliminating many of the possibilities of making mistakes that were given in the machine language, since words (in English) are used instead of strings symbols without any apparent meaning.\nInclude routines of frequent use such as the input / output, mathematical functions, table management, etc., which are contained in a kind of language library, so that they can be used whenever they want without having to program them each time.\nPrincipal problem:\nIt can be said that the main problem presented by high-level languages is the large number of them that currently exist in use (FORTRAN, LISP, ALGOL, COBOL, APL, SNOBOL, PROLOG, MODULA2, ALGOL68, PASCAL, SIMULA67, ADA, C ++, LIS, EUCLID, BASIC), in addition to the different versions or dialects that have been developed from some of them.\nFortran: abbreviation of Formula Translator (formula translator), was defined around the year 1955 in the United States by the company IBM. It is the oldest of the high level languages, because before its appearance all programs were written in assembly language or machine language.\nIt is a language specialized in technical and scientific applications, characterized by its power in mathematical calculations, but being limited in the applications of management, file management, character string processing and report editing.\nThroughout its existence have appeared different versions, among which the one made in 1966 by ANSI (American National Standard Institute) in which new rules of the language were defined and the independence of the same with respect to the machine was made, is say, the transportability of language began. This version was called FORTRAN IV or FORTRAN 66. In 1977, a new, more evolved version appeared that was called FORTRAN V or FORTRAN 77, this version is reflected in the document \"ANSI X3.9-1978: Programming Language FORTRAN\" and defines two levels of the language called FORTRAN 77 complete and FORTRAN 77 basic, the second being a subset of the first. This latest version also includes instructions for the handling of character and file strings, as well as others for the use of structured programming techniques. These characteristics make the language also valid for certain management applications.\nCobol: is the language most used in management applications, created in 1960 by a committee called CODASYL, sponsored by the Department of Defense of the United States, in order to have a universal language for commercial applications as expressed by its name (COmmon Business Oriented Language).\nAmong its characteristics, it can be cited its resemblance to natural language (English), is self-documented and has great capacity in the handling of files, as well as in the edition of written reports. Among its drawbacks are its rigid rules of writing formats, the need to describe all the elements to the greatest detail, the excessive extension in their sentences and even duplication in some cases, the lack of mathematical functions and, finally, their lack of adaptation to the techniques of structured programming.\nPl / 1: was created at the beginning of the 60s by IBM to be used in its 360 system equipments. The PL / I (Programming Language 1) was developed taking inspiration from the ALGOL, COBOL and FORTRAN languages, taking the best features of the previous ones and adding some new ones, in order to obtain a language as general as possible, useful for technical-scientific, commercial, text processing, database and systems programming applications.\nAmong its novelties is its great freedom in the writing format of the programs, supporting structured programming and modular design. However, it has not exceeded its parents in its specific application due in part to its size and therefore, the size of its compiler, which until now could only be installed on large computers.\nBasic: was designed by professors John G. Kemeny and Thomas E. Kurtz of Dartmouth College in 1965 with the main objective of achieving an easy language to learn for beginners, as indicated in his name Benginner's All-purpose Symbolic Instruction Code ( Symbolic instruction code of general purpose for beginners).\nAmong its main novelties are those of being an interpreted language and of conversational use, useful for technical and management applications. These characteristics, together with the popularization of microcomputers and personal computers, have made its use enormously widespread, while at the same time it has fostered the emergence of a wide variety of versions that extend and adapt the original language to specific needs. There are many interpreters and language compilers.\nPascal: was created by the Swiss mathematician Niklaus Wirth in 1970, based on the language AL-GOL, in whose design he had participated in the 60s. Its name comes from the seventeenth-century French philosopher and mathematician Blaise Pascal, who invented the first machine of mechanical type to add.\nAlthough in principle the idea of the designer was to provide a suitable language for teaching the concepts and techniques of programming, over time has become a widely used language in all types of applications, possessing great facilities for programming systems and design of graphics.\nIt contributes the concepts of data type, structured programming and descending design, among others, in addition to having become the predecessor of other more modern languages, such as MODULA-2 and ADA.\nC: was created in 1972 by Dennis Ritchie from the work done by his colleague from the Bell Telephone Laboratories, Ken Thompson. They had previously designed the UNIX operating system, and their intention in developing the C language was to achieve an ideal language for system programming that was independent of the machine with which to write their UNIX system.\nAlthough it was initially designed for the programming of systems, later its use has been extended to technical-scientific applications, databases, text processing, etc.\nThe optimal use of this language is achieved within its natural environment, which is the UNIX operating system. Among its features is the use of structured programming to solve low-level tasks, as well as the extensive library of routines available.\nAda: is the latest attempt to obtain a single language for all types of applications and includes the latest advances in programming techniques. Its design was commissioned by the Department of Defense of the United States to the company Honeywell-Bull after a rigorous selection among several proposals made on a series of language requirements and having negatively evaluated twenty three existing languages. Of these, PASCAL, ALGOL and PL / I were selected as the basis for the creation of the new language. The standardization of language was published in 1983 with the name of ADA in honor of the considered first programmer of history Augusta Ada Byron, countess of Lovelace.\nAmong the characteristics of the language are the separate compilation, the abstract types of data, concurrent programming, structured programming, freedom of writing formats, etc., presenting as its main drawback its great extension.",
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2018/10/04 04:12:45
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armandorpublished a new post: lenguaje-de-programacion-1
2018/10/04 04:11:36
| author | armandor |
| body | Un lenguaje de programación es un lenguaje diseñado para describir el conjunto de acciones consecutivas que un equipo debe ejecutar. Por lo tanto, un lenguaje de programación es un modo práctico para que los seres humanos puedan dar instrucciones a un equipo. Por otro lado, el término "lenguaje natural" define un medio de comunicación compartido por un grupo de personas (por ejemplo: inglés o francés). Los lenguajes que los equipos usan para comunicarse entre ellos no tienen nada que ver con los lenguajes de programación; se los conoce como protocolos de comunicación. Se trata de dos conceptos totalmente diferentes. Un lenguaje de programación es muy estricto: A CADA instrucción le corresponde UNA acción de procesador. Características de los lenguajes Compilado: En un lenguaje compilado el código fuente antes de ser ejecutado es convertido a lenguaje máquina (C, C++) aunque también puede ser convertido a representación intermedia que posteriormente es interpretada y convertida a lenguaje máquina JIT (Java, C#). El compilador puede detectar una gran cantidad de errores que en un lenguaje interpretado o de tipado dinámico se descubrirían en tiempo de ejecución. Interpretado: En un lenguaje interpretado el código fuente es compilado a código máquina en el momento de su ejecución (Python, Ruby, PHP, JavaScript). Orientado a objetos: Parte del éxito de los lenguajes orientado a objetos se debe a conceptos como la herencia que es una forma de reutilizar el código de la clase de la que se hereda, el polimorfismo con la que un mismo método puede estar implementado de diferente forma en función de la clase que lo implementa en la jerarquía de clases construida con la herencia, la sobrecarga usar un mismo método con diferentes parámetros y también igual o más importante la encapsulación con la que se ocultan los detalles internos del funcionamiento de la clase siendo únicamente posible manejar la clase a través de la interfaz (métodos) que ofrece. Tipado estático: En un lenguaje de tipado estático las comprobaciones de tipos se realizan en tiempo de compilación (C, C++, Java). Los tipos pueden ser declarados de forma explícita o de forma inferida según el análisis del código fuente que realiza el compilador. Static versus Dynamic typing Tipado dinámico: Por el contrario, el tipado dinámico comprueba los tipos en el momento de ejecución del programa (PHP, Python, Groovy, JavaScript). A esos lenguajes se les conoce como lenguajes dinámicos. The Inconvenient Truth About Dynamic vs. Static Typing Fuertemente y débilmente tipado En un lenguaje fuertemente tipado un dato con un tipo no puede ser usado como si fuese de otro. Aunque algunos lenguajes como Java se dicen que son fuertemente tipado tienen algunas laxitudes. Por ejemplo, en Java un float puede usarse como si fuese un double y en otros lenguajes con menor grado de tipificación como PHP un string puede ser usado como un dato numérico. Lenguajes fuertemente, débilmente, estáticamente y dinámicamente tipados Otras características que se suelen mencionar al hablar de lenguajes de programación. Inferencia de tipos En base al análisis del código fuente se puede inferir el tipo de las variables evitando que el programador los declare explícitamente continuamente. Closures y Lambdas Un closure es una referencia a una función que puede referenciar las variables del contexto en el que está definida. Una lambda es simplemente una referencia a una función anónima. En Java las lambdas pueden referenciar variables declaradas como final, esto es, sean constantes. Defaults methods y Traits Un trait define una colección de métodos posiblemente incluyendo también su implementación, además, pueden definir propiedades. Los defaults methods de Java pueden definir implementaciones en algunos métodos de interfaces. Wikipedia. High Order Functions Las funciones de orden superior son funciones que toman como argumentos una o más funciones o devuelven como resultado otra función. Currying La currificación consiste en transformar una función con al menos dos argumentos en una función con al menos un argumento menos. Duck typing Este concepto es usado en los lenguajes de tipado dinámico tratando a las variables no por su tipo o herencia sino en base a las propiedades y métodos que soporta (Python, PHP, Groovy, JavaScript). Wikipedia. Intersection types y Union types Ceylon tiene un sistema de tipos más avanzado (y complejo) que Java, una expresión es asignable a un intersection types X & Y si esa expresión es asignable a X e Y individualmente. Una expresión es asignable a un union type X | Y si es asignable a X o Y. Union, intersection, and enumerated types Named arguments Cuando invocamos un método con argumentos, los argumentos se asignan a los parámetros de la función según el orden en que son declarados. Los named arguments permiten asignar los argumentos a los parámetros de la función por sus nombres. Wikipedia. Destructuring assignment La asignación desestructurada permite extraer datos de arrays y objetos usando una sintaxis réplica de la construcción de arrays y literales de objetos. MDN. Tuples Las tuplas son una estructura de datos formada por varios tipos, en Java 8 puede usarse la librería vavr que añade esto y otras funcionalidades interesantes. En algunos lenguajes puede combinarse con la asignación desestructurada. Ceylon Tuples. Lenguaje Lenguaje imperativo: Son un tipo de lenguaje de programación que tiene como característica es que se basa en procedimientos, o sea, dar instrucciones para que realice algo, su característica es el uso de comandos y variables, inició entre los años 50's. Lenguaje funcional: Se basa en la declaración de funciones aritméticas, trata de ser un lenguaje expresivo y matemáticamente elegante. Lenguaje lógico: Estudia el uso de la lógica para el planteamiento de problemas y el control sobre las reglas de inferencia para alcanzar la solución automática Es aquel tipo de programación que permite al software “razonar”, esto es, hacer razonamientos, por ejemplo, de tipo deductivo o inductivo. Lenguaje orientado a objetos: Tratan a los programas como conjuntos de objetos que se ayudan entre ellos para realizar acciones. Entendiendo como objeto a las entidades que contienen datos. Permitiendo que los programas sean más fáciles de escribir, mantener y reutilizar. Entorno de programación Un entorno de programación es un programa o conjunto de programas que engloban todas las tareas necesarias para el desarrollo de un programa o aplicación. Estas tareas son básicamente las siguientes: Edición del programa. Compilación y enlazado. En lenguaje de programación debemos tener presente estas descripciones de lenguajes: Sintaxis: es el conjunto de normas que regulan y coordinan las distintas variables y su asociación. Semántica: es considerada una aplicación de la matemática lógica. La semántica refleja el significado de programas o funciones. Programática: es el proceso por el cual se escribe, se prueba y se mantiene el código fuente de un programa informático. Gramática: es un conjunto finito de reglas que describen toda la secuencia de símbolos pertenecientes a un lenguaje específico. Notación BNF Notación de Backus-Naur Form: es un metalenguaje usado para expresar gramáticas libres de contexto: es decir, una manera formal de describir lenguajes formales. El BNF se utiliza extensamente como notación para las gramáticas de los lenguajes de programación de la computadora, de los sistemas de comando y de los protocolos de comunicación, así como una notación para representar partes de las gramáticas de la lengua natural. Diagramas sintácticos Es una representación gráfica de la sintaxis. Tiene la ventaja de ser más intuitivo. Representa una alternativa gráfica para Backus-Naur Form (BNF). Procesador de lenguaje Son todos los programas que a través de una entrada escrita en un lenguaje de programación pueden manipular herramientas de software y hardware de un computador. Intérprete [no genera código adicional]: es un programa que simultáneamente analiza y ejecuta un programa escrito en lenguaje fuente. La primera fase de análisis es igual que el compilador. • Es más sencillo de implementar. • No es necesario tener en memoria todo el código fuente. Intérprete puro: el proceso es a través del análisis de cada sentencia y su ejecución hasta finalizar todo el programa fuente. • Pensado para maquinas con limitaciones de memoria. • Si en cualquier momento se produce un error, se debe ejecutar desde el inicio. Interprete avanzado: Incorporan un paso previo de análisis de todo el programa fuente. • Generan posteriormente un lenguaje ejecutado por el parser. • Usan lenguajes más avanzados ya permiten optimización de código. Intérprete incrementales: Dirigidos a lenguajes que no pueden compilarse. • Se pueden crear objetos y funciones en tiempo de ejecución. • Se compilan las partes estáticas. Aplicaciones de Interpretes: Intérpretes de comandos: tomando el lenguaje fuente y ejecuta sobre el sistema operativo (C-SHELL, KORN-SHELL, JCL). Entornos de programación: lenguajes con características especiales y cuya compilación no es efectiva. [Python, Ruby, Perl]. Compilador: los compiladores son programas que reciben un lenguaje fuente y lo transforman a un programa objeto, que puede ser ensamblador o de código máquina. Tipos de Compiladores: Compiladores cruzados: generan código para un sistema distinto del que están funcionando. Compiladores optimizadores: realizan cambios en el código para mejorar su eficiencia, pero manteniendo la funcionalidad del programa original. Compiladores de una sola pasada: generan el código maquina a partir de una única lectura del código fuente. Compiladores de varias pasadas: necesitan leer el código fuente varias veces antes de poder producir el código máquina. Compiladores JIT: forman parte de un intérprete y compilan partes del código según se necesitan. Máquinas virtuales Es una implementación de software de una máquina física ya sea un servidor o una pc. Es un contenedor de software perfectamente aislado que puede ejecutar sus propios sistemas operativos y aplicaciones como si fuera un ordenador físico. Crea un entorno virtual entre el sistema operativo y el hardware para que el usuario final pueda ejecutar aplicaciones en una máquina abstracta. Por decirlo de manera más sencilla, una máquina virtual es una aplicación que simula el funcionamiento de una máquina real sobre la que se pueden instalar sistemas operativos, aplicaciones, navegar de forma segura, imprimir desde alguna aplicación, usar los dispositivos USB, etc. La máquina virtual se comporta exactamente igual que un ordenador físico y contiene su propia CPU virtual, memoria, disco duro y tarjeta de interfaz de red. Una máquina virtual se compone exclusivamente de software y no contiene ninguna clase de componente de hardware. Tipos de máquinas virtuales: Máquinas virtuales de hardware también llamadas máquinas virtuales de sistema: son aplicaciones que tratan de emular directamente el hardware. Las llamadas al hardware del sistema operativo instalado serán capturadas y convertidas en llamadas al sistema del hardware emulado. En general, la emulación del hardware recibe el nombre de virtualización. Al emularse directamente el hardware, el usuario tiene la impresión de que la máquina sobre la que está trabajando es totalmente independiente. Estas máquinas virtuales, permiten a la máquina física subyacente multiplicarse entre varias máquinas virtuales, cada una ejecutando su propio sistema operativo. A la capa de software que permite la virtualización se la llama monitor de máquina virtual o hypervisor. Un monitor de máquina virtual puede ejecutarse o bien directamente sobre el hardware o bien sobre un sistema operativo ("host operating system"). Máquinas virtuales de software también llamadas como máquinas virtuales de proceso: este tipo de máquinas virtuales se sitúan por encima del sistema operativo y tratan de aislar a las aplicaciones del entorno sobre el que se ejecutan. La máquina se inicia automáticamente cuando se lanza el proceso que se desea ejecutar y se detiene para cuando éste finaliza. Su objetivo es el de proporcionar un entorno de ejecución independiente de la plataforma de hardware y del sistema operativo, que oculte los detalles de la plataforma subyacente y permita que un programa se ejecute siempre de la misma forma sobre cualquier plataforma. La máquina virtual de Java o la máquina virtual del entorno .NET son dos claros ejemplos de máquinas virtuales software. Interpretadores Es un software que recibe un programa en lenguaje de alto nivel, lo analiza y lo ejecuta. Para analizar el programa completo, va traduciendo sentencias de código y ejecutándolas si están bien, así hasta completar el programa origen. Compiladores Es un programa informático que traduce un programa escrito en un lenguaje de programación a otro lenguaje de programación. Lenguaje de alto nivel Se caracteriza por expresar los algoritmos de una manera adecuada a la capacidad cognitiva humana, en lugar de la capacidad con que los ejecutan las máquinas. Surgimiento: Los lenguajes de alto nivel, también denominados lenguajes evolucionados, surgen con posterioridad a los anteriores, con los siguientes objetivos, entre otros: Lograr independencia de la máquina, pudiendo utilizar un mismo programa en diferentes equipos con la única condición de disponer de un programa traductor o compilador, que lo suministra el fabricante, para obtener el programa ejecutable en lenguaje binario de la máquina que se trate. Además, no se necesita conocer el hardware específico de dicha máquina. Aproximarse al lenguaje natural, para que el programa se pueda escribir y leer de una forma más sencilla, eliminando muchas de las posibilidades de cometer errores que se daban en el lenguaje máquina, ya que se utilizan palabras (en inglés) en lugar de cadenas de símbolos sin ningún significado aparente. Incluir rutinas de uso frecuente como son las de entrada/salida, funciones matemáticas, manejo de tablas, etc, que figuran en una especie de librería del lenguaje, de tal manera que se pueden utilizar siempre que se quieran sin necesidad de programarlas cada vez. Principal Problema: Se puede decir que el principal problema que presentan los lenguajes de alto nivel es la gran cantidad de ellos que existen actualmente en uso (FORTRAN, LISP, ALGOL, COBOL, APL, SNOBOL, PROLOG, MODULA2, ALGOL68, PASCAL, SIMULA67, ADA, C++, LIS, EUCLID, BASIC), además de las diferentes versiones o dialectos que se han desarrollado de algunos de ellos. Fortran: abreviatura de Fórmula Translator (traductor de fórmulas), fue definido alrededor del año 1955 en los Estados Unidos por la compañía IBM. Es el más antiguo de los lenguajes de alto nivel, pues antes de su aparición todos los programas se escribían en lenguaje ensamblador o en lenguaje máquina. Es un lenguaje especializado en aplicaciones técnicas y científicas, caracterizándose por su potencia en los cálculos matemáticos, pero estando limitado en las aplicaciones de gestión, manejo de archivos, tratamiento de cadenas de caracteres y edición de informes. A lo largo de su existencia han aparecido diferentes versiones, entre las que destaca la realizada en 1966 por ANSI (American National Standard Institute) en la que se definieron nuevas reglas del lenguaje y se efectuó la independencia del mismo con respecto a la máquina, es decir, comenzó la transportabilidad del lenguaje. Esta versión se denominó FORTRAN IV o FORTRAN 66. En 1977, apareció una nueva versión más evolucionada que se llamó FORTRAN V o FORTRAN 77, esta versión está reflejada en el documento «ANSI X3.9-1978: Programming Language FORTRAN» y define dos niveles del lenguaje denominados FORTRAN 77 completo y FORTRAN 77 básico, siendo el segundo un subconjunto del primero. Esta última versión incluye además instrucciones para el manejo de cadenas de caracteres y de archivos, así como otras para la utilización de técnicas de programación estructurada. Estas características hacen que el lenguaje también sea válido para determinadas aplicaciones de gestión. Cobol: es el lenguaje más usado en las aplicaciones de gestión, creado en 1960 por un comité denominado CODASYL, patrocinado por el Departamento de Defensa de los Estados Unidos, a fin de disponer de un lenguaje universal para aplicaciones comerciales como expresa su nombre (COmmon Business Oriented Language). Entre sus características se pueden citar su parecido al lenguaje natural (inglés), es auto- documentado y tiene gran capacidad en el manejo de archivos, así como en la edición de informes escritos. Entre sus inconvenientes están sus rígidas reglas de formatos de escritura, la necesidad de describir todos los elementos al máximo detalle, la extensión excesiva en sus sentencias e incluso duplicación en algunos casos, la inexistencia de funciones matemáticas y, por último, su no adecuación a las técnicas de programación estructurada. Pl/1: fue creado a comienzos de los años 60 por IBM para ser usado en sus equipos del sistema 360. El PL/I (Programming Language 1) se desarrolló inspirándose en los lenguajes ALGOL, COBOL y FORTRAN, tomando las mejores características de los anteriores y añadiendo algunas nuevas, con el objetivo de obtener un lenguaje lo más general posible, útil para aplicaciones técnico-científicas, comerciales, de proceso de textos, de bases de datos y de programación de sistemas. Entre sus novedades está su gran libertad en el formato de escritura de los programas, soportar la programación estructurada y el diseño modular. No obstante, no ha superado a sus progenitores en su aplicación específica debida en parte a su amplitud y por ello, al tamaño de su compilador, que hasta ahora sólo se podía instalar en grandes equipos. Basic: fue diseñado por los profesores John G. Kemeny y Thomas E. Kurtz del Dartmouth College en 1965 con el objetivo principal de conseguir un lenguaje fácil de aprender para los principiantes, como se indica en su nombre Benginner’s All-purpose Symbolic Instruction Code (Código de instrucción simbólico de propósito general para principiantes). Entre sus principales novedades están las de ser un lenguaje interpretado y de uso conversacional, útil para aplicaciones técnicas y de gestión. Estas características, unidas a la popularización de las microcomputadoras y computadoras personales, ha hecho que su utilización se haya extendido enormemente, a la vez que ha propiciado el surgimiento de una gran diversidad de versiones que extienden y adaptan a necesidades particulares el lenguaje original. Existen multitud de intérpretes y compiladores del lenguaje. Pascal: fue creado por el matemático suizo Niklaus Wirth en 1970, basándose en el lenguaje AL-GOL, en cuyo diseño había participado en los años 60. Su nombre proviene del filósofo y matemático francés del siglo xvii Blaise Pascal, que inventó la primera máquina de tipo mecánico para sumar. Aunque en principio la idea del diseñador era proporcionar un lenguaje adecuado para la enseñanza de los conceptos y técnicas de programación, con el tiempo ha llegado a ser un lenguaje ampliamente utilizado en todo tipo de aplicaciones, poseyendo grandes facilidades para la programación de sistemas y diseño de gráficos. Aporta los conceptos de tipo de datos, programación estructurada y diseño descendente, entre otros, además de haberse convertido en predecesor de otros lenguajes más modernos, como MODULA-2 y ADA. C: fue creado en 1972 por Dennis Ritchie a partir del trabajo elaborado por su colega de los Laboratorios Bell Telephone, Ken Thompson. Estos habían diseñado con anterioridad el sistema operativo UNIX, y su intención al desarrollar el lenguaje C fue la de conseguir un lenguaje idóneo para la programación de sistemas que fuese independiente de la máquina con el cual escribir su sistema UNIX. Aunque fue diseñado inicialmente para la programación de sistemas, posteriormente su uso se ha extendido a aplicaciones técnico-científicas, de bases de datos, de proceso de textos, etc. La utilización óptima de este lenguaje se consigue dentro de su entorno natural, que es el sistema operativo UNIX. Entre sus características destaca el uso de programación estructurada para resolver tareas de bajo nivel, así como la amplia librería de rutinas de que dispone. Ada: es el último intento de obtener un único lenguaje para todo tipo de aplicaciones e incluye los últimos avances en técnicas de programación. Su diseño fue encargado por el Departamento de Defensa de los Estados Unidos a la empresa Honeywell-Bull después de una selección rigurosa entre varias propuestas realizadas sobre una serie de requerimientos del lenguaje y de haber evaluado negativamente veintitrés lenguajes existentes. De éstos se seleccionaron como base para la creación del nuevo lenguaje el PASCAL, el ALGOL y el PL/I. La estandarización del lenguaje se publicó en 1983 con el nombre de ADA en honor de la considerada primera programadora de la historia Augusta Ada Byron, condesa de Lovelace. Entre las características del lenguaje se encuentran la compilación separada, los tipos abstractos de datos, programación concurrente, programación estructurada, libertad de formatos de escritura, etc., presentando como principal inconveniente su gran extensión. |
| json metadata | {"tags":["lenguajedeprogramacion","spanish","programminglanguage"],"app":"steemit/0.1","format":"markdown"} |
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| parent permlink | lenguajedeprogramacion |
| permlink | lenguaje-de-programacion-1 |
| title | Lenguaje de Programación #1 |
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"author": "armandor",
"body": "Un lenguaje de programación es un lenguaje diseñado para describir el conjunto de acciones consecutivas que un equipo debe ejecutar. Por lo tanto, un lenguaje de programación es un modo práctico para que los seres humanos puedan dar instrucciones a un equipo. \nPor otro lado, el término \"lenguaje natural\" define un medio de comunicación compartido por un grupo de personas (por ejemplo: inglés o francés).\nLos lenguajes que los equipos usan para comunicarse entre ellos no tienen nada que ver con los lenguajes de programación; se los conoce como protocolos de comunicación. Se trata de dos conceptos totalmente diferentes. Un lenguaje de programación es muy estricto: \nA CADA instrucción le corresponde UNA acción de procesador.\n\nCaracterísticas de los lenguajes\n\nCompilado:\nEn un lenguaje compilado el código fuente antes de ser ejecutado es convertido a lenguaje máquina (C, C++) aunque también puede ser convertido a representación intermedia que posteriormente es interpretada y convertida a lenguaje máquina JIT (Java, C#). El compilador puede detectar una gran cantidad de errores que en un lenguaje interpretado o de tipado dinámico se descubrirían en tiempo de ejecución. \nInterpretado:\nEn un lenguaje interpretado el código fuente es compilado a código máquina en el momento de su ejecución (Python, Ruby, PHP, JavaScript). \nOrientado a objetos:\nParte del éxito de los lenguajes orientado a objetos se debe a conceptos como la herencia que es una forma de reutilizar el código de la clase de la que se hereda, el polimorfismo con la que un mismo método puede estar implementado de diferente forma en función de la clase que lo implementa en la jerarquía de clases construida con la herencia, la sobrecarga usar un mismo método con diferentes parámetros y también igual o más importante la encapsulación con la que se ocultan los detalles internos del funcionamiento de la clase siendo únicamente posible manejar la clase a través de la interfaz (métodos) que ofrece.\nTipado estático:\nEn un lenguaje de tipado estático las comprobaciones de tipos se realizan en tiempo de compilación (C, C++, Java). Los tipos pueden ser declarados de forma explícita o de forma inferida según el análisis del código fuente que realiza el compilador. \nStatic versus Dynamic typing\nTipado dinámico:\nPor el contrario, el tipado dinámico comprueba los tipos en el momento de ejecución del programa (PHP, Python, Groovy, JavaScript). A esos lenguajes se les conoce como lenguajes dinámicos. \nThe Inconvenient Truth About Dynamic vs. Static Typing\nFuertemente y débilmente tipado\nEn un lenguaje fuertemente tipado un dato con un tipo no puede ser usado como si fuese de otro. Aunque algunos lenguajes como Java se dicen que son fuertemente tipado tienen algunas laxitudes. Por ejemplo, en Java un float puede usarse como si fuese un double y en otros lenguajes con menor grado de tipificación como PHP un string puede ser usado como un dato numérico. \nLenguajes fuertemente, débilmente, estáticamente y dinámicamente tipados\nOtras características que se suelen mencionar al hablar de lenguajes de programación.\nInferencia de tipos\nEn base al análisis del código fuente se puede inferir el tipo de las variables evitando que el programador los declare explícitamente continuamente. \nClosures y Lambdas\nUn closure es una referencia a una función que puede referenciar las variables del contexto en el que está definida. Una lambda es simplemente una referencia a una función anónima. En Java las lambdas pueden referenciar variables declaradas como final, esto es, sean constantes. \nDefaults methods y Traits\nUn trait define una colección de métodos posiblemente incluyendo también su implementación, además, pueden definir propiedades. Los defaults methods de Java pueden definir implementaciones en algunos métodos de interfaces. Wikipedia.\nHigh Order Functions\nLas funciones de orden superior son funciones que toman como argumentos una o más funciones o devuelven como resultado otra función. \nCurrying\nLa currificación consiste en transformar una función con al menos dos argumentos en una función con al menos un argumento menos. \nDuck typing\nEste concepto es usado en los lenguajes de tipado dinámico tratando a las variables no por su tipo o herencia sino en base a las propiedades y métodos que soporta (Python, PHP, Groovy, JavaScript). Wikipedia.\nIntersection types y Union types\nCeylon tiene un sistema de tipos más avanzado (y complejo) que Java, una expresión es asignable a un intersection types X & Y si esa expresión es asignable a X e Y individualmente. Una expresión es asignable a un union type X | Y si es asignable a X o Y.\nUnion, intersection, and enumerated types\nNamed arguments\nCuando invocamos un método con argumentos, los argumentos se asignan a los parámetros de la función según el orden en que son declarados. Los named arguments permiten asignar los argumentos a los parámetros de la función por sus nombres. Wikipedia.\nDestructuring assignment\nLa asignación desestructurada permite extraer datos de arrays y objetos usando una sintaxis réplica de la construcción de arrays y literales de objetos. MDN.\nTuples\nLas tuplas son una estructura de datos formada por varios tipos, en Java 8 puede usarse la librería vavr que añade esto y otras funcionalidades interesantes. En algunos lenguajes puede combinarse con la asignación desestructurada. Ceylon Tuples.\n\nLenguaje\nLenguaje imperativo: \nSon un tipo de lenguaje de programación que tiene como característica es que se basa en procedimientos, o sea, dar instrucciones para que realice algo, su característica es el uso de comandos y variables, inició entre los años 50's.\nLenguaje funcional:\nSe basa en la declaración de funciones aritméticas, trata de ser un lenguaje expresivo y matemáticamente elegante.\nLenguaje lógico:\nEstudia el uso de la lógica para el planteamiento de problemas y el control sobre las reglas de inferencia para alcanzar la solución automática Es aquel tipo de programación que permite al software “razonar”, esto es, hacer razonamientos, por ejemplo, de tipo deductivo o inductivo.\nLenguaje orientado a objetos:\nTratan a los programas como conjuntos de objetos que se ayudan entre ellos para realizar acciones. Entendiendo como objeto a las entidades que contienen datos. Permitiendo que los programas sean más fáciles de escribir, mantener y reutilizar.\n\nEntorno de programación\nUn entorno de programación es un programa o conjunto de programas que engloban todas las tareas necesarias para el desarrollo de un programa o aplicación. Estas tareas son básicamente las siguientes: Edición del programa. Compilación y enlazado.\nEn lenguaje de programación debemos tener presente estas descripciones de lenguajes:\nSintaxis: es el conjunto de normas que regulan y coordinan las distintas variables y su asociación.\nSemántica: es considerada una aplicación de la matemática lógica. La semántica refleja el significado de programas o funciones.\nProgramática: es el proceso por el cual se escribe, se prueba y se mantiene el código fuente de un programa informático.\nGramática: es un conjunto finito de reglas que describen toda la secuencia de símbolos pertenecientes a un lenguaje específico.\n\nNotación BNF\nNotación de Backus-Naur Form: es un metalenguaje usado para expresar gramáticas libres de contexto: es decir, una manera formal de describir lenguajes formales.\nEl BNF se utiliza extensamente como notación para las gramáticas de los lenguajes de programación de la computadora, de los sistemas de comando y de los protocolos de comunicación, así como una notación para representar partes de las gramáticas de la lengua natural.\n\nDiagramas sintácticos\nEs una representación gráfica de la sintaxis. Tiene la ventaja de ser más intuitivo. Representa una alternativa gráfica para Backus-Naur Form (BNF).\n\nProcesador de lenguaje\nSon todos los programas que a través de una entrada escrita en un lenguaje de programación pueden manipular herramientas de software y hardware de un computador.\nIntérprete [no genera código adicional]: es un programa que simultáneamente analiza y ejecuta un programa escrito en lenguaje fuente. La primera fase de análisis es igual que el compilador. \n•\tEs más sencillo de implementar. \n•\tNo es necesario tener en memoria todo el código fuente.\nIntérprete puro: el proceso es a través del análisis de cada sentencia y su ejecución hasta finalizar todo el programa fuente.\n•\tPensado para maquinas con limitaciones de memoria. \n•\tSi en cualquier momento se produce un error, se debe ejecutar desde el inicio.\nInterprete avanzado: Incorporan un paso previo de análisis de todo el programa fuente. \n•\tGeneran posteriormente un lenguaje ejecutado por el parser. \n•\tUsan lenguajes más avanzados ya permiten optimización de código.\nIntérprete incrementales: Dirigidos a lenguajes que no pueden compilarse.\n•\tSe pueden crear objetos y funciones en tiempo de ejecución. \n•\tSe compilan las partes estáticas.\nAplicaciones de Interpretes:\nIntérpretes de comandos: tomando el lenguaje fuente y ejecuta sobre el sistema operativo (C-SHELL, KORN-SHELL, JCL).\nEntornos de programación: lenguajes con características especiales y cuya compilación no es efectiva. [Python, Ruby, Perl].\nCompilador: los compiladores son programas que reciben un lenguaje fuente y lo transforman a un programa objeto, que puede ser ensamblador o de código máquina.\nTipos de Compiladores:\nCompiladores cruzados: generan código para un sistema distinto del que están funcionando.\nCompiladores optimizadores: realizan cambios en el código para mejorar su eficiencia, pero manteniendo la funcionalidad del programa original.\nCompiladores de una sola pasada: generan el código maquina a partir de una única lectura del código fuente.\nCompiladores de varias pasadas: necesitan leer el código fuente varias veces antes de poder producir el código máquina.\nCompiladores JIT: forman parte de un intérprete y compilan partes del código según se necesitan.\n\nMáquinas virtuales\nEs una implementación de software de una máquina física ya sea un servidor o una pc. Es un contenedor de software perfectamente aislado que puede ejecutar sus propios sistemas operativos y aplicaciones como si fuera un ordenador físico. Crea un entorno virtual entre el sistema operativo y el hardware para que el usuario final pueda ejecutar aplicaciones en una máquina abstracta. Por decirlo de manera más sencilla, una máquina virtual es una aplicación que simula el funcionamiento de una máquina real sobre la que se pueden instalar sistemas operativos, aplicaciones, navegar de forma segura, imprimir desde alguna aplicación, usar los dispositivos USB, etc. La máquina virtual se comporta exactamente igual que un ordenador físico y contiene su propia CPU virtual, memoria, disco duro y tarjeta de interfaz de red. Una máquina virtual se compone exclusivamente de software y no contiene ninguna clase de componente de hardware.\nTipos de máquinas virtuales:\nMáquinas virtuales de hardware también llamadas máquinas virtuales de sistema: son aplicaciones que tratan de emular directamente el hardware. Las llamadas al hardware del sistema operativo instalado serán capturadas y convertidas en llamadas al sistema del hardware emulado. En general, la emulación del hardware recibe el nombre de virtualización. Al emularse directamente el hardware, el usuario tiene la impresión de que la máquina sobre la que está trabajando es totalmente independiente. Estas máquinas virtuales, permiten a la máquina física subyacente multiplicarse entre varias máquinas virtuales, cada una ejecutando su propio sistema operativo. A la capa de software que permite la virtualización se la llama monitor de máquina virtual o hypervisor. Un monitor de máquina virtual puede ejecutarse o bien directamente sobre el hardware o bien sobre un sistema operativo (\"host operating system\").\nMáquinas virtuales de software también llamadas como máquinas virtuales de proceso: este tipo de máquinas virtuales se sitúan por encima del sistema operativo y tratan de aislar a las aplicaciones del entorno sobre el que se ejecutan. La máquina se inicia automáticamente cuando se lanza el proceso que se desea ejecutar y se detiene para cuando éste finaliza. Su objetivo es el de proporcionar un entorno de ejecución independiente de la plataforma de hardware y del sistema operativo, que oculte los detalles de la plataforma subyacente y permita que un programa se ejecute siempre de la misma forma sobre cualquier plataforma. La máquina virtual de Java o la máquina virtual del entorno .NET son dos claros ejemplos de máquinas virtuales software.\n\nInterpretadores\nEs un software que recibe un programa en lenguaje de alto nivel, lo analiza y lo ejecuta. Para analizar el programa completo, va traduciendo sentencias de código y ejecutándolas si están bien, así hasta completar el programa origen.\n\n\nCompiladores\nEs un programa informático que traduce un programa escrito en un lenguaje de programación a otro lenguaje de programación.\n\nLenguaje de alto nivel\nSe caracteriza por expresar los algoritmos de una manera adecuada a la capacidad cognitiva humana, en lugar de la capacidad con que los ejecutan las máquinas.\nSurgimiento:\nLos lenguajes de alto nivel, también denominados lenguajes evolucionados, surgen con posterioridad a los anteriores, con los siguientes objetivos, entre otros:\nLograr independencia de la máquina, pudiendo utilizar un mismo programa en diferentes equipos con la única condición de disponer de un programa traductor o compilador, que lo suministra el fabricante, para obtener el programa ejecutable en lenguaje binario de la máquina que se trate. Además, no se necesita conocer el hardware específico de dicha máquina.\nAproximarse al lenguaje natural, para que el programa se pueda escribir y leer de una forma más sencilla, eliminando muchas de las posibilidades de cometer errores que se daban en el lenguaje máquina, ya que se utilizan palabras (en inglés) en lugar de cadenas de símbolos sin ningún significado aparente.\nIncluir rutinas de uso frecuente como son las de entrada/salida, funciones matemáticas, manejo de tablas, etc, que figuran en una especie de librería del lenguaje, de tal manera que se pueden utilizar siempre que se quieran sin necesidad de programarlas cada vez.\nPrincipal Problema:\nSe puede decir que el principal problema que presentan los lenguajes de alto nivel es la gran cantidad de ellos que existen actualmente en uso (FORTRAN, LISP, ALGOL, COBOL, APL, SNOBOL, PROLOG, MODULA2, ALGOL68, PASCAL, SIMULA67, ADA, C++, LIS, EUCLID, BASIC), además de las diferentes versiones o dialectos que se han desarrollado de algunos de ellos.\nFortran: abreviatura de Fórmula Translator (traductor de fórmulas), fue definido alrededor del año 1955 en los Estados Unidos por la compañía IBM. Es el más antiguo de los lenguajes de alto nivel, pues antes de su aparición todos los programas se escribían en lenguaje ensamblador o en lenguaje máquina.\nEs un lenguaje especializado en aplicaciones técnicas y científicas, caracterizándose por su potencia en los cálculos matemáticos, pero estando limitado en las aplicaciones de gestión, manejo de archivos, tratamiento de cadenas de caracteres y edición de informes.\nA lo largo de su existencia han aparecido diferentes versiones, entre las que destaca la realizada en 1966 por ANSI (American National Standard Institute) en la que se definieron nuevas reglas del lenguaje y se efectuó la independencia del mismo con respecto a la máquina, es decir, comenzó la transportabilidad del lenguaje. Esta versión se denominó FORTRAN IV o FORTRAN 66. En 1977, apareció una nueva versión más evolucionada que se llamó FORTRAN V o FORTRAN 77, esta versión está reflejada en el documento «ANSI X3.9-1978: Programming Language FORTRAN» y define dos niveles del lenguaje denominados FORTRAN 77 completo y FORTRAN 77 básico, siendo el segundo un subconjunto del primero. Esta última versión incluye además instrucciones para el manejo de cadenas de caracteres y de archivos, así como otras para la utilización de técnicas de programación estructurada. Estas características hacen que el lenguaje también sea válido para determinadas aplicaciones de gestión.\nCobol: es el lenguaje más usado en las aplicaciones de gestión, creado en 1960 por un comité denominado CODASYL, patrocinado por el Departamento de Defensa de los Estados Unidos, a fin de disponer de un lenguaje universal para aplicaciones comerciales como expresa su nombre (COmmon Business Oriented Language).\nEntre sus características se pueden citar su parecido al lenguaje natural (inglés), es auto- documentado y tiene gran capacidad en el manejo de archivos, así como en la edición de informes escritos. Entre sus inconvenientes están sus rígidas reglas de formatos de escritura, la necesidad de describir todos los elementos al máximo detalle, la extensión excesiva en sus sentencias e incluso duplicación en algunos casos, la inexistencia de funciones matemáticas y, por último, su no adecuación a las técnicas de programación estructurada. \nPl/1: fue creado a comienzos de los años 60 por IBM para ser usado en sus equipos del sistema 360. El PL/I (Programming Language 1) se desarrolló inspirándose en los lenguajes ALGOL, COBOL y FORTRAN, tomando las mejores características de los anteriores y añadiendo algunas nuevas, con el objetivo de obtener un lenguaje lo más general posible, útil para aplicaciones técnico-científicas, comerciales, de proceso de textos, de bases de datos y de programación de sistemas.\n\nEntre sus novedades está su gran libertad en el formato de escritura de los programas, soportar la programación estructurada y el diseño modular. No obstante, no ha superado a sus progenitores en su aplicación específica debida en parte a su amplitud y por ello, al tamaño de su compilador, que hasta ahora sólo se podía instalar en grandes equipos.\nBasic: fue diseñado por los profesores John G. Kemeny y Thomas E. Kurtz del Dartmouth College en 1965 con el objetivo principal de conseguir un lenguaje fácil de aprender para los principiantes, como se indica en su nombre Benginner’s All-purpose Symbolic Instruction Code (Código de instrucción simbólico de propósito general para principiantes).\nEntre sus principales novedades están las de ser un lenguaje interpretado y de uso conversacional, útil para aplicaciones técnicas y de gestión. Estas características, unidas a la popularización de las microcomputadoras y computadoras personales, ha hecho que su utilización se haya extendido enormemente, a la vez que ha propiciado el surgimiento de una gran diversidad de versiones que extienden y adaptan a necesidades particulares el lenguaje original. Existen multitud de intérpretes y compiladores del lenguaje.\nPascal: fue creado por el matemático suizo Niklaus Wirth en 1970, basándose en el lenguaje AL-GOL, en cuyo diseño había participado en los años 60. Su nombre proviene del filósofo y matemático francés del siglo xvii Blaise Pascal, que inventó la primera máquina de tipo mecánico para sumar.\nAunque en principio la idea del diseñador era proporcionar un lenguaje adecuado para la enseñanza de los conceptos y técnicas de programación, con el tiempo ha llegado a ser un lenguaje ampliamente utilizado en todo tipo de aplicaciones, poseyendo grandes facilidades para la programación de sistemas y diseño de gráficos.\nAporta los conceptos de tipo de datos, programación estructurada y diseño descendente, entre otros, además de haberse convertido en predecesor de otros lenguajes más modernos, como MODULA-2 y ADA.\nC: fue creado en 1972 por Dennis Ritchie a partir del trabajo elaborado por su colega de los Laboratorios Bell Telephone, Ken Thompson. Estos habían diseñado con anterioridad el sistema operativo UNIX, y su intención al desarrollar el lenguaje C fue la de conseguir un lenguaje idóneo para la programación de sistemas que fuese independiente de la máquina con el cual escribir su sistema UNIX.\nAunque fue diseñado inicialmente para la programación de sistemas, posteriormente su uso se ha extendido a aplicaciones técnico-científicas, de bases de datos, de proceso de textos, etc.\nLa utilización óptima de este lenguaje se consigue dentro de su entorno natural, que es el sistema operativo UNIX. Entre sus características destaca el uso de programación estructurada para resolver tareas de bajo nivel, así como la amplia librería de rutinas de que dispone.\nAda: es el último intento de obtener un único lenguaje para todo tipo de aplicaciones e incluye los últimos avances en técnicas de programación. Su diseño fue encargado por el Departamento de Defensa de los Estados Unidos a la empresa Honeywell-Bull después de una selección rigurosa entre varias propuestas realizadas sobre una serie de requerimientos del lenguaje y de haber evaluado negativamente veintitrés lenguajes existentes. De éstos se seleccionaron como base para la creación del nuevo lenguaje el PASCAL, el ALGOL y el PL/I. La estandarización del lenguaje se publicó en 1983 con el nombre de ADA en honor de la considerada primera programadora de la historia Augusta Ada Byron, condesa de Lovelace.\nEntre las características del lenguaje se encuentran la compilación separada, los tipos abstractos de datos, programación concurrente, programación estructurada, libertad de formatos de escritura, etc., presentando como principal inconveniente su gran extensión.",
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2018/10/02 14:37:33
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| from | jsecoin |
| memo | Thank you for upvoting a post mentioning JSEcoin |
| to | armandor |
| Transaction Info | Block #26457587/Trx 0dc857671a6cf929045069f750b322410206fb15 |
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}armandorstarted power down of 0.124 SP2018/09/28 05:05:39
armandorstarted power down of 0.124 SP
2018/09/28 05:05:39
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}armandorupvoted (100.00%) @themarkymark / it-is-ok-to-vote-voting-power-isn-t-broken-it-just-got-reset2018/09/28 05:04:39
armandorupvoted (100.00%) @themarkymark / it-is-ok-to-vote-voting-power-isn-t-broken-it-just-got-reset
2018/09/28 05:04:39
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2018/09/28 05:04:36
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}armandorupvoted (100.00%) @icosandwhich / need-more-crypto-stop-wasting-your-time-with-faucets2018/09/28 05:04:30
armandorupvoted (100.00%) @icosandwhich / need-more-crypto-stop-wasting-your-time-with-faucets
2018/09/28 05:04:30
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}armandorupvoted (100.00%) @therealwolf / witness-essentials-hf20-ready2018/09/28 05:04:24
armandorupvoted (100.00%) @therealwolf / witness-essentials-hf20-ready
2018/09/28 05:04:24
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2018/09/28 05:04:21
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}armandorupvoted (100.00%) @acidyo / going-over-the-dlive-ama-and-some-more-thoughts-about-the-project2018/09/28 05:04:18
armandorupvoted (100.00%) @acidyo / going-over-the-dlive-ama-and-some-more-thoughts-about-the-project
2018/09/28 05:04:18
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}armandorupvoted (100.00%) @holger80 / how-strong-are-the-rc-costs-changing2018/09/28 05:04:15
armandorupvoted (100.00%) @holger80 / how-strong-are-the-rc-costs-changing
2018/09/28 05:04:15
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}armandorupvoted (100.00%) @obrerodepalabras / regalando-1-000-arepas-en-las-calles-de-venezuela2018/09/28 05:02:39
armandorupvoted (100.00%) @obrerodepalabras / regalando-1-000-arepas-en-las-calles-de-venezuela
2018/09/28 05:02:39
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2018/09/28 05:02:15
| author | adrianlb |
| permlink | recuerdos |
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}armandorupvoted (100.00%) @jonatansanders / esta-es-un-herramienta-importante2018/09/28 05:02:06
armandorupvoted (100.00%) @jonatansanders / esta-es-un-herramienta-importante
2018/09/28 05:02:06
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}tainikaupvoted (2.00%) @armandor / historia-de-one-piece-en-segundos2018/09/24 02:58:09
tainikaupvoted (2.00%) @armandor / historia-de-one-piece-en-segundos
2018/09/24 02:58:09
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}dmitonupvoted (2.00%) @armandor / historia-de-one-piece-en-segundos2018/09/24 02:58:00
dmitonupvoted (2.00%) @armandor / historia-de-one-piece-en-segundos
2018/09/24 02:58:00
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}armandorupvoted (100.00%) @armandor / historia-de-one-piece-en-segundos2018/09/24 02:27:09
armandorupvoted (100.00%) @armandor / historia-de-one-piece-en-segundos
2018/09/24 02:27:09
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}armandorpublished a new post: historia-de-one-piece-en-segundos2018/09/24 02:26:51
armandorpublished a new post: historia-de-one-piece-en-segundos
2018/09/24 02:26:51
| author | armandor |
| body | Para los amantes de One Piece ❤️  Créditos al autor. |
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}armandorupvoted (100.00%) @yanirauseche / re-armandor-presentacion-en-steemit-20180922t204158697z2018/09/24 00:25:48
armandorupvoted (100.00%) @yanirauseche / re-armandor-presentacion-en-steemit-20180922t204158697z
2018/09/24 00:25:48
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}armandorupvoted (100.00%) @paseolab / re-armandor-presentacion-en-steemit-20180922t205005024z2018/09/24 00:25:42
armandorupvoted (100.00%) @paseolab / re-armandor-presentacion-en-steemit-20180922t205005024z
2018/09/24 00:25:42
| author | paseolab |
| permlink | re-armandor-presentacion-en-steemit-20180922t205005024z |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26210507/Trx 37e83df1e4b85507c5ea8cd4f7b349f73e55a297 |
View Raw JSON Data
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}armandorupvoted (100.00%) @free.sbd.bot / re-armandor-presentation-in-steemit-20180923t123922876z2018/09/24 00:18:54
armandorupvoted (100.00%) @free.sbd.bot / re-armandor-presentation-in-steemit-20180923t123922876z
2018/09/24 00:18:54
| author | free.sbd.bot |
| permlink | re-armandor-presentation-in-steemit-20180923t123922876z |
| voter | armandor |
| weight | 10000 (100.00%) |
| Transaction Info | Block #26210371/Trx a31666d552523aaffc9e720e0f2661dd0e8e44d5 |
View Raw JSON Data
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}Manabar
Voting Power100.00%
Downvote Power100.00%
Resource Credits100.00%
Reputation Progress0.00%
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}Account Metadata
| POSTING JSON METADATA | |
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| JSON METADATA | |
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Owner
Single Signature
Public Keys
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Active
Single Signature
Public Keys
STM8DQaG9nWi7Vpv8NAbKkUtziKAvLe2Ht8Qp4sVo2EXsbAMXgPs21/1
Posting
Single Signature
Public Keys
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Memo
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}Witness Votes
0 / 30
No active witness votes.
[]