Command line application and library for effortlessly uploading files to Arweave. Arweave enables you to store documents and applications forever.
Upload gigabytes of files with one command specifying a glob pattern to match files against. Files and read and posted to arweave.net asynchronously and computationally intensive bundle preparation is performed in parallel across multiple threads.
cargo install arloader
Get an Arweave wallet json file here.
If you're going to use AR to pay for transactions, get AR tokens. I've been using gate.io despite the high withdrawal fees and KYC delays.
If you're going to use SOL, get a Solana wallet json file and transfer some SOL to it.
If you're uploading more than one file, you should pretty much always be using bundles. Bundles take multiple files and packages them together in a single transaction. This is better than uploading multiple individual files because you only have to wait for one transaction to be confirmed. Once the bundle transaction is confirmed, all of your files will be available. Larger transactions with larger rewards are more attractive to miners, which means a larger bundled transaction is more likely to get written quickly than a bunch of smaller individual ones.
Arloader accepts file glob patterns and defaults to creating a bundle for your files.
Arweave gateways only index bundles up to 250MB. Arloader will create as many bundles as necessary to upload all of your files. Your files are read asynchronously, bundled in parallel across multiple threads and then posted to arweave.net asynchronously.
arloader estimate "<GLOB>"
Make sure to include quotes around your glob patterns, otherwise your shell will expand them into a list of files. Arloader expects a glob pattern, not a list of files.
arloader upload "<GLOB>" --log-dir "<LOG_DIR>"
This kicks off the process of uploading a stream of bundles created from your files. The default bundle size is 100 MB, but you can specify a different size with the --bundle-size flag up to 250 MB. The exammple output below had a bundle size of 5000 bytes.
```
QGPFcZq91lQgmmz2l7rQHkSQpgfJi-Vhv47oTqIYLm4 2 3 Submitted 0 -bhdsi4irDEWz8R9wXT-1c06WVQVSMAmQxVF9OkW94 2 3 Submitted 0 -OAWdFiGS4NKOZXVJG3yZ0yN4xydGOhfQGX2FCdlG88 2 3 Submitted 0 UBWGFKyTrUVaCa7wi181FjAd545vdoHmBQEdlaVdA4 2 3 Submitted 0 qzQlASZrQXNF9HYIOTPjEZL9uy1U9Ou086kCkQWqld0 2 3 Submitted 0 ```
A json status object gets written to LOG_DIR for each uploaded bundle with a file name of <TXID>.json. It has the transaction id, reward, creation time and ids and paths of the files included in the bundle.
json
{
"id": "_-bhdsi4irDEWz8R9wXT-1c06WVQVSMAmQxVF9OkW94",
"status": "Submitted",
"file_paths": {
"tests/fixtures/8.png": {
"id": "0jd-NTQUZhmnKRY-kMt2vEcmSqgzKOLX_P3QYw6CaNE"
},
"tests/fixtures/9.png": {
"id": "1XdiLkoZ5POHsNx7eLyRgisjnxTLzW8SxGsRcb22j84"
}
},
"number_of_files": 2,
"data_size": 3546,
"created_at": "2021-11-23T05:47:41.948103600Z",
"last_modified": "2021-11-23T05:47:41.948107100Z",
"reward": 50947968
}
arloader update-status --log-dir "<LOG_DIR>"
This will read the files in <LOG_DIR>, looking for a valid transaction id as a file stem, and then go out to the network to update the status of each. The example below contained two sets of bundles, one still pending and one with 45 confirmations.
```
-OAWdFiGS4NKOZXVJG3yZ0yN4xydGOhfQGX2FCdlG88 2 3 Pending 0 -bhdsi4irDEWz8R9wXT-1c06WVQVSMAmQxVF9OkW94 2 3 Pending 0 qzQlASZrQXNF9HYIOTPjEZL9uy1U9Ou086kCkQWqld0 2 3 Pending 0 QGPFcZq91lQgmmz2l7rQHkSQpgfJi-Vhv47oTqIYLm4 2 3 Pending 0 UBWGFKyTrUVaCa7wi181FjAd545vdoHmBQEdlaVdA4 2 3 Pending 0 KuuEZpbfCbw6izMeN3knWlpzmaFhnrDL9dUKCW2LQHw 2 3 Confirmed 45 IRToYYvsftCiR71sfW5qt8XCzBFotwoDFBoEMEtrMrU 2 3 Confirmed 45 M2QZYxUqw3ZJ2KXzU4pfw9fFIkVOSrJbSpE7NAvHLvo 2 3 Confirmed 45 qvci4i6Mfr-5NHI1bL-Omv16QEUw3iiirzv4fXefnM 2 3 Confirmed 45 NAP2vTKQdMGeKyKBYz3876T4yBFl4oYFYqwwwnHbFA 2 3 Confirmed 45 ```
arloader upload-manifest --log-dir "<LOG_DIR>"
where <LOG_DIR> is the directory containing your bundle status json files. This will go through and consolidate the paths from each of the bundles, create a consolidated manifest, upload it to Arweave and then write a file named manifest_<TXID>.jsonto <LOG_DIR>. Once the transaction uploading the manifest has been confirmed, you will be able to access your files and both https://arweave.net/<BUNDLE_ITEM_ID> and https://arweave.net<MANIFEST_ID>/<FILE_PATH> where MANIFEST_ID is the id of the manifest transaction and FILE_PATH is the relative path of the file included in the GLOB pattern you specified with the upload command.
```json { "idpaths": [ "https://arweave.net/aCdWUSXMoDWGzjc55dtGV1H-cVVwWsCWQK02JNkIPVE", "https://arweave.net/j8CkOBNAXDhYW2Tsw5r3JhQXUaFcxWqiemQVlBRB3Xc", "https://arweave.net/hG4UvTINxxcg1gvk2HwEO5RHv67iUp70LqVjJe6QQ", "https://arweave.net/297e1JxgnSv6MABn8XEeZOgXWzDKv-C5mhHAS6NaAY", "https://arweave.net/DLI1O46CSAu-iVClAuRt7bTw0Kp71hMMnQowBT2igI", "https://arweave.net/T-03eMzykribRHHsoNEmhoWWpMj7xCICh0A-p5yUOc", "https://arweave.net/xBolTrDkS-2-zDP0efRaq81Mc9rQg1LjgPsp1V3GJks", "https://arweave.net/doXvNsNq3bEX-aVzl-068xa3sPvmOmMAxLrDKvRnYcM", "https://arweave.net/oGa3YtiFUObfxAEM8SNp0Pij9oKuXN6zJ7R9cjQ6h8", "https://arweave.net/qK8OOc6r9K4mFqnnSEfqSEct97V7Bgsvobes4gaad14" ], "relativepaths": [ "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/0.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/1.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/2.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/3.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/4.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/5.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/6.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/7.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/8.png", "https://arweave.net/n3WrgRsplTDvCeTIMPXWfhXIT-OsGQ9y78Gz11-jKI/tests/fixtures/9.png" ] }
You can the following command to get an update on the status of your manifest transaction.
arloader get-status `<MANIFEST_ID>`
You can use SOL to pay for your transactions without going through the hassle of procuring AR tokens.
Arloader usage is pretty much exactly the same as above, with the addition of the --with-sol flag.
arloader estimate "<GLOB>" --with-sol
arloader upload "<GLOB>" --log-dir "<LOG_DIR>" --with sol
This will create the same stream of bundles that gets created without using SOL and then goes out to an api to get your transactions signed. Once the SOL payment transaction has gone through, the signature comes back from the api and gets added to your bundle transaction. Then the transaction gets uploaded directly to the arweave.net gateway from your computer.
Arweave is limited to approximately 1,000 transactions every two minutes so if you happen to submit your transaction at a time when there are a lot of pending transactions, it may take longer to get written, or if there are enough more attractive transaction, i.e, with higher rewards, it may not get written at all. To check the current number of pending transactions, run
arloader pending
and that will print the number of pending transactions every second for one minute.
```
118 | ▥▥▥ 123 | ▥▥▥ 124 | ▥▥▥ 224 | ▥▥▥▥▥ 125 | ▥▥▥ 326 | ▥▥▥▥▥▥▥ 128 | ▥▥▥ ```
Given that Arloader bundles by default, your transaction is hopefully relatively attractive and you don't need to increase the reward to get it written in a timely fashion. However, if you see that there are a lot of transactions pending and you want to be sure your transaction goes through quickly, you can adjust the reward with --reward-multiplier followed by something tha can be parsed as a float between 0.0 and 10.0. The reward included in your transaction will then be multiplied by this factor when it gets submitted. Similar to the --with-sol flag, you can add --reward-multiplier to both estimate and upload commands.
You can add the --no-bundle flag if for some reason you want to create individual transactions. This works with both estimate and upload commands. In that case individual status objects are written to LOG_DIR and you can run update-status to update them from the network and status-report for a count of transactions by status.