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# 4️⃣ Loop over each file node for node_b64 in $FILE_NODES; do node=$(echo "$node_b64" | base64 --decode) FILE_ID=$(echo "$node" | jq -r '.h') ENC_ATTR=$(echo "$node" | jq -r '.a') # Decrypt filename (requires the folder key). For brevity we skip decryption # and rely on the UI‑provided "filename" field if present. FILENAME=$(echo "$node" | jq -r '.n') # 5️⃣ Get a temporary download URL for the file POST_DL='["a":"g","g":1,"p":"'"$FILE_ID"'"]' DL_JSON=$(curl -s -X POST -H "Content-Type: application/json" \ -d "$POST_DL" "https://g.api.mega.co.nz/cs") URL=$(echo "$DL_JSON" | jq -r '.[0].g') # 6️⃣ Download the encrypted blob and decrypt locally with openssl # Mega encrypts each file with a per‑file key derived from the master key. # The following single‑line uses the `megacrypt` helper that ships with megacmd, # but if you don't have it, you must implement AES‑CTR decryption yourself. TEMP_ENC="$DEST_DIR/$FILENAME.enc" curl -L -o "$TEMP_ENC" "$URL" # Decrypt (requires the per‑file key; we reuse `mega-cp` to do the heavy lifting) mega-cp --decrypt "$TEMP_ENC" "$DEST_DIR/$FILENAME" rm -f "${

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One of the biggest mistakes enthusiasts make is re-compressing files to save space. While codecs like H.265 (HEVC) and AV1 offer fantastic efficiency, converting a high-bitrate file to a lower bitrate to fit on a smaller drive defeats the purpose of archiving "high quality." # 4️⃣ Loop over each file node for

In the context of digital storage, high-quality content typically refers to large files or high-resolution media such as 4K videos, high-definition photos, and high-quality audio files. Managing and transferring such content efficiently can be challenging due to file size limitations on many platforms and the need for minimal quality loss during transfers. # The following single‑line uses the `megacrypt` helper