2.13.0

RS14100 OTA support, bootloader refactoring

CL: RS14100 OTA support, bootloader refactoring

PUBLISHED_FROM=c6188a86d605f89d8ed64a90d5d087c476aa7e4d

2.12.1

Make mgos_ota_http_start() public

CL: Make mgos_ota_http_start() public

PUBLISHED_FROM=6e796b5d64681c2809921250b0d53005594c3ea2

2.12.0

Make mgos_ota_http_start() public

CL: Make mgos_ota_http_start() public

PUBLISHED_FROM=6e796b5d64681c2809921250b0d53005594c3ea2

2.11.0

Make mgos_ota_http_start() public

CL: Make mgos_ota_http_start() public

PUBLISHED_FROM=6e796b5d64681c2809921250b0d53005594c3ea2

2.10.2

OTA refactoring

OTA is refactored into 3 distinct sybsystems: source, core and backend.

 * Source provides ZIP file data.
   * There are multiple types of sources but during an update only one is active.
   * HTTP fetcher, HTTP POST and RPC are currently implemented source types.
 * Core drives the update process: reads the data from source and feeds it to the backend(s).
 * Backend processes ZIP file parts.
   * There can be multiple types of backends and multiple can be active during an update, consuming parts of the update bundle (presumably, different parts).
   * Currently each platform implements only one type of backend, e.g. ESP8266, ESP32, CC3200 etc.

CL: OTA refactoring

PUBLISHED_FROM=12cae0ff10f2ee24897d699990b7a267445de754

2.10.1

OTA refactoring

OTA is refactored into 3 distinct sybsystems: source, core and backend.

 * Source provides ZIP file data.
   * There are multiple types of sources but during an update only one is active.
   * HTTP fetcher, HTTP POST and RPC are currently implemented source types.
 * Core drives the update process: reads the data from source and feeds it to the backend(s).
 * Backend processes ZIP file parts.
   * There can be multiple types of backends and multiple can be active during an update, consuming parts of the update bundle (presumably, different parts).
   * Currently each platform implements only one type of backend, e.g. ESP8266, ESP32, CC3200 etc.

CL: OTA refactoring

PUBLISHED_FROM=12cae0ff10f2ee24897d699990b7a267445de754

2.10.0

OTA refactoring

OTA is refactored into 3 distinct sybsystems: source, core and backend.

 * Source provides ZIP file data.
   * There are multiple types of sources but during an update only one is active.
   * HTTP fetcher, HTTP POST and RPC are currently implemented source types.
 * Core drives the update process: reads the data from source and feeds it to the backend(s).
 * Backend processes ZIP file parts.
   * There can be multiple types of backends and multiple can be active during an update, consuming parts of the update bundle (presumably, different parts).
   * Currently each platform implements only one type of backend, e.g. ESP8266, ESP32, CC3200 etc.

CL: OTA refactoring

PUBLISHED_FROM=12cae0ff10f2ee24897d699990b7a267445de754

2.9.0

OTA refactoring

OTA is refactored into 3 distinct sybsystems: source, core and backend.

 * Source provides ZIP file data.
   * There are multiple types of sources but during an update only one is active.
   * HTTP fetcher, HTTP POST and RPC are currently implemented source types.
 * Core drives the update process: reads the data from source and feeds it to the backend(s).
 * Backend processes ZIP file parts.
   * There can be multiple types of backends and multiple can be active during an update, consuming parts of the update bundle (presumably, different parts).
   * Currently each platform implements only one type of backend, e.g. ESP8266, ESP32, CC3200 etc.

CL: OTA refactoring

PUBLISHED_FROM=12cae0ff10f2ee24897d699990b7a267445de754

2.8.1

Fix doc links

CL: Fix doc links

PUBLISHED_FROM=78d16eb888782fc0289b8d29e9da17fe096f2cfb

2.8.0

Fix doc links

CL: Fix doc links

PUBLISHED_FROM=78d16eb888782fc0289b8d29e9da17fe096f2cfb