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--- webhmi_internal_registers [2021/07/22 15:26] – [WebHMI Internal Registers] emozolyak
+++ webhmi_internal_registers [2024/04/02 10:20] (current) – atolstov
@@ Line 1: / Line 1: @@
 ====== WebHMI Internal Registers ======
+{{ network:ic_icon.png?direct&100|}}
 Through internal register it is possible to access user memory areas, WebHMI hardware related data etc.
 The following internal registers are available in WebHMI:
-{{ ::ic_icon.png?direct&100|}}
 ===== User data registers =====
 ==== Dxxx - Data registers ====
@@ Line 72: / Line 73: @@
 You can read the values that are added to the report table. For convenience, each such value is signed directly in the condition editor.
-{{::event_registers.png?direct&1000|}}
+{{ network:event_int_regs.png?direct&800 |}}
 On this screen threre are registers E1.0, E1.1, E1.2. When the event is now on, the register will store respective values from the report with id = 1. In this example the E1.0 register will store event start time [UnixTime], E1.1 - event end time or 0 if event not finished yet, E1.2 - the value from register "Recipe" at the moment of event start.
@@ Line 145: / Line 147: @@
 |H2	|RTC IC Temperature	|Celsius degrees	|Double word, float 32	|Read/-|
 |H3	|Input voltage	|Volts	|Double word, float 32	|Read/-|
-|H4	|Battery voltage	|Voltage	|Double word, float 32	|Read/-|
+|H4	|Battery voltage	|Volts	|Double word, float 32	|Read/-|
 |H5	|“Power OK” - power is good.|		|Bit	|Read/-|
 |H6	|"Battery Low" - the battery is discharged. 1 means that the battery voltage reached a minimal but still operational voltage, WebHMI will complete its work in a regular manner.	|	|Bit	|Read/-|
@@ Line 177: / Line 179: @@
 |DO0	|SSR number 1	| |Bit|Read/Write|
 |DO1	|SSR number 2	| |Bit|Read/Write|
+==== Mx - Memory-related (storage) registers ====
+^Register	^Description	^Ubits	^Data type	^Read/Write^
+|M0	|Percents occupied | |Double Word, Float 32 / Double Word, Unsigned|Read/-|
+|M1	|Bytes size total  | |Double Word, Unsigned|Read/-|
+|M2	|Bytes free  | |Double Word, Unsigned|Read/-|
+|M3	|kBytes size total  | |Double Word, Unsigned|Read/-|
+|M4	|kBytes free  | |Double Word, Unsigned|Read/-|
+|M5	|MBytes size total  | |Double Word, Float 32 / Double Word, Unsigned|Read/-|
+|M6	|MBytes free  | |Double Word, Float 32 / Double Word, Unsigned|Read/-|
+|M7	|GBytes size total  | |Double Word, Float 32 / Double Word, Unsigned|Read/-|
+|M8	|GBytes free  | |Double Word, Float 32 / Double Word, Unsigned|Read/-|
+==== MACx - MAC address registers ====
+|MAC0	|JSON dictionary of the current network interfaces	|String	|Read/-|
+|MAC1	|MAC address of first JSON dictionary interface's entry	|String	|Read/-|
+|MAC2	|MAC address of second JSON dictionary interface's entry	|String	|Read/-|
+|...                                                                                              |
+|MACx	|MAC address of x JSON dictionary interface's entry	|String	|Read/-|
+==== WHx - WebHMI-related registers ====
+Here you can see the current platform type, license and etc.
+|WH0	|Current Platform|String	|Read/-|
+|WH1	|Serial Number or Instance ID	|String	|Read/-|
+|WH2	|Software version	|String	|Read/-|
+|WH3	|License type (registers number)	|String	|Read/-|
+|WH4	|License deadline date	|[UnixTime]	|Read/-|
+|WH5	|License deadline countdown	|Double Word Unsigned, time duration d[d] hh:mm:ss	|Read/-|
 ===== Weather registers =====