Application Spec FileExample
;--- This is an example of Application Spec file ---
;
; The file is devided into sections. Each section starts with
; the section name (a keyword preceed by #)
;
#NAME MC ; This name (MC) is referred in log files and error messages.
#MACROS
;
; Macros are used-defined symbols used for convenience in the file
;
BUS /dev/ttyS1 ; Serial port feeding the RS485 bus
FOX1 S1_NW + S1_NW2 ; Either NW or NW2 taken in Switcher 1
FOX2 S2_NW + S2_NW2 ; Either NW or NW2 taken in Switcher 2
TALLY TALLY_SGN | TALLY_VIP ; Virtual parallell of two GPOs
; GPIs can be referrenced ir rules by "GPI number"
; but it is more convenient to define macros for them. Same for GPOs.
; GPIs
;
S1_NW GPI FOO 1 ; UTAH SWR GPO-11 fired when NW is taken
S1_NW2 GPI FOO 2 ; UTAH SWR GPO-12 fired when NW2 is taken
S1_PROD GPI FOO 3 ; UTAH SWR GPO-13 fired when ST1 is taken
S2_NW GPI FOO 4 ; UTAH SWR GPO-11 fired when NW is taken
S2_NW2 GPI FOO 5 ; UTAH SWR GPO-12 fired when NW2 is taken
S2_PROD GPI FOO 6 ; UTAH SWR GPO-13 fired when ST1 is taken
EV1_NW GPI FOO 7
EV1_NW2 GPI FOO 8
EV1_PROD GPI FOO 9
EV2_NW GPI FOO 10
EV2_NW2 GPI FOO 11
EV2_PROD GPI FOO 12
ER_EV1 GPI BAR 1 ; EV1 taken in ER 4X1 RTR
ER_EV2 GPI BAR 2 ; EV2 taken in ER 4X1 RTR
AIR_PLY1 GPI BAR 3 ; S1 taken in AIR 4X1 RTR
AIR_PLY2 GPI BAR 4 ; S2 taken in AIR 4X1 RTR
AIR_PROD GPI BAR 5 ; PROD taken in AIR 4X1 RTR
AIR_ER GPI BAR 6 ; ER taken in AIR 4X1 RTR
;
; GPOs
;
SPL GPO BAR 9 ; Enable FOX Splicer
TALLY_SGN GPO BAR 10 ; "On Air" sign
TALLY_VIP GPO BAR 11 ; "On Air" label in VIP
VT7_CUT GPO BAR 12 ; RLY cutting signal ER-->VT7
; Each unit takes in own section.
; Following the section name is the unit address in decimal.
;
#UNIT 2 ; RK-T28
name FOO
config 12/0
port BUS
#UNIT 3 ; RK-MC06
name BAR
config 8/4
port BUS
gpo default latch
gpo 11 pulse
gpo 12 pulse
pulse default 250
pulse 12 1000
#RULES
FOX1 & AIR_PLY1 = SPL
(S2_NW + S2_NW2) & AIR_PLY2 = SPL
(EV1_NW + EV1_NW2) & ER_EV1 & AIR_ER = SPL
(EV2_NW + EV2_NW2) & ER_EV2 & AIR_ER = SPL
S1_PROD & AIR_PLY1 = TALLY
S2_PROD & AIR_PLY2 = TALLY
EV1_PROD & ER_EV1 & AIR_ER = TALLY
EV2_PROD & ER_EV2 & AIR_ER = TALLY
; The following rules are to avoid video/audio feed back
; from Air (ER) to production Switcher when VT7 is taken
; in the prod. switcher and production is taken somewhere
; in the ER path.
EV1_PROD & ER_EV1 = VT7_CUT
EV2_PROD & ER_EV2 = VT7_CUT
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