journald) ya sea en un archivo binario persistente debajo de ”/var/log/journal” o en da- tos binarios volátiles debajo de ”/run/log/journal/”. Se accede a estos datos de registro binario mediante el comando de archivo binario utilizando el servicio Journalsystemd-journald (8) en el directorio ”/var/log/journal ”. Puedes registrar los datos en el registro systemd-journald(8) desde un script de shell, usando

state to another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high Guía de Referencia del Lenguaje PlantUML (1.2020.23) 135 / 304 9.3 Adding message 9 TIMING DIAGRAM "dataBus" as db @0 as :start @5 as :en_high @10 as :en_low @:start EN is low db is "0x0000" @:en_high EN is high @:en_low EN is low @:en_high-2 db is "0xf23a" @:en_high+6 db is "0x0000" @enduml Guía de

state to another (can have many states). • clock: A 'clocked' signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high Guía de Referencia del Lenguaje PlantUML (1.2020.22) 124 / 292 9.3 Adding message 9 TIMING DIAGRAM "dataBus" as db @0 as :start @5 as :en_high @10 as :en_low @:start EN is low db is "0x0000" @:en_high EN is high @:en_low EN is low @:en_high-2 db is "0xf23a" @:en_high+6 db is "0x0000" @enduml Guía de

state to another (can have many states). • clock: A ’clocked’ signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high @10 Guía de Referencia del Lenguaje PlantUML (1.2021.2) 174 / 388 10.3 Adding message 10 TIMING "dataBus" as db @0 as :start @5 as :en_high @10 as :en_low @:start EN is low db is "0x0000" @:en_high EN is high @:en_low EN is low @:en_high-2 db is "0xf23a" @:en_high+6 db is "0x0000" @enduml Guía de

state to another (can have many states). • clock: A ’clocked’ signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high @10 Guía de Referencia del Lenguaje PlantUML (1.2021.1) 172 / 383 10.3 Adding message 10 TIMING "dataBus" as db @0 as :start @5 as :en_high @10 as :en_low @:start EN is low db is "0x0000" @:en_high EN is high @:en_low EN is low @:en_high-2 db is "0xf23a" @:en_high+6 db is "0x0000" @enduml Guía de

state to another (can have many states). • clock: A ’clocked’ signal that repeatedly transitions from high to low • binary: A specific signal restricted to only 2 states (binary). You define state change • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high @10 Guía de Referencia del Lenguaje PlantUML (1.2021.2) 185 / 406 10.3 Adding message 10 TIMING "dataBus" as db @0 as :start @5 as :en_high @10 as :en_low @:start EN is low db is "0x0000" @:en_high EN is high @:en_low EN is low @:en_high-2 db is "0xf23a" @:en_high+6 db is "0x0000" @enduml Guía de

binary signal restricted to only 2 states clock A clocked signal that repeatedly transitions from high to low, with a period, and an optional pulse and offset concise A simplified concise signal designed "Concise" as C robust "Robust" as R analog "Analog" as A @0 C is Idle R is Idle A is 0 @100 B is high C is Waiting R is Processing Guía de Referencia del Lenguaje PlantUML (1.2023.11) 220 / 530 10.2 • binary • clock @startuml clock clk with period 1 binary "Enable" as EN @0 EN is low @5 EN is high @10 EN is low @enduml 10.3 Adding message You can add message using the following syntax. Guía

OL_TEST_TBL [INFO ] 2019-05-20 17:17:24.718 [main] PerformanceTester - Start testing upload performance 100% [===================================================================================] [main] PerformanceTester - Done testing upload performance [INFO ] 2019-05-20 17:17:31.974 [main] PerformanceTester - Start testing download performance 100% [=================================== / 0:00:00) [INFO ] 2019-05-20 17:17:35.049 [main] PerformanceTester - Done testing download performance [INFO ] 2019-05-20 17:17:35.049 [main] PerformanceTester - Delete table ODPS_NETWORK_MEASU

rd,rs1 MULtiply High R MULH rd,rs1,rs2 MULtiply High R VMULH rd,rs1,rs2 MULtiply High Sign/Uns R MULHSU rd,rs1,rs2 REMainder R VREM rd,rs1,rs2 MULtiply High Uns R MULHU llamado resto) en lugar del RV32M _ unsigned signed unsigned divide remainder multiply multiply high _ unsigned Figura 4.1: Diagrama de las instrucciones RV32M. 4.1. INTRODUCCIÓN 49 31 25 24 20 19 logical add and or swap xor minimum maximum vector atomic memory operation add multiply multiply high and or xor minimum maximum convert vector .vv .vs vector class.v vector move.vv vector square root

into_push_pull_output(Level::High); let mut row1 = gpio0.p0_21.into_push_pull_output(Level::Low); // Define el pin 28 bajo y 21 alto para encender el LED. col1.set_low().unwrap(); row1.set_high().unwrap(); loop loop {} } • set_low y set_high son métodos del trait OutputPin de embedded_hal. • Hay crates HAL para muchos dispositivos Cortex-M y RISC-V, incluidos varios microcontroladores STM32, GD32, nRF, NXP, MSP430 = Board::take().unwrap(); board.display_pins.col1.set_low().unwrap(); board.display_pins.row1.set_high().unwrap(); loop {} } • En este caso, el crate de compatibilidad de placa proporciona solo nombres