the codes here does not work properly by sending the message to a dedicated phone number $,$ how can i make them to work properly $?$ by instantly sedn a message when specified conditions are met

#include

SoftwareSerial mySerial$("$TX$","$RX$")$;

int msensor $=$ A$1$;

int mvalue $=0$;

int relay$=11$;

int LED$1=5$;

int LED$2=6$;

void wait$()\{$

delay$(500)$;

$\}$

void SendInformation$()\{$

Serial.begin$(9600)$;

Serial.println$("$AT$")$;

wait$()$;

Serial.println$("$AT$+$CMGF$=1\backslash$r$")$;$//$configure SIM to TEXT mode

wait$()$;

Serial.println$("$AT$+$CMGS$=\backslash "0627410551\backslash "")$;

wait$()$;

Serial.println$("$Habari$,$ Shamba lako linamwagiliwa lipo salama."$)$;

wait$()$;

Serial.println$(($char$)26)$; $//$ End AT command with a $^$Z$,$ ASCII code $26$

Serial.flush$()$;

$\}$

void SendMessage$()$

$\{$

Serial.begin$(9600)$;

Serial.println$("$AT$")$;

wait$()$;

Serial.println$("$AT$+$CMGF$=1\backslash$r$")$;$//$configure SIM to TEXT mode

wait$()$;

Serial.print$("$AT$+$CMGS$=")$;

Serial.println$("+255627410551")$;

wait$()$;

Serial.println$("$Habari$,$ shamba lako lishamwagiliwa lipo salama kuwa na

Amani."$)$;

wait$()$;

Serial.println$(($char$)26)$; $//$ End AT command with a $^$Z$,$ ASCII code $26$

Serial.flush$()$;

$\}$

void setup$()$

$\{$

Serial.begin$(9600)$;

Serial.println$("$Karibu Drip Irrigation"$)$; $//$Test the serial monitor

pinMode$($msensor$,$ INPUT$)$;

pinMode$($relay$,$ OUTPUT$)$;

pinMode$($LED$1,$ OUTPUT$)$;

pinMode$($LED$2,$ OUTPUT$)$;

mySerial.begin$(9600)$; $//$ Setting the baud rate of GSM Module

Serial.begin$(9600)$; $//$ Setting the baud rate of Serial Monitor $($Arduino$)$

delay$(100)$;

$\}$

void loop$()\{$

mvalue $=$ analogRead$($msensor$)$;

Serial.println$($mvalue$)$;

Serial.print$("$Unyevu$($Moisture$)$:$")$;

if $($mvalue$>=400)$

$\{$

digitalWrite$($relay$,$ LOW$)$;

digitalWrite$($LED$1,$ HIGH$)$;

digitalWrite$($LED$2,$ LOW$)$;

SendInformation$()$;

$\}$

else

$\{$

SendMessage$()$;

digitalWrite$($relay$,$ HIGH$)$;

digitalWrite$($LED$1,$ LOW$)$;

digitalWrite$($LED$2,$ HIGH$)$;

delay$(1000)$;

$\}$

$\}$