please fill in the blanks below
// the proc structure // // the registers xv6 will save and restore // to stop and subsequently restart a
process struct context int eip; int esp; int ebx; int ecx; int edx; int esi; int edi; int ebp; }; // the
different states a process can be in enumproc state { UNUSED, EMBRYO, SLEEPING,
RUNNABLE, RUNNING, ZOMBIE } // the information xv6 tracks about each process // including its
register context and state struct proc { char *mem;// Start of process memory uint sz; // Size of
process memory char *kstack; // Bottom of kernel stack // for this process enumproc statestate; //
Process state int pid; // Process ID struct proc *parent; // Parent process void *chan; // If Izero,
sleeping on chan int killed; // If !zero; has been killed struct file *ofile[NOFILE]; // Open files
structinode *cwd; // Current directory struct context context; // Switch here to run process struct
trapframe *tf; // Trap frame for the // current interrupt };In the proc structure defined above,
contains the virtual address of the current instruction being executed, and contains the virtual
address of the top of the process' stack.In the proc structure, is the virtual address of an leading to
the process' current working directory..
please fill in the blanks below the proc structure .pdf
1. please fill in the blanks below
// the proc structure // // the registers xv6 will save and restore // to stop and subsequently restart a
process struct context int eip; int esp; int ebx; int ecx; int edx; int esi; int edi; int ebp; }; // the
different states a process can be in enumproc state { UNUSED, EMBRYO, SLEEPING,
RUNNABLE, RUNNING, ZOMBIE } // the information xv6 tracks about each process // including its
register context and state struct proc { char *mem;// Start of process memory uint sz; // Size of
process memory char *kstack; // Bottom of kernel stack // for this process enumproc statestate; //
Process state int pid; // Process ID struct proc *parent; // Parent process void *chan; // If Izero,
sleeping on chan int killed; // If !zero; has been killed struct file *ofile[NOFILE]; // Open files
structinode *cwd; // Current directory struct context context; // Switch here to run process struct
trapframe *tf; // Trap frame for the // current interrupt };In the proc structure defined above,
contains the virtual address of the current instruction being executed, and contains the virtual
address of the top of the process' stack.In the proc structure, is the virtual address of an leading to
the process' current working directory.
![please fill in the blanks below
// the proc structure // // the registers xv6 will save and restore // to stop and subsequently restart a
process struct context int eip; int esp; int ebx; int ecx; int edx; int esi; int edi; int ebp; }; // the
different states a process can be in enumproc state { UNUSED, EMBRYO, SLEEPING,
RUNNABLE, RUNNING, ZOMBIE } // the information xv6 tracks about each process // including its
register context and state struct proc { char *mem;// Start of process memory uint sz; // Size of
process memory char *kstack; // Bottom of kernel stack // for this process enumproc statestate; //
Process state int pid; // Process ID struct proc *parent; // Parent process void *chan; // If Izero,
sleeping on chan int killed; // If !zero; has been killed struct file *ofile[NOFILE]; // Open files
structinode *cwd; // Current directory struct context context; // Switch here to run process struct
trapframe *tf; // Trap frame for the // current interrupt };In the proc structure defined above,
contains the virtual address of the current instruction being executed, and contains the virtual
address of the top of the process' stack.In the proc structure, is the virtual address of an leading to
the process' current working directory.](https://image.slidesharecdn.com/pleasefillintheblanksbelowtheprocstructure-230322123550-cdc1b0ee/85/please-fill-in-the-blanks-below-the-proc-structure-pdf-1-320.jpg)
