Improve assignment of default values

1 files changed, 25 insertions, 25 deletions

diff --git a/cputemp2maxfreq.c b/cputemp2maxfreq.c
index 5137d16..7098ccc 100644
--- a/cputemp2maxfreq.c
+++ b/cputemp2maxfreq.c
@@ -35,34 +35,34 @@
 
 // Set default config
 struct s_config config={
- "",             // Name of this program, set by argparse
- "conservative", // Governor
- 70000,          // Temperature
- "auto",         // Temperature input
- 100000,         // Frequency step
- 2000000,        // Fallback frequency
- 10,             // Interval
- "stdout",       // Logger name
- &logger_stdout, // Logger function
- 0,              // Don't log measurement data
- "",             // CSV logfile
- 0,              // Don't overwrite CSV logfile
- NULL,           // File handler for CSV file
- 0,              // Don't use unix timestamps in log outputs
- -1,             // Transition latency, default to autodetect
- 0,              // Do not keep state on exit (Set CPU to lowest frequency)
- -1,             // Physical CPU to change
+ .name="",                 // Name of this program, set by argparse
+ .governor="conservative", // Governor
+ .max_temp=70000,          // Temperature
+ .temp_input="auto",       // Temperature input
+ .freq_step=100000,        // Frequency step
+ .fallback_freq=2000000,   // Fallback frequency
+ .interval=10,             // Interval
+ .logger_name="stdout",    // Logger name
+ .logger=&logger_stdout,   // Logger function
+ .log_data=0,              // Don't log measurement data
+ .csvlog="",               // CSV logfile
+ .csvoverwrite=0,          // Don't overwrite CSV logfile
+ .csvfile=NULL,            // File handler for CSV file
+ .use_unixtime=0,          // Don't use unix timestamps in log outputs
+ .transition_latency=-1,   // Transition latency, default to autodetect
+ .keepstate=0,             // Do not keep state on exit (Set lowest frequency)
+ .cpu=-1,                  // Physical CPU to change
 };
 
 struct s_cpudata cpudata={
- 0,              // CPU's minimum frequency
- 0,              // CPU's maximum frequency
- 0,              // CPU's current frequency
- 0,              // CPU's current temperature
- 0,              // Governor's maximum scaling frequency
- 0,              // CPU's transition latency
- NULL,           // Pointer to the cpulist, set by cpulist_find_cpus
- 0,              // Number of CPU's in cpulist, set by cpulist_find_cpus
+ .min_freq=0,           // CPU's minimum frequency
+ .max_freq=0,           // CPU's maximum frequency
+ .cur_freq=0,           // CPU's current frequency
+ .cur_temp=0,           // CPU's current temperature
+ .scale_max=0,          // Governor's maximum scaling frequency
+ .transition_latency=0, // CPU's transition latency
+ .cpulist=NULL,         // Pointer to the cpulist, set by cpulist_find_cpus
+ .cpulist_len=0,        // Number of CPU's in cpulist, set by cpulist_find_cpus
 };
 
 void signal_handler(int signum)