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Replaced 2 spaces with tabs in the generated text output to reduce its size #6

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Replaced 2 spaces with tabs in the generated text output to reduce its size #6

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58 changes: 29 additions & 29 deletions main.c
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Original file line number Diff line number Diff line change
Expand Up @@ -224,7 +224,7 @@ void print_modes(uint8_t mode_count) {
printf("Modes in file:\n");
for(i=0; i < mode_count; i++) {
desc = get_desc(update_modes, i, "Unknown mode");
printf(" %2u: %s\n", i, desc);
printf("\t%2u: %s\n", i, desc);
}
printf("\n");
}
Expand Down Expand Up @@ -415,51 +415,51 @@ int add_addr(uint32_t* addrs, uint32_t addr, uint32_t max) {
void print_header(struct waveform_data_header* header, int is_wbf) {
printf("Header info:\n");
if(is_wbf) {
printf(" File size (according to header): %d bytes\n", header->filesize);
printf("\tFile size (according to header): %d bytes\n", header->filesize);
}
printf(" Serial number: %d\n", header->serial);
printf(" Run type: 0x%x | %s\n", header->run_type, get_desc(run_types, header->run_type, NULL));
printf(" Manufacturer code: 0x%x | %s\n", header->mfg_code, get_desc_mfg_code(header->mfg_code));
printf("\tSerial number: %d\n", header->serial);
printf("\tRun type: 0x%x | %s\n", header->run_type, get_desc(run_types, header->run_type, NULL));
printf("\tManufacturer code: 0x%x | %s\n", header->mfg_code, get_desc_mfg_code(header->mfg_code));

printf(" Frontplane Laminate (FPL) platform: 0x%x | %s\n", header->fpl_platform, get_desc(fpl_platforms, header->fpl_platform, NULL));
printf(" Frontplane Laminate (FPL) lot: %d\n", header->fpl_lot);
printf(" Frontplane Laminate (FPL) size: 0x%x | %s\n", header->fpl_size, get_desc(fpl_sizes, header->fpl_size, NULL));
printf(" Frontplane Laminate (FPL) rate: 0x%x | %s\n", header->fpl_rate, get_desc(fpl_rates, header->fpl_rate, NULL));
printf("\tFrontplane Laminate (FPL) platform: 0x%x | %s\n", header->fpl_platform, get_desc(fpl_platforms, header->fpl_platform, NULL));
printf("\tFrontplane Laminate (FPL) lot: %d\n", header->fpl_lot);
printf("\tFrontplane Laminate (FPL) size: 0x%x | %s\n", header->fpl_size, get_desc(fpl_sizes, header->fpl_size, NULL));
printf("\tFrontplane Laminate (FPL) rate: 0x%x | %s\n", header->fpl_rate, get_desc(fpl_rates, header->fpl_rate, NULL));

printf(" Waveform version: %d\n", header->waveform_version);
printf(" Waveform sub-version: %d\n", header->waveform_subversion);
printf("\tWaveform version: %d\n", header->waveform_version);
printf("\tWaveform sub-version: %d\n", header->waveform_subversion);

printf(" Waveform type: 0x%x | %s\n", header->waveform_type, get_desc(waveform_types, header->waveform_type, NULL));
printf("\tWaveform type: 0x%x | %s\n", header->waveform_type, get_desc(waveform_types, header->waveform_type, NULL));

// if waveform_type is WJ or earlier
// then waveform_tuning_bias_or_rev is the tuning bias.
// if it is WR type or later then it is the revision.
// if it is in between then we don't know.
if(header->waveform_type <= 0x15) { // WJ type or earlier
printf(" Waveform tuning bias: 0x%x | %s\n", header->waveform_tuning_bias_or_rev, get_desc(waveform_tuning_biases, header->waveform_tuning_bias_or_rev, NULL));
printf(" Waveform revision: Unknown\n");
printf("\tWaveform tuning bias: 0x%x | %s\n", header->waveform_tuning_bias_or_rev, get_desc(waveform_tuning_biases, header->waveform_tuning_bias_or_rev, NULL));
printf("\tWaveform revision: Unknown\n");
} else if(header->waveform_type >= 0x2B) { // WR type or later
printf(" Waveform tuning bias: Unknown\n");
printf(" Waveform revision: %d\n", header->waveform_tuning_bias_or_rev);
printf("\tWaveform tuning bias: Unknown\n");
printf("\tWaveform revision: %d\n", header->waveform_tuning_bias_or_rev);
} else {
printf(" Waveform tuning bias: Unknown\n");
printf(" Waveform revision: Unknown\n");
printf("\tWaveform tuning bias: Unknown\n");
printf("\tWaveform revision: Unknown\n");
}

// if fpl_platform is < 3 then
// mode_version_or_adhesive_run_num is the adhesive run number
if(header->fpl_platform < 3) {
printf(" Adhesive run number: %d\n", header->mode_version_or_adhesive_run_num);
printf(" Mode version: Unknown\n");
printf("\tAdhesive run number: %d\n", header->mode_version_or_adhesive_run_num);
printf("\tMode version: Unknown\n");
} else {
printf(" Adhesive run number: Unknown\n");
printf(" Mode version: 0x%x | %s\n", header->mode_version_or_adhesive_run_num, get_desc(mode_versions, header->mode_version_or_adhesive_run_num, NULL));
printf("\tAdhesive run number: Unknown\n");
printf("\tMode version: 0x%x | %s\n", header->mode_version_or_adhesive_run_num, get_desc(mode_versions, header->mode_version_or_adhesive_run_num, NULL));
}

printf(" Number of modes in this waveform: %d\n", header->mc + 1);
printf(" Number of temperature ranges in this waveform: %d\n", header->trc + 1);
printf("\tNumber of modes in this waveform: %d\n", header->mc + 1);
printf("\tNumber of temperature ranges in this waveform: %d\n", header->trc + 1);

printf(" 4 or 5-bits per pixel: %u\n", get_bits_per_pixel(header));
printf("\t4 or 5-bits per pixel: %u\n", get_bits_per_pixel(header));

printf("\n");
}
Expand Down Expand Up @@ -569,7 +569,7 @@ int parse_temp_ranges(struct waveform_data_header* header, char* data, char* tr_
memset(tr_addrs, 0, sizeof(tr_addrs));

if(do_print) {
printf(" Temperature ranges: \n");
printf("\t\tTemperature ranges: \n");
}


Expand All @@ -587,7 +587,7 @@ int parse_temp_ranges(struct waveform_data_header* header, char* data, char* tr_

for(i=0; i < tr_count; i++) {
if(do_print) {
printf(" Checking range %2u: ", i);
printf("\t\t\tChecking range %2u: ", i);
}
tr = (struct pointer*) tr_start;
checksum = tr_start[0] + tr_start[1] + tr_start[2];
Expand Down Expand Up @@ -695,7 +695,7 @@ int parse_modes(struct waveform_data_header* header, char* data, char* mode_star

for(i=0; i < mode_count; i++) {
if(do_print) {
printf(" Checking mode %2u: ", i);
printf("\tChecking mode %2u: ", i);
}
mode = (struct pointer*) mode_start;
checksum = mode_start[0] + mode_start[1] + mode_start[2];
Expand Down Expand Up @@ -805,7 +805,7 @@ int parse_temp_range_table(char* table, uint8_t range_count, FILE* outfile, int
range.from = (uint8_t) table[i];
range.to = (uint8_t) table[i+1];
if(do_print) {
printf(" %u - %u °C\n", range.from, range.to);
printf("\t%u - %u °C\n", range.from, range.to);
}
checksum += range.from;
}
Expand Down