Documentation
¶
Overview ¶
parses cbc tsv/csv to print the cbc report to stdout Ascii char go from: https://theasciicode.com.ar/extended-ascii-code/box-drawing-character-single-line-upper-left-corner-ascii-code-218.html
CBC format: Sample ID,Mode,Analysis Time,WBC(10^3/��L),LYM#(10^3/��L),LYM%(%),MXD#(),MXD%(),NEUT#(),NEUT%(),RBC(10^6/��L),HGB(g/dL),HCT(%),MCV(fL),MCH(pg),MCHC(g/dL),RDW_CV(%),RDW_SD(fL),PLT(10^3/��L),PDW(fL),MPV(fL),PCT(%),P_LCR(%),P_LCC(10^3/��L)
Index ¶
Constants ¶
This section is empty.
Variables ¶
var ( // Regular expression to extract units from brackets // e.g WBC(10^3/uL) extracts 10^3/uL UnitsRegex = regexp.MustCompile(`\((.*?)\)`) )
Functions ¶
func NewMultiParser ¶
func NewMultiParser() cbcparser.CSVMultiParser
Types ¶
type EdanCBCResult ¶ added in v1.0.4
type EdanCBCResult struct {
SID string `json:"sid"`
Mode string `json:"mode"`
AnalysisTime string `json:"analysis_time"`
PID string `json:"pid"`
WBC cbcparser.CBCValue `json:"wbc"`
LYM cbcparser.CBCValue `json:"lym"`
LYMPercent cbcparser.CBCValue `json:"lym_percent"`
MID cbcparser.CBCValue `json:"mid"`
MIDPercent cbcparser.CBCValue `json:"mid_percent"`
GRA cbcparser.CBCValue `json:"gra"`
GRAPercent cbcparser.CBCValue `json:"gra_percent"`
RBC cbcparser.CBCValue `json:"rbc"`
HGB cbcparser.CBCValue `json:"hgb"`
HCT cbcparser.CBCValue `json:"hct"`
MCV cbcparser.CBCValue `json:"mcv"`
MCH cbcparser.CBCValue `json:"mch"`
MCHC cbcparser.CBCValue `json:"mchc"`
RDWc cbcparser.CBCValue `json:"rdw_c"`
RDWs cbcparser.CBCValue `json:"rdw_s"`
PLT cbcparser.CBCValue `json:"plt"`
PDW cbcparser.CBCValue `json:"pdw"`
MPV cbcparser.CBCValue `json:"mpv"`
PCT cbcparser.CBCValue `json:"pct"`
PLCC cbcparser.CBCValue `json:"plcc"`
PLCR cbcparser.CBCValue `json:"plcr"`
}
Sample ID,Mode,Analysis Time,WBC(10^3/��L),LYM#(10^3/��L),LYM%(%),MXD#(),MXD%(),NEUT#(),NEUT%(),RBC(10^6/��L),HGB(g/dL),HCT(%),MCV(fL),MCH(pg),MCHC(g/dL),RDW_CV(%),RDW_SD(fL),PLT(10^3/��L),PDW(fL),MPV(fL),PCT(%),P_LCR(%),P_LCC(10^3/��L) Structure to store data parsed from the text file exported by the Edan Pro30 CBC Machine.
func (EdanCBCResult) Parse ¶ added in v1.0.4
func (cbc EdanCBCResult) Parse(r io.Reader, normal_ranges *cbcparser.CBCNormalRange) (cbcparser.CBCWriter, error)
ParseTSV reads from r and parses the data into an slice of CBCResult structs. The text file is expected to be in the csv format. The first line of the file is expected to be the header.
The header is expected to be in the following format(with 24 columns):
type EdanCBCResultMulti ¶ added in v1.0.4
type EdanCBCResultMulti []EdanCBCResult
func (EdanCBCResultMulti) ParseMulti ¶ added in v1.0.4
func (EdanCBCResultMulti) ParseMulti(r io.Reader, normal_ranges *cbcparser.CBCNormalRange) (cbcparser.CBCMultiWriter, error)
MultiParse reads from r and parses the data into an slice of a CBCWriter struct.
Source Files